CN109803501A - A kind of binding device and its method - Google Patents

Abstract

A kind of binding device and its method, belong to display field.Binding device is used for the binding of photoelectric device.It includes load-bearing part, contact, fastener and export part.Wherein, load-bearing part includes the first wall, the second wall and third wall, and the first wall and third wall are connected to the second wall in such a way that interval forms stop zone.Contact is conductive and is set in stop zone and stop zone is divided into the first binding slot and the second binding slot.Wherein, the first binding slot is limited by the first wall and contact, and the second binding slot is limited by third wall and contact.Fastener can optionally connect with one or both of the first wall and third wall and correspondingly contradict contact.Export part can extend to except load-bearing part, and exports part and connect by the second wall with contact.Binding device structure in example is simple, easy to operate and use.

Description

A kind of binding device and its method

Technical field

The present invention relates to display fields, in particular to a kind of binding device and method.

Background technique

In the production of electronic component and equipment (such as display screen), test process, it is often necessary to particular device into Row, which is reinforced, to be bound.

Currently, binding mode needs bound device, dedicated FPC (Flexible Printed Circuit board: soft Property printed circuit board), ACF (Anisotropic Conductive Film: anisotropy conductiving glue) material, start-up etc..

Binding technique mainly includes following three step:

1) ACF is pasted in advance: the ACF of certain length is pasted at the pin that the end display screen glass ITO or FPC need to bind；

2) it pre-binding: is carried out pair by pin of the assistant images system on binding machine to FPC and the end display screen glass ITO Position, and carry out precompressed and form preliminary connection；

3) main binding: under suitable temperature and pressure, main binding is carried out to the good display screen of pre-binding, is led by ACF The electrical connection of FPC and display screen glass are realized in the deformation of charged particle and the rupture of insulating layer, while by ACF glue in high temperature Under polymerization hardening FPC and display screen glass are linked together to provide enough mechanical coupling strengths.

The above bindings are cumbersome, and have certain risk.

In addition, display screen or device the needs binding to complete is tested or lighted when watching full frame situation, just need Buy the cutter head etc. that bound device, dedicated FPC either replace bound device pressing, increase economic cost and time at This.

The information disclosed in the background technology section is intended only to deepen understanding of the general background technology to the present invention, and It is not construed as recognizing or implying in any form that the information constitutes the prior art known to those skilled in the art.

Summary of the invention

For improve, even solve the problems, such as it is in the prior art at least one, the invention proposes a kind of binding device and its Method.

The present invention is implemented as follows:

In a first aspect, example of the invention provides a kind of binding device.

The binding device is used for the binding of photoelectric device.

Binding device includes:

Load-bearing part, load-bearing part include the first wall, the second wall and third wall, and the first wall and third wall are formed with interval to be limited The mode in region is connected to the second wall；

Contact, conductive contact are arranged in stop zone and stop zone are divided into the first binding Slot and the second binding slot, wherein the first binding slot is limited by the first wall and contact, and the second binding slot is by third wall and contact It limits；

Fastener, fastener can optionally connect with one or both of the first wall and third wall and correspondingly contradict Contact；

Part is exported, export part can extend to except load-bearing part, and exports part and connect by the second wall with contact.

Binding device in example can be used to when needed will be such as display screen or device and transmission electric energy or signal Electrode binding, it is ensured that component keeps adequately contacting and being conductively connected within the desired time with electrode.

Wherein, load-bearing part can be used to realize the support to device.Load-bearing part combination contact is limited device, and leads to Crossing fastener is installed in device steadily between load-bearing part and contact.Conductive connect may be implemented between device and contact It connects, and carries out the transmitting of electric signal and/or electric energy by export part, in order to which other equipment electric energy exchanges appropriate and data are logical Letter.

With reference to first aspect, in some optional examples of the first possible embodiment of the first aspect of the application In, contact is set in stop zone in a manner of position-adjustable, and contact can be adjusted by position and change the One binding slot and the second binding slot are in the first wall to the thickness in third wall direction.

In the adjustable scheme in position with contact, the distance between the first wall or third wall of contact and load-bearing part It can change, therefore, can be adaptively adjusted according to the size of the device of required binding, so as to improve binding dress The scope of application set.Different size/model device is bound as binding device can be competent at by the adjustable contact in position Task.

The possible embodiment of with reference to first aspect the first, in second of possible reality of the first aspect of the application It applies in some optional examples of mode, binding device has the moving member cooperated with contact, and contact can pass through moving member It is moved in stop zone.

The configuration of moving member can play the role of constraining the motion track or move mode of contact to a certain extent, To be moved in the form of desired while ensuring that moving member smoothly moves.

The possible embodiment of second with reference to first aspect, in the third possible reality of the first aspect of the application It applies in some optional examples of mode, moving member includes pedestal, and pedestal has the slot for contact grafting.

Optionally, pedestal is integrally formed structure with contact.

Moving member can be split type structure, be also possible to the structure of integral type.According to different needs or choice is selected, move The two ways of moving part can be selected freely and implement.

The third possible embodiment with reference to first aspect, in the 4th kind of possible reality of the first aspect of the application Apply in some optional examples of mode, the second wall is provided with the movable passageway for base motion, and movable passageway along the first wall extremely Third wall direction is extended.

