CN203553602U - Crimping machine for adapter - Google Patents
Crimping machine for adapter Download PDFInfo
- Publication number
- CN203553602U CN203553602U CN201320582345.3U CN201320582345U CN203553602U CN 203553602 U CN203553602 U CN 203553602U CN 201320582345 U CN201320582345 U CN 201320582345U CN 203553602 U CN203553602 U CN 203553602U
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- switch
- product
- slide block
- cylinder
- charging tray
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Abstract
The utility model provides a crimping machine for adapters. The crimping machine comprises a machine body. A material-conveying device is disposed on the machine body. A feeding device for pushing products to the left is disposed above the material-conveying device. A crimping device for crimping the products is disposed at the left end of the feeding device. A material-discharging device is further disposed on the machine body. Crimped products are discharged through the material-discharging device. During the use of the crimping machine for adapters, material discs loaded with adapters need only to be manually placed on a conveyor belt. The crimping machine for adapters is novel in structure and fast in production, has a production efficiency several hundreds of times higher than manual operation, requires low labor intensity of workers, and thus is suitable for batch production.
Description
Technical field
The utility model relates to a kind of press-connection machine, especially a kind of press-connection machine of realizing adapter automatic crimping.
Background technology
Adapter is exactly an interface convertor; it can be an independently hardware interface device; allow hardware or electrical interface to be connected with other hardware or electrical interface; also can be information interface; in the semi-finished product of general adapter, earthenware is installed; then by upper and lower fuse, earthenware is fixed; the crimping of existing fuse and earthenware is by crimping apparatus, to carry out crimping after manually putting; not only workman's labour intensity is large; and operating efficiency is very low, can not meet the large-scale production of factory.
Summary of the invention
In order to address the above problem, the utility model provides the novel adapter press-connection machine of a kind of automatic feed, crimping and discharging, and this press-connection machine operating efficiency, than front having improved hundreds of times, is applicable to large-scale production.
In order to achieve the above object, the utility model is achieved through the following technical solutions:
The utility model is a kind of adapter press-connection machine, press-connection machine comprises that body is provided with transmission materials device on body, above transmission materials device, be provided with the feed arrangement that product is advanced left, at the left end of feed arrangement, be provided with the compression bonding apparatus of crimping product, on body, be also provided with drawing mechanism, the product after crimping is by drawing mechanism discharging.
Further improvement of the utility model is: transmit materials device and comprise that the charging tray being fixed in charging tray conveyer mounting seat transmits motor, charging tray transmits motor by 10 belt pulleys, belt and 10 roller drive the motion of charging tray conveyer belt, between every two described belt pulleys, be provided with belt and tighten wheel, a side at individual roller is provided with the fixedly roller fixed head of roller, in charging tray conveyer mounting seat, be also provided with switch fixed block, on switch fixed block, be provided with charging tray inductive switch, charging tray inductive switch informs control cabinet by the signal sensing, control cabinet is controlled charging tray again and is transmitted motor rotation.
Further improvement of the utility model is: feed arrangement comprises support, on support, be provided with Rodless cylinder, in the left and right sides of support, be respectively arranged with the first approach switch and the second approach switch, at the two ends of support, be provided with guide rod fixed head, at guide rod fixed head, be also provided with upper and lower two slider waveguide rods, Rodless cylinder drives charging ram cylinder moving, below charging ram cylinder, be provided with slide block, below slide block, be provided with and advance product charging ram, on support, be also provided with limiting plate fixed block, on limiting plate fixed block, be provided with side limiting plate and upper limit plate, below charging ram cylinder, be also provided with the charging ram cylinder lower limiting board of protection product, at charging ram cylinder, be respectively arranged with up and down the first magnetic switch and the second magnetic switch, pusher cylinder moves up and approaches the first magnetic switch, the first magnetic switch has after signal described Rodless cylinder band movable slider contact the second approach switch that starts to move right, after the second approach switch has signal, charging tray transmission motor stops the rotation, simultaneously pusher cylinder starts to move down and approaches the second magnetic switch, when the second magnetic switch has signal, Rodless cylinder starts left product to be advanced in compression bonding apparatus.
