CN208062473U

CN208062473U - USB data line shell transfer mechanism and USB data line assembly equipment

Info

Publication number: CN208062473U
Application number: CN201721806936.9U
Authority: CN
Inventors: 杨孝斌
Original assignee: SHENZHEN LIAN XIN TECHNOLOGY Co Ltd
Current assignee: SHENZHEN LIAN XIN TECHNOLOGY Co Ltd
Priority date: 2017-12-21
Filing date: 2017-12-21
Publication date: 2018-11-06
Anticipated expiration: 2027-12-21

Abstract

The utility model is suitable for USB production equipment fields, disclose USB data line shell transfer mechanism and USB data line assembly equipment, wherein, USB data line shell transfer mechanism includes fixing bracket, clamp assemblies for USB data line shell to be clamped, it is connect with clamp assemblies for driving the lifting assembly of clamp assemblies elevating movement, the guide rail being fixed on fixing bracket, it is slidably mounted on guide rail and the slide block assembly that is connect with lifting assembly and is installed on guide rail one end and is connect with slide block assembly and move horizontally component for driving slide block assembly sliding, clamp assemblies include that the link being connect with lifting assembly and at least two intervals are installed on link for the hold assembly of USB data line shell is clamped.The utility model realizes the shell Automatic Conveying in USB data line assembling process, effectively reduces human cost, and conducive to the production efficiency of raising USB data line.

Description

USB data line shell transfer mechanism and USB data line assembly equipment

Technical field

The utility model is related to USB production equipment fields more particularly to USB data line shell transfer mechanism and with this The USB data line assembly equipment of USB data line shell transfer mechanism.

Background technology

With the development of economy, social progress, human cost it is growing, replaced using automation equipment artificial raw Production has been increasingly becoming a kind of development trend.Currently, all trades and professions are all towards automation, intelligent direction development.

In traditional technology, the Assembling Production of USB (Universal Serial Bus, i.e. universal serial bus) data line is big All it is to be completed by manual operation, this artificial mode of production generally existing problems in a particular application：Product quality is not Stablize, the consistency and poor reliability of product, labor intensity is big, and human cost is high, low production efficiency.In order to solve these Technical problem, although the prior art also has the design scheme for proposing some USB data line assembly equipments, these existing sides Case one is can only all realize automatic riveting operation, without that can realize that the automation of shell in USB data line production process is transferred, Its degree of automation is relatively low, and human cost is still relatively high, it is difficult to meet the needs of user is to high automation equipment.

Utility model content

First of the utility model is designed to provide a kind of USB shells transfer device, aims to solve the problem that existing USB numbers According to shell in line production process using artificial transfer there is technical issues that human cost it is high,.

In order to achieve the above objectives, scheme provided by the utility model is：USB data line shell transfer mechanism, including fixation Holder, the clamp assemblies for USB data line shell to be clamped are connect with the clamp assemblies for driving the clamp assemblies The lifting assembly of elevating movement, the guide rail being fixed on the fixing bracket, be slidably mounted on the guide rail and with the liter The slide block assembly and be installed on described guide rail one end and connect with the slide block assembly for driving the cunning that part of coming down to a lower group connects Block assembly sliding moves horizontally component, and the clamp assemblies include the link being connect with the lifting assembly and at least two Interval is installed on the link that the hold assembly of the USB data line shell is clamped.

Optionally, there are six the hold assembly is set, six hold assemblies are spacedly distributed successively along straight path； And/or

The top of the hold assembly is connect with the link, and the bottom of the hold assembly is with described for being clamped The card slot of USB data line shell；And/or

The link is rod-like members or plate-shaped member.

Optionally, the slide block assembly includes slider body and is removably mounted to the slide plate of the slider body side, From the sandwich of the guide rail on the guide rail, the lifting assembly includes being installed on for the slider body and the slide plate Power part on the slide plate and the elevating lever being connected between power part and clamp assemblies, it is described move horizontally component with The slide plate connection.

Optionally, the slide block assembly further includes the limited block that dismounting is installed on the slider body other side, the liter Drop bar sliding is inserted between the slider body and the limited block.

