CN204291635U - Rapid changing flexible PCB socket press-in checkout gear - Google Patents
Rapid changing flexible PCB socket press-in checkout gear Download PDFInfo
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- CN204291635U CN204291635U CN201420778028.3U CN201420778028U CN204291635U CN 204291635 U CN204291635 U CN 204291635U CN 201420778028 U CN201420778028 U CN 201420778028U CN 204291635 U CN204291635 U CN 204291635U
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Abstract
The utility model discloses a kind of rapid changing flexible PCB socket press-in checkout gear, comprise underframe, working plate is connected with by guidance set at the top of underframe, working plate is fixed with back-up block, two back-up blocks are also supported with base plate, base plate is provided with rotating supporting plate, also supporting bracket is connected with in the rear end of base plate, be slidably fitted with cover plate on the supporting plate, socket hold-down mechanism is fixed with in cover forward end, rectangular box-like support is also fixed with at the rear portion at underframe top, middle part in support is provided with the catotropic camera of mirror, display is fixed with in the front side of support.Said structure provides a kind of rapid changing flexible PCB socket press-in checkout gear, considerably improve efficiency and the reliability of FPC socket press-in, make the detection of FPC and pcb board connection reliability more accurate, efficient, there is features such as being skillfully constructed, structure is simple and easy to use.
Description
Technical field
The utility model relates to a kind of rapid changing flexible PCB socket press-in checkout gear, is mainly used in the FPC socket press-in splicing ear of pcb board and the detection of FPC and pcb board connection reliability.
Background technology
At present, flexible PCB is called for short FPC again, and along with the development of science and technology, FPC is widely used on various equipment and product.Existing FPC mainly through hot pressing or socket press-in mode and pcb board link together.Wherein, the connected mode of socket press-in mainly installs plug socket connector on FPC, by socket being pressed into the splicing ear of relative set on pcb board, thus completes the connection of FPC and pcb board quickly.Existing FPC socket push operation is mainly pressed into by cylinder or craft on a workbench, and wherein workbench mainly comprises rectangular box-like underframe and is fixed on the working plate at underframe top.
Adopt said apparatus, not only the efficiency of FPC socket press-in is low, and it is not in place often to there is FPC socket press-in, thus causes FPC to be connected insecure situation with pcb board.Therefore, the marginal testing that FPC is connected with pcb board is an operation indispensable in production process.At present mainly after FPC socket push operation completes, workman is checked by Visual Observations Observations, and so not only detection efficiency is low but also very easily produce false retrieval.
Utility model content
Technical problem to be solved in the utility model is to provide a kind of rapid changing flexible PCB socket press-in checkout gear, for improving the efficiency of FPC socket press-in and reliability and carrying out the detection of FPC and pcb board connection reliability.
The technical solution of the utility model is as follows: a kind of rapid changing flexible PCB socket press-in checkout gear, comprise rectangular box-like underframe, the working plate of level is connected with by guidance set at the top of described underframe, described guidance set comprises the slide block and slide rail that are slidably matched, wherein slide rail is fixed on underframe top along the longitudinal direction, and slide block is fixed on working plate bottom surface; On working plate, left and right is symmetrically fixed with two back-up blocks, and back-up block is fixed with vertical alignment pin, two back-up blocks are also supported with the base plate of level, two ends, the left and right kink of described base plate is on alignment pin; Described base plate is provided with the supporting plate of level, is fixed with rotating shaft below the middle part of this supporting plate, be fixed with bearing in the middle part perforate of described base plate, the inner ring of this bearing is solidly set on rotating shaft bottom; The supporting bracket of level is also connected with in the rear end of described base plate, this supporting bracket is fixed with two pillars in left and right, the track arranged along the longitudinal direction is all fixed with in each pillar upper end, level is inserted with draw runner in orbit, is fixed with cover plate, is fixed with socket hold-down mechanism in described cover forward end in the front end of two draw runners in left and right, when cover plate forward slip, socket hold-down mechanism moves to above supporting plate, and when cover plate slides backward, socket hold-down mechanism moves to above supporting bracket; Also be fixed with rectangular box-like support at the rear portion at described underframe top, the middle part in described support is provided with the catotropic camera of mirror, is fixed with display in the front side of described support.
