CN100552596C - Multi-directional inputting device - Google Patents
Multi-directional inputting device Download PDFInfo
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- CN100552596C CN100552596C CNB200610121359XA CN200610121359A CN100552596C CN 100552596 C CN100552596 C CN 100552596C CN B200610121359X A CNB200610121359X A CN B200610121359XA CN 200610121359 A CN200610121359 A CN 200610121359A CN 100552596 C CN100552596 C CN 100552596C
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- control member
- inputting device
- axial region
- directional inputting
- drive member
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Abstract
A kind of multi-directional inputting device of realizing slim and miniaturization is provided.Multi-directional inputting device of the present invention is by comprising the axle support (24) of the rear portion side axial region (24b) little apart from the big toe lateral axial region (24a) of the radius of center of rotation (K) and radius, formed the axle supporting construction with the bearing portion (19) of bearing this support (24), therefore, by there being the little rear portion side axial region (24b) of radius, go up the realization slimming and become small-sized in short transverse (fore-and-aft direction), in addition, ejection force by resetting-mechanism (26), the toe lateral axial region (24) that radius is big is supported on bearing portion (19), therefore can obtain long-life and level and smooth rotational action.
Description
Technical field
The present invention relates to use in the electronic equipments such as game station, be suitable for slimming in recent years, the multi-directional inputting device that miniaturization requires.
Background technology
If the accompanying drawing in the past multi-directional inputting device describes, then Figure 39 is the exploded perspective view of multi-directional inputting device in the past, Figure 40 be in the past multi-directional inputting device want portion's sectional view, Figure 41 be in the past multi-directional inputting device, make control member along the fascinate action specification figure in when action of arrow A direction, Figure 42 be in the past multi-directional inputting device, make control member along the fascinate action specification figure in when action of arrow B direction, Figure 43 is the chart of operational forces of representing the control member of multi-directional inputting device in the past.
Then, if based on Figure 39～Figure 42 the structure of in the past multi-directional inputting device is described, then framework 51 has: two couples of side plate 51a, its in the wings portion be provided with opposed to each other under the opened state; Front panel 51b, it is made as the part in the place ahead of inaccessible this side plate 51a; With the peristome 51c of circle, it is located at the central portion of this front panel 51b.
The anglec of rotation detection means 52 that is made of variohm comprises: housing 53; Insulated substrate 54, it is accommodated in this housing 53, and is set side by side with not shown resistance and electric conductor on same radial direction; Terminal strip 55, it is installed in the below (rear) of insulated substrate 54 with the state that is connected with the portion of terminal separately (not shown) of resistance and electric conductor; Rotary body 56, it is rotatably installed on the insulated substrate 54; With sliding part 57, it is installed on this rotary body 56, and with resistance and electric conductor sliding contact.Promptly, resistance and electric conductor are located at the upper portion of insulated substrate 54 in the mode that is set up in parallel, the following quadrate part that the portion of terminal separately (not shown) of resistance and electric conductor is set to clip the axis hole of rotary body 56 usefulness and is positioned at insulated substrate 54, the terminal strip 55 that is connected with this portion of terminal is projected into the rear from the lower position of rotary body 56, and this anglec of rotation detection means 52 is installed in respectively on the adjacent side plate 51a of framework 51.
The first arciform drive member 64 has: slit portion 64a, and it is located on the length direction; With holding section 64b, 64c, it is located at the both ends of length direction, one side's of this first drive member 64 holding section 64b is limited to a side plate 61a, and the opposing party's holding section 64c be limited to be installed in an opposed side plate 61a of side plate 61a on the rotary body 56 of anglec of rotation detection means 52, first drive member 64 can fascinate along the arrow B direction (turning), in addition, the part of first drive member 64 is positioned at the peristome 51c of front panel 51b, and the action of fascinating of first drive member 64 is allowed by the peristome 51c on the front panel 51b that is located at framework 51.
Then, if the action to multi-directional inputting device in the past with this structure describes, then as shown in figure 40, if make the control member 66 that is in neutral condition overcome resetting-mechanism 68 ejection force and along arrow A direction fascinate (rotation), then as shown in figure 41, by control member 66, second drive member 65 is rotated, consequently, be rotated the operation of angular detection member 52 by the rotation of rotary body 56, the output electric signal, in addition, if remove the action (rotational action) of fascinating of control member 66, then the control member 66 and second drive member 65 turn back to as shown in figure 40 neutral condition by resetting-mechanism 68.
And, the ejection force (spring pressure) of resetting-mechanism 68 and follow the fascinate variation of ejection force (spring pressure) of when action resetting-mechanism 68 that moves forwards of working component 67 when fascinating action (rotational action) by control member 66, and flange shape 67b that will be from the center of rotation of control member 66 (axle support 66d) to working component 67 is to the rotary torque of the length the application point of base plate 58a as arm, can obtain the operational forces of control member 66, then, if the operational forces to this control member 66 describes, then Figure 43 is the chart of the relation of expression turning angle (rotational angle) of control member 66 and operational forces, as shown in figure 43, when initially fascinating, based on the ejection force (spring pressure) of resetting-mechanism 68 and the bigger operational forces effect that produces, form the first rapid change curve H1, then, action continues to fascinate, perform region at control member 66, the variation of the ejection force (spring pressure) by following working component 67 resetting-mechanism 68 that moves forwards, and, form the second certain change curve H2 of addendum modification shown in Figure 43 (inclination of the chart in the perform region) because of the length of the arm the application point of base plate 58a being reduced gradually the displacement of the rotary torque that causes from the center of rotation of control member 66 to flange shape 67b.In addition, as the volute spring of resetting-mechanism 68,, shrink between the coiling portion with equally spaced pitch formation, with the compressed state of the immovable state of effective spring length degree by working component 67 mobile forming forwards.
Then, as shown in figure 42, if make the control member 66 that is in neutral condition overcome resetting-mechanism 68 ejection force and along arrow B direction fascinate (rotation), then as shown in figure 41, by control member 66, first drive member 64 is rotated, consequently, be rotated the operation of angular detection member 52 by the rotation of rotary body 56, the output electric signal, in addition, if remove the action (rotational action) of fascinating of control member 66, then the control member 66 and first drive member 64 turn back to neutral condition by resetting-mechanism 68.In this operation, control member 66 also can be according to obtaining operational forces with described same principle, and the operational forces of control member 66 as shown in figure 43, forms first, second change curve H1, H2.
