CN209514578U - Touch panel module and equipment with touch tablet - Google Patents

Abstract

Touch panel module and the equipment with touch tablet are provided, which makes to touch panel vibration, which includes supporting station；Spring portion is supported by the supporting station；Substrate is supported by the spring portion, is fixed for the touch tablet；And vibrating motor, it is installed on the substrate, the substrate can be vibrated by spring portion bearing on the longitudinal direction of the thickness direction as the substrate.

Description

Touch panel module and equipment with touch tablet

Technical field

The utility model relates to touch panel module and with the equipment of touch tablet.

Background technique

In the past, there is the biography referred to as touch tablet in the various equipment such as notebook type PC, tablet computer, smart phone Sensor arrangement.Touch tablet is the dress detected to the position of the finger of the operator described on planar sensor It sets.An example of the input equipment using touch tablet is disclosed in Japanese Kokai special open 2012-504275 bulletin.

In the input equipment of Japan's Publication special open 2012-504275 bulletin, in track pad (touch tablet) Bottom is provided with mechanical switch.Track pad is connect by flexible hanger with frame.Flexible hanger be when being applied active force into Row buckling and generate restoring force so that track pad returns to the elastomeric element of neutral position.In operator to the track table of track pad In the case that face is pressed, track pad is rotated downward, so that mechanical switch be made to be acted.Pass through mechanical switch Movement generate button signal.

In the input equipment of Japanese Kokai special open 2012-504275 bulletin, operator is by pressing track pad And click feel can be obtained using mechanical switch.But in recent years, exploitation has following technology: assigning by using to touch tablet The vibratory equipment of vibration assigns the touch feedback of the click feel as push button physically to operator.But existing In some vibratory equipments, present case is that assembling is not easy to, it is therefore desirable for reducing cost.

Utility model content

In view of the above situation, the purpose of the utility model is to provide can be improved assemblability and be capable of increasing vibration The touch panel module of output and equipment with touch tablet.

Embodiment illustrated by the utility model is the touch panel module for making to touch panel vibration, includes supporting station；Bullet Spring portion is supported by the supporting station；Substrate is supported by the spring portion, is fixed for the touch tablet；And vibration horse It reaches, is installed on the substrate.The substrate is by spring portion bearing can be in the thickness direction as the substrate It is vibrated on longitudinal direction.

In the above-described embodiment, the vibration frequency of the vibrating motor with by the touch tablet, the substrate, the vibration The resonant frequency for the vibrational system that dynamic motor and the spring portion are constituted is consistent.

In the above-described embodiment, the substrate is supported across the 1st damper member by the spring portion.

In the above-described embodiment, the supporting station has damper avoid holes, and the 1st damper member is in the branch The side opposite with the substrate-side in the longitudinal direction of cushion cap is supported by the spring portion, and the 1st damper member is to described Substrate-side penetrates through the damper avoid holes and is fixed on the substrate.

In the above-described embodiment, the 1st damper member has damper group, which is will be along described The damper that the length direction of substrate extends is arranged opposite on the short side direction of the substrate and constitutes.

In the above-described embodiment, the spring portion is made of at least one plate spring component, which has to described The ring portion for the ring-shaped that substrate is supported.

In the above-described embodiment, the spring portion is made of a plate spring component.

In the above-described embodiment, the fixed part between the supporting station and equipment side with the touch panel module Position is configured with the 2nd damper member.

In the above-described embodiment, the vibrating motor configuration is in the center of the substrate.

In the above-described embodiment, the supporting station has through hole, is configured with the vibration in the inside of the through hole Motor and the electronic component for being installed on the substrate.

In the above-described embodiment, the through hole includes: vibrating motor avoid holes, and the vibration is configured on the inside of it Motor；And electronic component avoid holes, the electronic component, the vibrating motor avoid holes and the electricity are configured on the inside of it Subassembly avoid holes are independent.

In the above-described embodiment, it is installed on pair of the electronic component configuration in the two sides of the vibrating motor of the substrate Claim on position.

In the above-described embodiment, the vibrating motor has and vibrates on the direction of the mounting surface along the substrate Vibrating body.

In the above-described embodiment, the spring portion has opposed on the direction that is formed matches extending while bending A pair of of the plate spring component set, the vibrating motor vibrate on the opposed direction of the plate spring component.

