CN202309852U - Pressing-operation device - Google Patents
Pressing-operation device Download PDFInfo
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- CN202309852U CN202309852U CN2011204041144U CN201120404114U CN202309852U CN 202309852 U CN202309852 U CN 202309852U CN 2011204041144 U CN2011204041144 U CN 2011204041144U CN 201120404114 U CN201120404114 U CN 201120404114U CN 202309852 U CN202309852 U CN 202309852U
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Abstract
本实用新型提供一种容易调整用于保持操作部的保持力的按压操作装置。倾斜机构具有：支撑转板，以可转动的方式支撑于打印部的壳体上，该打印部的壳体以可转动的方式支撑操作面板；以及支撑脚，以可转动的方式支撑于操作面板上，该操作面板通过转动而在第一姿势与第二姿势之间进行姿势变化。当操作面板从第一姿势立起成第二姿势时，支撑脚转动并立起。支撑转板具有：基部，与转动的支撑脚的转动前端滑动接触；以及凹部，与基部滑动接触的支撑脚的转动前端嵌入到该凹部中。通过支撑脚的转动前端在凹部进行按压，支撑转板的姿势从第五姿势变为第六姿势。姿势变为第六姿势的支撑转板与设置于支撑部件上的第一止转件抵接，并对支撑脚进行支撑。
The utility model provides a pressing operation device which is easy to adjust the holding force for holding the operation part. The tilting mechanism has: a support rotating plate rotatably supported on the casing of the printing unit, the casing of the printing unit rotatably supports the operation panel; and supporting feet rotatably supported on the operation panel , the operation panel performs a posture change between the first posture and the second posture by turning. When the operation panel stands up from the first posture to the second posture, the supporting legs rotate and stand up. The supporting rotating plate has: a base in sliding contact with the rotating front end of the rotating supporting leg; and a recess into which the rotating leading end of the supporting leg in sliding contact with the base is embedded. The posture of the support swing plate is changed from the fifth posture to the sixth posture by pressing the recessed portion with the turning front end of the supporting leg. The support rotation plate whose posture has changed to the sixth posture abuts against the first anti-rotation member provided on the support member, and supports the support legs.
Description
Technical field
The utility model relates to and a kind ofly supports and to utilize leaning device to erect and the pressurization operation device of the operating portion operated from apparatus main body to erect posture.
Background technology
A kind of pressurization operation device was provided in the past, and operating portion of the touch panel operated etc. supports with the posture that erects that erects to utilizing leaning device to be erected from apparatus main body for it.Pressurization operation device for example is used in printer, photocopier or the compounding machine etc.
As known leaning device, have following leaning device, it comprises: to erect the feet that posture supports operating portion and to remove the latch-release parts (for example with reference to patent documentation 1) of this feet to the support of operating portion.
As other known leaning device, the rotation axis of operating portion is provided with viscous damper (for example with reference to patent documentation 2).This viscous damper can be adjusted to has following frictional resistance: the operation load when with respect to the weight of operating portion and user operating portion being operated can prevent the operating portion rotation, and, when the load that is applied with above operation load, can make the operating portion rotation.
Patent documentation 1: japanese kokai publication hei 8-152936 communique
Patent documentation 2: TOHKEMY 2006-251199 communique
Keep operating portion, perhaps make in the leaning device of operating portion rotation to erect posture in degree decision shown in the leaning device of record in the patent documentation 2 according to the load that puts on operating portion; Owing to operation load for example can be along with using the arbitrary parts in touch panel, touch-switch, the elastomeric switch etc. to change as operating portion, therefore need adjust the resistance of viscous damper according to the weight of the kind of operating portion or operating portion itself.Therefore, for viscous damper, the different multiple operating portion of operation load is difficult to adopt general design, thereby is difficult to realize the generalization of part.
The utility model content
In view of the above problems, the purpose of the utility model is to provide the mechanism of a kind of easy adjustment to the confining force of operating portion.