Further improvement of the utility model is: Rodless cylinder advances compression bonding apparatus to carry out crimping product, compression bonding apparatus comprises support, on support, be provided with the 4th approach switch, on support, be provided with the eccentric shaft rotating by binder driven by motor, between binder motor and eccentric shaft, be provided with shaft coupling, eccentric shaft is fixed on eccentric shaft fixed head, eccentric shaft is connected with slide block by slide block connecting plate, slide block is fixed in sliding dowel block, below slide block, by compression slide block limit screw cap and set screw, be fixed with compression slide block, in slide block, be also provided with pad, between pad and slide block, be provided with spring, thereby rotate and make slide block drive the downward crimping product of compression slide block downwards by binder driven by motor eccentric shaft, on body, be provided with mold base, on mold base, be provided with material pressing mould, product advances by Rodless cylinder, product touches a displacement position-limiting touch switch piece, one end of displacement position-limiting touch switch piece is provided with inductive switching screw, displacement position-limiting touch switch piece moves spacing touch switch piece rotating shaft around one and deflects under the effect of touching of product, in the corresponding position of inductive switching screw, be provided with one and be fixed on the 3rd approach switch on switch fixed block, opposite side at material pressing mould is provided with cylinder, the product orientation that cylinder is connected with positioning product by limit connector is inserted, limit connector connection sliding block moves push rod, slide block moves push rod and drives a guide vane end stop moving slider motion, between displacement position-limiting touch switch piece and guide vane end stop moving slider, be provided with swing spring, on limit connector, be connected with and facilitate the spacing of product automatic calibration, on cylinder, be also provided with the 3rd magnetic switch, below set screw, be provided with drift, drift is arranged in drift cover, drift cover is fixed on drift locating piece, outside at drift and drift cover is arranged with drift spring, after the 3rd magnetic switch senses signal, start binder motor and start rotation, band movable slider connecting plate and slide block start to move to drift, drift is pressed into product, the rotation of binder motor rises to the 4th approach switch, producing signal exhaust hood returns, the 3rd magnetic switch cut-off signal, binder motor stops the rotation and waits for next product.
The beneficial effects of the utility model are: in the utility model, workman is placed on the charging tray that adapter is housed on the conveyer of charging tray, after charging tray is near charging tray induction switch producing signal, charging tray transmits motor and starts rotation, drive the motion of charging tray conveyer belt, carry charging tray, realize the automatic transport of charging tray, without manual operation, and pusher cylinder starts to move up to tie and approaches the first magnetic switch, the first magnetic switch produces after signal, Rodless cylinder band movable slider starts to move right to the second approach switch, after the second approach switch produces signal, charging tray transmission motor stops the rotation, simultaneously pusher cylinder starts to move down and approaches the second magnetic switch, when the second magnetic switch has signal, Rodless cylinder starts to be moved to the left to displacement position-limiting touch switch piece, under the reasoning of Rodless cylinder, displacement position-limiting touch switch piece approaches the 3rd approach switch, when the 3rd approach switch has signal, cylinder starts to be moved to the left, promote limit connector, product orientation is inserted, connection sliding block moves push rod, guide vane end stop moving slider, displacement position-limiting touch switch piece and automatic calibration spacing etc. mobile, product orientation is inserted in after the tea grower of card column before the spacing disengagement of displacement position-limiting touch switch piece, when displacement position-limiting touch switch piece moves into place, under the dynamics of swing spring, rotation disengagement product is waited for spacing next product when cylinder returns, it is binder electric motor starting that cylinder moves to the 3rd magnetic switch generation signal, binder motor starts rotation, band movable slider connecting plate and slide block start to move to drift, drift is pressed into product, binder motor continues rotation and rises to the 4th approach switch, the 4th approach switch produces signal exhaust hood and returns, the 3rd magnetic switch cut-off signal, binder motor stops the rotation and waits for that next product promotes displacement position-limiting touch switch piece and touches the 3rd approach switch continuous circulation crimping product under the thrust of noninductive cylinder, in charging tray, the whole orbital injection rear sliders of adapter are near the first approach switch, mobile the first magnetic switch continuous circulation self-feeding on pusher cylinder when the first approach switch has signal, after on charging tray, all material have all sent, driving motor rotarily drives charging tray and continues mobile, when charging tray is thrown off charging tray inductive switch, at relieved charging tray, be not that on conveyer, entire machine will suspend, wait for that near charging tray sends into.