Then, if with as Figure 40, state shown in Figure 42 overcome resetting-mechanism 68 ejection force and along arrow C direction pressing operation member 66, then second drive member 65 is pushed by axle support 66d, second drive member 65 moves to the arrow C direction that with holding section 65c is fulcrum, consequently, press section 65d pressing lever 63, carry out the operation (ON or OFF) of pushbutton switch 60, in addition, if remove pushing of control member 66, then the control member 66 and second drive member 65 turn back to original state by resetting-mechanism 68, and the bar 63 of pushbutton switch 60 also turns back to original state (for example, with reference to patent documentation 1).
[patent documentation 1] spy opens 2000-112552 communique (the 3rd～6th page, Fig. 1, Fig. 8～Figure 10)
Multi-directional inputting device is along with the miniaturization of the electronic equipment that carries this device, in recent years wish slim and miniaturization, but in multi-directional inputting device in the past, the axle support 66d of control member 66 and the 65e of hole portion of second drive member 65 form, make radius oval-shaped axle support 66d identical and that extend the along the vertical direction axle supporting construction chimeric with the 65e of hole portion that makes the circle identical apart from the radius of center of rotation apart from center of rotation, therefore have following problem: this supporting construction becomes big, go up change greatly in short transverse (fore-and-aft direction), thereby can't realize slimming and miniaturization.
Summary of the invention
The present invention makes in view of the present situation of such conventional art just, and its purpose is to provide a kind of multi-directional inputting device that can realize slim and miniaturization.
To achieve the above object, the invention is characterized in, possess: control member, its action of can fascinating; The first, and second drive member, it is mutually orthogonal and rotate by described control member; Resetting-mechanism, it makes described control member reset to the neutral position; With the angular detection member, it detects the action of fascinating of described control member, the rotatable earth's axis of described control member is supported on described second drive member, described control member can comprise the bearing portion of the outstanding axle support that forms and this support of supporting to the axle supporting construction that described second drive member is rotated, described axle support has the center of rotation of clipping and by toe lateral axial region and rear portion side axial region along described bearing portion guiding, the radius of the described center of rotation of described toe lateral axial region distance forms greater than described rear portion side axial region, and described toe lateral axial region is subjected to the ejection force of described resetting-mechanism and is pushed by described bearing portion.
In the present invention who constitutes like this, by comprise the toe lateral axial region big apart from the radius of center of rotation, and the axle support of the little rear portion side axial region of radius and the bearing portion of bearing this support formed an axle supporting construction, therefore, by there being the little rear portion side axial region of radius, short transverse (fore-and-aft direction) goes up and realizes slimming and become small-sized, in addition, ejection force by resetting-mechanism, the toe lateral axial region that radius is big is supported on bearing portion, therefore can obtain long-life and level and smooth rotational action.
In addition, the present invention is characterized in that according to foregoing invention described toe lateral axial region and described rear portion side axial region form by circular-arc.The present invention of Gou Chenging like this, by circular-arc portion, rotational action is carried out smoothly, and can obtain the stable support of a support to bearing portion.
In addition, the present invention is characterized in that according to foregoing invention the radius of described circular-arc the described center of rotation of distance of described toe lateral axial region forms the described circular-arc portion greater than described rear portion side axial region.The present invention of Gou Chenging like this can obtain following multi-directional inputting device: bear the simple shape of hole portion of the bearing portion of toe lateral axial region and rear portion side axial region, and bearing portion supports the rear portion side axial region reliably.
In addition, the present invention is characterized in that according to foregoing invention, described axle support with the direction of the axis direction quadrature of described control member on form from described control member is outstanding, described bearing portion is formed on described second drive member.The present invention of Gou Chenging like this can obtain following multi-directional inputting device: carry out control member easily and be combined to operation on second drive member, produce good.
In addition, the present invention is according to foregoing invention, it is characterized in that, described bearing portion comprises hole portion, is formed with first guiding inner face that leads to the rotation direction with respect to described toe lateral axial region and the second guiding inner face that leads to the rotation direction with respect to described rear portion side axial region in described hole portion.The present invention of Gou Chenging like this can obtain following multi-directional inputting device: the axle support is to the supporting ﹠ stablizing of bearing portion, and control member rocks little.
In addition, the present invention is characterized in that according to foregoing invention, is provided with the guide formation that is used for described axle support is directed to described bearing portion, and by described guide formation, described axle support flexibly embeds described bearing portion.The present invention of Gou Chenging like this, the position of the axle support during combination is guaranteed by guide formation, so can obtain following multi-directional inputting device: carry out control member easily and be combined to operation on second drive member, produce good.
In addition, the present invention is characterized in that according to foregoing invention described guide formation comprises the gathering sill that is formed on described second drive member and is formed on described spigot surface on the support.The present invention of Gou Chenging like this can obtain following multi-directional inputting device: guide formation simple in structure, the combination operation of control member is easy, produces good.
In addition, the present invention is characterized in that according to foregoing invention described control member and described second drive member are formed by the moulding product of synthetic resin, described axle support and described control member form as one, and described bearing portion and described second drive member form as one.The present invention of Gou Chenging like this can obtain following multi-directional inputting device: can reduce part count, the control member and second drive member easy to manufacture.
(invention effect)
The present invention has formed an axle supporting construction by axle support that comprises the rear portion side axial region little apart from the big toe lateral axial region of the radius of center of rotation and radius and the bearing portion of bearing this support, therefore, by there being the little rear portion side axial region of radius, go up the realization slimming and become small-sized in short transverse (fore-and-aft direction), in addition, by the ejection force of resetting-mechanism, the toe lateral axial region that radius is big is supported on bearing portion, therefore can obtain long-life and level and smooth rotational action.