(1) pressurization operation device of the utility model has: apparatus main body, operating portion, feet and support flap.Aforesaid operations portion is like lower component; Has the operating surface that receives pressing operation; Can be arranged on the said apparatus main body through the mode that first rotation axis rotates; Can turn between the prime of the diverse location of above-mentioned first rotation axis and second at the aforesaid operations face and carry out posture change, wherein above-mentioned first rotation axis has the axis along first direction.Above-mentioned feet is like lower component; Can be arranged on the rear side with respect to the aforesaid operations face of aforesaid operations portion around the mode that second rotation axis rotates; Rotate along with the posture change of aforesaid operations portion; Thus; When aforesaid operations portion was in above-mentioned prime, the posture of above-mentioned feet became the tierce that on the direction of the rotation front of aforesaid operations portion, extends along the above-mentioned back side from above-mentioned second rotation axis from above-mentioned second rotation axis, when aforesaid operations portion is in above-mentioned second; The posture of above-mentioned feet becomes the fourth that erects with respect to the above-mentioned back side, and wherein above-mentioned second rotation axis has the axis along above-mentioned first direction.Above-mentioned support flap is like lower component; The above-mentioned back side with aforesaid operations portion in the said apparatus main body disposes in opposite directions; Can be arranged on the said apparatus main body through the mode that the 3rd rotation axis rotates; Rotate along with the rotation of above-mentioned feet, thus, when above-mentioned feet is in above-mentioned tierce; The posture of above-mentioned support flap becomes the quinte near the approaching above-mentioned back side of first end of first rotation axis of aforesaid operations portion; When above-mentioned feet was in above-mentioned fourth, the posture of above-mentioned support flap became the sixte of above-mentioned first end away from the above-mentioned back side of aforesaid operations portion, and wherein above-mentioned the 3rd rotation axis has the axis along above-mentioned first direction.Above-mentioned support flap is provided with recess on above-mentioned first end, above-mentioned recess can snap in rotation front end and the step of when above-mentioned tierce moves, going up more as this rotation front end of the above-mentioned feet of above-mentioned fourth.
When operating portion was in prime, feet became the tierce that extends along the back side of operating portion.That is, be at operating portion under the state of prime, feet becomes the spine folded state along operating portion.When operating portion when prime erects into second, posture change becomes fourth through rotation to be in the feet of tierce.When the posture of feet became fourth, the rotation front end of feet snapped onto in the recess that supports flap.The support flap is snapped into the rotation front end of the feet in the recess and pushes and rotate, thereby posture becomes sixte from quinte.
When the user when the operating surface side is pushed the operating portion that is in second, impose on the load of operating portion and the deadweight of operating portion and pass to the support flap via feet.Keep state that the rotation front end of feet engages with the step of recess, still top bar more by the decision of the degree of this load.Keep the ultimate load of the state that the rotation front end of feet engages with step, can set towards the intersecting angle of the step surface of direction of rotating front end and step through rotation cardinal extremity from feet.This angle can be through being that the angle rotatable scope of the support flap of benchmark is set with the quinte.
(2) above-mentioned feet can also be the flat board that has across the width at the two ends on the above-mentioned first direction of aforesaid operations portion.
(3) above-mentioned support flap can also have the width across the two ends on the above-mentioned first direction of aforesaid operations portion.
(4) the second end of above-mentioned support flap can also be pushed by posture becomes the above-mentioned feet of tierce from above-mentioned fourth rotation front end; Thus; The posture of above-mentioned support flap becomes above-mentioned quinte from above-mentioned sixte, and wherein above-mentioned the second end is the end of the opposition side of above-mentioned first end.
(5) with the section of above-mentioned first direction quadrature on, be in direction that the above-mentioned feet of above-mentioned fourth extends from above-mentioned second rotation axis towards above-mentioned rotation front end and the aforesaid operations portion from above-mentioned first rotation axis and can spend greater than 90 towards the angle of rotating between the direction that front end extends.
(6) the said apparatus main body can also have first abutting part, and this first abutting part is through stopping operating above-mentioned support flap with posture from the above-mentioned support flap butt that above-mentioned quinte becomes above-mentioned sixte.This is to support the rotational angle of flap in order to pass through the decision of first abutting part, thereby can easily adjust confining force.