Optionally, the side of the slider body is equipped with the first sliding groove, the other side is equipped with second sliding slot, the slider body It is installed on the guide rail by the first sliding groove and is locked by the slide plate, elevating lever sliding card insertion is in described the It is locked in two sliding slots and by the limited block；And/or

The limited block includes two spaced and parallel settings and the vertical portions that are connect with the slider body and is connected to two Transverse part between the vertical portion, two vertical portions are enclosed an open slot, the open slot with the transverse part The interior regulating member being equipped with for adjusting the lifter rod lifting stroke；And/or

The power part is the combination of cylinder either hydraulic cylinder or motor and screw rod transmission pair.

Optionally, the component that moves horizontally includes the fixed plate for being installed on described guide rail one end, is installed on the fixation Driving part on plate and the link block being connect with the slide block assembly, the driving part include fixing component and telescopic rod, The fixing component is connect with the fixed plate, one end of the telescopic rod connect with the fixing component, the other end with it is described Link block connects.

Optionally, the driving part is the combination of cylinder either hydraulic cylinder or motor and screw rod transmission pair.

Optionally, the other end far from the fixed plate of the guide rail is additionally provided with reinforcing plate and is connected to the reinforcing plate With the connecting rod between the fixed plate.

Optionally, the buffer block close to reinforcing plate setting, the block and the company are additionally provided on the guide rail Extension bar connects.

Second of the utility model is designed to provide a kind of USB data line assembly equipment comprising feed mechanism is opened Lid mechanism, wiring mechanism, riveting mechanism and above-mentioned USB data line shell transfer mechanism, the feed mechanism, the machine of uncapping Structure, the wiring mechanism, the riveting mechanism are spaced successively along the transfer direction of the USB data line shell transfer mechanism divides Cloth.

USB data line shell transfer mechanism and USB data line assembly equipment provided by the utility model, pass through clamp assemblies USB data line shell is clamped, clamp assemblies elevating movement is driven by lifting assembly, by moving horizontally Component driver lifting group Part and clamp assemblies move horizontally, in this way, in specific production process, it can be by moving horizontally component and lifting assembly driving folder The USB data line enclosure location that component movement is transferred to needs is held, the USB data line shell for needing to transfer is clamped in clamp assemblies Afterwards, lifting assembly drives clamp assemblies, USB data line shell to move to transfer destination again with component is moved horizontally, to complete At the Automatic Conveying of USB data line shells, and then human cost is effectively reduced, and conducive to the life of raising USB data line Produce efficiency.Further, since clamp assemblies include at least two spaced hold assemblies, and each hold assembly can be distinguished One USB data line shell movement of clamping, therefore, USB data line shell transfer mechanism disposably can be by least two in difference USB data line shell is moved to different destinations at station, and transfer is efficient, and transfer range is wide, dramatically improves The production efficiency of USB data line shell.

Description of the drawings

In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only It is some embodiments of the utility model, for those of ordinary skill in the art, in the premise not made the creative labor Under, the structure that can also be shown according to these attached drawings obtains other attached drawings.

Fig. 1 is the stereoscopic schematic diagram one for the USB data line shell transfer mechanism that the utility model embodiment provides；

Fig. 2 is the stereoscopic schematic diagram two for the USB data line shell transfer mechanism that the utility model embodiment provides；

Fig. 3 is the main view floor map of Fig. 2；

Fig. 4 is the stereoscopic schematic diagram for the USB data line assembly equipment that the utility model embodiment provides.

Specific implementation mode

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describing, it is clear that described embodiment is only a part of the embodiment of the utility model, rather than all Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are not making creative work premise Lower obtained every other embodiment, shall fall within the protection scope of the present invention.

It is to be appreciated that the directional instruction (such as up, down, left, right, before and after ...) of institute in the utility model embodiment It is only used for explaining relative position relation, the motion conditions etc. under a certain particular pose (as shown in the picture) between each component, such as When the fruit particular pose changes, then directionality instruction also correspondingly changes correspondingly.

It should also be noted that, when element is referred to as on " being fixed on " or " being set to " another element, it can be straight It is connected on another element or may be simultaneously present centering elements.When an element is known as " connection " another element, It can be directly connected to another element or may be simultaneously present centering elements.

