CN204934438U - The sliding capture device of a kind of high speed axle pin - Google Patents
The sliding capture device of a kind of high speed axle pin Download PDFInfo
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- CN204934438U CN204934438U CN201520650686.9U CN201520650686U CN204934438U CN 204934438 U CN204934438 U CN 204934438U CN 201520650686 U CN201520650686 U CN 201520650686U CN 204934438 U CN204934438 U CN 204934438U
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Abstract
The utility model provides the sliding capture device of a kind of high speed axle pin, belongs to field of mechanical technique.It solve existing capture device and intercept the technical problems such as efficiency is low, intercepted length is inconsistent, intercepting precision is low.The sliding capture device of this high speed axle pin, comprise pedestal, pedestal is provided with stationary knife and the moving knife of head and the tail docking setting, described stationary knife and moving knife are all in tubular and strip-shaped materials can be located in stationary knife and moving knife, described moving knife horizontal direction is fixedly installed and vertical direction activity is arranged, described pedestal is provided with the moving knife driving mechanism that moving knife in the vertical direction can be driven to be elevated, it is characterized in that, described pedestal is provided with translation gliding fixed length mechanism, described translation gliding fixed length mechanism is arranged on the discharge end of moving knife and horizontally outward slides setpoint distance under promoting being arranged in the strip-shaped materials end in stationary knife and moving knife.The utility model can ensure that the error in length of the bearing pin produced is less, intercepts precision high.
Description
Technical field
The utility model belongs to mechanical equipment technical field, relates to capture device, especially relates to the sliding capture device of a kind of high speed axle pin.
Background technology
Since China's reform and opening-up, national economy increases fast, and " scientific and technical innovation, autonomous innovation " has become the main flow of domestic industry development.China's industry is just step by step to the future development of intensive style, energy-saving and emission-reduction, low-carbon (LC).Bearing pin, except being widely used in chain industry, is also widely used in the industry such as bearing and universal joint.So, higher technical requirement is proposed to the plant equipment of processing bearing pin.Have now in technology, the lagging behind in production of pivot pin machine, inefficiency, product quality can not be guaranteed, extension consistency after pivot pin manufacture completes is poor, intercept precision lower, bearing pin after intercepting needs the underproof product of artificial separation, waste time and labour, and the labour intensity adding enterprise staff increases, and cannot meet the demand of social development; Work in-process cannot detect the return situation of machine, may cause the stuck of machine, causes the damage of part, adds the cost of enterprise, and more serious may, because completing order, cause the credit worthiness of enterprise to decline.
Such as, Chinese patent literature discloses a kind of high speed axle pin [application number: 99239869.X], is made up of machine tool frame and the motor be located in machine tool frame, by motor by driving member transmission shearing device and pay-off.Described shearing device comprises the cut-out eccentric cam that is connected with driving member and coupled drags cutter, drag below cutter and be hinged with push rod cam, described pay-off is the feeding cam be connected by driving member, feeding cam connects and connects feeding slide block, connecting rod, fork, ratchet, ratchet successively, contact with feeding clip wheel, blank by being sent to shearing device after alignment.
Although such scheme can manufacture pivot pin, but it is reasonable not that such scheme still also exists design, automaticity is low, inefficiency, and product quality can not be guaranteed, extension consistency after pivot pin manufacture completes is poor, intercepts precision lower, and the bearing pin after intercepting needs the underproof product of artificial separation.
Summary of the invention
The purpose of this utility model is for the problems referred to above, and provide a kind of high speed axle pin sliding capture device, production efficiency is high, ensures that the error in length of the bearing pin produced is less, intercepts precision high.