(7) the said apparatus main body can also have second abutting part, and this second abutting part is through stopping operating above-mentioned support flap with posture from the above-mentioned support flap butt that above-mentioned sixte becomes above-mentioned quinte.This is in order to prevent that supporting flap crosses the rotation of quinte ground.
(8) can be with the face of the above-mentioned recess of the rotation front end butt of the above-mentioned feet that is in above-mentioned fourth than coarse with other faces of the rotation front end butt of above-mentioned feet.This is for the surface roughness that can pass through wall changes confining force, thereby can easily adjust confining force.
(9), the operating surface of touch panel is for example arranged as the operating surface of aforesaid operations portion.
According to the utility model; The support flap of the feet through being provided for support operation portion with rotating mode; The confining force of operating portion can be adjusted through the anglec of rotation of adjustment support flap, consequently, the confining force of the operating portion of design phase can be easily adjusted.
Description of drawings
Fig. 1 is the stereoscopic figure of image recording structure.
Fig. 2 is the exploded perspective view of operating means.
Fig. 3 is the stereogram of operating means, (A) is that guidance panel is in the figure under the state of prime, (B) is that guidance panel is in the figure under the state of second.
Fig. 4 is the IV-IV line cutaway view among Fig. 3 (A).
Fig. 5 is the V-V line cutaway view among Fig. 3 (B).
Fig. 6 is the stereogram of the rear side of support component.
Fig. 7 is the stereogram that guidance panel is in the rear side of support component and operating portion under the state of second.
Stereogram when Fig. 8 is support component and the guidance panel of observing from the oblique upper left side at rear under the state that guidance panel is in second.
Embodiment
Below, suitably describe with reference to the execution mode of accompanying drawing to the utility model.In addition, below the execution mode of explanation is merely an example of the utility model, obviously can in the scope that does not change the utility model purport, suitably change the execution mode of the utility model.
As shown in Figure 1, image recording structure 10 has printing portion 11 and scanner section 12, be can realize printing, scan, the compounding machine of function such as duplicating.
As shown in Figure 2, operating means 13 has: the switch substrate 32 that disposes a plurality of diaphragm switches; The key maintaining part 34,35 that keeps a plurality of enter keies 33 corresponding with each diaphragm switch; Lower floor's lid 40 as the housing of operating means 13; Be installed in the upper strata lid 50 on the upper surface of lower floor lid 40; And guidance panel 20.Operating means 13 assembles as follows, with the state of the upper surface grouping key maintaining part 34,35 of switch substrate 32, with lower floor's lid 40 from figure above cover on the switch substrate 32, and then, upper strata lid 50 is installed on lower floor's lid 40.
As shown in Figure 2, the profile of guidance panel 20 is the rectangle of growing crosswise.Guidance panel 20 is supported by upper strata lid 50 and lower floor lid 40, and can to cover 50 side nearby with the upper strata be that center of rotation is rotated.Guidance panel 20 comprises substantially: have on the surface opening 26 framework 23, be assembled in the LCD 21 on this framework 23.The touch panel that LCD 21 is constructed as follows, it can carry out the membrane keyboard input through pushing picture.In addition; In this execution mode; Example as display has adopted the LCD 21 that can carry out the membrane keyboard input, yet can also replace LCD 21 and so-called thin displays such as use plasma display, OLED display, said Electronic Paper.Guidance panel 20 is connected with switch substrate 32 through flat cable 22.Guidance panel 20 is equivalent to operating portion.
Lower floor's lid 40 central portions at Width 9 have the chimeric recess 43 that is used to embed upper strata lid 50.The upper strata lid 50 that is embedded in the chimeric recess 43 is provided with first opening 51 that is used for embedding operation panel 20.First opening 51 is arranged near the central authorities of Width 9 of upper strata lid 50.Guidance panel 20 can rotate between following prime and second; Wherein, when prime, shown in Fig. 3 (A), guidance panel 20 gets into first opening 51 and lodges with respect to upper strata lid 50; When second, shown in Fig. 3 (B), guidance panel 20 erects with respect to upper strata lid 50.