Moving direction and movement routine that pedestal (and contact) can be made are planned and defined to movable passageway.And And by setting appropriate, the movable passageway that the second wall is arranged in can improve stability of the contact in moving process.

The 4th kind of possible embodiment with reference to first aspect, in the 5th kind of possible reality of the first aspect of the application It applies in some optional examples of mode, movable passageway includes sliding slot, and there are two sliding slots for the second wall tool, and two sliding slots are opposite and are spaced It arranges to limit the turnover zone for base motion on ground.

Using slot as the form of expression of movable passageway, the whole body of binding device can be reduced to a certain extent Product improves compactness in its structure.

The 5th kind of possible embodiment with reference to first aspect, in the 6th kind of possible reality of the first aspect of the application It applies in some optional examples of mode, the second wall has the lower deep gouge limited by opposite two side walls, distinguishes in two sliding slots It corresponds and is located at two side walls.

Lower deep gouge is to be used to partly or entirely accommodate the pedestal of moving member, and by combining sliding slot to limit pedestal.

With reference to first aspect, in some optional examples of the 7th kind of possible embodiment of the first aspect of the application In, through-hole is arranged in the second wall, and export part passes through through-hole and contact is conductively connected.

Optionally, through-hole extends pre-determined distance along the direction of the first wall to third wall.

Through-hole allows to export part and successfully passes through the second wall, convenient for exporting the arrangement of part.Alternatively, by by the size of through-hole It is changed (as increased pre-determined distance), can adapt to the mobile scheme of contact, to allow export part and contact can be same Moved further.

The 7th kind of possible embodiment with reference to first aspect, in the 8th kind of possible reality of the first aspect of the application It applies in some optional examples of mode, one or both of the first wall and third wall have combined hole, fastener and combined hole Cooperation.

Fastener and combined hole cooperate, so as to realize its cooperation with load-bearing part.For example, fastener passes through combined hole It is connect with the first wall and adjustable；Alternatively, fastener is connect and adjustable by combined hole with the second wall.

With reference to first aspect or first aspect the first to the 8th kind of possible embodiment, in the first party of the application In some optional examples of the 9th kind of possible embodiment in face, the material of contact is selected from conductive material, preferably golden Category or alloy.

Second aspect, the embodiment of the present application provide a kind of binding method of photoelectric device, can pass through above-mentioned binding Device is implemented.

In example, binding method includes:

Object to be bound is placed in any one in the first binding slot and the second binding slot by S1；

S2, fastener is correspondingly connected in the first wall or third wall, and contradicting contact corresponds to object to be bound about Beam is in the first binding slot or the second binding slot；

The one end extended to except load-bearing part for exporting part is optionally connect by S3 with power supply or equipment.

Referring to above-mentioned binding device, the binding method step in the application example is succinct, easy to operate, advantageously reduces behaviour The use difficulty and learning cost of author.In addition, the implementation cost of binding method also will based on the simple of binding device structure It is less expensive.

In conjunction with second aspect, in some optional examples of the first possible embodiment of the second aspect of the application In, photoelectric device is QLED device or OLED device.

In conjunction with second aspect, in some optional examples of second of possible embodiment of the second aspect of the application In, further include following steps before step S1: being coated with conductive silver paste on the specific position of object to be bound.

Conductive silver paste have can received conductivity, and its embodiment is mature, controllable.

The third aspect, the embodiment of the present application provide a kind of binding device comprising:

Clamping piece, clamping piece include first determine wall, second determine wall and dynamic wall, and first determines wall and dynamic wall with interval formation limit The mode of position slot is connected to second and determine wall, and dynamic wall, which is supported on second, to be determined wall and can determine wall along second and determine wall with respect to first to move And change the width of limiting slot；

Regulating part, regulating part are configured to determine wall with first to connect and can contradict and drive dynamic wall and make the width of limiting slot Degree is restricted to predetermined width；

Conduct piece, conduct piece determine wall by second and connect and can be moved synchronously with dynamic wall with dynamic wall.

Clamping piece, which has, determines wall and dynamic wall, in this way, being the clamping effect that can reach to device by clamping piece.Further, Clamp connection regulating part makes device be clamped and reach binding.In this way, the construction of binding device can be real to a certain extent Now simplify.

Fourth aspect, the embodiment of the present application provide a kind of binding device comprising:

Clamping part, the first side wall, second sidewall and downside wall, the first side wall and second sidewall form limited mouth with interval Mode be connected to downside wall；

Locating part, locating part include the first contact portion and the second contact portion, the first contact portion be configured to the first side wall, One of second sidewall is cooperatively connected, and limits clamping between the other of the second contact portion and the first side wall, second sidewall Slot, the second contact portion can be moved to change the width of clamping slot and the width of clamping slot is made to be maintained at desired width；

Leading-out piece, leading-out piece are connect with the second contact portion by downside wall and can be moved synchronously with the second contact portion.

As an alternative, binding device uses the use of clamping part and locating part to realize the clamping to device to complete Binding, without being particularly introduced into other components, playing the role of optimization or simplifying its structure.

The utility model has the advantages that

Binding device provided in an embodiment of the present invention has at least the following advantages:

1, the binding device structure it is simple, using simple, the learning cost for using and operating is low.

2, operator can be by oneself with the binding device.Such as display screen is bound and carry out it is full frame light, to watch As a result it or is tested.