Description of drawings
Fig. 1 is the vertical view of multi-directional inputting device of the present invention;
Fig. 2 is the sectional view of the 2-2 line of Fig. 1;
Fig. 3 is the sectional view of the 3-3 line of Fig. 1;
Fig. 4 is multi-directional inputting device of the present invention, make the action specification figure of control member when the arrow B direction is fascinated action;
Fig. 5 is multi-directional inputting device of the present invention, make the action specification figure of control member when the arrow A direction is fascinated action;
Fig. 6 is multi-directional inputting device of the present invention, the stereographic map that makes up the framework of the state that anglec of rotation detection means is arranged;
Fig. 7 is the front view of the anglec of rotation detection means of multi-directional inputting device of the present invention;
Fig. 8 be multi-directional inputting device of the present invention anglec of rotation detection means want portion's sectional view;
Fig. 9 is the front view of insulating body of the anglec of rotation detection means of multi-directional inputting device of the present invention;
Figure 10 is the side view of insulating body of the anglec of rotation detection means of multi-directional inputting device of the present invention;
Figure 11 is the front view of housing of the anglec of rotation detection means of multi-directional inputting device of the present invention;
Figure 12 be multi-directional inputting device of the present invention anglec of rotation detection means housing want portion's sectional view;
Figure 13 is the front view of rotary body of the anglec of rotation detection means of multi-directional inputting device of the present invention;
Figure 14 be multi-directional inputting device of the present invention anglec of rotation detection means rotary body want portion's sectional view;
Figure 15 be multi-directional inputting device of the present invention anglec of rotation detection means combination the front view of state of insulating body and rotary body;
Figure 16 is the stereographic map of multi-directional inputting device of the present invention, base plate member and pushbutton switch;
Figure 17 is the vertical view of first drive member of multi-directional inputting device of the present invention;
Figure 18 is the side view of first drive member of multi-directional inputting device of the present invention;
Figure 19 is the vertical view of second drive member of multi-directional inputting device of the present invention;
Figure 20 is the front view of second drive member of multi-directional inputting device of the present invention;
Figure 21 be multi-directional inputting device of the present invention second drive member want portion's sectional view;
Figure 22 is the sectional view of the 22-22 line of Figure 19;
Figure 23 is the front view of the control member of multi-directional inputting device of the present invention;
Figure 24 be multi-directional inputting device of the present invention control member want portion's sectional view;
Figure 25 is multi-directional inputting device of the present invention, made up the front view of the state of the control member and second drive member;
Figure 26 is multi-directional inputting device of the present invention, made up the control member and second drive member state want portion's sectional view;
Figure 27 be multi-directional inputting device of the present invention working component want portion's sectional view;
Figure 28 is multi-directional inputting device of the present invention, be used to represent to make up control member, resetting-mechanism, and the synoptic diagram of the operational forces of the state of working component, description operation member;
Figure 29 is multi-directional inputting device of the present invention, be used for the key diagram of the operational forces of description operation member;
Figure 30 is the chart of operational forces of the control member of expression multi-directional inputting device of the present invention;
Figure 31 is the key diagram of first other embodiments of multi-directional inputting device of the present invention, the expression operational forces that is used to obtain control member;
Figure 32 is the key diagram of second other embodiments of multi-directional inputting device of the present invention, the expression operational forces that is used to obtain control member;
Figure 33 is multi-directional inputting device of the present invention, be used to obtain the action specification figure of second other embodiments of the operational forces of control member;
Figure 34 is the key diagram of the 3rd other embodiments of multi-directional inputting device of the present invention, the expression operational forces that is used to obtain control member;
Figure 35 is multi-directional inputting device of the present invention, be used to obtain the action specification figure of the 3rd other embodiments of the operational forces of control member;
Figure 36 is multi-directional inputting device of the present invention, be used to obtain the action specification figure of the 4th other embodiments of the operational forces of control member;
Figure 37 is the chart of the operational forces of multi-directional inputting device of the present invention, the control member of representing the 4th other embodiments;
Figure 38 is the key diagram of other embodiments of multi-directional inputting device of the present invention, a supporting construction of representing the control member and second drive member;
Figure 39 is the exploded perspective view of multi-directional inputting device in the past;
Figure 40 be in the past multi-directional inputting device want portion's sectional view;
Figure 41 be in the past multi-directional inputting device, make control member along the fascinate action specification figure in when action of arrow A direction;
Figure 42 be in the past multi-directional inputting device, make control member along the fascinate action specification figure in when action of arrow B direction;
Figure 43 is the chart of operational forces of representing the control member of multi-directional inputting device in the past.
Among the figure, the 1-framework; The 1a-side plate; The 1b-linking part; The 1c-peristome; The 1d-switch-in part; The 1e-compressing tablet; The 1f-installation sheet; The 1g-hole; 2-anglec of rotation detection means; The 3-housing; The 3a-fastener; The 3b-axis hole; The 4-insulating body; The 4a-axis hole; 5-resistance; The 5a-portion of terminal; The 6-electric conductor; The 6a-portion of terminal; The 7-rotary body; The 7a-axle; 7b-hook portion; The 7c-incorporating section; The 8-sliding part; The 9-restoring component; 9a-coiling portion; The 9b-arm; The 10-terminal strip; The 11-base plate member; The 11a-base plate; The 11b-teat; 12-clasps portion; The 12a-base plate; The 12b-side plate; The 12c-hole; The 13-pushbutton switch; The 14-housing; The 15-terminal; The 16-bar; 17-first drive member; The 17a-slit portion; 17b, 17c-holding section; 18-second drive member; The 18a-hollow bulb; The 18b-holding section; The 18c-press section; 19-bearing portion; The 20-support portion; 20a-first supporter; 20b-second supporter; 21-hole portion; The 21a-first guiding inner face; The 21b-second guiding inner face; The 22-gathering sill; The 23-control member; The 23a-operating portion; The 23b-axial region; 23c-tube portion; The 23d-stage portion; The 23e-stage portion; 24-axle support; 24a-toe lateral axial region; 24b-rear portion side axial region; The 24c-spigot surface; The 25-working component; 25a-tube portion; The flange shape portion of 25b-; The 26-resetting-mechanism; 26a-first elastic component; 26b-second elastic component; The 27-panel; 28-bears member; The K-center of rotation; H1～H4-first～the 4th change curve.
Embodiment
If the working of an invention mode is described with reference to accompanying drawing, then Fig. 1 is the vertical view of multi-directional inputting device of the present invention, Fig. 2 is the sectional view of the 2-2 line of Fig. 1, Fig. 3 is the sectional view of the 3-3 line of Fig. 1, Fig. 4 is a multi-directional inputting device of the present invention, make control member along the fascinate action specification figure in when action of arrow B direction, Fig. 5 is a multi-directional inputting device of the present invention, make control member along the fascinate action specification figure in when action of arrow A direction, Fig. 6 is a multi-directional inputting device of the present invention, make up the stereographic map of the framework of the state that anglec of rotation detection means is arranged, Fig. 7 is the front view of the anglec of rotation detection means of multi-directional inputting device of the present invention, Fig. 8 be multi-directional inputting device of the present invention anglec of rotation detection means want portion's sectional view, Fig. 9 is the front view of insulating body of the anglec of rotation detection means of multi-directional inputting device of the present invention, Figure 10 is the side view of insulating body of the anglec of rotation detection means of multi-directional inputting device of the present invention, Figure 11 is the front view of housing of the anglec of rotation detection means of multi-directional inputting device of the present invention, Figure 12 be multi-directional inputting device of the present invention anglec of rotation detection means housing want portion's sectional view.