As shown in Figure 2, the rotating mechanism of guidance panel 20 is made up of prominent axial region 27 in first on the two sides of the end of the side nearby that is arranged on framework 23 and the support portion that is arranged on lower floor's lid 40.The first prominent axial region 27 extends along the Width 9 of image recording structure 10.The first prominent axial region 27 is equivalent to first rotation axis.27 Widths 9 along extension of the first prominent axial region are equivalent to first direction.
The support portion of supporting the first prominent axial region 27 is made up of the maintenance jut 47 that is arranged on the right side on lower floor's lid 40 and the support recess 46 in left side.The not shown patchhole that the first prominent axial region 27 that keeps jut 47 to have the right side of guidance panel 20 inserts from left.The support recess 46 in left side is provided with the mode that the first prominent axial region 27 in the left side of guidance panel 20 can the oblique upside in the place ahead from Fig. 1 embeds.The oblique upside in the place ahead that supports recess 46 is covered by upper strata lid 50.Guidance panel 20 is inserted into through the first prominent axial region 27 with the right side and keeps inserting in the hole of jut 47, and the first prominent axial region 27 in left side is embedded into supports in the recess 46, is supported with rotating mode by lower floor's lid 40 and upper strata lid 50.
In following explanation, with the face of the open side of guidance panel 20 as operating surface 38, with the face of the opposition side of operating surface 38 as the back side 39.As shown in Figure 1, the direction of oblique downside is a second direction 15 towards the rear, with second direction 15 opposite directions be third direction 16, towards the rear direction of oblique upside be the four directions to 17, with the four directions be the 5th direction 18 to 17 opposite directions.Second direction 15 and third direction 16 be with Fig. 1 in the direction of operating surface 38 quadratures of guidance panel 20.The four directions is the directions with second direction 15 and Width 9 quadratures to the 17 and the 5th direction 18.
When guidance panel 20 is in prime, the flush of the operating surface 38 of guidance panel 20 and upper strata lid 50.Because LCD 21 can not cover 50 upper surface from the upper strata and gives prominence to when guidance panel 20 is in prime, so the outward appearance of operating means 13 improves.And, can improve from the visuality of upside LCD 21.In addition, when guidance panel 20 is in second, can improve from the visuality of face side to LCD 21.
As shown in Figure 8, guidance panel 20 has pair of right and left and keeps protuberance 28, and this maintenance protuberance 28 is used for supporting with the feet 71 of rotating mode to leaning device 70.Keep protuberance 28 to be provided with highlightedly to second direction 15 from the back side 39 of guidance panel 20.Like Fig. 4 and shown in Figure 5, maintenance protuberance 28 is arranged on the rotation base end part that is in guidance panel 20 and rotates on the position between the leading section.As shown in Figure 8, each keeps protuberance 28 to have respectively being used to insert the maintenance recess 29 of the second prominent axial region 73 (Fig. 4) that is provided with on the feet 71.The second prominent axial region 73 through with feet 71 is inserted in the maintenance recess 29, and thus, guidance panel 20 supports feet 71 with rotating mode.
Lower floor's lid 40 has second opening 45 that is used to embed support component 60 (Fig. 4) at the central portion of the Width 9 of the bottom of chimeric recess 43.Second opening 45 is overlapping with first opening 51 of upper strata lid 50 on second direction 15.
(support component 60)
To shown in Figure 8, the profile of support component 60 is the case shape that on the face that is positioned at third direction 16 1 sides, has opening like Fig. 6.Support component 60 is embedded into second opening 45 (Fig. 2) of lower floor's lid 40, and is fixed on lower floor's lid 40.Support component 60, lower floor's lid 40 and upper strata lid 50 are equivalent to apparatus main body.
Like Fig. 5 and shown in Figure 7, support component 60 has the flap opening 69 of the support flap 80 of configuration leaning device 70 on diapire 62.Flap opening 69 is arranged on and is positioned at the four directions near the end of 17 1 sides on the diapire 62.
To shown in Figure 6, support component 60 has the first spline part 66 and the second spline part 65 that the angle rotatable scope of flap 80 is supported in decision like Fig. 4.The first spline part 66 and the second spline part 65 are arranged on the outer bottom 62A side of support component 60.The first spline part 66 is equivalent to first abutting part.The second spline part 65 is equivalent to second abutting part.