3, electricity is provided with can be convenient after binding device binds substrate for the substrate (such as ito substrate) that can not be welded Pole, so as to subsequent debugging efforts etc. everything goes well with your work carry out.

4, binding device has very big advantage, i.e. low manufacture cost in economic cost.

5, carry out display demo's (demonstration, sample manuscript, demonstration, displaying, print, prototype etc.) in need Device or equipment making later period can use the binding device and carry out hardware and software debugging.For example in production using ito glass as substrate QLED demo when, can use the binding device and carry out program debugging and circuit hardware debugging and subsequent be fabricated to demo.In this way, tester can be to a great extent to the needs for customizing FPC, also avoiding traditional binding procedure institute may The some problems being related to.

Detailed description of the invention

In order to illustrate the technical solution of the embodiments of the present invention more clearly, below will be to needed in the embodiment attached Figure is briefly described, it should be understood that the following drawings illustrates only certain embodiments of the present invention, therefore is not construed as pair The restriction of range for those of ordinary skill in the art without creative efforts, can also be according to this A little attached drawings obtain other relevant attached drawings.

Fig. 1 is the structural representation of the photoelectric device provided by the embodiments of the present application bound by the first binding device Figure；

Fig. 2 shows for the structural schematic diagram provided by the embodiments of the present application by the first binding device；

Fig. 3 shows the structural schematic diagram of the contact in the binding device of Fig. 2；

Fig. 4 shows the structural schematic diagram of the cooperation of contact and pedestal in the binding device of Fig. 2；

Fig. 5 shows the structural schematic diagram of the cooperation of contact and pedestal, export part in the binding device of Fig. 2；

Fig. 6 shows the structural schematic diagram of another load-bearing part in the binding device of Fig. 2；

Fig. 7 shows the binding structural schematic diagram of the binding device by the photoelectric device and Fig. 2 of Fig. 1；

Fig. 8 shows the schematic diagram at another visual angle by the binding structure of Fig. 7；

Fig. 9 shows as the structural schematic diagram provided by the embodiments of the present application by second of binding device；

Figure 10 shows as the structural schematic diagram provided by the embodiments of the present application by the first binding device.

Icon: 900- display screen；901- substrate；902- cover board；903- reserved part region；904- conductor electrode；100- First binder；101- load-bearing part；The first wall of 1011-；The second wall of 1012-；1013- third wall；102- contact；1021- connects Touch surface；1022- conductive layer；1023- pedestal；1024- scolding tin；1025- sliding slot；1026- inner bolt hole；103- fastener；104- Export part；The second binder of 200-；201- clamping piece；2011- first determines wall；2012- second determines wall；2013- moves wall；204- limit Position slot；202- regulating part；203- conduct piece；300- third binder；301- clamping part；302- locating part；303- leading-out piece； 3011- the first side wall；3012- downside wall；3013- second sidewall；The first contact portion of 3021-；The second contact portion of 3022-；304- Clamping slot.

Specific embodiment

In field of display, the external members such as display panel or substrate or component usually can independently be made, and then needed It is lighted when wanting or test performance, to verify whether it can work normally.Since it is independently made, and carrying out a little Power up signal or data-signal are usually required when bright or performance test.Therefore, it is necessary to carried out it is pre-assembled (or be referred to as tie up It is fixed), to be combined with electrode binding, to complete subsequent test.

It is believed that some binding modes known for inventor generally require to be related to dedicated customization equipment and device.And Devices some in this way and equipment are often with higher to use difficulty and Operating Complexity.

In view of this, inventor attempts to study and propose a kind of equipment that structure is simple, easy to use.It can be with While significantly reducing time and economic cost, additionally it is possible to allow operator to be independently completed binding operation, and can mention For reliable and stable binding effect.

Below, a kind of such equipment will be mentioned and be illustrated with binding device.Also, it is based on needing, in example Give the application method of the binding device.In actual application, binding method can be carried out and to such as display Device complete binding, even test.

It should be understood that, in embodiment, binding device can be used to device and electrode combination being integrated (binding device Can be kept for sufficiently long/desired time in the assembled state), and in necessity and when needing, device and electrode can also be with By lossless and harmlessly separate.In other words, binding device provided in example is that one kind is non-forever to the binding of device and electrode The limitation of long property.

It, can be with when the first metal and the second metal are connected in a welding manner as the example of permanent limitation It is understood to that the first metal and the second metal are realized and be fixedly connected.Alternatively, different materials is binded by adhesive, it can also Both to be considered as realizing to be fixedly connected.Therefore, it the welding that is carried out or has been bonded as this permanent limitation Cheng Hou frequently can lead to the irrecoverability of one or both therein when needing to separate connected two articles Damage or breakage (hole, notch, tomography such as occur)；Alternatively, the two cannot after being singulated, again with original side Formula/pattern is cooperatively connected.

Based on described above, it could be aware that the binding device in the application example at least has two states, and this two kinds State can be selected freely.Binding device be under what circumstances which kind of state can by artificial selection operation reality It is existing.For example, one is binding state, secondly being unbundlings state.Binding state and unbundlings state can be by can in binding device Movable part (such as by the contact provided later, dynamic wall, locating part or its attachment member) switches and adjusts.Therefore, literary The middle operation that the combination of display screen and device or the one or more components for constituting it is carried out that may be suggested --- it is fixed, It should also be as being understood to refer to: making the object to contact with each other in desired time (such as lighting for display screen tests overall process) Stable relative position is kept between body, is separated except non-operator purposefully needs to contact object, and needing to contact object It can freely be disassembled when separating.

