CN205506981U - Testing arrangement of drive product - Google Patents

Abstract

Testing arrangement of drive product, it carries mechanism (10), first lateral part mechanism (22) and top mechanism (26) including moving. It can drive the drive product in an initial position and the just removal between the bit position that can test this drive product to move year mechanism. First lateral part mechanism includes first test portion (222), and first test portion can move between first separation point position and first grafting position, and the first test portion that is in first grafting position can peg graft in the first port portion of the drive product with regard to the bit position. Top mechanism includes top test portion (262), and test portion in top can move between top separation point position and top grafting position, and the top test portion that is in top grafting position can peg graft in the display interface portion of the drive product with regard to the bit position. Above -mentioned testing arrangement need not the connecting cable, has improved detection efficiency.

Description

Drive the test device of product

Technical field

This utility model relates to a kind of test device, particularly relates to a kind of test device driving product.

Background technology

Refer to Fig. 1, the driving product 30 that existing production technology manufactures, often there is a display surface 32 and at least one port surface 34, there is on display surface 32 display interface portion 322 and such as include display interface and user port, port surface 34 has port part 342 and such as includes other user ports.

Due to the difference of corresponding components and parts, cause the most difference such as the monnolithic case size of the product of different size and the quantity of external cabling terminal.It addition, the user port driving product of same series and display interface etc. are again identical.Therefore, the process test link in process of producing product, Test Engineer needs the product of compatible different size as much as possible on same test equipment, to reduce the overlapping investment of test equipment.

According to the two feature, engineer generally can use frock clamp to realize the intermediate transit of product and equipment, and adjusts the user port of the product of different size and display interface etc. to same position.In this substitute mode, frock clamp will arrange a series of contact, these contacts have connected corresponding cable.Before the test begins, cable socket is made it connect with screw-driving on product terminal by operator, and after the frock clamp access arrangement of product, the probe of device interior connects with the contact on frock clamp again, it is achieved thereby that this switching, functional test thus can start.

But, this substitute mode needs operator to carry out a large amount of, complicated tightening/unscrew operation.This not only considerably increases the amount of labour of operator, also slow down the speed of productive temp, too increases the device space (operating position and fixture are deposited) simultaneously.

Utility model content

The purpose of this utility model is to provide a kind of test device driving product, and it is attached the different operating of cable respectively, improves detection efficiency without operator for different products, reduces the production cost of test device.

This utility model provides a kind of test device driving product, drives product to include a display surface and a first port surface, and this display surface is provided with display interface portion, and this first port surface is provided with the first port part.Test device includes a transfer mechanism, a first sidepiece mechanism and a top mechanism.Transfer mechanism can drive driving product to move between an initial position and an on-station position that can test this driving product.First sidepiece mechanism includes first test department, first test department can move between first separation point position not contacting this driving product and first plug-in position, and the first test department being in the first plug-in position can be plugged in first port part driving product of on-station position.Top mechanism includes a top test department, top test department can move between a separation point position, top not contacting this driving product and a top plug-in position, and the top test department being in top plug-in position can be plugged in the display interface portion driving product of on-station position.Use the test device of above-mentioned driving product, it is not necessary to connected by cable and drive product, improve detection efficiency.

In a kind of exemplary embodiment of test device driving product, transfer mechanism includes a guide rail, a pallet body and a transfer cylinder.Wherein pallet body has a storing face that can put this driving product, and pallet body can be slidably connected to guide rail.Transfer cylinder can drive pallet body along slide, and drive driving product move between initial position and on-station position.

In a kind of exemplary embodiment of test device driving product, being located at the side of guide rail by the first sidepiece mechanism, the first sidepiece mechanism includes two the first test departments, first platform, first support and two the first sidepiece cylinders.First support can be slidably connected to the first platform along one first glide direction, and the first glide direction is perpendicular to guide rail.Two the first sidepiece cylinders are fixedly arranged on the first support, and the drive end of each first sidepiece cylinder is connected to each first test department, to drive the first test department to move between the first separation point position and the first plug-in position along one first driving direction, the first driving direction is perpendicular to the first glide direction.After using said structure, the test making test device is more reliable, and can be by the first test department of the different pattern of design to adapt to the driving product of different model.