The embodiment illustrated of the utility model is a kind of equipment with touch tablet, with above embodiment Touch panel module.

According to the touch panel module of the utility model of illustration and with the equipment of touch tablet, assemblability can be improved, and And it is capable of increasing vibration output.

It, can be more clearly referring to attached drawing and by the detailed description below to preferred embodiments of the present invention Understand the above-mentioned and other feature, element, step, features and advantages of the utility model.

Detailed description of the invention

Fig. 1 is the overall perspective view for schematically showing the appearance of notebook type PC of embodiment illustrated.

Fig. 2 is the state shown in the touch panel module viewed from above that touch tablet is arranged in the 1st embodiment Perspective view.

Fig. 3 is the solid for showing the state viewed from above for removing substrate from the touch panel module of the 1st embodiment Figure.

Fig. 4 is the perspective view of the state of the Fig. 3 observed from below.

Fig. 5 is the exploded perspective view of a part of structure of the touch panel module of the 1st embodiment.

Fig. 6 is the side view of the touch panel module for the 1st embodiment observed to the 1st direction side (direction X1).

Fig. 7 is the main portions side view cutaway drawing of region A shown in fig. 6.

Fig. 8 is the solid for showing the state viewed from above for removing substrate from the touch panel module of the 2nd embodiment Figure.

Fig. 9 is the perspective view of the state of the Fig. 8 observed from below.

Figure 10 is the perspective view of the touch panel module of the variation of the 2nd embodiment observed from below.

Figure 11 is the main portions for showing the variation of the structure of the fixed position of the equipment relative to other side side of bracket Side view cutaway drawing.

Specific embodiment

In the following, being illustrated referring to embodiment illustrated of the attached drawing to the utility model.In addition, in present embodiment In touch panel module, the length direction of substrate as X-direction and is referred to as " the 1st direction " in the accompanying drawings, it will be vertical with X-direction The short side direction of substrate is as Y-direction and is referred to as " the 2nd direction ", and the thickness direction of substrate as Z-direction and is referred to as " longitudinal direction ". " longitudinal direction " is sometimes referred to as " up and down direction ".Z-direction is vertical with X-direction and Y-direction.More specifically, if the 1st direction side is X1, if the 1st direction other side is X2, if the 2nd direction side is Y1, if the 2nd direction other side is that Y2 is set if upside is Z1 Side is Z2.In addition, the definition in these directions does not indicate positional relationship and direction of the actual assembled when equipment.

The structure > of 1. notebook type PC of <

Firstly, an example of the equipment as the touch panel module for carrying aftermentioned present embodiment, to notebook type PC into Row explanation.Fig. 1 is the overall perspective view for showing schematically the appearance of notebook type PC 100 of embodiment illustrated.Separately Outside, in Fig. 1, according to the definition in the above-mentioned direction of touch panel module 1, X-direction, Y-direction and Z-direction are shown.

Notebook type PC 100 shown in FIG. 1 has shell 101, keyboard 102, touch tablet 103 and display unit 104.

Shell 101 stores keyboard 102, is arranged on desk.Comprising the display unit 104 including display screen 1041 by one end Portion is pivotally connect with shell 101, which can become as the state for covering from above keyboard 102 Closed state and be capable of visual identity show screen 1041 open state.

Shell 101 includes upper part of the housing 1011 on top.Upper part of the housing 1011 has for expanding in the 1st direction and the 2nd direction The upper surface part that the keyboard 102 of exhibition exposes upwards has opening in the 2nd direction other side of the keyboard 102 of the upper surface part Portion 1011A.Opening portion 1011A is the hole for penetrating through up and down direction.

Touch tablet 103 is configured at the inside of opening portion 1011A, exposes upwards via opening portion 1011A.That is, using pen Remember that the user of this type PC 100 can be such that finger contacts with the touch tablet 103 for being located at the position of side on one's own account than keyboard 102.It touches Plate 103 has the planar sensor extended up in the 1st direction with the 2nd side, to the finger with the sensor contacts flat It is detected position on face.Position detection is for example using electrostatic capacity.