Adopt said structure, working plate is slidably mounted on underframe top, mounting base on working plate, base plate is installed rotary supporting plate, connect supporting bracket at base plate rear end, installing above supporting bracket can the cover plate of slide anteroposterior, on the cover board installs socket hold-down mechanism; In use procedure, first working plate is moved forward to the front end at underframe top, so that operated by personnel, then the instrument being provided with pcb board is placed on supporting plate, and FPC socket is aimed at the splicing ear on pcb board, move forward cover plate make the lower end aligned FPC socket of socket hold-down mechanism and operate socket hold-down mechanism by the splicing ear of FPC socket press-in pcb board, thus efficiently and accurately by the splicing ear of FPC socket press-in pcb board; Movable cover plate backward again, cover plate is avoided to be covered at the position that FPC is connected with pcb board, last mobile working plate backward, the camera lens of camera is aimed at the position that FPC is connected with pcb board, namely obtain the image of FPC and pcb board connecting portion by camera, then can check that whether the connection of FPC and pcb board is reliable efficiently and accurately by existing graphical analysis, comparison method.So not only FPC socket push operation is simple, efficient, reliability is strong; And by obtaining the reliability that image detection FPC is connected with pcb board, detection efficiency is high, detection is more accurate; Moreover the detection of FPC and pcb board connection reliability can be realized on existing FPC socket press-in workbench, make scheduling of production compacter, reasonable, be conducive to the control of production cost.
Working plate is fixed with back-up block and alignment pin can be used for realizing base plate and with the quick change of upper-part, make workbench can be used for the FPC socket press-in of different product and detect, the versatility of device is stronger.Supporting plate is arranged on base plate by rotating shaft and bearing, supporting plate can be rotated, before FPC socket is aimed at the splicing ear on pcb board, first supporting plate can be turned to splicing ear on pcb board not with the position of cover plate interfere, again manual FPC socket is aimed at the splicing ear on pcb board after rotating pallet move forward cover plate again, make socket hold-down mechanism aligning FPC socket.Such design supporting plate makes the layout of device entirety compacter, uses convenient.
Be provided with buffer separately in the rear and front end at described underframe top, the buffer head of buffer described in former and later two matches with the rear and front end of working plate respectively.
Described supporting bracket is provided with two the advance spacer pins and two retrogressing spacer pins all longitudinally arranged, wherein advance spacer pin is fixed on supporting bracket rear upper by vertical batten, described in each, the rear portion of draw runner is all fixed with vertical limiting plate, when cover plate move forward put in place time, the rear end of described advance spacer pin offsets with the front side wall of corresponding limiting plate; Described retrogressing spacer pin is fixed on above supporting bracket rear end by supporting component, and when cover plate moves backward to, the described front end of retrogressing spacer pin and the rear end of cover plate offset.
Two vertical guide pads are fixed with in the rear end of described supporting plate, the guide hole that center line is longitudinally arranged is had in the upper end of guide pad, two and guide pad longitudinally guiding post is one to one fixed with at the rear portion of described cover plate bottom surface, when cover plate moves forward, described lead stretches in the guide hole of corresponding guide pad.
Also be fixed with latch segment in the rear end of described supporting plate, described latch segment have vertical lockhole, described cover plate is provided with limiting lock, when cover plate move forward put in place time, the lock pin of described limiting lock is vertical just to lockhole.
Described camera is arranged in support by cantilever and symmetrical two linking arms, wherein the upper end of two linking arms is fixed with the right and left of cradle top separately, be fixed with horizontal cantilever between the bottom of two linking arms, described camera is fixed on below the middle part of cantilever.
Described supporting plate is in horizontal Long Circle, symmetrically in the front end of described supporting plate be fixed with two vertical reference columns, the upper end of this reference column has circular step, four vertical support columns are evenly equipped with in the posterior transversal of supporting plate, described support column is shorter than reference column, also symmetrically on supporting plate is fixed with two vertical guide fingers, after described guide finger is positioned at reference column, before support column, laterally be fixed with handle at the right-hand member of supporting plate, left end and the supporting plate of described handle are fixed.