In a kind of exemplary embodiment of test device driving product, first sidepiece mechanism also includes a first driving cylinder being fixedly arranged on the first support, first drives cylinder to be connected to the first platform, to drive the first support to slide relative to the first platform, to drive the first test department to move along the first glide direction.After using said structure, make the operation of the first sidepiece mechanism of test device more accurately, conveniently.

In a kind of exemplary embodiment of test device driving product, pallet body includes a sliding panel, at least one regulation cylinder and a gripper shoe.Sliding panel is slidably connected to guide rail, and regulation cylinder is fixedly arranged on sliding panel, and storing face is positioned at gripper shoe, and gripper shoe is connected to regulate the drive end of cylinder, and can under the driving of regulation cylinder away from or near sliding panel.Said mechanism is more conducive to regulate driving product position on pallet body according to the structure driving product so that it is test of being more convenient for.

In a kind of exemplary embodiment of test device driving product, top mechanism is arranged towards the storing face of pallet body, top mechanism also includes a top fixed mount and a top cylinder, top cylinder is fixedly arranged on top fixed mount, the drive end of top cylinder is connected to top test department, to drive top test department to move between separation point position, top and top plug-in position.Said structure design is simple and reliable.

In a kind of exemplary embodiment of test device driving product, test device also includes an auxiliary body, and auxiliary body includes a device for fixing screen on headrest, an assistant cylinder and a subtest portion.Assistant cylinder is fixedly arranged on device for fixing screen on headrest, subtest portion is connected to the drive division of assistant cylinder, under the driving of assistant cylinder, subtest portion can move between an auxiliary separation point position not contacting this driving product and an auxiliary plug-in position, and the subtest portion being in auxiliary plug-in position can be plugged in the display interface portion driving product of on-station position.Said structure design is simple and reliable, can be individually designed according to different driving products.

In a kind of exemplary embodiment of test device driving product, product is driven also to include a second port surface, second port surface and the first port surface are adjacent to display surface, and second port surface and the first port surface be oppositely arranged, it is provided with the second port part on second port surface, test device also includes a second sidepiece mechanism, it is located at guide rail by second sidepiece mechanism and is not provided with the side of the first sidepiece mechanism, and second sidepiece mechanism include second test department, second test department can move between second separation point position not contacting this driving product and second plug-in position, be in the second plug-in position the second test department can grafting be in on-station position drive product the second port part.After using said structure, the test device of driving product is made to be suitable for the driving product of three faces all ports havings.

In a kind of exemplary embodiment of test device driving product, the second sidepiece mechanism include second platform, two the second supports, two to the second sidepiece cylinder and two to the second test department.Each second support can be slidably connected to the second platform along one second glide direction, and the second glide direction is perpendicular to guide rail.Every pair of second sidepiece cylinder is fixedly arranged on each second support.Each second test department is connected to the drive end of each second sidepiece cylinder, and to move between the second separation point position and the second plug-in position along second driving direction under the driving of the second sidepiece cylinder, the second driving direction is perpendicular to the second glide direction.After using said structure, the test making test device is more reliable, and can be by the second test department of the different pattern of design to adapt to the driving product of different model.

In a kind of exemplary embodiment of test device driving product, second sidepiece mechanism also includes the second driving cylinder being fixedly arranged on each second support respectively, each second drives cylinder to be connected to the second platform, to drive the second support to slide relative to the second platform, to drive the second test department to move along the second glide direction.After using said structure, make the operation of the second sidepiece mechanism of test device more accurately, conveniently.

Hereafter by the way of the most understandable, accompanying drawings preferred embodiment, above-mentioned characteristic, technical characteristic, advantage and implementation thereof that driving product is tested device are further described.

Accompanying drawing explanation

This utility model is only schematically illustrated and explains by the following drawings, does not limit scope of the present utility model.