In addition, the description for being related to " first ", " second " etc. in the present invention is used for description purposes only, and cannot understand To indicate or implying its relative importance or implicitly indicate the quantity of indicated technical characteristic.Define as a result, " first ", The feature of " second " can explicitly or implicitly include at least one of the features.In addition, the technical side between each embodiment Case can be combined with each other, but must can be implemented as basis with those of ordinary skill in the art, when the combination of technical solution Conflicting or cannot achieve when occur will be understood that the combination of this technical solution is not present, also not in the requires of the utility model Protection domain within.

As shown in Figs 1-4, the USB data line shell transfer mechanism 100 that the utility model embodiment provides, including fixed branch Frame 110, the clamp assemblies 120 for USB data line shell to be clamped are connect with clamp assemblies 120 for driving clamp assemblies The lifting assembly 130 of 120 elevating movements, is slidably mounted on guide rail 140 simultaneously the guide rail 140 being fixed on fixing bracket 110 It the slide block assembly 150 that is connect with lifting assembly 130 and is installed on 140 one end of guide rail and is connect with slide block assembly 150 for driving What movable slider component 150 slided moves horizontally component 160, and clamp assemblies 120 include the link being connect with lifting assembly 130 121 and at least two interval be installed on link 121 for be clamped USB data line shell hold assembly 122.This practicality The USB data line shell transfer mechanism 100 that new embodiment provides is clamped USB data line shell by clamp assemblies 120, leads to It crosses lifting assembly 130 and drives 120 elevating movement of clamp assemblies, lifting assembly 130 and clamping are driven by moving horizontally component 160 Component 120 moves horizontally, in this way, in specific production process, can be driven by moving horizontally component 160 and lifting assembly 130 Clamp assemblies 120 move to the USB data line enclosure location for needing to transfer, and the USB numbers for needing to transfer are clamped in clamp assemblies 120 After line shell, lifting assembly 130 and moves horizontally component 160 clamp assemblies 120, USB data line shell is driven to move to again Destination is transferred, so as to complete the Automatic Conveying of USB data line shell, and then effectively reduces human cost, and be conducive to Improve the production efficiency of USB data line.Further, since clamp assemblies 120 include at least two spaced hold assemblies 122, and a USB data line shell movement can be clamped in each hold assembly 122 respectively, therefore, USB data line shell drag-over unit Structure 100 disposably can be moved to different destinations, transfer effect by least two in USB data line shell at different station Rate is high, and transfer range is wide, dramatically improves the production efficiency of USB data line shell.

Preferably, hold assembly 122 is equipped at least four, in this way so that the usb data that the utility model embodiment provides At least four USB data line shells at different station can be disposably transferred to purpose by line shell transfer mechanism 100 Ground.In the present embodiment, when hold assembly 122 set there are four when, one of hold assembly 122 is for leading feed mechanism 200 USB data line shell at delivery track 210 is transferred at cap-opening mechanism 300, and a hold assembly 122 is used for cap-opening mechanism USB data line shell at 300 is transferred at wiring mechanism 400, and a hold assembly 122 is used for will be at wiring mechanism 400 USB data line shell is transferred between wiring mechanism 400 and riveting mechanism 500, and a hold assembly 122 is used for wiring mechanism USB data line shell between 400 and riveting mechanism 500 is transferred at riveting mechanism 500；When the quantity of hold assembly 122 is more When four, the hold assembly 122 having more is used to transfer outside the USB data line between wiring mechanism 400 and riveting mechanism 500 Shell gradually transfers USB data line shell at riveting mechanism 500.

Preferably, there are six hold assembly 122 is set, six hold assemblies 122 are spacedly distributed successively along straight path, this Sample transfers same distance successively conducive to by the USB data line shell at different station, is conducive to the continuous shifting of USB data line shell It send.It of courses, in concrete application, is required according to specific transfer and the difference of transfer distance sees that the quantity of hold assembly 122 is unlimited In six.