For achieving the above object, the utility model have employed following technical proposal: the sliding capture device of this high speed axle pin comprises pedestal, described pedestal is provided with stationary knife and the moving knife of head and the tail docking setting, described stationary knife and moving knife are all in tubular and strip-shaped materials can be located in stationary knife and moving knife, described moving knife horizontal direction is fixedly installed and vertical direction activity is arranged, described pedestal is provided with the moving knife driving mechanism that moving knife in the vertical direction can be driven to be elevated, it is characterized in that, described pedestal is provided with translation gliding fixed length mechanism, described translation gliding fixed length mechanism is arranged on the discharge end of moving knife and horizontally outward slides setpoint distance under promoting being arranged in the strip-shaped materials end in stationary knife and moving knife.Strip-shaped materials in this programme docks the stationary knife and moving knife arranged through head and the tail after, translation gliding fixed length mechanism is withstood in one end, and by after translation gliding fixed length mechanism laterally Level Promoting to the length of setting, moving knife completes the intercepting to strip-shaped materials under the driving of moving knife driving mechanism, apparatus design is reasonable, structure is simple, automation can be realized intercept, improve production efficiency, and after translation gliding fixed length mechanism slides into the distance of setting, strip-shaped materials cannot continue to promote translation gliding fixed length mechanism kinematic, ensure that the error in length intercepting the bearing pin obtained is little, there is higher intercepting precision, improve the qualification rate of product.
In the sliding capture device of above-mentioned high speed axle pin, described translation gliding fixed length mechanism comprises horizontal slide, be provided with horizontally-guided mechanism between described horizontal slide and pedestal, described horizontally-guided mechanism is provided with fixed length position limiting structure and elastic reset structure.Horizontal slide can carry out reciprocal horizontal sliding motion by elastic reset structure in horizontally-guided mechanism.
In the sliding capture device of above-mentioned high speed axle pin, described horizontally-guided mechanism comprises at least one pilot hole be arranged on horizontal slide and at least one guide post be arranged on pedestal, and described pilot hole arranges with guide post one_to_one corresponding and is flexibly connected.
In the sliding capture device of above-mentioned high speed axle pin, described fixed length position limiting structure comprises to be fixed on the guide bar and is positioned at the limit body of horizontal slide near moving knife side, and the size of described limit body is greater than the size of pilot hole.
In the sliding capture device of above-mentioned high speed axle pin, described elastic reset structure comprises and wears on the guide bar and be positioned at the spring of horizontal slide away from moving knife side, and described spring one end acts on horizontal slide, and other end effect on the guide bar.
In the sliding capture device of above-mentioned high speed axle pin, described horizontal slide is provided with and can adjusts horizontal slide stroke thus the structure of adjusting length determining the strip-shaped materials length that driven knife intercepts.According to different production requirements, can the distance of slippage by regulating structure of adjusting length to set horizontal slide, and then setting is intercepted the length of bearing pin.
In the sliding capture device of above-mentioned high speed axle pin, described structure of adjusting length comprises level and is located in adjusting screw(rod) on horizontal slide, described adjusting screw(rod) is threaded with horizontal slide, described adjusting screw(rod) and stationary knife and moving knife coaxially arranges and the strip-shaped materials end be arranged in stationary knife and moving knife can be resisted against described adjusting screw(rod) end.Further, structure of adjusting length realizes by the setting intercepting bearing pin length by regulating adjusting screw(rod) near the distance of one end of moving knife and moving knife discharge end, when adjusting screw(rod) increases near the distance of one end of moving knife and moving knife discharge end, increased by the bearing pin length intercepted; Adjusting screw(rod), when the distance of one end of moving knife and moving knife discharge end reduces, is reduced by the bearing pin length intercepted.
In the sliding capture device of above-mentioned high speed axle pin, described moving knife driving mechanism comprises the rotating shaft be laterally located in pedestal, described pedestal and rotating shaft are rotationally connected, described rotating shaft is connected with the rotary drive structure that rotating shaft can be driven to rotate, described rotating shaft is eccentric shaft, and described rotating shaft drives the transmission mechanism of described moving knife vertical lifting to be connected with the rotation of rotating shaft being converted to.This device can be rotated by rotary drive structure driven rotary axle, and then drive transmission device carries out elevating movement, and make transmission mechanism drive moving knife back and forth to intercept motion, structure is simple, can carry out efficient driving, intercepts efficiency high.