In addition, Figure 13 is the front view of rotary body of the anglec of rotation detection means of multi-directional inputting device of the present invention, Figure 14 be multi-directional inputting device of the present invention anglec of rotation detection means rotary body want portion's sectional view, Figure 15 be multi-directional inputting device of the present invention anglec of rotation detection means combination the front view of state of insulating body and rotary body, Figure 16 is a multi-directional inputting device of the present invention, the stereographic map of base plate member and pushbutton switch, Figure 17 is the vertical view of first drive member of multi-directional inputting device of the present invention, Figure 18 is the side view of first drive member of multi-directional inputting device of the present invention, Figure 19 is the vertical view of second drive member of multi-directional inputting device of the present invention, Figure 20 is the front view of second drive member of multi-directional inputting device of the present invention, Figure 21 be multi-directional inputting device of the present invention second drive member want portion's sectional view, Figure 22 is the sectional view of the 22-22 line of Figure 19, Figure 23 is the front view of the control member of multi-directional inputting device of the present invention, Figure 24 be multi-directional inputting device of the present invention control member want portion's sectional view, Figure 25 is a multi-directional inputting device of the present invention, made up the front view of the state of the control member and second drive member, Figure 26 is a multi-directional inputting device of the present invention, made up the control member and second drive member state want portion's sectional view, Figure 27 be multi-directional inputting device of the present invention working component want portion's sectional view, Figure 28 is a multi-directional inputting device of the present invention, be used for expression and made up control member, resetting-mechanism, and the state of working component, the synoptic diagram of the operational forces of description operation member, Figure 29 is a multi-directional inputting device of the present invention, the key diagram that is used for the operational forces of description operation member, Figure 30 are the charts of operational forces of the control member of expression multi-directional inputting device of the present invention.
In addition, Figure 31 is a multi-directional inputting device of the present invention, expression is used to obtain the key diagram of first other embodiments of the operational forces of control member, Figure 32 is a multi-directional inputting device of the present invention, expression is used to obtain the key diagram of second other embodiments of the operational forces of control member, Figure 33 is a multi-directional inputting device of the present invention, be used to obtain the action specification figure of second other embodiments of the operational forces of control member, Figure 34 is a multi-directional inputting device of the present invention, expression is used to obtain the key diagram of the 3rd other embodiments of the operational forces of control member, Figure 35 is a multi-directional inputting device of the present invention, be used to obtain the action specification figure of the 3rd other embodiments of the operational forces of control member, Figure 36 is a multi-directional inputting device of the present invention, be used to obtain the action specification figure of the 4th other embodiments of the operational forces of control member, Figure 37 is a multi-directional inputting device of the present invention, represent the chart of operational forces of the control member of the 4th other embodiments, Figure 38 is a multi-directional inputting device of the present invention, the key diagram of other embodiments of the axle supporting construction of the expression control member and second drive member.
Then, based on Fig. 1～Figure 27 the structure of multi-directional inputting device of the present invention is described.
(structure of framework)
Especially as shown in Figure 6, the framework 1 of the tubular that is made of sheet metal etc. has: two couples of flat side plate 1a, and it is provided with under portion's opened state in the wings opposed to each other; Linking part 1b, it is located at the bight in the place ahead, and in conjunction with adjacent side plate 1a; Peristome 1c, it removes front panel, is set to the roughly front in open the place ahead; Switch-in part 1d, it is located on the side plate 1a, cuts from the below; A pair of compressing tablet 1e, it is located at the both sides of switch-in part 1d with the state that is positioned at upper side; A plurality of installation sheet 1f, it is located at the following quadrate part of side plate 1a; With a plurality of hole 1g, it is located at the central portion of side plate 1a.
(structure of anglec of rotation detection means)
As Fig. 7～shown in Figure 15, the anglec of rotation detection means 2 that is made of variohm has: the housing 3 of box-shaped, and it has a pair of fastener 3a, and axis hole 3b; Insulating body (insulated substrate) 4, it is installed in this housing 3 by burying underground etc., and has axis hole 4a; Circular-arc resistance 5, it clips the below (rear) that axis hole 4a is located at insulating body 4; Circular-arc electric conductor 6, it is located at the top (the place ahead) of insulating body 4; Rotary body 7, the incorporating section 7c that it has the axle 7a of the tubular that is kept by axis hole 3b, 4a and is provided with the tubular of a pair of hook 7b of portion; Sliding part 8, it is installed on this rotary body 7, and with resistance 5 and electric conductor 6 sliding contacts; With restoring component 9, it is made of the torsion-coil spring that is used to make rotary body 7 turn back to initial position.
This restoring component 9 has: the 9a of coiling portion; With a pair of arm 9b, extend at its two ends from the 9a of this coiling portion, along the direction ejection that deviates from mutually, restoring component 9 as shown in Figure 7, a 7a is positioned under the state of the 9a of coiling portion, a pair of arm 9b is limited to the fastener 3a of housing 3 and the 7b of hook portion of rotary body 7, initial position (state of not working) at rotary body 7, a pair of arm 9b is in the state that is limited to fastener 3a and the 7b of hook portion respectively, when rotary body 7 rotations, the ejection force that overcomes a side arm 9b by the 7b of hook portion moves a side arm 9b, in addition, and when removing the rotation of rotary body 7, a rotary body 7 and a side's arm 9b together turns back to initial position, in addition, a side arm 9b is limited to the fastener 3a of housing 3, is prevented from further moving, and, sliding part 8 is rotated by the rotation of rotary body 7, sliding part 8 Contact Resistance 5 and electric conductor 6, output electric signal.
In addition, on resistance 5 and electric conductor 6, to draw from the end, and the state that is positioned at the below of axis hole 4a is respectively equipped with portion of terminal 5a, 6a, this portion of terminal 5a, 6a are especially as shown in figure 15, be configured in outside the horizontal periphery of rotary body 7, and be installed on the insulating body 4 with the state that terminal strip 10 is connected with portion of terminal 5a, 6a, terminal strip 10 is projected into the below from insulating body 4.This anglec of rotation detection means 2 is installed in respectively on the adjacent side plate 1a of framework 1.Have, anglec of rotation detection means 2 also can be used electric signal output mechanisms such as rotation shape scrambler except using variohm again.