Preferably, the top of hold assembly 122 is connect with link 121, and the bottom of hold assembly 122 has for being clamped The card slot 1221 of USB data line shell.Herein, USB data line shell, structure is clamped by card slot 1221 in hold assembly 122 Simply, clipping operation is simple and convenient.

Preferably, the notch of card slot 1221 is in horn-like setting, in this way, may make that USB data line shell can be more easily It is caught in card slot 1221.

Preferably, hold assembly 122 is block parts, and the top of block parts is installed on by screw on link 121.

Preferably, link 121 is rod-like members or plate-shaped member, simple in structure, easily fabricated molding.As this One preferred embodiment of embodiment, link 121 are strip rod-like members, are convenient for point of multiple hold assemblies 122 in this way Cloth.

Preferably, referring to Fig.1 shown in -3, slide block assembly 150 includes slider body 151 and is removably mounted to slider body The slide plate 152 of 151 sides, slider body 151 and slide plate 152 from the sandwich of guide rail 140 on guide rail 140, lifting assembly 130 include the power part 131 being installed on slide plate 152 and the lifting being connected between power part 131 and clamp assemblies 120 Bar 132 moves horizontally component 160 and is connect with slide plate 152.One end of elevating lever 132 connect with power part 131, the other end with Clamp assemblies 120 connect.The setting of slider body 151 and slide plate 152 is mainly used for realizing slide block assembly 150 and guide rail 140 Connection；Wherein, the setting of slide plate 152 can also be achieved slide block assembly 150 and move horizontally the connection and realization of component 160 The connection of slide block assembly 150 and the power part 131 of lifting assembly 130.

Preferably, referring to Fig.1 shown in -3, slide block assembly 150 further includes that dismounting is installed on 151 other side of slider body Limited block 153, the sliding of elevating lever 132 are inserted between slider body 151 and limited block 153.Slide plate 152 and limited block 153 divide It is not installed on the two opposite sides of slider body 151.The setting of limited block 153, for carrying out guiding limit to the lifting of elevating lever 132 Position, to the stationarity lifted conducive to raising elevating lever 132.

Preferably, the side of slider body 151 is equipped with the first sliding groove, the other side is equipped with second sliding slot, and slider body 151 is logical It crosses the first sliding groove to be installed on guide rail 140 and lock by slide plate 152, elevating lever 132 slides card insertion in second sliding slot and leading to Cross the locking of limited block 153.The setting of the first sliding groove is mainly used for realizing the cooperation of slider body 151 and guide rail 140；And slide plate 152 setting can place slider body 151 and be slipped from guide rail 140.The setting of second sliding slot is mainly used for realizing slider body 151 with the cooperation of elevating lever 132；And the setting of limited block 153 can prevent elevating lever 132 from being slipped out of second sliding slot.

Preferably, limited block 153 includes two spaced and parallel settings and the vertical portion being connect with slider body 151 and connection Transverse part between two vertical portions, two vertical portions are enclosed an open slot 1530 with transverse part, are set in open slot 1530 It is useful for adjusting the regulating member 154 of 132 lifting travel of elevating lever.Two vertical portions can specifically pass through screw connection slider body 151.Two vertical portions connect to form a generally U-shaped structure with transverse part.Regulating member 154 includes being set to open slot 1530 It interior adjusting block and wears connection adjusting block and abuts the adjusting screw of transverse part.In concrete application, spiral shell can be adjusted by regulation and control Silk realizes the adjusting to 132 lifting travel of elevating lever.

Preferably, power part 131 is cylinder, and the cylinder body of power part 131 is installed on slide plate by a mounting base The piston rod one end on 152 top, power part 131 stretches in cylinder body and is flexibly connected with cylinder body, the other end stretches out outside cylinder body It is connect with elevating lever 132.Herein, power part 131 use cylinder, have it is compact-sized, easy for installation, be quick on the draw, environmental protection The features such as property is good；It of courses, in concrete application, the component of other achievable straight reciprocating motions can also be used in power part 131 Instead of, for example, hydraulic cylinder or motor and screw transmission combination etc..