Fig. 1 is for illustrating to drive the structural representation of product；

Fig. 2 is in order to illustrate to drive the decomposition texture schematic diagram of a kind of exemplary embodiment of the test device of product；

Fig. 3 is the assembled state schematic diagram of the test device driving product shown in Fig. 2；

Fig. 4 is in order to illustrate the decomposition texture schematic diagram of a kind of exemplary embodiment of the first sidepiece mechanism；

Fig. 5 and Fig. 6 is in order to illustrate the test process of the first sidepiece mechanism；

Fig. 7 is in order to illustrate to drive the structural representation of the another kind of exemplary embodiment of the test device of product；

Fig. 8 is in order to illustrate the decomposition texture of a kind of exemplary embodiment of pallet body；

Fig. 9 is in order to illustrate to drive the structural representation of another exemplary embodiment of the test device of product；

Figure 10 is in order to illustrate the decomposition texture schematic diagram of a kind of exemplary embodiment of the second sidepiece mechanism；

Figure 11 and Figure 12 is in order to illustrate the test process of the second sidepiece mechanism.

Label declaration

10 transfer mechanisms

12 guide rails

The end in place of 122 guide rails

14 pallet bodies

142 put face

144 gripper shoes

146 sliding panels

148 regulation cylinders

16 transfer cylinders

22 first sidepiece mechanisms

222 first test departments

224 first platforms

226 first supports

228 first sidepiece cylinders

229 first drive cylinder

24 second sidepiece mechanisms

242 second test departments

244 second platforms

246 second supports

248 second sidepiece cylinders

249 second drive cylinder

26 top mechanisms

262 top test departments

264 top cylinders

266 top fixed mounts

28 auxiliary bodies

282 subtest portions

284 assistant cylinders

286 device for fixing screen on headrests

30 drive product

32 display surfaces

322 display interface portion

34 first port surfaces

342 first port part

36 second port surfaces

362 second port part

42 base plates

44 top boards.

Detailed description of the invention

In order to be more clearly understood from the technical characteristic of utility model, purpose and effect, now comparison accompanying drawing illustrates detailed description of the invention of the present utility model, and the most identical label represents that structure is identical or structure is similar but parts that function is identical.

In this article, " schematically " expression " serves as example, example or explanation ", not should by being described herein as any diagram of " schematically ", embodiment is construed to a kind of preferred or more advantage technical scheme.

For making simplified form, only schematically show the part relevant to this utility model in each figure, they do not represent its practical structures as product.It addition, for making simplified form readily appreciate, some figure has the parts of identical structure or function, only symbolically depicts one of them, or only marked one of them.

In this article, " on ", D score, "front", "rear", "left", "right" etc. be only used for representing the position relationship between relevant portion, and their absolute position non-limiting.In this article, " first ", " second " etc. are only used for differentiation each other, rather than represent their significance level and order etc..In this article, the restriction on the mathematics of " vertically " etc. non-critical and/or geometry meaning, also comprise that it will be appreciated by those skilled in the art that and manufacture or the error of the permission such as use.

Fig. 2 is in order to illustrate to drive the decomposition texture schematic diagram of a kind of exemplary embodiment of the test device of product.Fig. 3 is the assembled state schematic diagram of the test device driving product shown in Fig. 2.Test device in Fig. 2 and Fig. 3 can realize the detection driving product 30, product 30 is wherein driven to refer to Fig. 1, it includes a display surface 32 and a first port surface 34, and display surface is provided with display interface portion 322, and display interface portion 322 includes display interface and user port.Be provided with the first port part 342 on the first port surface 34, the first port part 342 can also include user port.

The test device driving product as shown in Figures 2 and 3, it includes 10, first sidepiece mechanism 22 of a transfer mechanism and a top mechanism 26.

In embodiment shown in the figure, transfer mechanism 10 can include 12, pallet body 14 of a guide rail and a transfer cylinder 16, wherein, pallet body 14 has a storing face 142 that can put this driving product, and pallet body 14 can be slidably connected to guide rail 12, transfer cylinder 16 can drive pallet body 14 to slide along guide rail 12, and drives driving product to move between initial position and on-station position.Certainly the difference needed according to design, transfer mechanism 10 can also use other designs.