Notebook type PC 100 has touch panel module 1.Touch panel module 1 is to make touch tablet 103 in longitudinal direction (upper and lower To) on the device that vibrates.Touch panel module 1 is fixed on upper part of the housing 1011.In addition, below to the fixation side of touch panel module 1 Method is described.

Touch panel module 1 is by assigning longitudinal vibration to touch tablet 103, so as to opponent's abutment touch tablet 103 user assigns touch feedback.For example, in one's hands when being perceived using voltage sensitive sensor (not shown) possessed by touch tablet 103 When the pressing of finger, vibrate touch tablet 103 by touch panel module 1, user can obtain the point as indentation touch tablet 103 Hit sense.

That is, in notebook type PC 100, by description of the finger on touch tablet 103, thus according to the position of finger Detection is mobile in the display enterprising line cursor of screen 1041, and by pressing of the finger on touch tablet 103, thus allows for Various operations corresponding with click.

In addition, other than click feel by the vibration of touch tablet 103, such as body surface can also be assigned to user Smooth feeling and the touch feedbacks such as harsh feeling.

1st embodiment > of 2. touch panel module of <

Next, being illustrated to the touch panel module of the 1st embodiment.Fig. 2 is to show viewed from above to touch The perspective view of the state in the touch panel module 1 of the 1st embodiment is arranged in plate 103.Fig. 3 be show it is viewed from above by base The perspective view for the state that plate 3 is removed from touch panel module 1.Fig. 4 is the perspective view of the state of the Fig. 3 observed from below.Fig. 5 is touching The exploded perspective view of a part of structure of template module 1.Fig. 6 is the touch panel module 1 observed to the 1st direction side (direction X1) Side view.Fig. 7 is the main portions side view cutaway drawing of region A shown in fig. 6.

Touch panel module 1 mainly has bracket 2, substrate 3, spring portion 41,42, damper 51,52 and vibrating motor 8. The thickness direction of substrate 3 is Z-direction (up and down direction (longitudinal direction)), and the length direction of substrate 3 is X-direction (the 1st direction), substrate 3 Short side direction be Y-direction (the 2nd direction).

Bracket (supporting station) 2 is the plate-shaped member for extending up and being formed with the 2nd side in the 1st direction.That is, bracket 2 It can be formed and carrying out punching press to a plate, can be improved productivity.Bracket 2 is formed such as SUS material.In addition, Bracket 2 has using aftermentioned damper avoid holes 2A, 2B as the various through holes of representative.

Spring portion 41,42 is plate spring component, also referred to as leaf spring (leaf spring).Spring portion 41 has the 1st portion 411, the 2nd portion 412 and the 3rd portion 413.1st portion 411 is upwardly extended in the 1st side.2nd portion 412 is respectively from the 1st portion 411 one side end of the 1st direction, the 1st direction central location and the 1st direction end side to the 2nd direction other side and to Inclined downward simultaneously extends and is formed.Another side in 2nd direction in the 3rd portion 413 and the 2nd portion 412 links and on the 1st direction Extend, it is substantially parallel with the 1st portion 411.That is, spring portion 41 extends while bending on the 2nd direction and is formed.

Spring portion 42 has the 1st portion 421, the 2nd portion 422 and the 3rd portion 423.1st portion 421 prolongs on the 1st direction It stretches.2nd portion 422 is another from one side end of the 1st direction, the 1st direction central location and the 1st direction in the 1st portion 421 respectively Side end to the 2nd direction side and tilt downwards and extend and formed.2nd direction in the 3rd portion 423 and the 2nd portion 422 One side links and upwardly extends in the 1st side, substantially parallel with the 1st portion 421.That is, spring portion 42 is curved on one side on the 2nd direction Folding extends on one side and is formed.

1st portion 411 of spring portion 41 is arranged using screw 71 and the 2nd direction other side in bracket 2 along the 1st direction And 3 screw hole 2I being formed and be screwed on the lower surface of bracket 2.1st portion 421 of spring portion 42 utilizes screw 72 With in bracket 2 the 1st direction of one lateral edge of the 2nd direction arrangement and formed 3 screw hole 2J and be screwed to bracket 2 Lower surface.In addition, the case where being fixed using the screw 72 of spring portion 42 is shown in FIG. 5.That is, spring portion 41,42 is the 2nd It is arranged opposite and be fixed/support on carrier 2 on direction.