As a kind of general introduction, the binding device in some examples of the application generally has can support object to be bound One component, for first component cooperation make object to be bound be bound and can with the second component of object conductive contact to be bound, And the third component that can be used to carry out object to be bound and other equipment such as electrical transmission or signal transmission.It is therein wait bind Object for example can be the combination of display screen and electrode, and third component usually can be conducting wire.

In the first example, the structure of binding device (the first binder 100) will be illustrated by described below.

As the application of binding device in the example, photoelectric device (or being device/display screen 900) is suggested.Such as Shown in Fig. 1, display screen 900 includes cover board 902 and substrate 901.Wherein, cover board 902 cover and (contact with each other) substrate 901 it On.Normally, the size of cover board 902 can be less than substrate 901, thus the meeting/can be pre- when cover board 902 is covered in substrate 901 Partial region 903 is stayed, and the reserved part region 903 can be to contact with electrode.

When the photoelectric device is bound, generally refer between binding device and the reserved part region 903 of substrate 901 Mutual cooperation.And (aforementioned third component, following be export part to the component proposed as the connection with such as power supply or equipment 104) also direct or indirect coupling can be carried out with the reserved part region 903.

In this example, as shown in Fig. 2, the first binder 100 include load-bearing part 101, contact 102, fastener 103 and Export part 104.Wherein, load-bearing part 101 is considered first component above-mentioned, the combination of contact 102 and fastener 103 It is considered second component above-mentioned, export part 104 is considered third component above-mentioned.

Load-bearing part 101 is generally in open container shapes.Load-bearing part 101 includes the first wall 1011 (left side wall), second Wall 1012 (bottom wall) and third wall 1013 (right side wall), and the first wall 1011 and third wall 1013 form spacing zone with interval The mode in domain is connected to the second wall 1012.Wherein, the opposite position between the first wall 1011, the second wall 1012 and third wall 1013 It sets fixed and can not select to be changed as needed.Therefore, the opposite position between the first wall 1011 and third wall 1013 It is also fixed for setting, so size/width of stop zone is also fixed.Since stop zone is for accommodating/at least portion Point accommodate object to be bound, therefore, the size (thickness) for the device that the first binder 100 in example can be bound it is upper Limit is also limited by the stop zone.

In example, as shown in Fig. 2, carrying out in use, object to be bound can be from the insertion moved towards the second wall 1012 Direction A be inserted into stop zone (in a kind of exemplary scheme, really a part of stop zone, subsequent with the second binding Slot is mentioned) in.In this way, the object direction of motion to be bound generally can be perpendicular to by the first wall 1011 to third wall 1013 Direction.Alternatively, object to be bound also can choose other placement modes, it is not limited with above-mentioned.

For load-bearing part 101, three of them wall can be and be made respectively, be also possible to be integrally formed (such as injection molding, mould Pressure etc.) it forms.The shape of three walls is the surface plate of rectangle in this example.Size/thickness (the second wall in example of three walls 1012 thickness is greater than the thickness of the first wall 1011, and the thickness of the first wall 1011 is equal to the thickness of third wall 1013) it can be by It needs to select, mainly be adjusted according to the size of object to be bound.Similarly, the material of three walls can also be customized, and such as may be used To be metal, plastics etc., preferably plastics.To the size and material and shape of load-bearing part 101, there is no particular limitation in the application. In example, the first wall 1011 and third wall 1013 have same shape and size.In other examples, 1011 He of the first wall 1013 shape of third wall is identical, but size can choose as difference, for example, the height of the first wall 1011 is (relative to the second wall The extended distance of 1012 vertical direction) it is greater than the height of third wall 1013 significantly；Alternatively, the height of the first wall 1011 is significantly Less than the height of third wall 1013.

Referring to Fig. 2, contact 102 is the component for being configured to contact with object to be bound.Object to be bound can be It is clamped by the first wall 1011 and contact 102 and completes binding；Alternatively, object to be bound can be by third wall in another example 1013 and contact 102 clamp complete binding.And the second wall 1012 can then support object to be bound, and avoid it perpendicular to by Movement on one wall 1011 to the direction in the path of third wall 1013.

Due to needing to carry out the transmission of electric current and/or signal with object to be bound, contact 102 is made as conduction, It is conductive.It is realized it should be pointed out here that the electric conductivity of contact 102 can be by the selection to its material , as contact 102 is made using copper (or metal, alloy, other conductive materials).Alternatively, contact 102 includes body portion And conductive part.Therefore, the conduction of contact 102 is that (aluminium film/conductive film, can be with for the conductive part that is adhered to by the surface in body portion It is to be made of conductive paste such as conductive silver paste) Lai Shixian, conductive part is with the contact surface 1021 contacted with object to be bound.Alternatively, As shown in figure 3, the conduction of contact 102 is by being formed internally going deep into certain depth by surface (contact surface 1021) Conductive layer 1022 is realized, and mentioned surface is configured to the contact surface 1021 contacted with object to be bound.

Based on the difference of object to be bound, contact 102 can also have different shape selections, for example, its shape in example For the surface plate of rectangle.Alternatively, it at least has the contact plane contacted with object to be bound.Further, contact 102 with to The face of binding object contact can also be other shapes, e.g. stepped plate.