The other side being located at guide rail 12 of first sidepiece mechanism 22, the first sidepiece mechanism 22 includes the first test department 222, and this first test department 222 is arranged towards the direction of guide rail 12.Top mechanism 26 is arranged towards the storing face 142 of pallet body 14.Top mechanism 26 includes a top test department 262, and it is also arranged towards the direction of guide rail 12.First test department 222 and top test department 262 can be pluggable in the test probe driving product.In the embodiment shown in Fig. 2 and Fig. 3, guide rail 12 is arranged on a base plate 42, and top mechanism 26 is positioned at the top that guide rail 12 is shown in the figure, and the first sidepiece mechanism 22 is positioned at the left side that guide rail 12 is shown in the figure.Certainly the difference needed according to design, guide rail 12 base plate to be arranged at 42, it can also be arranged on top board 44, or also possible along guide rail 12 bearing of trend rotation 90 degree, as long as ensureing the first sidepiece mechanism 22, top mechanism 26 and the relative position relation of guide rail 12.

Pallet body 14 has one can put the storing face 142 driving product 30.During storing, 142 can place (can be found in Fig. 7) by driving surface opposite with display surface 32 in product 30 towards storing face, make display surface 32 expose for test.Pallet body 14 can be slidably connected to guide rail 12, and pallet body 14 can drive driving product 30 to move between an initial position and an on-station position.Initial position refers to pallet body 14 position in Fig. 3, and it is the pallet body 14 position away from top mechanism 26.Guide rail 12 in Fig. 3 has an end 122 in place, can arrive its on-station position when pallet body 14 moves to end 122 in place along guide rail, and this on-station position is the one end near top mechanism 26, namely drives the detection position of product.When driving product 30 to reach on-station position, as pallet body 14 can be connected with a safety switch body (being not drawn in figure), driving product 30 to arrive on-station position with feedback, now the first sidepiece mechanism 22 and top mechanism 26 can connect the driving product 30 being in on-station position to complete detection.

The most referring also to Fig. 2 to Fig. 4, in the embodiment shown in Fig. 2 to Fig. 4, the first sidepiece mechanism 22 includes two the first test departments, 224, first support 226 of 222, first platform and two the first sidepiece cylinders 228 being vertically arranged.nullWherein the first support 226 can be slidably connected to the first platform 224 along one first glide direction，And first first glide direction of support 226 be perpendicular to guide rail 12，Two the first sidepiece cylinders 228 are fixedly arranged on the first support 226，And the drive end of each first sidepiece cylinder 228 is connected to each first test department 222，To drive the first test department 222 to move with between first plug-in position driving product to be connected of on-station position with first separation point position driving product to separate of on-station position and one at one along first driving direction，And the first test department 222 being in the first plug-in position can be plugged in the driving product being in on-station position，And first test department 222 can be plugged in drive product 30 the first port surface 34 on the first port part 342 (i.e. user port).Concrete grafting process refers to Fig. 5 and Fig. 6, and wherein, the first driving direction is perpendicular to the firstth glide direction.As shown in FIG., after driving product 30 to move to on-station position with pallet body 14 on guide rail 12, owing to the port in the first port part 342 of this driving product 30 is towards direction setting (can be found in Fig. 1) of display surface, so needing the first test department 222 in the movement of vertical direction to realize grafting.As shown in Figure 5, first can control the first support 226 to slide towards the driving product being positioned at on-station position along the first glide direction (horizontal direction in figure) relative to the first platform 224, in embodiment shown in the figure, this slip can be realized by a first driving cylinder 229 being connected to the first support 226.First drives the other end of cylinder 229 to be connected to the first platform 224, and it can drive the first support 226 mobile relative to the first platform 224 right side in figure, and now the first test department 222 is also in its first separation point position.After moving to suitable distance, as shown in Figure 6, first sidepiece cylinder 228, the first test department 222 first driving direction shown in arrow (vertical direction in figure) along figure can be driven to be moved down into the first plug-in position from its first separation point position, make the first test department 222 be plugged in the first port part 342 driving product 30.It will be appreciated by those skilled in the art that, the moving direction of the first test department 222 should design according to the practical structures driving product, if the port in the first port part 342 is towards left side in Fig. 5 and Fig. 6, moving direction when that first test department 222 moves between its first separation point position and first plug-in position is the horizontal direction in figure.It addition, according to the practical structures of different driving product, the quantity of the first test department 222 can also be different, or can also design multiple first test department 222, and select the first different test departments 222 according to the practical structures of different driving product.On the other hand, the quantity of test department 222, also dependent on driving product to be adjusted, if needing on this test position to test the product of some models, then can be set to need the quantity of most test department by the quantity of the first test department 222.