Damper 51,52 is a component for extending in the 1st direction as length direction respectively, such as by silicon rubber etc. It is formed.It is formed with the through hole as damper avoid holes 2A extended in the 2nd direction other side along the 1st direction on carrier 2, 3rd portion 413 of spring portion 41 is located at the lower section of damper avoid holes 2A, and when viewed from above, the 3rd portion 413 is via damping Device avoid holes 2A and expose.Damper 51 is for example fixed in the 3rd portion 413 by double faced adhesive tape.The upper surface position of damper 51 In the position more against the top than damper avoid holes 2A.That is, damper 51 penetrates through damper avoid holes 2A in the up-down direction.

Damper avoid holes 2B is used as along what the 1st direction extended in the 2nd direction side in addition, being formed on carrier 2 Through hole, the 3rd portion 423 of spring portion 42 is located at the lower section of damper avoid holes 2B, when viewed from above, the 3rd portion 423 expose via damper avoid holes 2B.Damper 52 is for example fixed in the 3rd portion 423 by double faced adhesive tape.Damper 52 Upper surface be located at the position more against the top than damper avoid holes 2B.It is kept away that is, damper 52 penetrates through damper in the up-down direction Allow hole 2B.

Substrate 3 is, for example, rigid substrates.The lower surface of substrate 3 is for example upper using double faced adhesive tape and with damper 51,52 Surface is fixed.The upper surface of substrate 3 is for example fixed using double faced adhesive tape with the lower surface of touch tablet 103.That is, substrate 3 across Damper 51,52 and supported by spring portion 41,42, thus fixed touch tablet 103.Substrate 3 is by the bearing of spring portion 41,42 can It is vibrated on the thickness direction of the substrate 3 as longitudinal direction (up and down direction).

Vibrating motor 8 and electronic component 91,92 (Fig. 2) are installed on the substrate 3.Vibrating motor 8 be with baseplate part and The horizontal linear vibrating motor of the vibrating body (not shown) vibrated on the parallel direction with the baseplate part.Such as make to utilize The electromagnetic force of coil is resulted from via the electric current that substrate provides and magnet interacts, so that vibrating body be made to vibrate.Vibration Kinetoplast vibrates on the 1st direction and the direction of the plane of the 2nd direction defined in the direction of the mounting surface along substrate 3, i.e., Especially in the present embodiment in the vibration of the 2nd direction.

Vibrating motor 8 is mounted on the lower face side of substrate 3 in a manner of outstanding downwards, so that configuration is in substrate 3 Centre.Here, it is formed with vibrating motor avoid holes 2C on carrier 2.Vibrating motor avoid holes 2C is that have substantially that cross shape is simultaneously The through hole for penetrating through up and down direction, positioned at the center of bracket 2.Vibrating motor 8 is configured in the inside of vibrating motor avoid holes 2C.

In addition, electronic component 91,92 is mounted on the lower face side of substrate 3 in a manner of outstanding downwards.In addition, in Fig. 2 In schematically show electronic component 91,92, electronic component is for example imagined as IC package body, capacitor, transformer, electricity Hinder the various parts such as device.

Here, it is formed with electronic component avoid holes 2D, 2E on carrier 2.Electronic component avoid holes 2D, 2E are from the 1st direction Two sides are configured across vibrating motor avoid holes 2C, are the through holes for penetrating through up and down direction.Electronic component 91,92 is arranged respectively at The inside of electronic component avoid holes 2D, 2E.

Vibrating motor and electronic component also may be mounted on the upper surface of substrate 3, but as present embodiment, pass through It is mounted on the lower surface of substrate 3 by such a way that avoid holes make each component not generate Gan Wataru with bracket 2, touch tablet can be made The thickness of the up and down direction of module 1 is thinning.

In addition, vibrating motor avoid holes 2C is independent with electronic component avoid holes 2D, 2E, therefore do not need in bracket 2 It is upper to form excessive through hole, so as to improve the intensity of bracket 2.In addition, vibrating motor avoid holes 2C and electronic component are kept away Hole 2D, 2E can be formed by the method for forming the punching of bracket 2, therefore can be improved production efficiency.