(structure of base plate member)
The base plate member 11 that is made of the moulding product of synthetic resin comprises: dimetric base plate 11a as shown in figure 16; The teat 11b of dome shape, it is located at the central portion of this base plate 11a; Base plate 12a, it is projected into foreign side from this base plate 11a, and has a plurality of hole 12c; And clasp portion 12, and it is made of two side plate 12b that the both sides at this base plate 12a are provided with, and pushbutton switch 13 comprises: housing 14, and it takes in not shown travelling contact; Fixed contact (not shown), it has with the travelling contact contact separation and is installed in terminal 15 on the housing 14; With bar 16, it can move up and down and be installed on the housing 14 (moving forward and backward), and travelling contact operated, this pushbutton switch 13 is under the state that housing 14 is led, clasps by two side plate 12b, as shown in Figure 2, form terminal 15 and be pressed into the structure of the hole 12c that is installed to base plate 12a, perhaps compared with the pastly can reduce side plate 12b, and when this pushbutton switch 13 is installed to the portion 12 of clasping, the outermost surface of housing 14 forms the state that is same one side with the end face of base plate 12a, thereby realizes the miniaturization of installation.Base plate member 11 with this structure, be positioned at pushbutton switch 13 under the state of switch-in part 1d, be configured to the opening portion at the rear of the inaccessible side plate 1a of base plate 11a, and with bending installation sheet 1f, the mode of clasping base plate 11a is installed on the framework 1, and after end is installed, form the state that housing 14 is pushed by compressing tablet 1e.
(structure of first drive member)
The first arciform drive member 17 has as Figure 17, shown in Figure 180: slit portion 17a, and it is located on the length direction; With holding section 17b, 17c, it is located at the both ends of length direction, this first drive member 17 as shown in Figure 3, one side's holding section 17b is limited to the hole 1g of a side plate 1a, and the opposing party's holding section 17c be limited to be installed in an opposed side plate 1a of side plate 1a on the rotary body 7 of anglec of rotation detection means 2, first drive member 17 can fascinate along the arrow B direction (turning), in addition, the front part of first drive member 17 is projected into foreign side from the bigger peristome 1c of framework 1, and the bigger peristome 1c that moves by framework 1 that fascinates of first drive member 17 allows.
(structure of second drive member)
And, hole portion 21 be located at the line of line quadrature that links holding section 18b and press section 18c on, have by the first guiding inner face 21a of circular-arc the formation that is located at the first supporter 20a side that is positioned at the place ahead (top) with by the second guiding inner face 21b of circular-arc the formation that is located at the second supporter 20b side that is positioned at rear (below), and, the first guiding inner face 21a and the second guiding inner face 21b are different apart from the radius of center of rotation K, the first guiding inner face 21a is than the second guiding inner face 21b, and is bigger apart from the radius of center of rotation K.In addition, the second supporter 20b forms the state that more reaches the outside than the first supporter 20a, and thus, the first and second guiding inner face 21a, 21b form the state that staggers in inboard and the outside.
(structure of control member)
The control member 23 that is made of the moulding product of synthetic resin has shown in Figure 23,24: operating portion 23a, and it is positioned at the place ahead; Axial region 23b, it is projected into the rear from this operating portion 23a; Hang the 23c of tube portion of mitriform, it extends to the rear from the position between operating portion 23a and the axial region 23b in the mode of surrounding axial region 23b; With a pair of axle support 24, it forms from the 23c of tube portion is outstanding along the direction with the axis direction quadrature.This support 24 has: toe lateral axial region 24a, and it is by circular-arc the formation that is located at top (the place ahead) side; With rear portion side axial region 24b, it is by circular-arc the formation that is located at below (rear) side, and toe lateral axial region 24a and rear portion side axial region 24b are different apart from the radius of center of rotation K, toe lateral axial region 24a is than rear portion side axial region 24b, and is bigger apart from the radius of center of rotation K.In addition, be formed with spigot surface 24c on axle support 24, the top of its outstanding side of this spigot surface 24c is become taper by otch, is used for axle support 24 is directed to hole portion 21.
In addition, axle supporting construction such as Figure 25, shown in Figure 26 of axle support 24 and bearing portion 19, axle support 24 is chimeric with hole portion 21, toe lateral axial region 24a supports by being located at the guiding of first on first supporter 20a inner face 21a, rear portion side axial region 24b supports by being located at the guiding of second on second supporter 20b inner face 21b, thus, axle support 24 is supported by the first and second guiding inner face 21a, the 21b that stagger in inboard and the outside on axis direction.In addition, with regard to control member 23 is combined to second drive member 18, at first, if insert dress operation member 23 at downside from hollow bulb 18a, and make a pair of axle support 24 under the state between a pair of second supporter 20b, control member 23 is pressed into the top, then axle support 24 is pushed a pair of second supporter 20b open to foreign side on one side by gathering sill 22 guiding on one side, and, if axle support 24 is consistent with hole portion 21, the then a pair of second supporter 20b is by returning elastically, thus axle support 24 and the hole portion 21 chimeric states that form the spring locking.
(structure of working component)
The working component 25 that is made of the moulding product of synthetic resin has: the 25a of tube portion as shown in figure 27; Flange shape 25b with the ware shape, it is located at the bottom (rear portion) of the 25a of this, this working component 25 is as Fig. 2, shown in Figure 3, so that the 25a of tube portion is positioned at the 23c of tube portion of control member 23, and make flange shape 25b be connected to state on the base plate 11a, in the 25a of tube portion, insert axial region 23b, can move up and down and be installed on axial region 23b (moving forward and backward), and, the resetting-mechanism 26 that constitutes by volute spring, to be disposed at state configuration in the 23c of portion between control member 23 and working component 25, this resetting-mechanism 26 arrives base plate 11a with flange shape 25b ejection, and control member 23 ejections to top (the place ahead), are kept control member 23 and are in this neutral condition of the state vertical with base plate 11a (not action).
In addition, when control member 23 fascinates action, attended operation member 23, flange shape 25b of working component 25 while be equipped on teat 11b go up with respect to base plate 11a change the butt position fascinate on one side action and upward (the place ahead) mobile, consequently, control member 23 obtains operational forces by resetting-mechanism 26, and the restraint structure of the action of fascinating of control member 23 is as Fig. 4, shown in Figure 5, form the panel 27 of control member 23 impacting electron equipment, be prevented from the structure of further fascinating and moving.Have again, the restraint structure of this control member 23 formed before device is combined in the electronic equipment, even if make control member 23 carry out the maximum action of fascinating, control member 23 also not with the collision of the leading section of framework 1, the prevention structure that working component 25 members such as grade are prevented from moving in framework 1, therefore, the restraint structure is not a panel 27 yet, but utilize working component 25 members such as grade in the framework 1, stop the prevention structure of fascinating moving of control member 23 framework 1 in.In addition, if resetting-mechanism 26 is described, then as shown in figure 29, reel in the volute spring tubular ground that forms resetting-mechanism 26, pitch between the coiling portion forms along with increasing gradually from top to the bottom, from fascinating during action of the turning angle of the regulation of control member 23, adjacent coiling portion overlaps each other successively, thereby has formed multi-directional inputting device of the present invention.