In the embodiment shown in figure, top mechanism 26 includes 266, top cylinder 264 of a top fixed mount and a top test department 262.Wherein top fixed mount 266 can be fixed on a top board 44 (referring to Fig. 2).Top cylinder 264 is fixedly arranged on top fixed mount 266, the drive end of top cylinder 264 is connected to top test department 262, with drive top test department 262 one and drive product separation point position, separate top and one and drive product user port grafting top plug-in position between move.When at the embodiment shown in Fig. 7, top test department 262 is positioned at its separation point position, top.As needed detection, now can control top cylinder 264 drives top test department 262 to move down as shown in FIG. until moving to its top plug-in position, makes top test department 262 be plugged in the display interface portion 322 (referring to Fig. 1) on the first port surface 34 driving product 30.Certainly the difference needed according to design, top mechanism 26 is not limited to said structure.

Use the test device driving product of said structure, it is not necessary to operator manually carry out cable connection, and can be used for different product, save the device space, save the operating time, improve detection efficiency, reduce the production cost of test device.

When the different display interface portion 322 driving product 30 has relatively multiport, also needing to design an auxiliary body 28, auxiliary body 28 includes 286, assistant cylinder 284 of a device for fixing screen on headrest and a subtest portion 282.Wherein, device for fixing screen on headrest 286 is securable to top board 44 (referring to Fig. 1), assistant cylinder 284 is fixedly arranged on device for fixing screen on headrest 286, subtest portion 282 is connected to the drive division of assistant cylinder 284, under the driving of assistant cylinder 284, subtest portion 282 can one and drive product separate auxiliary separation point position and one and drive product user port grafting auxiliary plug-in position between move.Under state present in the embodiment shown in figure, subtest portion 282 is in its auxiliary separation point position.As needed detection, now can control assistant cylinder 284 and drive subtest portion 282 to move to the lower right shown in figure until mobile to its auxiliary plug-in position, the subtest portion 282 of auxiliary plug-in position can be plugged in the display interface portion 322 driving product 30.Subtest portion 282 is pluggable in the test probe driving product.

In the embodiment shown in Fig. 7 and Fig. 8, the pallet body 14 of the test device of product is driven also to include that a sliding panel 146, a group regulates cylinder 148 (quantity can be two, three or four etc.) and a gripper shoe 144.Wherein, sliding panel 146 is slidably connected to guide rail 12 (can be found in Fig. 3), to move between initial position and on-station position along guide rail 12, regulation cylinder 148 is fixedly arranged on sliding panel 146, storing face 142 is positioned at the side towards driving product of gripper shoe 144, gripper shoe 144 is connected to regulate the drive end of cylinder 148, and can under the driving of regulation cylinder 148 away from or near sliding panel 146.Said mechanism is more conducive to regulate driving product further on pallet body 14 relative to the position of test department according to different the drive structure of product 30, size so that it is test of being more convenient for.

Fig. 9 is in order to illustrate to drive the structural representation of another exemplary embodiment of the test device of product.Figure 10 is in order to illustrate the decomposition texture schematic diagram of a kind of exemplary embodiment of the second sidepiece mechanism.Figure 11 and Figure 12 is in order to illustrate the test process of the second sidepiece mechanism.Wherein, in some drive product 30, product 30 is driven also to include a second port surface 36 (can be found in Fig. 1), second port surface 36 and the first port surface 34 are adjacent to display surface 32, and second port surface 36 and the first port surface 34 be oppositely arranged, the second port surface 36 is provided with the second port part 362 (being i.e. provided with other user port on this port surface).Structure according to above-mentioned driving product, as shown in Figure 9, the test device driving product may also include a second sidepiece mechanism 24, the other side being not provided with the first sidepiece mechanism 22 being located at guide rail 12 of the second sidepiece mechanism 24, and the second sidepiece mechanism 24 includes the second test department 242.