Described base plate is also fixed with the guide vane end stop of locking cylinder and two rectangular block shape, wherein two guide vane end stops one are positioned at the front of bearing, a right back being positioned at bearing, and two guide vane end stops are arranged vertically mutually, be fixed with two vertical spacer pins in the bottom surface of described supporting plate, described spacer pin mates one by one with guide vane end stop; Described locking cylinder is laterally fixed on the left end of base plate, the piston rod of locking cylinder is towards bearing arrangement, two locking backing pins are also fixed with side by side in the bottom surface of described supporting plate, when supporting plate turn to its center line longitudinally arrange time, gap between two locking backing pins is just to the piston rod of locking cylinder, the piston rod of locking cylinder stretches out, and supporting plate is locked at this position.
Described socket hold-down mechanism comprises pressing plate, fixed block, component plate, socket compact heap, upper guide post and lower guide pillar, wherein socket compact heap is the strip block of level, the lower end of this socket compact heap is to lower convexity, form the strip socket compressed part perpendicular with socket compact heap, all admittedly, lower guide pillar is inserted with at the two ends of described socket compact heap, component plate is also provided with above socket compact heap, the two ends kink of described component plate is on lower guide pillar, and the upper end of lower guide pillar is stuck in above component plate, on every guide pillar once, all cover has lower spring, this lower spring pad is between component plate and socket compact heap, also admittedly upper guide post is inserted with at the two ends of described component plate, described upper guide post is positioned at the top outside lower guide pillar, fixed block and pressing plate is provided with above component plate, wherein the two ends kink of fixed block is on upper guide post, this fixed block is vertically fixed on the upper surface of cover plate, the upper end of two upper guide posts is fixed with the two ends of pressing plate bottom surface respectively, and on upper guide post, also cover has upper spring, and described upper spring pad is between fixed block and pressing plate, be connected with level sensor in the bottom surface of component plate, be vertically inserted with Stroke Control screw at the middle part of pressing plate, fixed block has just to the groove of Stroke Control screw.
Terminal hold-down mechanism is also fixed with in described cover forward end, this terminal hold-down mechanism and socket hold-down mechanism are arranged side by side, described terminal hold-down mechanism comprises terminal compact heap, this terminal compact heap is the strip block of level, the lower end of this terminal compact heap is to lower convexity, formation two the strip terminal compressed part paralleled with terminal compact heap side by side, and other structures of described terminal hold-down mechanism are identical with the structure of socket hold-down mechanism.
Beneficial effect: the utility model is by being slidably mounted on underframe top by working plate, mounting base, supporting plate, supporting bracket and cover plate on working plate, on the cover board socket hold-down mechanism is installed, thus provide a kind of rapid changing flexible PCB socket press-in checkout gear, considerably improve efficiency and the reliability of FPC socket press-in, make the detection of FPC and pcb board connection reliability more accurate, efficient, there is features such as being skillfully constructed, structure is simple and easy to use.
Accompanying drawing explanation
Fig. 1 is the structural representation of the utility model using state.
Fig. 2 is the mounting structure schematic diagram of working plate, camera and display.
Fig. 3 is the structural representation of base plate and supporting bracket.
Fig. 4 is the structural representation of supporting plate.
Fig. 5 is the polycrystalline substance schematic diagram of supporting plate.
Fig. 6 is the structural representation of cover plate, socket hold-down mechanism and terminal hold-down mechanism.
Fig. 7 is the structural representation of cover plate, socket hold-down mechanism and terminal hold-down mechanism lower end.
Fig. 8 is the structural representation of socket hold-down mechanism.
Fig. 9 is the internal structure schematic diagram of socket hold-down mechanism.
Embodiment
Be described below in detail embodiment of the present utility model, described embodiment example is shown in the drawings, and wherein same or similar label represents same or similar element or has element that is identical or similar functions from start to finish.Be exemplary below by embodiment is described with reference to the drawings, be intended to explain the utility model, and can not be interpreted as restriction of the present utility model.