(control member is along the action of arrow A direction)
Then, if the action to multi-directional inputting device of the present invention with this structure describes, then as shown in Figure 3, if make the control member 23 that is in neutral condition overcome the ejection force of resetting-mechanism 26 and along arrow A direction fascinate (rotation), then as shown in Figure 5, by control member 23, second drive member 18 is rotated, consequently, by the rotation of rotary body 7, be rotated the operation of angular detection member 2, the output electric signal, in addition, if remove the action (rotational action) of fascinating of control member 23, then the control member 23 and second drive member 18 turn back to as shown in Figure 3 neutral condition by resetting-mechanism 26.When this was operated, in when action of fascinating, rotary body 7 overcame the ejection force of restoring component 9 and is rotated, but when turning back to neutral condition, the action of the restoring component 9 of rotary body 7 by being different from resetting-mechanism 26, and turn back to initial position reliably.
(operational forces of control member)
And, when control member 23 fascinates action (rotational action), ejection force (spring pressure) by resetting-mechanism 26, follow the variation of ejection force (spring pressure) of when action resetting-mechanism 26 that moves forwards that fascinates of working component 25, and flange shape 25b that will be from the center of rotation K of control member 23 to working component 25 is to the rotary torque of the length the application point of base plate 11a as arm (length of this arm increase along with the turning angle of control member 23 and reduce), control member 23 can obtain operational forces, then, if the operational forces to this control member 23 describes, then Figure 28 is the synoptic diagram that is used for the operational forces of description operation member 23, Figure 29 is the key diagram that is used for the operational forces of description operation member 23, Figure 30 is the turning angle (rotational angle) of expression control member 23 and the chart of the relation of operational forces, at first, as Figure 29 A, and it is shown in Figure 30, when control member 23 initially fascinates, based on the ejection force (spring pressure) of resetting-mechanism 26 and the bigger operational forces effect that produces forms the first rapid change curve H1.
Then, action continues to fascinate, perform region at control member 23, at Figure 29 A in Figure 29 B, the variation of the ejection force (spring pressure) by following working component 25 resetting-mechanism 26 that moves forwards and because of the length of the arm the application point of base plate 11a being reduced gradually the displacement of the rotary torque that causes from the center of rotation K of control member 23 to flange shape 25b forms the second certain change curve H2 of addendum modification (inclination of the chart in the perform region) as shown in figure 30.The volute spring as resetting-mechanism 26 among this second change curve H2 by working component 25 moving forwards, shrinks between the coiling portion that forms with different at interval pitches and form, with the compressed state of the immovable state of effective spring length degree.
And, if further continue to fascinate action, then as Figure 29 B to shown in Figure 29 C, turning angle from the regulation of control member 23, overlap successively to next coiling portion from the coiling portion that is positioned at topmost, on the direction that the addendum modification of as shown in figure 30 the second curve H2 increases variable (variation), form the 3rd change curve H3.Volute spring among the 3rd change curve H3 as resetting-mechanism 26, by working component 25 moving forwards, and to overlap successively between the coiling portion, and the mode that the effective spring length degree reduces gradually changes, thus, ejection force (spring pressure) increases, and forms the 3rd change curve H3.So, the operational forces of the perform region of control member 23 forms the second certain curve H2 of addendum modification, variable the 3rd curve H3 and the 3rd certain curve H3 of addendum modification on the direction that the addendum modification of this second change curve H2 increases, therefore, operational forces changes between second, third change curve H2, H3 significantly.Have, this volute spring also can make mounting means opposite again, from the coiling portion coincidence upward successively of lower side.
(control member is along the action of arrow B direction)
Then, as shown in Figure 2, if make the control member 23 that is in neutral condition overcome the ejection force of resetting-mechanism 26 and along arrow B direction fascinate (rotation), then as shown in Figure 4, by control member 23, first drive member 17 is rotated, consequently, rotation by rotary body 7, be rotated the operation of angular detection member 2, the output electric signal, in addition, if remove the action (rotational action) of fascinating of control member 23, then the control member 23 and first drive member 17 turn back to neutral condition by resetting-mechanism 26.When this was operated, in when action of fascinating, rotary body 7 overcame the ejection force of restoring component 9 and is rotated, but when turning back to neutral condition, and the action of the restoring component 9 of rotary body 7 by being different from resetting-mechanism 26 turns back to initial position reliably.In addition, in this operation, control member 23 also can be according to obtaining operational forces with described same principle, and the operational forces of control member 23 as shown in figure 30, can obtain first, second, third change curve H1, H2, H3.Have again, in the above description, the action of fascinating along arrow A direction and arrow B direction is set forth, but in all scopes of fascinating beyond arrow A direction and arrow B direction, also can carry out the action of fascinating of control member 23 certainly.
(control member is along the action of arrow C direction)
Then, if with as Fig. 2, or state shown in Figure 3 overcomes the ejection force of resetting-mechanism 26 and along arrow C direction pressing operation member 23, then second drive member 18 is pushed by axle support 24, second drive member 18 moves to the arrow C direction that with holding section 18b is fulcrum, consequently, press section 18c pressing lever 16, carry out the operation (ON or OFF) of pushbutton switch 13, in addition, if remove pushing of control member 23, then the control member 23 and second drive member 18 turn back to original state by resetting-mechanism 26, and the bar 16 of pushbutton switch 13 also turns back to original state by travelling contact etc.
(other embodiments of the operational forces of control member)
In addition, Figure 31 is the key diagram of first other embodiments of the expression operational forces that is used to obtain control member of the present invention, if these first other embodiments are described, then the volute spring as resetting-mechanism 26 is the structure of coniform coiling, other structure is identical with described embodiment, so omit its explanation at this.