The second spline part 65 is given prominence to the 5th direction 18 to the left and right sides at the edge of 17 1 sides central portion from the four directions that is positioned at of flap opening 69, and overlapping at second direction 15 and flap opening 69.
The profile of the first spline part 66 is the L word shape with base portion 67 and protuberance 68.Base portion 67 is outstanding to second direction 15 from the left and right sides central portion at the edge that is positioned at the 5th direction 18 1 sides of flap opening 69.Protuberance 68 from the outstanding leading section of base portion 67 to the four directions to 17 outstanding, and overlapping at second direction 15 and flap opening 69.Like Fig. 4 and shown in Figure 6, protuberance 68 is positioned at than the second spline part 65 away from flap opening 69 and the position away from the distance corresponding with the outstanding size L of base portion 67.Support the angle rotatable scope of flap 80 by the outstanding size L decision of base portion 67.
(leaning device 70)
To shown in Figure 8, leaning device 70 has feet 71 that is installed on the guidance panel 20 and the support flap 80 that is installed on lower floor's lid 40 like Fig. 4.
(feet 71)
(supporting flap 80)
As shown in Figure 4, support flap 80 and form the shape of four directions, basic edge to 17 extensions.In addition, supporting flap 80 forms with the width across the right ends of guidance panel 20.
Support first end 82 that flap 80 has the 5th direction 18 sides, four directions the second end 83 and base portion between the two 81 to 17 sides.Base portion 81 forms first step 84 with first end 82.The second end 83 forms second step 85 with base portion 81.Base portion 81, first end 82 and the second end 83 are formed by resin material.As shown in Figure 4, first end 82 is positioned at than the position of base portion 81 near upper strata lid 50 (Fig. 2) through first step 84.The second end 83 is positioned at than the position of base portion 81 near guidance panel 20 through second step 85.The four directions of base portion 81 is equivalent to the second end to the end of 17 sides.First step 84 is equivalent to step.
Supporting flap 80 is configured in the flap opening 69 that is arranged on the support component 60.Support flap 80 base portion 81 the four directions to the rotation leading section of the end of 17 sides and the feet 71 that is in tierce on second direction 15 in opposite directions.Supporting flap 80 is supported with rotating mode by support component 60 through pair of right and left retention tab 86 and above-mentioned fulcrum 31.Particularly, as shown in Figure 6, retention tab 86 from about the face that is positioned at second direction 15 1 sides of base portion 81 two ones be provided with highlightedly to second direction 15.Second through hole 87 connecting retention tab 86 on the Width 9 is separately positioned on each retention tab 86.Fulcrum 31 is inserted in second through hole 87.Fulcrum 31 is positioned at the four directions on the position that is in base portion 81 central authorities on 17.Fulcrum 31 is equivalent to the 3rd rotation axis.
Supporting flap 80 serves as to rotate leading section to rotate with first end 82 and the second end 83.Support flap 80 and between the sixte of the quinte of the Fig. 4 that extends along flap opening 69 and Fig. 5 of tilting with respect to flap opening 69, carry out posture change through rotation.The first end 82 that supports flap 80 from quinte when sixte carries out posture change away from guidance panel 20, from sixte when quinte carries out posture change near guidance panel 20.
As shown in Figure 4, through the second spline part, 65 butts that are provided with on the second end 83 and the support component 60, prevent to support flap 80 and cross the rotation of quinte ground.As shown in Figure 5, through first end 82 and the first spline part, 66 butts that on support component 60, are provided with, prevent to support flap 80 and cross the rotation of sixte ground.Therefore, support of outstanding size L (Fig. 6) decision of the angle rotatable scope of flap 80 by the base portion 67 of the first spline part 66.
Like Fig. 4 and shown in Figure 5, the flap opening 69 that supports first end 82, first step 84 and the support component 60 of flap 80 forms the recess 88 of the rotation front end embedding of the feet 71 that is in sixte at the edge of the 5th direction 18.