In the case where touch panel module 1 is for example equipped on notebook type PC 100 (Fig. 1), bracket 2 is fixed on notes The upper part of the housing 1011 of this type PC 100.Specifically, the 2nd another side edge part in direction in bracket 2 is formed with 3 inside lateral incisions The notch 2F removed, they are arranged on the 1st direction.Screw 61 is configured in notch 2F, bracket 2 is threadedly secured in by screw 61 Upper part of the housing 1011.In addition, being formed with hole portion 2H at the 1st direction both ends of the 2nd direction central location of bracket 2.2 benefit of bracket It is screwed with the screw 63 across hole portion 2H with upper part of the housing 1011.In addition, in the 2nd direction of a bracket 2 side end shape At there is 3 hole portion 2G arranged on the 1st direction.Bracket 2 utilizes the screw 62 and 1011 screw thread of upper part of the housing across hole portion 2G It is fixed.

In the touch panel module 1 of such a present embodiment, when the driving for making vibrating motor 8 stops, such as Fig. 7 institute Show, gap S is formed between substrate 3 and bracket 2.By driving vibrating motor 8 to be vibrated, touch panel module 1 is whole Longitudinal vibration is exported as vibration module, so that substrate 3 be made to vibrate in the longitudinal direction.Vibration output at this time becomes larger.In addition, The assemblability of touch panel module 1 is good, can reduce cost.

On the substrate 3 by the setting of touch tablet 103, therefore biggish longitudinal vibration can be assigned to touch tablet 103, thus Touch feedback appropriate can be assigned to the user that finger is contacted with touch tablet 103.

It is particularly preferred to make the vibration frequency of vibrating motor 8 and by touch tablet 103, substrate 3, vibrating motor 8 and spring The resonant frequency for the vibrational system that portion 41,42 is constituted is consistent.Thereby, it is possible to increase the vibration of touch panel module 1 output further Greatly.

In addition, the transmitting vibrated to bracket 2 is able to suppress, to reduce rattle by setting damper 51,52.

In addition, spring portion is fixed on the upper surface of bracket 2, bent in towards the position of the fixed position more top than it And the shape extended, damper can also be fixed on the upper surface of spring portion.But as described above, damper 51, 52 are fixed on the 3rd portion 413,423 than damper avoid holes 2A, 2B on the lower, upwards penetrate through damper avoid holes 2A, 2B can make touch panel module in the embodiment that the position more against the top than damper avoid holes 2A, 2B and substrate 3 are fixed 1 is thinning.

In addition, damper member used in above embodiment is to prolong respectively along the length direction of substrate 3 (the 1st direction) 51,52 groups of the damper stretched, therefore vibration output can be made to stablize, and the component for constituting damper member can be cut down Quantity is to improve assemblability.

In addition, vibrating motor 8 configures in the center of substrate 3, therefore the flexure of substrate 3 can be made to become larger, so as to increase Vibration is added to export.

In addition, electronic component 91,92 is preferably the symmetric position configured in the two sides of vibrating motor 8.Thereby, it is possible to base The inclination of plate 3 is inhibited, so that vibration output be made to stablize.

In addition, spring portion 41,42 opposed on the 2nd direction in direction that is formed is matched as extending while bending It sets, vibrating motor 8 vibrates on the 2nd direction.Spring portion 41,42 does not interfere the vibration of substrate 3 as a result, so as to make to vibrate Output increases.

In addition, vibrating motor 8 is not limited to transverse linear motor, such as vibrating body also can be used in the vertical of baseplate part The vertical linear motor vibrated on direction.In this case, vibrating motor shakes on the longitudinal direction (up and down direction) of touch panel module It is dynamic.But using the horizontal linear longitudinal size that can reduce vibrating motor, it is suitble to touch panel module.In addition, in addition to this Such as also it is able to use the vibrating motor of eccentric type.

2nd embodiment > of 3. touch panel module of <

Next, being illustrated to the 2nd embodiment of the variation as the 1st above-mentioned embodiment.Fig. 8 is to show The perspective view of the state for removing substrate from the touch panel module of the 2nd embodiment viewed from above, is corresponding with Fig. 3 Figure.Fig. 9 is the perspective view of the state of the Fig. 8 observed from below, is figure corresponding with Fig. 4.