In addition, Figure 32, Figure 33 is the key diagram of second other embodiments of the expression operational forces that is used to obtain control member of the present invention, if these second other embodiments are described, then resetting-mechanism 26 has first, the second elastic component 26a, 26b, this is first years old, the second elastic component 26a, 26b is made of the volute spring with the pitch between the equally spaced coiling portion, and, the first elastic component 26a is formed by first volute spring, the second elastic component 26b is formed by second volute spring, be configured in as the first helical spring first elastic component 26a between the leading section (upper end) of leading section (upper end) in the 23c of tube portion of control member 23 of chimeric working component 25 and working component 25, in addition, as the second helical spring second elastic component 26b, at the rear portion of the 23c of tube portion that is located at control member 23, between the rearward end of stage portion 23d and working component 25, dispose in the mode that leaves the interval of regulation with stage portion 23d, the first elastic component 26a is in the state of control member 23 ejection all the time to the top, but the second elastic component 26b with state configuration with play (state of not ejection control member 23) between control member 23 and working component 25.
And, when control member 23 initially fascinates, based on the ejection force (spring pressure) of the first elastic component 26a and the bigger operational forces effect that produces, form the first rapid change curve H1 as shown in figure 30, then, action continues to fascinate, perform region at control member 23, in from Figure 32 to Figure 33, the variation of the ejection force (spring pressure) by following the working component 25 first elastic component 26a that moves forwards, and will be from the center of rotation K of control member 23 to flange shape 25b to the displacement of the length the application point of base plate 11a as the rotary torque of arm, form as shown in figure 30 addendum modification (inclination of the chart in the perform region) certain second change line H2.First volute spring of the conduct first elastic component 26a among this second change curve H2, by working component 25 moving forwards, form between the coiling portion that forms with equally spaced pitch and shrink, with the compressed state of the immovable state of effective spring length degree.
And, if further continue to fascinate action, then as shown in figure 33, turning angle from the regulation of control member 23, on the basis that gradually reduces of the first elastic component 26a, the second elastic component 26b is compressed by stage portion 23d, on the direction that the addendum modification of as shown in figure 30 the second curve H2 increases variable (variation), forms the 3rd change curve H3.Second volute spring of the conduct second elastic component 26b among the 3rd change curve H3, by working component 25 moving forwards, form between the coiling portion that forms with equally spaced pitch and shrink, with the compressed state of the immovable state of effective spring length degree.So, the operational forces of the perform region of control member 23 form the second certain curve H2 of the addendum modification that produces based on the ejection force of the first elastic component 26a, the addendum modification of this second curve H2 by the additional direction that increases of the ejection force of the second elastic component 26b on variable the 3rd curve H3 and the 3rd certain curve H3 of addendum modification, therefore, operational forces changes between second, third change curve H2, H3 significantly.Have again, in this embodiment, be illustrated with volute spring with the pitch between the equally spaced coiling portion, but for example, first volute spring as the first elastic component 26a also can use the different volute spring of pitch, form after the 3rd bigger change curve H3 of as shown in figure 30 variable quantity, by fascinating of control member 23, overlap successively between the coiling portion, make the variable quantity variable (variation) of the 3rd curve H3 as shown in figure 30, obtain the 4th change curve H4, thus, make the addendum modification of operational forces can be changed into a plurality of.
In addition, Figure 34, Figure 35 is the key diagram of the 3rd other embodiments of the expression operational forces that is used to obtain control member of the present invention, if the 3rd other embodiments are described, then resetting-mechanism 26 is made of the second elastic component 26b that the first elastic component 26a and elastic force are higher than this first elastic component 26a, on working component 25, dispose can move up and down (displacement) bear member 28, the first elastic component 26a is configured in the leading section (upper end) in the 23c of tube portion of control member 23 and bears between the end of member 28, in addition, the second elastic component 26b is configured in working component 25 and bears between the other end of member 28, and at the 23c of tube portion, and bear between the other end of member 28 and be provided with stage portion 23e in the mode that leaves predetermined distance, control member 23, and is born member 28 and is stopped at first to the top by the first elastic component 26a ejection, the second elastic component 26a, the position that the spring pressure of 26b equates.
And, when control member 23 initially fascinates, based on the ejection force (spring pressure) of the first elastic component 26a and the bigger operational forces effect that produces, form the first rapid change curve H1 as shown in figure 30, then, action continues to fascinate, perform region at control member 23, in from Figure 34 to Figure 35, the variation of the ejection force (spring pressure) by following the working component 25 first elastic component 26a that moves forwards, and, form the second certain change curve H2 of addendum modification (inclination of the chart in the perform region) as shown in figure 30 because of the length of the arm the application point of base plate 11a being reduced gradually the displacement of the rotary torque that causes from the center of rotation K of control member 23 to flange shape 25b.The volute spring of the conduct first elastic component 26a among this second change curve H2 by working component 25 moving forwards, forms between the coiling portion that forms with equally spaced pitch and shrinks, with the compressed state of the immovable state of effective spring length degree.
And, if further continue to fascinate action, then as shown in figure 35, turning angle from the regulation of control member 23, on the basis of the compression of the first elastic component 26a, stage portion 23e is via bearing the second high elastic component 26b of member 28 compression elasticities, on the direction that the addendum modification of as shown in figure 30 the second curve H2 increases variable (variation), forms the 3rd change curve H3.The volute spring of the conduct second elastic component 26b among the 3rd change curve H3 by working component 25 moving forwards, forms between the coiling portion that forms with equally spaced pitch and shrinks, with the compressed state of the immovable state of effective spring length degree.So, the operational forces of the perform region of control member 23 form the second certain curve H2 of the addendum modification that produces based on the ejection force of the first elastic component 26a, the addendum modification of this second curve H2 by the additional direction that increases of the ejection force of the second elastic component 26b on variable the 3rd curve H3 and the 3rd certain curve H3 of addendum modification, therefore, operational forces changes between second, third change curve H2, H3 significantly.
In addition, Figure 36, Figure 37 are the key diagrams of the 4th other embodiments of the expression operational forces that is used to obtain control member of the present invention, if the 4th other embodiments are described, then resetting-mechanism 26 is made of the volute spring that has different pitches between the coiling portion, for example, this volute spring increases towards the pars intermedia pitch gradually from upper portion, and forms the pitch bigger than the pitch of pars intermedia with the pitch of the continuous following quadrate part of this pars intermedia.