In description of the present utility model, it should be noted that, for the noun of locality, if any term " " center ", " transverse direction ", " longitudinal direction ", " length ", " width ", " thickness ", " on ", D score, " front ", " afterwards ", " left side ", " right side ", " vertically ", " level ", " top ", " end ", " interior ", " outward ", " clockwise ", indicating positions such as " counterclockwise " and position relationship are based on orientation shown in the drawings or position relationship, only for the ease of describing the utility model and simplified characterization, instead of indicate or imply that the device of indication or element must have specific orientation, with particular orientation structure and operation, should not be construed as restriction concrete protection range of the present utility model.In the utility model, except as otherwise clear stipulaties and restriction, should go to understand as broad sense if any the term such as term " assembling ", " being connected ", " connection ", " fixing ", " installation ", such as, can be fixedly connected with, also can be removably connect, or connect integratedly; Also can be mechanical connection, also can be electrical connection; Can be directly be connected, also can be connected by intermediary, can be that two element internals are connected.For those of ordinary skills, the concrete meaning of above-mentioned term in the utility model can be understood as the case may be.In utility model, unless otherwise prescribed and limit, fisrt feature second feature it " on " or D score can comprise the first and second features and directly contact, also can comprise the first and second features and not be directly contact but by the other characterisation contact between them.And, fisrt feature second feature " on ", " under " and " above " comprise fisrt feature directly over second feature and oblique upper, or be only represent the height of fisrt feature level height higher than second feature.Fisrt feature second feature " on ", " under " and " below " comprise fisrt feature immediately below second feature or tiltedly below, or only represent that fisrt feature level height is lower than second feature.
Below in conjunction with accompanying drawing, by being further described embodiment of the present utility model, make the technical solution of the utility model and beneficial effect thereof clearly, clearly.
As shown in Figures 1 to 9, the utility model comprises rectangular box-like underframe 1, the working plate 2 of level is connected with by guidance set at the top of described underframe 1, described guidance set comprises the slide block and slide rail 9 that are slidably matched, wherein slide rail 9 is fixed on underframe 1 top along the longitudinal direction, and slide block is fixed on working plate 2 bottom surface; On working plate 2, left and right is symmetrically fixed with two back-up blocks 3, and back-up block 3 is fixed with vertical alignment pin 4, two back-up blocks 3 are also supported with the base plate 17 of level, two ends, the left and right kink of described base plate 17 is on alignment pin 4; Described base plate 17 is provided with the supporting plate 5 of level, is fixed with rotating shaft 32 below the middle part of this supporting plate 5, be fixed with bearing 45 in the middle part perforate of described base plate 17, the inner ring of this bearing 45 is solidly set on rotating shaft 32 bottom; The supporting bracket 10 of level is also connected with in the rear end of described base plate 17, this supporting bracket 10 is fixed with two pillars 20 in left and right, the track 21 arranged along the longitudinal direction is all fixed with in each pillar 20 upper end, in track 21, level is inserted with draw runner 22, cover plate 6 is fixed with in the front end of two draw runners 22 in left and right, socket hold-down mechanism is fixed with in described cover plate 6 front end, when cover plate 6 forward slip, socket hold-down mechanism moves to above supporting plate 5, when cover plate 6 slides backward, socket hold-down mechanism moves to above supporting bracket 10; Also be fixed with rectangular box-like support 7 at the rear portion at described underframe 1 top, the middle part in described support 7 is provided with the catotropic camera 14 of mirror, is fixed with display 8 in the front side of described support 7.
Be provided with buffer 11 separately in the rear and front end at described underframe 1 top, described in former and later two, the buffer head of buffer 11 matches with the rear and front end of working plate 2 respectively.
Described supporting bracket 10 is provided with two the advance spacer pins 24 and two retrogressing spacer pins 25 all longitudinally arranged, wherein advance spacer pin 24 is fixed on supporting bracket 10 rear upper by vertical batten, described in each, the rear portion of draw runner 22 is all fixed with vertical limiting plate 23, when cover plate 6 move forward put in place time, the rear end of described advance spacer pin 24 offsets with the front side wall of corresponding limiting plate 23; Described retrogressing spacer pin 25 is fixed on above supporting bracket 10 rear end by supporting component, and when cover plate 6 moves backward to, the front end of described retrogressing spacer pin 25 and the rear end of cover plate 6 offset.
Two vertical guide pads 30 are fixed with in the rear end of described supporting plate 5, the guide hole 30a that center line is longitudinally arranged is had in the upper end of guide pad 30, two and guide pad 30 longitudinally guiding post 13 is one to one fixed with at the rear portion of described cover plate 6 bottom surface, when cover plate 6 moves forward, described lead 13 stretches in the guide hole 30a of corresponding guide pad 30.
Also be fixed with latch segment 31 in the rear end of described supporting plate 5, described latch segment 31 have vertical lockhole 31a, described cover plate 6 is provided with limiting lock 46, when cover plate 6 move forward put in place time, the lock pin of described limiting lock 46 is vertical just to lockhole 31a.