(action of leaning device 70)
At first, the action from the leaning device 70 of prime when second erects describes to guidance panel 20 with reference to Fig. 4 and Fig. 5.Be at guidance panel 20 under the state of prime, feet 71 is in tierce, supports flap 80 and is in quinte, and feet 71 is in the state that extends along the back side 39 of guidance panel 20 with support flap 80.That is, feet 71 is in folding state with support flap 80.Since feet 71 with support flap 80 and be in folding state, the therefore compact conformation of leaning device 70 when prime, guidance panel 20 can be embedded in first opening 51 of upper strata lid 50.
When guidance panel 20 from prime when second erects, feet 71 rotates because of deadweight.The rotation front end of the feet 71 that rotates slides to recess 88 on the sliding contact surface 89 of the base portion 81 that supports flap 80, and is embedded in the recess 88.The posture that the rotation front end of feet 71 is embedded in the recess 88 is the fourth of feet 71.Support flap 80 through pushing as the rotation front end of the first end 82 supported pin 71 that rotate leading section, posture becomes sixte from quinte.Support flap 80 after the posture change through with support component 60 on the first spline part, 66 butts that are provided with and supporting by support component 60.
Through the rotation front end is hooked on the first step 84, can suppress feet 71 and return tierce, and keep fourth.That is, the supported pin 71 of guidance panel 20 support and keep second.
Secondly, the action of the leaning device 70 during from operating surface 38 side pressing operation panels 20 describes to the user.The user returns prime and from operating surface 38 side pressing operation panels 20 in order to import or make guidance panel 20 from second.
Bear that the person of being used pushes and the load that guidance panel 20 is applied and the deadweight of guidance panel 20 with the support flap 80 that feet 71 is supported.Deciding the rotation front end of feet 71 by the size that is applied to load on the guidance panel 20 is states of keeping on the step surface 90 that is hooked on first step 84, still is the sliding contact surface 89 of base portion 81 on slip on the step surface 90 and cunning.In the load that guidance panel 20 is applied; The rotation front end of keeping feet 71 is hooked on the greatest limit load of the state on the step surface 90, by rotation front end and the contact angle of step surface 90, the rotation front end of feet 71 and the decisions such as confficient of static friction between the step surface 90 of feet 71.Step surface 90 is equivalent to the face of recess.
The rotation front end of feet 71 and the contact angle of step surface 90 are by the angle rotatable scope decision of supporting flap 80.This angular range is by outstanding size L (Fig. 6) decision of the base portion 67 of the first spline part 66.Set the outstanding size L of base portion 67, the load that makes the user impose on guidance panel 20 when guidance panel 20 is carried out pressing operation is no more than ultimate load.That is, when the user utilized guidance panel 20 to import, guidance panel 20 was kept second by feet 71 with supporting flap 80 to support.
When the user applies the load of the load that oversteps the extreme limit from operating surface 38 side pressing operation panels 20 and to guidance panel 20, the sliding contact sliding surface 89 of going up of the rotation front end of feet 71.The posture of guidance panel 20 that loses the support of feet 71 becomes prime from second.Posture through guidance panel 20 becomes prime from second, the rotation front end of feet 71 is slided on the base portion 81 that supports flap 80, and posture becomes tierce from fourth.When the rotation front end of feet 71 is crossed fulcrum 31, support the four directions that is positioned at of the base portion 81 of flap 80 and push to the rotation front end of the supported pin 71 in the end of 17 1 sides, posture becomes quinte from sixte thus.That is, feet 71 returns folding state with support flap 80.
(effect of this execution mode)
Above-mentioned ultimate load is by the outstanding size L decision of the base portion 67 of the first spline part 66 that on support component 60, is provided with.Therefore, can change ultimate load through changing outstanding size L.Consequently, adjust the ultimate load of design phase easily.That is, can easily adjust the confining force that guidance panel 20 that 70 pairs of leaning devices are in second keeps.In addition, owing to when quinte, support the back side 39 of flap 80, guidance panel 20 is embedded in second opening 45 of lower floor's lid 40 along the guidance panel that is in prime 20.That is, in the image recording structure 10 of this execution mode, support flap 80, can make compact conformation, and can easily adjust confining force through being provided with rotating mode.In order to realize the change of confining force, both can use the support component 60 of different other of outstanding size L, also can parts such as pad be installed on the first spline part 66.