In the present embodiment, using spring portion 410 as spring portion, spring portion 410 has the 1st portion 410A, the 2nd Piece portion 410B, the 3rd portion 410C, the 1st portion 410D, the 2nd portion 410E, the 3rd portion 410F, linking part 410G and linking part 410H is formed as a plate spring component.

Among spring portion 410, the 1st portion 410A, the 2nd portion 410B, the 3rd portion 410C, the 1st portion 410D, the 2nd Portion 410E and the 3rd portion 410F is identical as the structure of spring portion 41,42 in the 1st above-mentioned embodiment.Linking part 410G One side end of the 1st direction of 3rd portion 410C, 410F are linked on the 2nd direction each other.Linking part 410H is by the 3rd portion The 1st direction end side of 410C, 410F link on the 2nd direction each other.

The ring portion 4101 of ring-shaped is formed by the 3rd portion 410C, 410F and linking part 410G, 410H.

Bracket 2 includes damper avoid holes 2K, is the through hole extended in the 2nd direction of one lateral edge of the 1st direction；And Damper avoid holes 2L is the through hole extended in the 1st direction other side along the 2nd direction.Linking part 410G is located at than damping Device avoid holes 2K exposes when viewed from above via damper avoid holes 2K position on the lower.Linking part 410H is located at Expose when viewed from above via damper avoid holes 2L than the position of damper avoid holes 2L on the lower.

It is fixed on the upper surface of linking part 410G in the damper 53 that the 2nd side upwardly extends, penetrates through damping upwards Device avoid holes 2K.The upper surface of damper 53 is located at the position more against the top than damper avoid holes 2K, is fixed on the following table of substrate 3 On face.It is fixed on the upper surface of linking part 410H in the damper 54 that the 2nd direction extends, penetrates through damper avoid holes upwards 2L.The upper surface of damper 54 is located at the position more against the top than damper avoid holes 2L, is fixed on the lower surface of substrate 3.

It can make to touch by making to install the vibration of vibrating motor 8 on the substrate 3 according to such a 2nd embodiment Plate module 1 generates longitudinal biggish vibration output.In addition, being able to suppress biography of the vibration to bracket 2 using damper 53,54 It passs.

Especially, spring portion 410 has ring portion 4101, therefore the spring constant of spring portion 410 can be made to become larger, and makes to vibrate Output increases.In addition, spring portion 410 is made of a plate spring component, therefore it can be improved assemblability.

In addition, Figure 10 is the figure corresponding with Fig. 9 of the touch panel module of the variation of the 2nd embodiment.In this variation In, using spring portion 41~44 as spring portion.

Spring portion 41~44 is independent plate spring component.Spring portion 43 and spring portion 44 are arranged opposite on the 1st direction.Bullet Spring portion 43 is towards the 1st direction side and extends while bending downward and is formed, according to the suitable of the 1st direction side of direction Sequence successively has the 1st portion 431, the 2nd portion 432 and the 3rd portion 433.1st portion 431 is fixed on bracket 2 by screw 73 On lower surface.Spring portion 44 is towards the 1st direction other side and extends while bending downward and is formed, according to towards the The sequence in the 1 direction other side successively has the 1st portion 441, the 2nd portion 442 and the 3rd portion 443.1st portion 441 is by screw 74 It is fixed on the lower surface of bracket 2.That is, spring portion 41~44 is configured to ring-type.

3rd portion 433 of spring portion 43 is located at the lower section for forming hole portion 2M on carrier 2, when viewed from above, warp Exposed by hole portion 2M.Damper 530 is fixed in the 3rd portion 433, penetrates through hole portion 2M upwards, and fix on the substrate 3. 3rd portion 443 of spring portion 44 is located at the lower section for forming hole portion 2N on carrier 2, when viewed from above, via hole portion 2N And expose.Damper 540 is fixed in the 3rd portion 443, penetrates through hole portion 2N upwards, and fix on the substrate 3.

According to such a variation, ring-shaped is formed by each 3rd portion 413,423,433,443 of spring portion 41~44 Ring portion, therefore the spring constant of spring portion used in making becomes larger, and vibration output can be made to increase.