In the sliding capture device of above-mentioned high speed axle pin, described rotating shaft comprises skew axis body and is located at the end axis body at skew axis body two ends, two end axis bodies are rotationally connected with pedestal respectively, the axis of described skew axis body deviates from the axis of described end axis body, described rotary drive structure is connected with end axis body, and described transmission mechanism is connected with skew axis body.
In the sliding capture device of above-mentioned high speed axle pin, described transmission mechanism comprises slide block and take-up housing, described slide block is placed on offset axis body periphery and is rotationally connected with skew axis body, described take-up housing has translation chute, described slide block to be arranged in translation chute and slide block described in when rotating shaft rotates can in translation chute horizontal translation, described take-up housing to be arranged in pedestal and to be provided with vertical guide frame between take-up housing and pedestal, described vertical guide frame comprises the vertical cell body be arranged on pedestal, the sidepiece of described vertical cell body has shrouding, described take-up housing is arranged in vertical cell body and both vertically slide and are connected, described moving knife is connected with take-up housing.When rotating shaft rotates, the slide block be sheathed on skew axis body can move horizontally in translation chute, and take-up housing carries out elevating movement under the drive of skew axis body, not easily stuck during equipment work, intercepting efficiency is high, vertical guide frame can ensure that slide block carries out elevating movement at a high speed in vertical guide frame, anti-limited slip block transverse shifting and reduce intercepting efficiency.
Compared with prior art, advantage is: 1, reasonable in design, can realize automation and intercept, improve production efficiency; 2, after translation gliding fixed length mechanism slides into the distance of setting, strip-shaped materials cannot continue to promote translation gliding fixed length mechanism kinematic, ensures that the error in length intercepting the bearing pin obtained is little, has higher intercepting precision, improve the qualification rate of product; 3, can according to different production requirements, can the distance of slippage by regulating structure of adjusting length to set horizontal slide, and then setting is intercepted the length of bearing pin.
Accompanying drawing explanation
Fig. 1 is the schematic perspective view of the sliding capture device of high speed axle pin that the utility model provides;
Fig. 2 is the top view of the sliding capture device of high speed axle pin that the utility model provides;
Fig. 3 is the A-A profile of Fig. 2;
Fig. 4 is the rotary drive structure that provides of the utility model and transmission mechanism connection diagram;
Fig. 5 is the structure chart of the rotating shaft that the utility model provides.
In figure, pedestal 2, stationary knife 10, moving knife 1, moving knife driving mechanism 7, translation gliding fixed length mechanism 8, horizontal slide 81, horizontally-guided mechanism 82, pilot hole 82a, guide post 82b, limit body 83, spring 84, structure of adjusting length 9, adjusting screw(rod) 91, rotating shaft 3, rotary drive structure 4, transmission mechanism 5, skew axis body 31, end axis body 32, slide block 51, take-up housing 52, translation chute 53, vertical guide frame 6, vertical cell body 61, shrouding 62, driver 41, driving wheel 42, driven pulley 43, power belt 45, flywheel 44, cut off slide block 11, briquetting 12, flexible restoring organ 13, spring backing pin 13a, back-moving spring 13b, moving knife seat 101.