Since contact 102 is arranged in stop zone, it is thus evident that stop zone can be divided into first by it Bind slot and the second binding slot.Wherein, the first binding slot is limited by the first wall 1011 and contact 102, second binding slot (Fig. 2 Region where middle direction of insertion A) it is limited by third wall 1013 and contact 102.Accordingly, it has been observed that object to be bound can be with It is to be clamped to complete binding by the first wall 1011 and contact 102；Or object to be bound can be by third wall 1013 and contact 102 clamp completion binding.In such an example, it (is for example, at least not had that the position of contact 102, which can be relatively fixed, Destination design to carry out code-on-demand migration/pushed).But in order to which tight against object to be bound, contact 102 be can have Certain elasticity (stress generates deformation, can partly or entirely resile when active force is partly or entirely eliminated), toughness (or substantially flexible), when being squeezed active force, to can produce certain deformation to be close to photoelectric device, It is bound photoelectric device.Alternatively, contact 102 is also possible to brittle, at least can be unlikely to roll under certain effect power It is disconnected, and photoelectric device can also be made to be bound by certain deformation simultaneously.

In the scheme adjusted on demand as one kind, contact 102 is transformed into can be mobile on demand.It can be by It is mobile manually, or pushed by other components such as fastener 103 and displacement appropriate occurs.In other words, contact 102 is with position Adjustable mode is set in stop zone.It is apparent that contact 102 is when being moved, position is adjusted on demand and is changed Become, so that the first binding slot and second be made to bind slot in the thickness change of the first wall 1011 to 1013 direction of third wall.Wherein, when When first binding groove width increases, the width of the second binding slot reduces；Alternatively, second ties up when the first binding groove width reduces The width for determining slot increases.Since the first binding slot and the second binding slot can be constructed on demand and be used to accommodate object to be bound, Therefore, when its width changes, correspondingly the object to be bound of different size/thickness can be implemented to bind.

Based on needs, to improve the mobile stability of contact 102, binding device has the shifting cooperated with contact 102 Moving part, contact 102 can be moved in stop zone by moving member.Moving member and the second wall 1012 cooperate, and moving member can phase The surface of second wall 1012 is smoothly slided.And the contact 102 for being matched with moving member can also be moved steadily in the same manner. As a kind of alternative scheme, moving member includes pedestal 1023.Pedestal 1023 has the slot (figure for 102 grafting of contact It is not painted).That is, pedestal 1023 and contact 102 detachably link.Alternatively, pedestal 1023 is integrally formed knot with contact 102 Structure, as shown in Figure 4.Further, as shown in figure 5, pedestal 1023 and export part 104 are connected by scolding tin 1024.

Cooperate to realize that pedestal 1023 and the second wall 1012 are mobile, the second wall 1012 is provided with to exist for the movement of pedestal 1023 Movable passageway B shown in Fig. 6, and movable passageway B is extended along the first wall 1011 to 1013 direction of third wall.Pedestal 1023 lateral margins are embedded into movable passageway, to limit motion track by movable passageway B.

Further, the lateral margin of pedestal 1023 has smooth surface, or is carried out at rounded corner by machining Reason.Similarly, movable passageway B has spherical surface, so as to less rub with the lateral margin of the pedestal 1023 Jing Guo round corner treatment Ground cooperation.

Further, movable passageway includes sliding slot 1025 (refering to Fig. 6), and the second wall 1012 has there are two sliding slot 1025, Two sliding slots 1025 are opposite and have the turnover zone for being positioned apart from and moving with restriction for pedestal 1023, in conjunction with Fig. 4, Fig. 5, Fig. 6. In this way, the two sides of pedestal 1023 cooperate with two sliding slots 1025 respectively, stability is more conducively improved.It is considered that pedestal 1023 can Binding object can be treated and generate limitation, lower deep gouge is arranged in the second wall 1012, and pedestal 1023 can be arranged in lower deep gouge.The sinking Slot is limited by the opposite two side walls of the second wall 1012, correspondingly, aforementioned second wall is located in two sliding slots 1025 In 1012 two side walls region.

In order to make contact 102 and load-bearing part 101 be matched for clamping tightly object to be bound, the first binder 100 is equipped with fastener 103 (such as the structural body that can be the bolt shape in Fig. 2) is closely against it using active force of the fastener 103 to contact 102 Object to be bound.When binding object is to be clamped to complete binding by third wall 1013 and contact 102, fastener 103 and the first wall 1011 connect and can contradict contact 102.When binding object is to be clamped to complete binding by third wall 1013 and contact 102, Fastener 103 connect with the first wall 1011 and can contradict contact 102.

In above scheme, contact 102 and fastener 103 are seperated designs.It should be noted that as another real Existing scheme, fastener 103 can also be that contact 102 realizes conflict in a manner of connection.That is fastener 103 and contact 102, which can design (as welded or being integrally formed) using integral structure or can also be split type structure design, (in such as Fig. 2, connects Contact element 102 and fastener 103 are mutually indepedent).The scheme that fastener 103 and contact 102 are integrally formed structure can also be rear It is demonstrated in continuous example, as shown in Figure 10, and fastener 103 and 102 integral structure of contact will be mentioned with locating part 302 And.