Preferably, referring to Fig.1 shown in -3, move horizontally component 160 include be installed on 140 one end of guide rail fixed plate 161, The driving part 162 being installed in fixed plate 161 and the link block 163 being connect with slide block assembly 150, driving part 162 include Fixing component 1621 and telescopic rod 1622, fixing component 1621 are connect with fixed plate 161, one end of telescopic rod 1622 and fixed structure The connection of part 1621, the other end and link block 163 connect.Link block 163 is specifically connect with the slide plate of slide block assembly 150 152.This Place moves horizontally component 160 and connects slide plate 152 by link block 163；It of courses, in concrete application, moves horizontally component 160 Also the connection with slide plate 152 can be realized by other means.

Specifically, link block 163 can be seperated molding structure with slide plate 152, i.e. the system seperated with slide plate 152 of link block 163 It is fitted together again after causing type；Alternatively, link block 163 and slide plate 152 or integrated formed structure.

Preferably, driving part 162 is cylinder, and the fixing component 1621 of driving part 162 is the cylinder body of cylinder, driving The telescopic rod 1622 of component 162 is the piston rod of cylinder.Herein, driving part 162 uses cylinder, has compact-sized, peace The features such as dress facilitates, is quick on the draw, the feature of environmental protection is good；Of course, in concrete application, driving part 162 can also be used it is other can be real Show the component replacement of straight reciprocating motion, such as the combination etc. of hydraulic cylinder or motor and screw transmission.

Preferably, referring to Fig.1 shown in -3, the other end far from fixed plate 161 of guide rail 140 is additionally provided with 170 He of reinforcing plate The connecting rod 180 being connected between reinforcing plate 170 and fixed plate 161.The setting of reinforcing plate 170 and connecting rod 180 can be played and add The effect of strong 100 overall stability of USB data line shell transfer mechanism.

Preferably, referring to Fig.1 shown in -3, it is additionally provided with the buffer block 190 being arranged close to reinforcing plate 170 on guide rail 140, delays Block 190 is rushed to connect with connecting rod 180.The setting of buffer block 190 can be conducive to further increase the transfer of USB data line shell The structural soundness of mechanism 100, and buffer limit can be played the role of to the sliding of sliding block, outside conducive to raising USB data line The security reliability of shell transfer mechanism 100.

Preferably, fixing bracket 110 includes bottom plate and the support plate extended straight up from bottom plate, the installation branch of guide rail 140 On fagging.

In order to preferably describe the operation principle of USB data line shell transfer mechanism 100 in the utility model embodiment, this It sentences for USB data line shell transfer mechanism 100 transfers a USB data line shell and illustrates its transfer realization process： Moving horizontally component 160 drives lifting assembly 130 and clamp assemblies 120 to be moved on the USB data line shell for needing to transfer Side, lifting assembly 130 drive clamp assemblies 120 to decline so that clamp assemblies 120 clamp the USB data line shell；In clamping group After part 120 clamps the USB data line shell for needing to transfer, lifting assembly 130 drives clamp assemblies 120 to drive the USB data line Then shell ascending motion together moves horizontally component 160 and drives the drive of lifting assembly 130, clamp assemblies 120, usb data Line shell is moved together to transfer destination, and lifting assembly 130 drives clamp assemblies 120 that USB data line shell is driven to decline, Clamp assemblies 120 unclamp USB data line shell, complete the transfer process of a USB data line shell in this way.

As a preferred embodiment of the present embodiment, a transfer movement of USB data line shell transfer mechanism 100, Following transfer process at least can be achieved at the same time：One hold assembly 122 will be at 200 main delivery track 230 of feed mechanism USB data line shell is transplanted at cap-opening mechanism 300；One hold assembly 122 will be outside the USB data line at cap-opening mechanism 300 Shell is transplanted at wiring mechanism 400；USB data line shell at wiring mechanism 400 is transplanted on wiring by one hold assembly 122 Between mechanism 400 and riveting mechanism 500；One hold assembly 122 is by the USB between wiring mechanism 400 and riveting mechanism 500 Data line shell is transplanted at riveting mechanism 500, can guarantee that USB data line shell can realize continuous shifting at different station in this way It send.