Detailed description of the invention
As depicted in figs. 1 and 2, the sliding capture device of high speed axle pin of this programme, comprise pedestal 2, described pedestal 2 is provided with stationary knife 10 and the moving knife 1 of head and the tail docking setting, described stationary knife 10 and moving knife 1 are all in tubular and strip-shaped materials can be located in stationary knife 10 and moving knife 1, described moving knife 1 horizontal direction is fixedly installed and vertical direction activity is arranged, described pedestal 2 is provided with the moving knife driving mechanism 7 that moving knife 1 in the vertical direction can be driven to be elevated, described pedestal 2 is provided with translation gliding fixed length mechanism 8, described translation gliding fixed length mechanism 8 is arranged on the discharge end of moving knife 1 and horizontally outward slides setpoint distance under promoting being arranged in the strip-shaped materials end in stationary knife 10 and moving knife 1.Strip-shaped materials in this programme docks the stationary knife 10 and moving knife 1 arranged through head and the tail after, translation gliding fixed length mechanism 8 is withstood in one end, and by after translation gliding fixed length mechanism 8 laterally Level Promoting to the length of setting, moving knife 1 completes the intercepting to strip-shaped materials under the driving of moving knife driving mechanism 7, apparatus design is reasonable, structure is simple, automation can be realized intercept, improve production efficiency, and after translation gliding fixed length mechanism 8 slides into the distance of setting, strip-shaped materials cannot continue to promote translation gliding fixed length mechanism 8 and move, ensure that the error in length intercepting the bearing pin obtained is little, there is higher intercepting precision, improve the qualification rate of product.
As shown in Figure 3, say further, in this programme, moving knife 1 is arranged at and cuts off in slide block 11 and can be synchronized with the movement with cut-out slide block 11, described cut-out slide block 11 can carry out vertical motion under the drive of moving knife driving mechanism 7, be provided with to drive between described take-up housing 52 and cut-out slide block 11 and cut off the briquetting 12 that slide block 11 carries out vertical slippage, described stationary knife 10 is arranged in stationary knife seat 101, described stationary knife seat 101 is provided with for the vertical movable vertical chute of cut-out slide block 11, the bottom of described vertical chute is provided with the baffle plate stopping and cut off slide block 11, moving knife 1 is connected with described moving knife 1 to be driven when transmission mechanism 5 is separated with moving knife 1 to rise the flexible restoring organ 13 resetted, described flexible restoring organ 13 comprises through cutting off the spring backing pin 13a of slide block 11 upper end and being sheathed on and cutting off the back-moving spring that slide block 11 and two ends act on spring backing pin 13a and stationary knife seat 101 respectively.Cut off slide block 11 constantly to move back and forth under the effect of transmission mechanism 5 and flexible restoring organ 13, carry out dislocation slippage by stationary knife 10 and the moving knife 1 cut off in slide block 11 to intercept strip-shaped materials, intercepting efficiency is high, the bearing pin that the end face that intercepting obtains is smooth, the scrap produced in intercepting process is less.
Translation gliding fixed length mechanism 8 comprises horizontal slide 81, is provided with horizontally-guided mechanism 82 between described horizontal slide 81 and pedestal 2, and described horizontally-guided mechanism 82 is provided with fixed length position limiting structure and elastic reset structure.Horizontal slide 81 can carry out reciprocal horizontal sliding motion by elastic reset structure in horizontally-guided mechanism 82.
Say further, horizontally-guided mechanism 82 comprises at least one pilot hole 82a be arranged on horizontal the slide 81 and at least one guide post 82b arranged on the base 2, described pilot hole 82a arranges with guide post 82b one_to_one corresponding and is flexibly connected, fixed length position limiting structure comprises and is fixed on guide post 82b and is positioned at the limit body 83 of horizontal slide 81 near moving knife 1 side, the size of described limit body 83 is greater than the size of pilot hole 82a, elastic reset structure comprises and is located on guide post 82b and is positioned at the spring 84 of horizontal slide 81 away from moving knife 1 side, described spring 84 one end acts on horizontal slide 81, the other end acts on guide post 82b.