The utility model novel structure, only needs manually the charging tray that adapter is housed to be placed on conveyer belt, and speed of production is fast, and production efficiency is high, is manually-operated hundred times, is applicable to producing in enormous quantities, and workman's labour intensity is low.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Fig. 2 is A place vertical view in the utility model Fig. 1.
Fig. 3 is the right view of A in the utility model Fig. 1.
Fig. 4 is the enlarged diagram at the B place in the utility model Fig. 1.
Fig. 5 is the right view of Fig. 4 in the utility model.
Fig. 6 is the enlarged diagram of scheming C in the utility model.
Fig. 7 is the right view of compression bonding apparatus of the present utility model.
Fig. 8 is the enlarged diagram at D place in the utility model Fig. 7.
Fig. 9 is the part enlarged diagram of Fig. 7 in the utility model.
Figure 10 is the vertical view of Fig. 9 in the utility model.
Wherein: 1-binder motor, 2-support, 3-shaft coupling, 4-eccentric shaft fixed head, 5-eccentric shaft, 6-slide block connecting plate, 7-slide block, 8-sliding dowel block, 9-spring, 10-pad, 11-compression slide block limit screw cap, 12-compresses slide block, 13-set screw, 14-control cabinet, 15-discharging opening, 16-charging tray transmits motor, 17-1-the first approach switch, 17-2-the second approach switch, 18-belt pulley, 19-belt tightens wheel, 20-belt, 21-switch fixed block, 22-charging tray inductive switch, 23-roller fixed head, 24-roller, 25-support, 26-limiting plate fixed block, 27-Rodless cylinder, 28-slide block, 29-charging ram, 30-side limiting plate, 31-upper limit plate, 32-slider waveguide rod, 33-charging ram cylinder lower limiting board, 34-pusher cylinder, 34-1-the first magnetic switch, 34-2-the second magnetic switch,
35-guide rod fixed head, 36-drift 37-drift spring, 37-1-swing spring, 38-drift cover, 39-drift locating piece, 40-inductive switching screw, 41-switch fixed block, 41-1-the 3rd approach switch, 42-displacement position-limiting touch switch piece, 45-guide vane end stop moving slider, 46-connection sliding block moves push rod, 47-limit connector, 48-product orientation is inserted, 49-moves spacing touch switch piece rotating shaft, 50-crimping product, 51-material pressing mould, 52-automatic calibration spacing, 53-mold base, 54-cylinder, 55-the 3rd magnetic switch, 56-the 4th approach switch, 57-charging tray conveyer mounting seat.
Embodiment
In order to deepen, to understanding of the present utility model, below in conjunction with drawings and Examples, the utility model to be described in further detail, this embodiment, only for explaining the utility model, does not form and limits protection range of the present utility model.
As shown in Fig. 1-10, the utility model is a kind of adapter press-connection machine, described press-connection machine comprises body, on described body, be provided with transmission materials device, above described transmission materials device, be provided with the feed arrangement that product 50 is advanced left, the compression bonding apparatus that is provided with product 50 described in crimping at the left end of described feed arrangement is also provided with drawing mechanism on described body, and the product 50 after crimping is by discharging opening 15 dischargings.
Described transmission materials device comprises that the charging tray being fixed in charging tray conveyer mounting seat 57 transmits motor 16, described charging tray transmits motor 16 by 10 belt pulleys 18, belt 20 and 10 rollers 24 drive the motion of charging tray conveyer belt, between every two described belt pulleys 18, be provided with belt and tighten wheel 19, a side at described 10 rollers 24 is provided with the fixedly roller fixed head 23 of roller, in described charging tray conveyer mounting seat 57, be also provided with switch fixed block 21, on described switch fixed block 21, be provided with charging tray inductive switch 22, described charging tray inductive switch 22 informs control cabinet 14 by the signal sensing, described control cabinet 14 is controlled described charging tray again and is transmitted motor 16 rotations, described feed arrangement comprises support 25, on described support 25, be provided with Rodless cylinder 27, in the left and right sides of described support 25, be respectively arranged with the first approach switch 17-1 and the second approach switch 17-2, at the two ends of described support 25, be provided with guide rod fixed head 35, at described guide rod fixed head 35, be also provided with upper and lower two slider waveguide rods 32, described Rodless cylinder 27 drives 34 