Further, with reference to shown in Fig. 4, the utility model embodiment additionally provides USB data line assembly equipment comprising Feed mechanism 200, cap-opening mechanism 300, wiring mechanism 400, riveting mechanism 500 and above-mentioned USB data line shell transfer mechanism 100, feed mechanism 200, cap-opening mechanism 300, wiring mechanism 400, riveting mechanism 500 are along USB data line shell transfer mechanism 100 Transfer direction be spaced apart successively.Feed mechanism 200 is used to select to feeding the shell progress of USB data line automatically, uncaps Mechanism 300 is used for the shell automatic lid closing/opening of USB data line, and wiring mechanism 400 is for the USB data line shell after uncapping Together with wire body automatic assembling, the upper cover and lower casing of USB data line shell after riveting mechanism 500 is uncapped for automatic riveting. USB data line shell transfer mechanism 100 is for realizing feed mechanism 200, cap-opening mechanism 300, wiring mechanism 400, riveting mechanism The transfer of USB data line shell at 500 each stations.The USB data line assembly equipment that the utility model embodiment provides, due to adopting With above-mentioned USB data line shell transfer mechanism 100, therefore, the high Automated assembly production of USB data line is realized, to So that the production of USB data lines has product quality stabilization, good product consistency, product reliability height, labor intensity Characteristic small, human cost is low, production efficiency is high.

Preferably, feed mechanism 200 includes that round shake is selected to component 210, straight shake delivery track 220 and main delivery track 230, The straight delivery track 220 that shakes is located at circle and shakes choosing between component 210 and main delivery track 230.When specific feeding, multiple usb datas Line shell is placed on circle and shakes choosing into component 210, and shake to select to the choosing of component 210 through circle is transported to the straight delivery track 220 that shakes backward On, the USB data line shells then directly to shake on delivery track 220 are transported on main delivery track 230.

Preferably, USB data line assembly equipment further includes spaced first support component 600 and second support component 700, circle, which shakes to select, to be set to component 210 on first support component 600, the delivery track 220 that directly shakes, main delivery track 230, machine of uncapping Structure 300, wiring mechanism 400, riveting mechanism 500 and USB data line shell transfer mechanism 100 are all set to second support component 700 On.

The operation principle of USB data line assembly equipment is in the utility model embodiment：Feed mechanism 200 is selected through vibrations USB data line shell is delivered on main delivery track 230 backward；USB data line shell transfer mechanism 100 is by main delivery track USB data line shell at 230 is transferred at cap-opening mechanism 300；Cap-opening mechanism 300 carries out the behaviour that uncaps to USB data line shell Make；USB data line shell at cap-opening mechanism 300 is transferred to wiring mechanism 400 by USB data line shell transfer mechanism 100 Place；Manually put wire body；Wiring mechanism 400 carries out patching operations to USB data line shell and wire body；USB data line shell moves Send mechanism 100 that the lower casing between wiring mechanism 400 and riveting mechanism 500 is transferred at riveting mechanism 500；Riveting mechanism 500 Upper cover and lower casing to USB data line shell carry out riveting operation.Herein, it is with the assembling process of single USB data line shell For illustrate, in specific production, USB data line shell transfer mechanism 100 is disposably by the USB at different station What data line shell was transferred simultaneously.

USB data line shell transfer mechanism 100 and USB data line assembly equipment provided by the utility model, pass through clamping USB data line shell is clamped in component 120,120 elevating movement of clamp assemblies is driven by lifting assembly 130, by moving horizontally Component 160 drives lifting assembly 130 and clamp assemblies 120 to move horizontally, in this way, in specific production process, when needing to transfer When some USB data line shell, lifting assembly 130 and clamp assemblies 120 can be driven to be moved to this by moving horizontally component 160 Then USB data line shell drives clamp assemblies 120 to decline so that clamp assemblies 120 clamp the USB by lifting assembly 130 Data line shell；After clamp assemblies 120 clamp the USB data line shell for needing to transfer, lifting assembly 130 drives clamp assemblies 120 drive the USB data line shell ascending motion together, then move horizontally component 160 and lifting assembly 130 is driven to drive, press from both sides Hold component 120, USB data line shell move together to transfer destination, then lifting assembly 130 drive 120 band of clamp assemblies Dynamic USB data line shell declines, and clamp assemblies 120 unclamp USB data line shell, complete outside a USB data line in this way The transfer process of shell.