The variation > of 4. bracket fixed position of <

Figure 11 is the fixed position for showing the equipment (such as notebook type PC 100) relative to other side side about bracket 2 Structure variation main portions side view cutaway drawing, be figure corresponding with Fig. 7.

In this variation, in the upper part of the housing that bracket 2 is for example fixed on to notebook type PC 100 using screw 61 1011 position is provided with damper 55.Damper 55 forms recessed on the inside of oriented diameter direction with the side complete circumference in cylindrical shape The structure of sunken groove portion 55A.

Damper 55 is fixed on carrier 2 and keeping groove portion 55A chimeric with formation notch 2F (Fig. 2) on carrier 2. Screw 61 passes through the perforation hole portion 55B for penetrating through damper 55 in the up-down direction.Bracket 2 is threadedly secured on shell by screw 61 Portion 1011.

The vibration of bracket 2 is transmitted across damper 55 to the equipment side (notebook type PC 100 etc.) as a result, therefore can be right It vibrates and is inhibited to the transmitting of equipment side.

The function and effect > of 5. present embodiment of <

As described above, the touch panel module 1 of present embodiment is the touch panel module for vibrating touch tablet 103, include Supporting station (bracket) 2；Spring portion (41,42 etc.), is supported by the supporting station；Substrate 3 fixes the touch tablet, by institute State spring portion bearing；And vibrating motor 8, installation is on the substrate.The substrate 3 is by spring portion bearing can It is vibrated on the thickness direction as longitudinal substrate.

According to such a structure, by vibrating vibrating motor, touch panel module is integrally exported as vibration module Longitudinal vibration.In addition, can be improved assemblability.

In addition, the vibration frequency of the vibrating motor 8 with by the touch tablet 103, the substrate 3, the vibrating motor 8 And the resonant frequency of the vibrational system of spring portion (the 41,42 etc.) composition is consistent.Thereby, it is possible to further make to touch template die The vibration of block, which exports, to increase.

In addition, the substrate 3 is supported across the 1st damper member (51,52 etc.) by the spring portion (41,42 etc.).By This, is able to suppress the transmitting vibrated to supporting station, to reduce rattle.

In addition, the supporting station 2 has damper avoid holes (2A, 2B etc.), the 1st damper member (51,52 etc.) It is supported in the side opposite with 3 side of substrate in the longitudinal direction of the supporting station by the spring portion, the 1st damper portion Part penetrates through the damper avoid holes to the substrate-side and fixes with the substrate.Thereby, it is possible to keep touch panel module thinning.

1st damper member (51,52 etc.) has damper group (51,52), which is will be along described The damper that the length direction of substrate 3 extends is arranged opposite on the short side direction of the substrate and constitutes.As a result, can Enough make to vibrate output stabilization.In addition, the number of components for constituting the 1st damper member can be cut down, to improve assemblability.

In addition, the spring portion (410 etc.) is made of at least one plate spring component, has and the substrate 3 is supported Ring-shaped ring portion (4101 etc.).Thereby, it is possible to make the spring constant of spring portion become larger, to increase vibration output.

In addition, the spring portion 410 is made of a plate spring component.Improve assemblability as a result,.

In addition, the supporting station 2 and with the touch panel module 1 equipment (100 etc.) side between fixed position Configured with the 2nd damper member 55.Thereby, it is possible to inhibit to vibrate the transmitting to the equipment side of supporting station.

In addition, the configuration of vibrating motor 8 is in the center of the substrate 3.Thereby, it is possible to increase the flexure of substrate, from And increase vibration output.

In addition, the supporting station 2 has through hole 2C~2E, the vibration is configured in the inside of through hole 2C~2E Motor 8 and the electronic component 91,92 for being installed on the substrate 3.Thereby, it is possible to keep touch panel module thinning.

In addition, the through hole includes: vibrating motor avoid holes 2C is configured with the vibrating motor 8 on the inside of it；And Electronic component avoid holes 2D, 2E, on the inside of it be configured with the electronic component 91,92, the vibrating motor avoid holes with it is described Electronic component avoid holes are independent.It does not need to form excessive through hole in supporting station as a result, to improve the strong of supporting station Degree.