Described camera 14 is arranged in support 7 by cantilever 16 and symmetrical two linking arms 15, wherein the upper end of two linking arms 15 is fixed with the right and left at support 7 top separately, be fixed with horizontal cantilever 16 between the bottom of two linking arms 15, described camera 14 is fixed on below the middle part of cantilever 16.
Described supporting plate 5 is in horizontal Long Circle, symmetrically in the front end of described supporting plate 5 be fixed with two vertical reference columns 26, the upper end of this reference column 26 has circular step, four vertical support columns 27 are evenly equipped with in the posterior transversal of supporting plate, described support column 27 is shorter than reference column 26, also symmetrically on supporting plate 5 be fixed with two vertical guide fingers 28, after described guide finger 28 is positioned at reference column 26, before support column 27, laterally be fixed with handle 29 at the right-hand member of supporting plate 5, left end and the supporting plate 5 of described handle 29 are fixed.
Described base plate 17 is also fixed with the guide vane end stop 18 of locking cylinder 19 and two rectangular block shape, wherein two guide vane end stops 18 1 are positioned at the front of bearing 45, a right back being positioned at bearing 45, and two guide vane end stops 18 are arranged vertically mutually, be fixed with two vertical spacer pins 33 in the bottom surface of described supporting plate 5, described spacer pin 33 mates one by one with guide vane end stop 18; Described locking cylinder 19 is laterally fixed on the left end of base plate 17, the piston rod of locking cylinder 19 is arranged towards bearing 45, two locking backing pins 34 are also fixed with side by side in the bottom surface of described supporting plate 5, when supporting plate 5 turn to its center line longitudinally arrange time, gap between two locking backing pins 34 is just to the piston rod of locking cylinder 19, the piston rod of locking cylinder 19 stretches out, and supporting plate 5 is locked at this position.
Described socket hold-down mechanism comprises pressing plate 39, fixed block 38, component plate 37, socket compact heap 35, upper guide post 42 and lower guide pillar 12, the wherein strip block of socket compact heap 35 in level, the lower end of this socket compact heap 35 is to lower convexity, form the strip socket compressed part 35a perpendicular with socket compact heap 35, all admittedly, lower guide pillar 12 is inserted with at the two ends of described socket compact heap 35, component plate 37 is also provided with above socket compact heap 35, the two ends kink of described component plate 37 is on lower guide pillar 12, and the upper end of lower guide pillar 12 is stuck in above component plate 37, on every guide pillar 12 once, all cover has lower spring 41, this lower spring 41 pads between component plate 37 and socket compact heap 35, also upper guide post 42 is admittedly inserted with at the two ends of described component plate 37, described upper guide post 42 is positioned at the top outside lower guide pillar 12, fixed block 38 and pressing plate 39 is provided with above component plate 37, wherein the two ends kink of fixed block 38 is on upper guide post 42, this fixed block 38 is vertically fixed on the upper surface of cover plate 6, the upper end of two upper guide posts 42 is fixed with the two ends screw of pressing plate 39 bottom surface respectively, and on upper guide post 42, also cover has upper spring 43, and described upper spring 43 pads between fixed block 38 and pressing plate 39, be connected with level sensor 40 in the bottom surface of component plate 37, be vertically inserted with Stroke Control screw 44 at the middle part of pressing plate 39, fixed block 38 has just to the groove 38a of Stroke Control screw 44.
Terminal hold-down mechanism is also fixed with in described cover plate 6 front end, this terminal hold-down mechanism and socket hold-down mechanism are arranged side by side, described terminal hold-down mechanism comprises terminal compact heap 36, the strip block of this terminal compact heap 36 in level, the lower end of this terminal compact heap 36 is to lower convexity, formation two the strip terminal compressed part 36a paralleled with terminal compact heap 36 side by side, and other structures of described terminal hold-down mechanism are identical with the structure of socket hold-down mechanism.