The above is only the preferred embodiment of the present invention, and it does not limit the scope of the patent of the present invention, Under every utility model in the utility model is conceived, equivalent structure made based on the specification and figures of the utility model Transformation, or directly/be used in other related technical areas indirectly and be included in the scope of patent protection of the utility model.

Claims

1.USB data line shell transfer mechanisms, which is characterized in that the folder including fixing bracket, for USB data line shell to be clamped Hold component, connect with the clamp assemblies for drive the lifting assembly of the clamp assemblies elevating movement, be fixed on it is described Guide rail on fixing bracket, the slide block assembly for being slidably mounted on the guide rail and being connect with the lifting assembly and it is installed on institute It states guide rail one end and is connect with the slide block assembly and move horizontally component, the folder for the driving slide block assembly sliding It includes that the link being connect with the lifting assembly and at least two intervals are installed on the link for folder to hold component Hold the hold assembly of the USB data line shell.

2. USB data line shell transfer mechanism as described in claim 1, which is characterized in that there are six the hold assembly is set, Six hold assemblies are spacedly distributed successively along straight path；And/or

The top of the hold assembly is connect with the link, and the bottom of the hold assembly has for the USB to be clamped The card slot of data line shell；And/or

The link is rod-like members or plate-shaped member.

3. USB data line shell transfer mechanism as described in claim 1, which is characterized in that the slide block assembly includes sliding block Ontology and the slide plate for being removably mounted to the slider body side, the slider body and the slide plate are from the two of the guide rail Side is held on the guide rail, and the lifting assembly includes the power part being installed on the slide plate and is connected to power part Elevating lever between clamp assemblies, the component that moves horizontally are connect with the slide plate.

4. USB data line shell transfer mechanism as claimed in claim 3, which is characterized in that the slide block assembly further includes tearing open The limited block for being installed on the slider body other side is unloaded, the elevating lever sliding is inserted in the slider body and the limit Between block.

5. USB data line shell transfer mechanism as claimed in claim 4, which is characterized in that the side of the slider body is set There are the first sliding groove, the other side to be equipped with second sliding slot, the slider body is installed on the guide rail simultaneously by the first sliding groove It is locked by the slide plate, the elevating lever sliding card insertion is locked in the second sliding slot and by the limited block；And/ Or,

The limited block includes two spaced and parallel vertical portions for being arranged and being connect with the slider body and is connected to described in two Transverse part between vertical portion, two vertical portions are enclosed an open slot with the transverse part, are set in the open slot It is useful for adjusting the regulating member of the lifter rod lifting stroke；And/or

6. such as USB data line shell transfer mechanism described in any one of claim 1 to 5, which is characterized in that described to move horizontally Component include the fixed plate for being installed on described guide rail one end, the driving part being installed in the fixed plate and with the sliding block group The link block of part connection, the driving part includes fixing component and telescopic rod, and the fixing component is connect with the fixed plate, One end of the telescopic rod is connect with the fixing component, the other end is connect with the link block.

7. USB data line shell transfer mechanism as claimed in claim 6, which is characterized in that the driving part be cylinder or The combination of person's hydraulic cylinder or motor and screw rod transmission pair.

8. USB data line shell transfer mechanism as claimed in claim 6, which is characterized in that the guide rail far from described solid The connecting rod that the other end of fixed board is additionally provided with reinforcing plate and is connected between the reinforcing plate and the fixed plate.

9. USB data line shell transfer mechanism as claimed in claim 8, which is characterized in that be additionally provided on the guide rail close The buffer block of the reinforcing plate setting, the block are connect with the connecting rod.

10.USB data line assembly equipments, which is characterized in that including feed mechanism, cap-opening mechanism, wiring mechanism, riveting mechanism and USB data line shell transfer mechanism as described in any one of claim 1 to 9, the feed mechanism, the cap-opening mechanism, institute State wiring mechanism, the riveting mechanism is spaced apart successively along the transfer direction of the USB data line shell transfer mechanism.