In addition, being installed on symmetrical position of the configuration of electronic component 91,92 in the two sides of the vibrating motor 8 of the substrate 3 It sets.Thereby, it is possible to inhibit the inclination of substrate 3, so that vibration output be made to stablize.

In addition, the vibrating motor 8 has the vibrating body vibrated on the direction of the mounting surface along the substrate 3.By This, can reduce the size of vibrating motor in the longitudinal direction.

In addition, the spring portion have extend while bending and a pair of of leaf spring arranged opposite on the direction that is formed Component 41,42, the vibrating motor 8 vibrate on the opposed direction of the plate spring component.Thereby, it is possible to make plate spring component portion The vibration of substrate is interfered, so that vibration output be made to increase.

In addition, the equipment (100 etc.) of present embodiment has the touch panel module of touch tablet 103 and above-mentioned arbitrary structures 1.Thereby, it is possible to vibrate touch tablet sufficiently using touch panel module, to assign touching appropriate to the user of operating touchpad Feel feedback.

Other > of < 6.

More than, the embodiments of the present invention is illustrated, but as long as the range of the purport in the utility model Interior, embodiment is able to carry out various modifications.

For example, the touch panel module of the utility model, which does not limit, is equipped on notebook type PC, plate meter can also be equipped on The various equipment such as calculation machine, smart phone.

The utility model can for example be used in the purposes for making the touch panel vibration of notebook type PC.

Claims (15)

1. a kind of touch panel module makes to touch panel vibration,

The touch panel module includes

Supporting station；

Spring portion is supported by the supporting station；

Substrate is supported by the spring portion, is fixed for the touch tablet；And

Vibrating motor is installed on the substrate,

It is characterized in that,

The substrate can be vibrated by spring portion bearing on the longitudinal direction of the thickness direction as the substrate.

2. touch panel module according to claim 1, which is characterized in that

The vibration frequency of the vibrating motor with by the touch tablet, the substrate, the vibrating motor and the spring portion The resonant frequency of the vibrational system of composition is consistent.

3. touch panel module according to claim 1, which is characterized in that

The substrate is supported across the 1st damper member by the spring portion.

4. touch panel module according to claim 3, which is characterized in that

The supporting station has damper avoid holes,

1st damper member is in the side opposite with the substrate-side in the longitudinal direction of the supporting station by the spring portion Bearing,

1st damper member penetrates through the damper avoid holes to the substrate-side and is fixed on the substrate.

5. touch panel module according to claim 3, which is characterized in that

1st damper member has damper group, which is that will extend along the length direction of the substrate One damper it is arranged opposite on the short side direction of the substrate and constitute.

6. touch panel module according to claim 1, which is characterized in that

The spring portion is made of at least one plate spring component, which has the ring-shaped supported to the substrate Ring portion.

7. touch panel module according to claim 6, which is characterized in that

The spring portion is made of a plate spring component.

8. touch panel module according to claim 1, which is characterized in that

Fixed position between the supporting station and equipment side with the touch panel module is configured with the 2nd damper portion Part.

9. touch panel module according to claim 1, which is characterized in that

The vibrating motor configuration is in the center of the substrate.

10. touch panel module according to claim 1, which is characterized in that

The supporting station has through hole, configured with the vibrating motor and is installed on the substrate in the inside of the through hole Electronic component.

11. touch panel module according to claim 10, which is characterized in that

The through hole includes:

Vibrating motor avoid holes are configured with the vibrating motor on the inside of it；And

Electronic component avoid holes are configured with the electronic component in inside,

The vibrating motor avoid holes and the electronic component avoid holes are independent.

12. touch panel module according to claim 1, which is characterized in that

The electronic component for being installed on the substrate configures in the symmetric position of the two sides of the vibrating motor.

13. according to claim 1 to touch panel module described in any one in 12, which is characterized in that

The vibrating motor has the vibrating body vibrated on the direction of the mounting surface along the substrate.

14. touch panel module according to claim 13, which is characterized in that

The spring portion have extend while bending and a pair of of plate spring component arranged opposite on the direction that is formed,

The vibrating motor vibrates on the opposed direction of the plate spring component.

15. a kind of equipment with touch tablet, which is characterized in that

The equipment has touch panel module described in any one in claim 1 to 14.