motions of charging ram cylinder, below described charging ram cylinder 34, be provided with slide block 28, below described slide block 28, be provided with and advance described product 50 charging rams 29, on described support 25, be also provided with limiting plate fixed block 26, on described limiting plate fixed block 26, be provided with side limiting plate 30 and upper limit plate 31, below described charging ram cylinder 34, be also provided with the charging ram cylinder lower limiting board 33 of the described product 50 of protection, at described charging ram cylinder 34, be respectively arranged with up and down the first magnetic switch 34-1 and the second magnetic switch 34-2, described pusher cylinder 34 moves up and approaches described the first magnetic switch 34-1, described the first magnetic switch 34-1 has after signal described Rodless cylinder 27 drive described slide block 28 described the second approach switch 17-2 of contact that starts to move right, after described the second approach switch 17-2 has signal, described charging tray transmission motor 16 stops the rotation, simultaneously described pusher cylinder 34 starts to move down and approaches the second magnetic switch 34-2, when described the second magnetic switch 34-2 has signal, described Rodless cylinder 27 starts left product to be advanced in compression bonding apparatus, described Rodless cylinder 27 advances compression bonding apparatus to carry out crimping described product 50, described compression bonding apparatus comprises support 2, on described support 2, be provided with the 4th approach switch 56, on described support 2, be provided with by binder motor 1 and drive the eccentric shaft 5 rotating, between described binder motor 1 and described eccentric shaft 5, be provided with shaft coupling 3, described eccentric shaft 5 is fixed on eccentric shaft fixed head 4, described eccentric shaft 5 is connected with slide block 7 by slide block connecting plate 6, described slide block 7 is fixed in sliding dowel block 8, below described slide block 7, by compression slide block limit screw cap 11 and set screw 13, be fixed with compression slide block 12, in described slide block 7, be also provided with pad 10, between described pad 10 and described slide block 7, be provided with spring 9, thereby by binder motor 1, driving eccentric shaft 5 to rotate makes slide block 7 drive the downward crimping product 50 of described compression slide block 12 downwards, on described body, be provided with mold base 53, on described mold base 53, be provided with material pressing mould 51, described product 50 advances by described Rodless cylinder 27, described product 50 touches a displacement position-limiting touch switch piece 42, one end of described displacement position-limiting touch switch piece 42 is provided with inductive switching screw 40, described displacement position-limiting touch switch piece 42 moves spacing touch switch piece rotating shaft 49 around one and deflects under the effect of touching of product, in the corresponding position of described inductive switching screw 40, be provided with one and be fixed on the 3rd approach switch 41-1 on switch fixed block 41, opposite side at described material pressing mould 51 is provided with cylinder 54, the product orientation that described cylinder 54 is connected with positioning product 50 by limit connector 47 inserts 48, described limit connector 47 connection sliding blocks move push rod 46, described slide block moves push rod 46 and drives guide vane end stop moving slider 45 motions, between described displacement position-limiting touch switch piece 42 and described guide vane end stop moving slider 45, be provided with swing spring 37-1, on described limit connector 47, be connected with and facilitate spacing 52 of product automatic calibration, on described cylinder 54, be also provided with the 3rd magnetic switch 55, below described set screw 13, be provided with drift 36, described drift 36 is arranged in drift cover 38, described drift cover 38 is fixed on drift locating piece 39, outside at described drift 36 and described drift cover 38 is arranged with drift spring 37, after described the 3rd magnetic switch 55 senses signal, start described binder motor 1 and start rotation, drive described slide block connecting plate 6 and described slide block 7 to start to move to described drift 36, described drift 36 is pressed into product 50, described motor 1 rotation rises to described the 4th approach switch 56, after producing signal, described cylinder 54 returns, described the 3rd magnetic switch 55 cut-off signals, described motor stops the rotation and waits for next product 50.