Claims (10)
1. a rapid changing flexible PCB socket press-in checkout gear, comprise rectangular box-like underframe (1), it is characterized in that: the working plate (2) being connected with level at the top of described underframe (1) by guidance set, described guidance set comprises the slide block and slide rail (9) that are slidably matched, wherein slide rail (9) is fixed on underframe (1) top along the longitudinal direction, and slide block is fixed on working plate (2) bottom surface, two back-up blocks (3) are symmetrically fixed with in the upper left and right of working plate (2), back-up block (3) is fixed with vertical alignment pin (4), two back-up blocks (3) are also supported with the base plate (17) of level, and two ends, the left and right kink of described base plate (17) is on alignment pin (4), described base plate (17) is provided with the supporting plate (5) of level, rotating shaft (32) is fixed with below the middle part of this supporting plate (5), be fixed with bearing (45) in the middle part perforate of described base plate (17), the inner ring of this bearing (45) is solidly set on rotating shaft (32) bottom, the supporting bracket (10) of level is also connected with in the rear end of described base plate (17), this supporting bracket (10) is fixed with two pillars (20) in left and right, the track (21) arranged along the longitudinal direction is all fixed with in each pillar (20) upper end, in track (21), level is inserted with draw runner (22), in left and right, the front end of two draw runners (22) is fixed with cover plate (6), socket hold-down mechanism is fixed with in described cover plate (6) front end, when cover plate (6) forward slip, socket hold-down mechanism moves to supporting plate (5) top, when cover plate (6) slides backward, socket hold-down mechanism moves to supporting bracket (10) top, rectangular box-like support (7) is also fixed with at the rear portion at described underframe (1) top, middle part in described support (7) is provided with the catotropic camera of mirror (14), is fixed with display (8) in the front side of described support (7).
2. rapid changing flexible PCB socket is pressed into checkout gear according to claim 1, it is characterized in that: be provided with buffer (11) separately in the rear and front end at described underframe (1) top, the buffer head of buffer described in former and later two (11) matches with the rear and front end of working plate (2) respectively.
3. rapid changing flexible PCB socket is pressed into checkout gear according to claim 1, it is characterized in that: two advance spacer pins (24) and two retrogressings spacer pin (25) of all longitudinally arranging are installed in described supporting bracket (10), the spacer pin (24) that wherein advances is fixed on supporting bracket (10) rear upper by vertical batten, described in each, the rear portion of draw runner (22) is all fixed with vertical limiting plate (23), when cover plate (6) move forward put in place time, the rear end of described advance spacer pin (24) offsets with the front side wall of corresponding limiting plate (23), described retrogressing spacer pin (25) is fixed on above supporting bracket (10) rear end by supporting component, when cover plate (6) moves backward to, the front end of described retrogressing spacer pin (25) and the rear end of cover plate (6) offset.
4. rapid changing flexible PCB socket is pressed into checkout gear according to claim 1, it is characterized in that: be fixed with two vertical guide pads (30) in the rear end of described supporting plate (5), the guide hole (30a) that center line is longitudinally arranged is had in the upper end of guide pad (30), two and guide pad (30) longitudinally guiding post (13) is one to one fixed with at the rear portion of described cover plate (6) bottom surface, when cover plate (6) moves forward, described lead (13) stretches in the guide hole (30a) of corresponding guide pad (30).
5. rapid changing flexible PCB socket is pressed into checkout gear according to claim 1, it is characterized in that: be also fixed with latch segment (31) in the rear end of described supporting plate (5), described latch segment (31) has vertical lockhole (31a), described cover plate (6) is provided with limiting lock (46), when cover plate (6) move forward put in place time, the lock pin of described limiting lock (46) is vertical just to lockhole (31a).
6. rapid changing flexible PCB socket is pressed into checkout gear according to claim 1, it is characterized in that: described camera (14) is arranged in support (7) by cantilever (16) and symmetrical two linking arms (15), wherein the upper end of two linking arms (15) is fixed with the right and left at support (7) top separately, be fixed with horizontal cantilever (16) between the bottom of two linking arms (15), described camera (14) is fixed on below the middle part of cantilever (16).
7. rapid changing flexible PCB socket is pressed into checkout gear according to claim 1, it is characterized in that: described supporting plate (5) is in horizontal Long Circle, symmetrically in the front end of described supporting plate (5) be fixed with two vertical reference columns (26), the upper end of this reference column (26) has circular step, four vertical support columns (27) are evenly equipped with in the posterior transversal of supporting plate, described support column (27) is shorter than reference column (26), supporting plate (5) is upper is also symmetrically fixed with two vertical guide fingers (28), after described guide finger (28) is positioned at reference column (26), before support column (27), laterally handle (29) is fixed with at the right-hand member of supporting plate (5), the left end of described handle (29) and supporting plate (5) are fixed.