And, when the control member 23 shown in Figure 36 A initially fascinates, based on the ejection force (spring pressure) of resetting-mechanism 26 and the bigger operational forces effect that produces, form the first rapid change curve H1 as shown in figure 37, then, action continues to fascinate, perform region at control member 23, from Figure 36 A to Figure 36 B, the variation of the ejection force (spring pressure) by following working component 25 resetting-mechanism 26 that moves forwards, and, form the second certain change curve H2 of addendum modification (inclination of the chart in the perform region) as shown in figure 30 because of the length of the arm the application point of base plate 11a being reduced gradually the displacement of the rotary torque that causes from the center of rotation K of control member 23 to flange shape 25b.The volute spring as resetting-mechanism 26 among this second change curve H2 by working component 25 moving forwards, forms between the coiling portion that the pitch with different interval forms and shrinks, with the compressed state of the immovable state of effective spring length degree.
And, if further continue to fascinate action, then as Figure 36 B to shown in Figure 36 C, turning angle from the regulation of control member 23, overlap successively to next coiling portion from the coiling portion that is positioned at topmost, on the direction that the addendum modification of as shown in figure 30 the second curve H2 sharply increases variable (variation), form the 3rd change curve H3.The volute spring as resetting-mechanism 26 among the 3rd change curve H3 is by working component 25 moving forwards, to overlap successively between the coiling portion, and the mode that the effective spring length degree dwindles gradually changes, thus, it is big that ejection force (spring pressure) becomes, and forms the 3rd change curve H3.So, the operational forces of the perform region of control member 23 forms the second certain curve H2 of addendum modification, variable the 3rd curve H3 and the 3rd certain curve H3 of addendum modification on the rapid direction that increases of the addendum modification of this second curve H2, therefore, operational forces changes between second, third change curve H2, H3 significantly.
And, moreover, if continue to fascinate action, then from Figure 36 C to Figure 36 D, in the not coincidence between the coiling portion, under the immovable state of effective spring length degree, by the ejection force (spring pressure) of lower side, the addendum modification of the 3rd change curve H3 as shown in figure 37 gently variable (variation), thus the 4th change curve H4 can be obtained.Thus, the addendum modification of the operational forces of working component 23 can be changed into a plurality of.Have again, except the helical spring structure of the foregoing description, certain applicable various distressed structures.
(other embodiments of axle supporting construction)
In addition, Figure 38 is the key diagram of other embodiments of the axle supporting construction of expression control member 23 and second drive member 18, if these other embodiments are described, the toe lateral axial region 24a of attenuate axle support 24 then, and reduce not to be subjected to the fillet of leading section of the rear portion side axial region 24b of the ejection force upward that resetting-mechanism 26 produces, realize the miniaturization of axle support 24, and reduce the circular-arc portion of the second guiding inner face 21b corresponding with rear portion side axial region 24b, realized the miniaturization of hole portion 21, other structure has the structure same with described embodiment, to same parts mark same-sign, omit its explanation at this.
Have, in the above-described embodiment, the angular detection member that moves that fascinates by two variohms of orthogonal configuration (anglec of rotation detection means 2) to detecting operation member 23 is illustrated, but is not limited thereto again.For example, also can magnet be set in control member 23 sides, at the Magnetic Sensor of base plate member 11 sides configurations Hall integrated circuit etc., by this Magnetic Sensor, the action of fascinating of detecting operation member 23.
Claims (9)
1. a multi-directional inputting device is characterized in that,
Possess: control member, its action of can fascinating; First and second drive member, it is mutually orthogonal and rotate by described control member; Resetting-mechanism, it makes described control member reset to the neutral position; With the angular detection member, it detects the action of fascinating of described control member, the rotatable earth's axis of described control member is supported on described second drive member, the supporting construction that the rotatable earth's axis of described control member is supported on described second drive member comprises outstanding axle support that forms and the bearing portion of supporting this support, described axle support has the center of rotation of clipping and by toe lateral axial region and rear portion side axial region along described bearing portion guiding, the radius of the described center of rotation of described toe lateral axial region distance forms greater than described rear portion side axial region, and described toe lateral axial region is subjected to the ejection force of described resetting-mechanism and is pushed by described bearing portion.
2. multi-directional inputting device according to claim 1 is characterized in that,
Described toe lateral axial region and described rear portion side axial region form by circular-arc.
3. multi-directional inputting device according to claim 2 is characterized in that,
The radius of described circular-arc the described center of rotation of distance of described toe lateral axial region forms the described circular-arc portion greater than described rear portion side axial region.
4. multi-directional inputting device according to claim 1 is characterized in that,
Described axle support with the direction of the axis direction quadrature of described control member on form from described control member is outstanding, described bearing portion is formed on described second drive member.
5. multi-directional inputting device according to claim 4 is characterized in that,
Described bearing portion comprises hole portion, is formed with first guiding inner face that leads to the rotation direction with respect to described toe lateral axial region and the second guiding inner face that leads to the rotation direction with respect to described rear portion side axial region in described hole portion.
6. multi-directional inputting device according to claim 5 is characterized in that,
Be provided with the guide formation that is used for described axle support is directed to described bearing portion, by described guide formation, described axle support flexibly embeds described bearing portion.
7. multi-directional inputting device according to claim 6 is characterized in that,
Described guide formation comprises the gathering sill that is formed on described second drive member and is formed on described spigot surface on the support.
8. multi-directional inputting device according to claim 4 is characterized in that,
Described control member and described second drive member are formed by the moulding product of synthetic resin, and described axle support and described control member form as one, and described bearing portion and described second drive member form as one.
9. according to each the described multi-directional inputting device in the claim 1～8, it is characterized in that,
Described resetting-mechanism comprises volute spring.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2005241783 | 2005-08-23 | ||
| JP2005241783A JP2007059158A (en) | 2005-08-23 | 2005-08-23 | Multi-directional input device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1920729A CN1920729A (en) | 2007-02-28 |
| CN100552596C true CN100552596C (en) | 2009-10-21 |
Family
ID=37778466
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB200610121359XA Active CN100552596C (en) | 2005-08-23 | 2006-08-22 | Multi-directional inputting device |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP2007059158A (en) |
| CN (1) | CN100552596C (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113168988B (en) * | 2018-11-20 | 2023-10-31 | 阿尔卑斯阿尔派株式会社 | operating device |
-
2005
- 2005-08-23 JP JP2005241783A patent/JP2007059158A/en not_active Withdrawn
-
2006
- 2006-08-22 CN CNB200610121359XA patent/CN100552596C/en active Active
Also Published As
| Publication number | Publication date |
|---|---|
| JP2007059158A (en) | 2007-03-08 |
| CN1920729A (en) | 2007-02-28 |
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Address after: Tokyo, Japan, Japan Patentee after: Alpine Alpine Company Address before: Tokyo, Japan, Japan Patentee before: Alps Electric Co., Ltd. |