In the embodiment shown in Fig. 9 and Figure 10, second sidepiece mechanism 24 include 244, two the second supports 246, two of second platform to the second sidepiece cylinder 248 and two to the second test department 242, wherein, each second support 246 can be slidably connected to the second platform 244 along second glide direction, and the second glide direction of the second support 246 is parallel to the second platform 244 and is perpendicular to guide rail 12.In this embodiment, second sidepiece mechanism 24 also includes the second driving cylinder 249 being fixedly arranged on each second support 246 respectively, each second drives the 249 of cylinder to be connected to the second platform 244, to drive the second support 246 to slide along the second glide direction (horizontal direction in figure) relative to the second platform 244.A pair second sidepiece cylinders 248 it are installed with on each second support 246, each second sidepiece cylinder 248 is corresponding to second test department 242, each second test department 242 is connected to the drive end of each second sidepiece cylinder 248, to move between the second separation point position and the second plug-in position along second driving direction (vertical direction in figure) under the driving of the second sidepiece cylinder 248, its grafting process can be found in Figure 11 and Figure 12, its detailed process is similar to the first sidepiece mechanism 22, does not repeats them here.The moving direction of same second test department 242 should design according to the practical structures driving product, if the port in the second port part 362 is towards the right side shown in figure in Figure 11 and Figure 12, moving direction when that second test department 242 moves between its second separation point position and second plug-in position is the horizontal direction in figure.It addition, according to the practical structures of different driving product, the quantity of the second test department 242 can also be different, or can also design multiple first test department 242, and select the second different test departments 242 according to the practical structures of different driving product.

In the embodiment shown in Fig. 9, drive the test device of product can adapt to Multiple Type simultaneously and drive the test process of product.It according to the model of driving product, can select corresponding first test department 222 of the first sidepiece mechanism 22 and select corresponding second test department 242 of the second sidepiece mechanism 24.

Can preferably be carried out as follows according to the running of test device of the present utility model: owing to test equipment is applicable to multiple different product, thus can be obtained by scanner scanning after the bar code information of product (by operator product signal can certainly be manually selected or by other means product type be selected), by the pallet body that driven by transfer mechanism, product is sent to the inside of test device.Then, the top mechanism of user port and display interface for testing product will be descending by air cylinder driven, and product orientation, the test component (probe member) of top mechanism also will be contacted with user port action by elastic positioning pin.

Afterwards, the product bar code information that can be obtained according to test device for the first sidepiece mechanism and the second sidepiece mechanism that test the left and right sides of product outside terminal, driven probe member the latched position switching to match by combined cylinders, then probe member realizes logical with touching of terminal again by combined cylinders action.So far, in equipment, the parts of all test devices put in place the most, and all test probes corresponding with product have all touched logical the most with product outside terminal, and test program just can bring into operation.After having tested, after Ge Zu mechanism successively disengages, product sends test device via transfer cylinder.

It is to be understood that, although this specification describes according to each embodiment, but the most each embodiment only comprises an independent technical scheme, this narrating mode of description is only for clarity sake, those skilled in the art should be using description as an entirety, technical scheme in each embodiment can also form, through appropriately combined, other embodiments that it will be appreciated by those skilled in the art that.

The a series of detailed description of those listed above is only for illustrating of possible embodiments of the present utility model; they also are not used to limit protection domain of the present utility model; all equivalent embodiments made without departing from this utility model skill spirit or change; as feature combination, split or repeat, within should be included in protection domain of the present utility model.

Claims (10)

1. drive the test device of product, this driving product (30) includes a display surface (32) and a first port surface (34), this display surface (32) is provided with display interface portion (322), this the first port surface (34) is provided with the first port part (342), it is characterized in that, described test device includes:

One transfer mechanism (10), it can drive described driving product to move between an initial position and an on-station position that can test this driving product；

One the first sidepiece mechanism (22), it includes first test department (222), described first test department (222) can be moved between first separation point position not contacting this driving product and first plug-in position, and described first test department (222) being in described first plug-in position can be plugged in first port part driving product of described on-station position；And

One top mechanism (26), it includes a top test department (262), described top test department (262) can be moved between a separation point position, top not contacting this driving product and a top plug-in position, and described top test department (262) being in described top plug-in position can be plugged in the display interface portion driving product of described on-station position.

Testing device the most as claimed in claim 1, wherein, described transfer mechanism (10) including:

One guide rail (12)；

One pallet body (14), it has a storing face (142) that can put this driving product, and described pallet body (14) can be slidably connected to described guide rail (12)；With

One transfer cylinder (16), it can drive described pallet body (14) to slide along described guide rail (12), and drive driving product to move between described initial position and described on-station position.