Illustratively, the mode that fastener 103 is connect with the first wall 1011, which can be, to be connected through a screw thread；Similarly, tightly The mode that firmware 103 can also be connect with third wall 1013, which can be, to be connected through a screw thread.In a kind of scheme, load-bearing part 101 exists The setting of first wall 1011 has the inner bolt hole 1026 of internal screw thread as shown in FIG. 6, and correspondingly externally threaded spiral shell is arranged in fastener 103 Column (shown in Fig. 2).In another scheme, tool internal thread screw hole is arranged in third wall 1013 in load-bearing part 101, correspondingly fastens Externally threaded stud is arranged in part 103.In yet another approach, load-bearing part 101 is respectively provided with tool in the first wall 1011 and third wall 1013 Internal thread screw hole, correspondingly fastener 103 is configured to that externally threaded stud is arranged.In short, the first wall 1011 and third One or both of wall 1013 has hole, fastener 103 and Kong Peihe, to realize to the first wall 1011 or third wall 1013 It connects (can according to need and be set as adjustable).

Alternatively, fastener 103 uses elastic component (such as spring), it is located at the limit that the first wall 1011 and third wall 1013 limit Position region.One end of fastener 103 is connect with the first wall 1011, and the other end is connect with contact 102.Alternatively, fastener 103 One end connect with third wall 1013, and the other end is connect with contact 102.Pass through the bullet of the elastic component as fastener 103 Property active force squeezes, pushes contact 102, to make it clamp object to be bound.

For the ease of connecting with power supply or other equipment, export part 104 be can extend to except load-bearing part 101, and export Part 104 is connect by the second wall 1012 with contact 102.Export part 104 for example can choose as conducting wire, such as copper wire, copper wire.It leads The shape of line can be strip or column etc..In addition, the company's of progress conducting wire can have desired length or soft for convenience Toughness (rollable, bending).

Export the connection of part 104 and contact 102, such as can be by being implemented as follows: the second wall 1012 connects through setting Hole C is met, export part 104 passes through connecting hole C and contact 102 welds (scolding tin 1024 in Fig. 5), clamping, bonding or bolt Deng.Alternatively, the connection of export part 104 and contact 102 can also be implemented such as under type: contact 102 and the second wall 1012 are logical The connecting column (figure is not painted) being arranged in 1012 thickness direction of the second wall is crossed to be attached.And connecting column can be with export part 104 are detachably connected.In this way, when testing, export part 104 is connected to connecting column.And it is not tested When, can will export part 104 with connect post separation, to place, to store.

In addition, connecting hole C is arranged for the second above-mentioned wall 1012, export part 104 passes through connecting hole C and contact The scheme of 102 connections, connecting hole C are also used as other structures and are suggested.For example, connecting hole C can also in other schemes To be referred to as through-hole, i.e. through-hole is arranged in the second wall 1012.It exports part 104 and passes through through-hole and the conductive connection of contact 102.In this way, Export part 104 can pass over through-hole, and be brought out as electric wire or signal wire.Further, through-hole along the first wall 1011 to The direction of third wall 1013 extends pre-determined distance D (no more than the distance between the first wall 1011 and third wall 1013).Contact 102 can be activated with through-hole/connecting hole length direction and be moved, and moving distance can be pre-determined distance D.

It when contact 102 is designed to move, and is along the first wall 1011 to third wall in such scheme The direction of 1013 1013 to the first wall 1011 of direction or third wall.Meanwhile export part 104 also can be same with contact 102 Moved further (common mobile).

Based on the first above-mentioned binder 100, the binding method of photoelectric device is proposed in example.Wherein it is possible to selected Being selected as QLED device (light emitting diode with quantum dots, Quantum Dot Light-Emitting Diode) or OLED device (has Machine light emitting diode, Organic Light-Emitting Diode, OLED).

Binding method is implemented by the first binder 100.

Binding method includes:

Object to be bound is placed in the first binding slot by S101.

S102, fastener 103 is correspondingly connected in third wall 1013, and contradicting contact 102 keeps object to be bound right The first binding slot should be constrained in.

The one end extended to except load-bearing part 101 for exporting part 104 is connect by S103 with power supply or equipment.

Photoelectric device is by the structure at the first visual angle after the binding of the first binder 100 such as referring to Fig. 7, the structure at the second visual angle Such as referring to Fig. 8 (object to be bound is by conductor electrode 904 and contact 102 and exports part 104 and is combined, so with power supply or set Standby coupling).

Another example, binding method include:

Object to be bound is placed in the second binding slot by S201；

S202, fastener 103 is correspondingly connected in the first wall 1011, and contradicting contact 102 keeps object to be bound right The second binding slot should be constrained in；

The one end extended to except load-bearing part 101 for exporting part 104 is connect by S203 with power supply or equipment.

Above in the binding method of the first, as needed, before step S101, further comprise the steps of: in object to be bound Conductive silver paste is coated on specific position.It further include step before step S201 as needed in above second of binding method It is rapid: to be coated with conductive silver paste on the specific position of object to be bound.Conductive silver paste be based on it is such need to be used, led by coating Electric silver paste is to enhance conductive capability and the contact of object and contact 102 to be bound.

It should be pointed out that above step S103 and step S203 are not necessary for the implementation of binding method.I.e. In a kind of scheme, executing step S101 and step S102 can complete to bind；In another scheme, step S201 and step are executed Rapid S202 can complete to bind.In step S103 and step S203, connection power supply be in order to light photoelectric device, such as it is aobvious Display screen 900；Connecting equipment is usually to carry out the test and debugging of photoelectric properties.