8. rapid changing flexible PCB socket is pressed into checkout gear according to claim 7, it is characterized in that: the guide vane end stop (18) being also fixed with locking cylinder (19) and two rectangular block shape on described base plate (17), wherein two guide vane end stops (18) are positioned at the front of bearing (45), a right back being positioned at bearing (45), and two guide vane end stops (18) are arranged vertically mutually, two vertical spacer pins (33) are fixed with in the bottom surface of described supporting plate (5), described spacer pin (33) mates one by one with guide vane end stop (18), described locking cylinder (19) is laterally fixed on the left end of base plate (17), the piston rod of locking cylinder (19) is arranged towards bearing (45), two lockings backing pin (34) are also fixed with side by side in the bottom surface of described supporting plate (5), when supporting plate (5) turn to its center line longitudinally arrange time, gap between two lockings backing pin (34) is just to the piston rod of locking cylinder (19), the piston rod of locking cylinder (19) stretches out, and supporting plate (5) is locked at this position.
9. rapid changing flexible PCB socket press-in checkout gear according to claim 1 or 2 or 3 or 4 or 5 or 6 or 7 or 8, it is characterized in that: described socket hold-down mechanism comprises pressing plate (39), fixed block (38), component plate (37), socket compact heap (35), upper guide post (42) and lower guide pillar (12), the wherein strip block of socket compact heap (35) in level, the lower end of this socket compact heap (35) is to lower convexity, form the strip socket compressed part (35a) perpendicular with socket compact heap (35), all admittedly, lower guide pillar (12) is inserted with at the two ends of described socket compact heap (35), component plate (37) is also provided with in the top of socket compact heap (35), the two ends kink of described component plate (37) is on lower guide pillar (12), and the upper end of lower guide pillar (12) is stuck in component plate (37) top, on every guide pillar (12) once, all cover has lower spring (41), this lower spring (41) pad is between component plate (37) and socket compact heap (35), upper guide post (42) is also admittedly inserted with at the two ends of described component plate (37), described upper guide post (42) is positioned at the top in lower guide pillar (12) outside, component plate (37) top is provided with fixed block (38) and pressing plate (39), wherein the two ends kink of fixed block (38) is on upper guide post (42), this fixed block (38) is vertically fixed on the upper surface of cover plate (6), the upper end of two upper guide posts (42) is fixed with the two ends of pressing plate (39) bottom surface respectively, on upper guide post (42), also cover has upper spring (43), described upper spring (43) pad is between fixed block (38) and pressing plate (39), level sensor (40) is connected with in the bottom surface of component plate (37), vertically be inserted with Stroke Control screw (44) at the middle part of pressing plate (39), fixed block (38) have just to the groove (38a) of Stroke Control screw (44).
10. rapid changing flexible PCB socket is pressed into checkout gear according to claim 9, it is characterized in that: be also fixed with terminal hold-down mechanism in described cover plate (6) front end, this terminal hold-down mechanism and socket hold-down mechanism are arranged side by side, described terminal hold-down mechanism comprises terminal compact heap (36), the strip block of this terminal compact heap (36) in level, the lower end of this terminal compact heap (36) is to lower convexity, form two strip terminal compressed part (36a) paralleled with terminal compact heap (36) side by side, other structures of described terminal hold-down mechanism are identical with the structure of socket hold-down mechanism.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420778028.3U CN204291635U (en) | 2014-12-11 | 2014-12-11 | Rapid changing flexible PCB socket press-in checkout gear |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420778028.3U CN204291635U (en) | 2014-12-11 | 2014-12-11 | Rapid changing flexible PCB socket press-in checkout gear |
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| Publication Number | Publication Date |
|---|---|
| CN204291635U true CN204291635U (en) | 2015-04-22 |
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| CN201420778028.3U Expired - Fee Related CN204291635U (en) | 2014-12-11 | 2014-12-11 | Rapid changing flexible PCB socket press-in checkout gear |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109375091A (en) * | 2018-10-15 | 2019-02-22 | 歌尔股份有限公司 | Automatic plug test device and test method for pcb board |
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2014
- 2014-12-11 CN CN201420778028.3U patent/CN204291635U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109375091A (en) * | 2018-10-15 | 2019-02-22 | 歌尔股份有限公司 | Automatic plug test device and test method for pcb board |
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