In addition; Be arranged to through supporting flap 80; Support flap 80 base portion 81 be positioned at the four directions to the rotation front end of the end of 17 1 sides and the feet 71 that is in tierce on second direction 15 in opposite directions; As stated, when the posture of feet 71 when sixte becomes quinte, support flap 80 and automatically return quinte from sixte.That is, do not use elastomeric element etc. to make to support flap 80 and return quinte.In addition, using under the situation of elastomeric element, elastomeric element utilize its elastic force from sixte on the direction of quinte to supporting flap 80 application of forces.Posture through feet 71 becomes tierce from fourth, and the support flap 80 that makes no longer supported pin 71 push returns quinte from sixte under the elastic force of elastomeric element.
In addition, because the rotation front end of feet 71 is embedded in the recess 88, therefore the rotation front end of feet 71 is located by the perisporium of recess 88 when fourth.Consequently, can suppress rocking of guidance panel 20 etc.
In addition, feet 71 is set and supports flap 80 with the mode of angle [alpha] owing to as shown in Figure 5, so can make the last first step 84 that supports flap 80 of rotation front end of feet 71 with less power above 90 degree.That is, can set the confining force that less being used to keeps guidance panel 20.In addition, wanting to set under the situation of big confining force, also can angle [alpha] be set in below 90 degree.
In addition, because the confining force that keeps guidance panel 20 also changes because of the rotation front end of feet 71 and the confficient of static friction between the step surface 90, therefore also can change above-mentioned ultimate load through changing the surface roughness of step surface 90.
In this execution mode; To feet 71 with support flap 80 and be illustrated with the structure that the width across the right ends of guidance panel 20 forms; Yet can also form feet 71 with half the width or support flap 80, and pair of right and left feet 71 or pair of right and left support flap 80 are set less than the width dimensions on the Width 9 of guidance panel 20.In this structure, guidance panel 20 is tilted mechanism 70 in right ends portion and supports.In addition, can also feet 71 be set at the central portion of the guidance panel 20 of Width 9 and support flap 80.In this structure, guidance panel 20 is supported by leaning device 70 at the central portion of Width 9.
In this execution mode; Structure to fitting operation panel 20 and leaning device 70 on the lid 40 of the lower floor on the housing that is fixed in printing portion 11 is illustrated; Yet can also adopt the lower floor lid 40 and the housing of printing portion 11 to form, guidance panel 20 and leaning device 70 are directly installed on the structure on the housing of printing portion 11.
In addition, in this execution mode, explained that the LCD 21 of guidance panel 20 constitutes the example of touch panels, yet, replace LCDs 21 and have under the situation of touch-switch or elastomeric switch at guidance panel 20, also can use the utility model.
In addition; In this execution mode; To when guidance panel 20 from prime when second erects; The posture of feet 71 is illustrated from the structure that tierce becomes fourth because of deadweight, yet can also support the mechanism that is provided with on flap 80 or the support component 60 keeping the rotation leading section of feet 71 along the mode that above-mentioned the 5th direction 18 is slided.In this structure, the rotation base end part side of feet 71 is carried out posture change and displacement through guidance panel 20, consequently, rotates leading section and slides along the 5th direction 18.
Claims (9)
1. pressurization operation device comprises:
Apparatus main body;
Operating portion; Has the operating surface of accepting pressing operation; Can be arranged on the said apparatus main body through the mode that first rotation axis rotates; Can turn between the prime of the diverse location of said first rotation axis and second at said operating surface and carry out posture change, wherein said first rotation axis has the axis along first direction;
Feet; Can be arranged on the rear side with respect to said operating surface of said operating portion around the mode that second rotation axis rotates; Rotate along with the posture change of said operating portion, thus, when said operating portion is in said prime; The posture of said feet becomes the tierce that on the direction of the rotation front of said operating portion, extends along the said back side from said second rotation axis from said second rotation axis; When said operating portion was in said second, the posture of said feet became the fourth that erects with respect to the said back side, and wherein said second rotation axis has the axis along said first direction; And
Support flap; The said back side with said operating portion in said apparatus main body disposes in opposite directions; Can be arranged on the said apparatus main body through the mode that the 3rd rotation axis rotates; Rotate along with the rotation of said feet, thus, when said feet is in said tierce; The posture of said support flap becomes the quinte near the approaching said back side of first end of first rotation axis of said operating portion; When said feet was in said fourth, the posture of said support flap became the sixte of said first end away from the said back side of said operating portion, and wherein said the 3rd rotation axis has the axis along said first direction;
Said support flap is provided with recess on said first end, said recess can snap in rotation front end and the step of when said tierce moves, going up more as this rotation front end of the said feet of said fourth.