In second of example, the structure of binding device (the second binder 200) will be illustrated by described below.

In the first above example, when binding photoelectric device using the first binder 100, contact 102 is mainly It is set to accommodate device in a manner of promotion by fastener 103.Such as, fastener 103 is incorporated in the first wall 1011.Fastener 103 pushes away Dynamic contact 102, makes contact 102 far from the first wall 1011, while close to third wall 1013.Alternatively, fastener 103 is incorporated in Third wall 1013.Fastener 103 pushes contact 102, makes contact 102 far from third wall 1013, while close to the first wall 1011。

It is on the other side to be, when binding photoelectric device using the second binder 200, mainly with following dynamic walls 2013 The mode that (conductive) is conditioned the pulling of part 202 makes it clamp photoelectric device.Such scheme is usually to be used to light The depth dimensions of electrical part are greater than the depth dimensions of the second binder 200.For example, there is protrusion when photoelectric device is bound To the part outside the second binder 200.It in subsequent elaboration, then can be described as: the height of photoelectric device (display screen 900) Greater than the depth of limiting slot 204.

Alternatively, as needed, can also do such design: the mode that dynamic wall 2013 is conditioned the promotion of part 202 makes its folder Hold photoelectric device.Such scheme is usually the depth being used to the depth dimensions of photoelectric device less than the second binder 200 Size.For example, being incorporated in the second binder 200 when photoelectric device is bound.In subsequent elaboration, then it can retouch It states are as follows: the height of photoelectric device (display screen 900) is less than the depth of limiting slot 204.

In example, refering to Fig. 9, the second binder 200 includes clamping piece 201, regulating part 202 and conduct piece 203.

Wherein, clamping piece 201 includes first determining wall 2011, second determining wall 2012 and dynamic wall 2013.First determines wall 2011 Wall 2012, which is determined, with second connects and composes rough L-shaped structure.Dynamic wall 2013, which is incorporated in second, to be determined wall 2012 and determines wall by second 2012 supports, to keep clamping piece 201 substantially U-shaped.

First determines have limiting slot 204 between wall 2011 and dynamic wall 2013, and dynamic wall 2013 can determine wall along second 2012 determine the width that wall 2011 moves and changes limiting slot 204 with respect to first.Dynamic wall 2013 and second determine wall 2012 cooperation can To be: second, which determines wall 2012, is arranged sliding slot, and the one side edge for moving wall 2013 constitutes the sliding block cooperated with sliding slot, and sliding slot and sliding block are sliding Dynamic cooperation.

Regulating part 202 is the component for activating dynamic wall 2013.It is determined wall 2011 with first and connect, and can also contradict Wall 2013 is moved with driving and the width of limiting slot 204 is made to be restricted to predetermined width.The change of the width of limiting slot 204 makes Two binders 200 can be bound for various sizes of photoelectric device.As a kind of alternative example, regulating part 202 Using bolt.

Conduct piece 203 is the component for transmitting electric current or signal, determines wall 2012 by second and connect with dynamic wall 2013 And it can be moved synchronously with dynamic wall 2013.It is apparent that conduct piece 203 and dynamic wall 2013 are also to be conductively connected, so as to phototube Part can be also conductively connected with conduct piece 203 with dynamic wall 2013 and further.

In the third example, the structure of binding device (third binder 300) will be illustrated by described below.

Refering to fig. 10, binding device includes clamping part 301, locating part 302 and leading-out piece 303.

Wherein, clamping part 301 includes the first side wall 3011, downside wall 3012, second sidewall 3013.Clamping part 301 is constituted Through slot structure open at one end, naturally it is also possible to be considered U-shaped.

The first side wall 3011, second sidewall 3013 are fixedly connected with downside wall 3012 respectively, and therefore, three's is opposite Position is determined.Wherein, the first side wall 3011 and second sidewall 3013 interval formed have determine size limited mouth (with it is aforementioned The opening of through slot communicate).As bound object, photoelectric device is limited in limited mouth.

Locating part 302 is configured to be operated and clamped the features/components of photoelectric device.Alternatively, locating part 302 Including the first contact portion 3021 and the second contact portion 3022.First contact portion 3021 and the second contact portion 3022 are locating part 302 Two ends, and Stud connection can be passed through.

Wherein, the first contact portion 3021 can be cooperatively connected with the first side wall 3011, the second contact portion 3022 and the first side Clamping slot 304 is limited between wall 3011.Alternatively, the first contact portion 3021 can be cooperatively connected with second sidewall 3013, second is connect Another clamping slot is limited between contact portion 3022 and the first side wall 3011, as shown in Figure 10.Alternatively, the first contact portion 3021 can either It is cooperatively connected with the first side wall 3011, can also be cooperatively connected with second sidewall 3013 (although in a kind of actual scheme, the One contact portion 3021 otherwise be to be connect with the first side wall 3011 or connect with second sidewall 3013).

Wherein, the second contact portion 3022 (conductive) can be moved to change the width of clamping slot 304 and make clamping The width of slot 304 is maintained at desired width.Desired width is adapted with object/photoelectric device to be bound.Desired width tool There is a range appropriate, and thus define the scope of application of third binder 300, is primarily referred to as different photoelectric devices Size.