Test device, wherein, the other side being located at described guide rail (12) of described first sidepiece mechanism (22) the most as claimed in claim 2, comprising:

Two described first test departments (222)；

One the first platform (224)；

One the first support (226), it can be slidably connected to described first platform (224) along one first glide direction, and described first glide direction is perpendicular to described guide rail (12)；And

Two the first sidepiece cylinders (228), it is fixedly arranged on described first support (226), and the drive end of each described first sidepiece cylinder (228) is connected to each described first test department (222), to drive described first test department (222) to move between described first separation point position and described first plug-in position along one first driving direction, wherein said first driving direction is perpendicular to described first glide direction.

Test device the most as claimed in claim 3, wherein, described first sidepiece mechanism (22) also includes first driving cylinder (229) being fixedly arranged on described first support (226), described first drives cylinder (229) to be connected to described first platform (224), to drive described first support (226) to slide relative to described first platform (224), to drive described first test department (222) to move along described first glide direction.

Testing device the most as claimed in claim 2, wherein, described pallet body (14) including:

One sliding panel (146), it is slidably connected to described guide rail (12)；

At least one regulation cylinder (148), it is fixedly arranged on described sliding panel (146)；With

One gripper shoe (144), described storing face (142) is positioned at described gripper shoe (144), described gripper shoe (144) is connected to the drive end of described regulation cylinder (148), and can under the driving of described regulation cylinder (148) away from or near described sliding panel (146).

Testing device the most as claimed in claim 2, wherein, described top mechanism (26) is arranged towards the storing face (142) of described pallet body (14), and described top mechanism also includes:

One top fixed mount (266)；With

One top cylinder (264), it is fixedly arranged on described top fixed mount (266), the drive end at described top cylinder (264) is connected to described top test department (262), to drive described top test department (262) to move between separation point position, described top and described top plug-in position.

Testing device the most as claimed in claim 1, wherein, described test device also includes an auxiliary body (28), and described auxiliary body (28) including:

One device for fixing screen on headrest (286),

One assistant cylinder (284), it is fixedly arranged on described device for fixing screen on headrest (286)；With

One subtest portion (282), it is connected to the drive division of described assistant cylinder (284), under the driving of described assistant cylinder (284), described subtest portion (282) can be moved between an auxiliary separation point position not contacting this driving product and an auxiliary plug-in position, and the described subtest portion (282) being in described auxiliary plug-in position can be plugged in the display interface portion driving product of described on-station position.

Test device the most as claimed in claim 2, wherein, product is driven also to include a second port surface (36), second port surface (36) and the first port surface (34) are adjacent to display surface (32), and second port surface (36) and the first port surface (34) be oppositely arranged, being provided with the second port part (362) on second port surface (36), described test device also includes:

One the second sidepiece mechanism (24), is located at described guide rail (12) and is not provided with the side of described first sidepiece mechanism (22), and described second sidepiece mechanism (24) including by it:

One the second test department (242), described second test department (242) can be moved between second separation point position not contacting this driving product and second plug-in position, be in described second plug-in position described second test department (242) can grafting be in described on-station position drive product the second port part.

Testing device the most as claimed in claim 8, wherein, described second sidepiece mechanism (24) including:

One the second platform (244)；

Two the second supports (246), each described second support (246) can be slidably connected to described second platform (244) along one second glide direction, and described second glide direction is perpendicular to described guide rail (12)；

Two pairs of the second sidepiece cylinders (248), every pair of described second sidepiece cylinder (248) is fixedly arranged on each described second support (246)；With

Two pairs of described second test departments (242), each described second test department (242) is connected to the drive end of each described second sidepiece cylinder (248), to move between described second separation point position and described second plug-in position along second driving direction under the driving of described second sidepiece cylinder (228), described second driving direction is perpendicular to described second glide direction.

Testing device the most as claimed in claim 9, wherein, described second sidepiece mechanism (24) also includes:

It is fixedly arranged on the second driving cylinder (249) of each described second support (246) respectively, each described second drives cylinder (249) to be connected to described second platform (244), to drive described second support (246) to slide relative to described second platform (244), to drive described second test department (242) to move along described second glide direction.