2. pressurization operation device according to claim 1 is characterized in that, said feet is the flat board that has across the width at the two ends on the said first direction of said operating portion.
3. pressurization operation device according to claim 1 and 2 is characterized in that, said support flap has the width across the two ends on the said first direction of said operating portion.
4. pressurization operation device according to claim 1 and 2; It is characterized in that; The second end of said support flap is pushed by posture becomes the said feet of tierce from said fourth rotation front end; Thus, the posture of said support flap becomes said quinte from said sixte, and wherein said the second end is the end of the opposition side of said first end.
5. pressurization operation device according to claim 1 and 2; It is characterized in that; With the section of said first direction quadrature on, be in direction that the said feet of said fourth extends from said second rotation axis towards said rotation front end and the said operating portion from said first rotation axis and spend greater than 90 towards the angle of rotating between the direction that front end extends.
6. pressurization operation device according to claim 1 and 2; It is characterized in that; Said apparatus main body has first abutting part, and this first abutting part is through stopping operating said support flap with posture from the said support flap butt that said quinte becomes said sixte.
7. pressurization operation device according to claim 1 and 2; It is characterized in that; Said apparatus main body has second abutting part, and this second abutting part is through stopping operating said support flap with posture from the said support flap butt that said sixte becomes said quinte.
8. pressurization operation device according to claim 1 and 2 is characterized in that, with the face of the said recess of the rotation front end butt of the said feet that is in said fourth than coarse with other faces of the rotation front end butt of said feet.
9. pressurization operation device according to claim 1 and 2 is characterized in that, the operating surface of said operating portion is the operating surface of touch panel.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2010-281194 | 2010-12-17 | ||
| JP2010281194A JP5582018B2 (en) | 2010-12-17 | 2010-12-17 | Press operation device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202309852U true CN202309852U (en) | 2012-07-04 |
Family
ID=46378659
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011204041144U Expired - Fee Related CN202309852U (en) | 2010-12-17 | 2011-10-21 | Pressing-operation device |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP5582018B2 (en) |
| CN (1) | CN202309852U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2019022161A (en) * | 2017-07-20 | 2019-02-07 | 京セラドキュメントソリューションズ株式会社 | Image forming apparatus |
Family Cites Families (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH08152936A (en) * | 1994-11-28 | 1996-06-11 | Ricoh Co Ltd | Tilt mechanism for small electronic devices |
| JPH1063192A (en) * | 1996-08-20 | 1998-03-06 | Pfu Ltd | Display device |
| JP4285285B2 (en) * | 2004-03-16 | 2009-06-24 | サクサ株式会社 | Base structure for desktop / wall-mounted electronic devices |
| JP4962264B2 (en) * | 2007-10-22 | 2012-06-27 | ブラザー工業株式会社 | Operation device and image recording device |
| JP2010208191A (en) * | 2009-03-11 | 2010-09-24 | Brother Ind Ltd | Electric device |
-
2010
- 2010-12-17 JP JP2010281194A patent/JP5582018B2/en active Active
-
2011
- 2011-10-21 CN CN2011204041144U patent/CN202309852U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2019022161A (en) * | 2017-07-20 | 2019-02-07 | 京セラドキュメントソリューションズ株式会社 | Image forming apparatus |
Also Published As
| Publication number | Publication date |
|---|---|
| JP5582018B2 (en) | 2014-09-03 |
| JP2012129432A (en) | 2012-07-05 |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20120704 Termination date: 20201021 |