Leading-out piece 303 is connected with the second contact portion 3022 by downside wall 3012 and can be synchronous with the second contact portion 3022 Movement.Leading-out piece 303 is used as electrical conductive structure part, can be used to be conductively connected with power supply or equipment.

First binder 100, the second binder 200 and third binder 300 are imagined based on identical technology, therefore, three The construction and composition of person can be used for reference mutually.The part that the second binder 200 and third binder 300 are not described in detail above, can To be explained and be referred in the first binder 100.In other words, appropriate component of the first binder 100 or combinations thereof can be with It is applied to the second binder 200 and third binder 300.In example, to the second binder 200 and third binder 300 Main construction is illustrated, its detailed structure is not had to repeat again.

The foregoing is only a preferred embodiment of the present invention, is not intended to restrict the invention, for the skill of this field For art personnel, the invention may be variously modified and varied.All within the spirits and principles of the present invention, made any to repair Change, equivalent replacement, improvement etc., should all be included in the protection scope of the present invention.

Claims (14)

1. a kind of binding device, which is characterized in that the binding device is used for the binding of photoelectric device comprising:

Load-bearing part, the load-bearing part include the first wall, the second wall and third wall, and first wall and the third wall are with interval The mode for forming stop zone is connected to second wall；

Contact, the conductive contact are arranged in the stop zone and are divided into the stop zone First binding slot and the second binding slot, wherein the first binding slot is limited by first wall and the contact, and described the Two binding slots are limited by the third wall and the contact；

Fastener, the fastener can optionally be connect with one or both of first wall and the third wall and phase Contradict the contact with answering；

Part is exported, the export part can extend to except the load-bearing part, and the export part passes through second wall and institute State contact connection.

2. binding device according to claim 1, which is characterized in that the contact is arranged in a manner of position-adjustable In in the stop zone, and the contact can be adjusted by position and change the first binding slot and the second binding slot in institute State the thickness of the first wall to third wall direction.

3. binding device according to claim 2, which is characterized in that the binding device has to be cooperated with the contact Moving member, the contact can be moved in the stop zone by the moving member.

4. binding device according to claim 3, which is characterized in that the moving member includes pedestal, and the pedestal has For the slot of the contact grafting；

Alternatively, the pedestal is integrally formed structure with the contact.

5. binding device according to claim 4, which is characterized in that second wall is provided with for the base motion Movable passageway, and the movable passageway is extended along first wall to third wall direction.

6. binding device according to claim 5, which is characterized in that the movable passageway includes sliding slot, second wall There are two sliding slots for tool, and described two sliding slots are opposite and compartment of terrain arrangement is to limit the turnover zone for the base motion.

7. binding device according to claim 1, which is characterized in that through-hole is arranged in second wall, and the export part is worn It crosses the through-hole and the contact is conductively connected；

Optionally, the through-hole extends pre-determined distance along the direction of first wall to the third wall.

8. binding device according to claim 7, which is characterized in that one of first wall and the third wall or The two has combined hole, and the fastener and the combined hole cooperate.

9. binding device according to any one of claims 1 to 8, which is characterized in that the material of the contact is selected from and can lead The material of electricity, preferably metal or alloy.

10. a kind of binding method of photoelectric device, which is characterized in that the binding method passes through as any in claim 1~9 Binding device described in one is implemented, and the binding method includes:

Object to be bound is placed in any one in the first binding slot and the second binding slot by S1；

S2, the fastener is correspondingly connected in first wall or the third wall, and contradict the contact make it is described Object to be bound is constrained in the first binding slot or the second binding slot by corresponding；

The one end of the export part extended to except the load-bearing part is optionally connect by S3 with power supply or equipment.

11. the binding method of photoelectric device according to claim 10, which is characterized in that the photoelectric device is QLED device Part or OLED device.

12. the binding method of photoelectric device according to claim 10, which is characterized in that before step S1 further include as follows Step: conductive silver paste is coated on the specific position of the object to be bound.

13. a kind of binding device characterized by comprising

Clamping piece, the clamping piece include first determining wall, second determining wall and dynamic wall, described first determine wall and the dynamic wall with Described second is connected to every the mode for forming limiting slot and determines wall, and the dynamic wall is supported on described second and determines wall and can be along described Second determines the width that wall relatively described first determines wall movement and changes the limiting slot；

Regulating part, the regulating part are configured to determine wall with described first to connect and can contradict and drive the dynamic wall and make institute The width for stating limiting slot is restricted to predetermined width；

Conduct piece, the conduct piece by described second determine wall connect with the conductive dynamic wall and can with it is described move Wall moves synchronously.

14. a kind of binding device characterized by comprising

Clamping part, including the first side wall, second sidewall and downside wall, the first side wall and the second sidewall are with interval shape The downside wall is connected at the mode of limited mouth；

Locating part, the locating part include the first contact portion and the second contact portion, first contact portion be configured to it is described One of the first side wall, second sidewall be cooperatively connected, second contact portion with it is another in the first side wall, second sidewall Clamping slot is limited between one, second contact portion can be moved to change the width of the clamping slot and make the clamping slot Width be maintained at desired width；

Leading-out piece, the leading-out piece are connect with conductive second contact portion by the downside wall and can be with institutes The second contact portion is stated to move synchronously.