The course of work of the present utility model is: workman is placed on the charging tray that adapter is housed on the conveyer of charging tray, after charging tray is near charging tray induction switch producing signal, charging tray transmits motor and starts rotation, drive the motion of charging tray conveyer belt, carry charging tray, realize the automatic transport of charging tray, without manual operation, and pusher cylinder starts to move up to tie and approaches the first magnetic switch, the first magnetic switch produces after signal, Rodless cylinder band movable slider starts to move right to the second approach switch, after the second approach switch produces signal, charging tray transmission motor stops the rotation, simultaneously pusher cylinder starts to move down and approaches the second magnetic switch, when the second magnetic switch has signal, Rodless cylinder starts to be moved to the left to displacement position-limiting touch switch piece, under the reasoning of Rodless cylinder, displacement position-limiting touch switch piece approaches the 3rd approach switch, when the 3rd approach switch has signal, cylinder starts to be moved to the left, promote limit connector, product orientation is inserted, connection sliding block moves push rod, guide vane end stop moving slider, displacement position-limiting touch switch piece and automatic calibration spacing etc. mobile, product orientation is inserted in after the tea grower of card column before the spacing disengagement of displacement position-limiting touch switch piece, when displacement position-limiting touch switch piece moves into place, under the dynamics of swing spring, rotation disengagement product is waited for spacing next product when cylinder returns, it is binder electric motor starting that cylinder moves to the 3rd magnetic switch generation signal, binder motor starts rotation, band movable slider connecting plate and slide block start to move to drift, drift is pressed into product, binder motor continues rotation and rises to the 4th approach switch, the 4th approach switch produces signal exhaust hood and returns, the 3rd magnetic switch cut-off signal, binder motor stops the rotation and waits for that next product promotes displacement position-limiting touch switch piece and touches the 3rd approach switch continuous circulation crimping product under the thrust of noninductive cylinder, in charging tray, the whole orbital injection rear sliders of adapter are near the first approach switch, mobile the first magnetic switch continuous circulation self-feeding on pusher cylinder when the first approach switch has signal, after on charging tray, all material have all sent, driving motor rotarily drives charging tray and continues mobile, when charging tray is thrown off charging tray inductive switch, at relieved charging tray, be not that on conveyer, entire machine will suspend, wait for that near charging tray sends into.
The utility model novel structure, only needs manually the charging tray that adapter is housed to be placed on conveyer belt, and speed of production is fast, and production efficiency is high, is manually-operated hundred times, is applicable to producing in enormous quantities, and workman's labour intensity is low.
Claims (4)
1. an adapter press-connection machine, described press-connection machine comprises body, it is characterized in that: on described body, be provided with transmission materials device, above described transmission materials device, be provided with the feed arrangement that product (50) is advanced left, at the left end of described feed arrangement, be provided with the compression bonding apparatus of product (50) described in crimping, on described body, be also provided with drawing mechanism, the product after crimping (50) is by discharging opening (15) discharging.
2. a kind of adapter press-connection machine according to claim 1, it is characterized in that: described transmission materials device comprises that the charging tray being fixed in charging tray conveyer mounting seat (57) transmits motor (16), described charging tray transmits motor (16) by 10 belt pulleys (18), belt (20) and 10 rollers (24) drive the motion of charging tray conveyer belt, between every two described belt pulleys (18), be provided with belt and tighten wheel (19), a side at described 10 rollers (24) is provided with the fixedly roller fixed head (23) of roller, in described charging tray conveyer mounting seat (57), be also provided with switch fixed block (21), on described switch fixed block (21), be provided with charging tray inductive switch (22), described charging tray inductive switch (22) informs control cabinet (14) by the signal sensing, described control cabinet (14) is controlled described charging tray again and is transmitted motor (16) rotation.
3. a kind of adapter press-connection machine according to claim 1, it is characterized in that: described feed arrangement comprises support (25), on described support (25), be provided with Rodless cylinder (27), in the left and right sides of described support (25), be respectively arranged with the first approach switch (17-1) and the second approach switch (17-2), at the two ends of described support (25), be provided with guide rod fixed head (35), at described guide rod fixed head (35), be also provided with upper and lower two slider waveguide rods (32), described Rodless cylinder (27) drives charging ram cylinder (34) motion, in described charging ram cylinder (34) below, be provided with slide block (28), in the below of described slide block (28), be provided with and advance described product (50) charging ram (29), on described support (25), be also provided with limiting plate fixed block (26), on described limiting plate fixed block (26), be provided with side limiting plate (30) and upper limit plate (31), in the below of described charging ram cylinder (34), be also provided with the charging ram cylinder lower limiting board (33) of the described product of protection (50), at described charging ram cylinder (34), be respectively arranged with up and down the first magnetic switch (34-1) and the second magnetic switch (34-2), described pusher cylinder (34) moves up and approaches described the first magnetic switch (34-1), described the first magnetic switch (34-1) has after signal described Rodless cylinder (27) drive described slide block (28) contact described the second approach switch (17-2) that starts to move right, after described the second approach switch (17-2) has signal, described charging tray transmission motor (16) stops the rotation, simultaneously described pusher cylinder (34) starts to move down and approaches the second magnetic switch (34-2), when described the second magnetic switch (34-2) has signal, described Rodless cylinder (27) starts left product to be advanced in compression bonding apparatus.
4. a kind of adapter press-connection machine according to claim 3, it is characterized in that: described Rodless cylinder (27) advances compression bonding apparatus to carry out crimping described product (50), described compression bonding apparatus comprises support (2), on described support (2), be provided with the 4th approach switch (56), on described support (2), be provided with by binder motor (1) and drive the eccentric shaft (5) rotating, between described binder motor (1) and described eccentric shaft (5), be provided with shaft coupling (3), described eccentric shaft (5) is fixed on eccentric shaft fixed head (4), described eccentric shaft (5) is connected with slide block (7) by slide block connecting plate (6), described slide block (7) is fixed in sliding dowel block (8), below at described slide block (7) is fixed with compression slide block (12) by compression slide block limit screw cap (11) and set screw (13), in described slide block (7), be also provided with pad (10), between described pad (10) and described slide block (7), be provided with spring (9), by binder motor (1), being driven eccentric shaft (5) thereby rotated makes slide block (7) drive described compression slide block (12) crimping product (50) downwards downwards, on described body, be provided with mold base (53), on described mold base (53), be provided with material pressing mould (51), described product (50) advances by described Rodless cylinder (27), described product (50) touches a displacement position-limiting touch switch piece (42), one end of described displacement position-limiting touch switch piece (42) is provided with inductive switching screw (40), described displacement position-limiting touch switch piece (42) moves spacing touch switch piece rotating shaft (49) around one and deflects under the effect of touching of product, in the corresponding position of described inductive switching screw (40), be provided with one and be fixed on upper the 3rd approach switch (41-1) of switch fixed block (41), opposite side at described material pressing mould (51) is provided with cylinder (54), the product orientation that described cylinder (54) is connected with positioning product (50) by limit connector (47) is inserted (48), described limit connector (47) connection sliding block moves push rod (46), described slide block moves push rod (46) and drives guide vane end stop moving slider (45) motion, between described displacement position-limiting touch switch piece (42) and described guide vane end stop moving slider (45), be provided with swing spring (37-1), on described limit connector (47), be connected with spacing (52) that facilitate product automatic calibration, on described cylinder (54), be also provided with the 3rd magnetic switch (55), in the below of described set screw (13), be provided with drift (36), described drift (36) is arranged in drift cover (38), described drift cover (38) is fixed on drift locating piece (39), outside at described drift (36) and described drift cover (38) is arranged with drift spring (37), after described the 3rd magnetic switch (55) senses signal, start described binder motor (1) and start rotation, drive described slide block connecting plate (6) and described slide block (7) to start to move to described drift (36), described drift (36) is pressed into product (50), described binder motor (1) rotation rises to described the 4th approach switch (56), after producing signal, described cylinder (54) returns, described the 3rd magnetic switch (55) cut-off signal, described binder motor stops the rotation and waits for next product (50).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320582345.3U CN203553602U (en) | 2013-09-22 | 2013-09-22 | Crimping machine for adapter |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320582345.3U CN203553602U (en) | 2013-09-22 | 2013-09-22 | Crimping machine for adapter |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203553602U true CN203553602U (en) | 2014-04-16 |
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ID=50471671
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320582345.3U Expired - Fee Related CN203553602U (en) | 2013-09-22 | 2013-09-22 | Crimping machine for adapter |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203553602U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104466607A (en) * | 2013-09-22 | 2015-03-25 | 江苏唐音光电有限公司 | Press-connection machine for adapter |
| CN106312058A (en) * | 2016-08-31 | 2017-01-11 | 安徽东海机床制造有限公司 | Use method for high-precision automatic material pressing device |
-
2013
- 2013-09-22 CN CN201320582345.3U patent/CN203553602U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104466607A (en) * | 2013-09-22 | 2015-03-25 | 江苏唐音光电有限公司 | Press-connection machine for adapter |
| CN106312058A (en) * | 2016-08-31 | 2017-01-11 | 安徽东海机床制造有限公司 | Use method for high-precision automatic material pressing device |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140416 Termination date: 20160922 |
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| CF01 | Termination of patent right due to non-payment of annual fee |