Horizontal slide 81 is provided with and can adjusts horizontal slide 81 stroke thus the structure of adjusting length 9 determining the strip-shaped materials length that driven knife 1 intercepts.According to different production requirements, can the distance of slippage by regulating structure of adjusting length 9 to set horizontal slide 81, and then setting is intercepted the length of bearing pin.Say further, structure of adjusting length 9 comprises level and is located in adjusting screw(rod) 91 on horizontal slide 81, described adjusting screw(rod) 91 is threaded with horizontal slide 81, described adjusting screw(rod) 91 and stationary knife 10 and moving knife 1 is coaxial arranges and the strip-shaped materials end be arranged in stationary knife 10 and moving knife 1 can be resisted against described adjusting screw(rod) 91 end, structure of adjusting length 9 realizes by the setting intercepting bearing pin length by regulating adjusting screw(rod) 91 near the distance of one end of moving knife 1 and moving knife 1 discharge end, when adjusting screw(rod) 91 increases near the distance of one end of moving knife 1 and moving knife 1 discharge end, increased by the bearing pin length intercepted, adjusting screw(rod) 91, when the distance of one end of moving knife 1 and moving knife 1 discharge end reduces, is reduced by the bearing pin length intercepted.
As shown in Figure 4 and Figure 5, moving knife driving mechanism 7 comprises the rotating shaft 3 be laterally located in pedestal 2, described pedestal 2 is rotationally connected with rotating shaft 3, described rotating shaft 3 is connected with the rotary drive structure 4 that rotating shaft 3 can be driven to rotate, described rotating shaft 3 is eccentric shaft, and described rotating shaft 3 drives the transmission mechanism 5 of described moving knife 1 vertical lifting to be connected with the rotation of rotating shaft 3 being converted to.Described rotating shaft 3 comprises skew axis body 31 and is located at the end axis body 32 at skew axis body 31 two ends, two end axis bodies 32 are rotationally connected with pedestal 2 respectively, the axis of described skew axis body 31 deviates from the axis of described end axis body 32, described rotary drive structure 4 is connected with end axis body 32, and described transmission mechanism 5 is connected with skew axis body 31.This programme can be rotated by rotary drive structure 4 driven rotary axle 3, and then drives the transmission mechanism 5 above briquetting 8 to carry out elevating movement, and make briquetting 8 drive moving knife 1 back and forth to intercept motion, structure is simple, can carry out efficient driving, intercepts efficiency high.
Say further, transmission mechanism 5 comprises slide block 51 and take-up housing 52, described slide block 51 is placed on skew axis body 31 periphery and is rotationally connected with skew axis body 31, described take-up housing 52 has translation chute 53, described slide block 51 to be arranged in translation chute 53 and slide block 51 described in when rotating shaft 3 rotates can in translation chute 53 horizontal translation, described take-up housing 52 to be arranged in pedestal 2 and to be provided with vertical guide frame 6 between take-up housing 52 and pedestal 2, described vertical guide frame 6 comprises setting vertical cell body 61 on the base 2, the sidepiece of described vertical cell body 61 has shrouding 62, described take-up housing 52 is arranged in vertical cell body 61 and both vertically slide and are connected, described moving knife 1 is connected with take-up housing 52.When rotating shaft 3 rotates, the slide block 51 be sheathed on skew axis body 31 can move horizontally in translation chute 53, and take-up housing 52 carries out elevating movement under the drive of skew axis body 31, not easily stuck during equipment work, intercepting efficiency is high, vertical guide frame 6 can ensure that slide block 51 carries out elevating movement at a high speed in vertical guide frame 6, anti-limited slip block 51 transverse shifting and reduce intercepting efficiency.
Say further, rotary drive structure 4 comprises driver 41, driving wheel 42 and driven pulley 43, described driving wheel 42 is connected in the output of driver 41, described driven pulley 43 is connected on one of them end axis body 32 of rotating shaft 3, driving wheel 42 is connected by power belt 45 with driven pulley 43, bearing 21 is respectively equipped with between end axis body 32 and pedestal 2, driving wheel 42 is connected by power belt with driven pulley 43, the power transmission that driver 41 produces by power belt 45 is to driven pulley 43 and then drive rotating shaft 3 to carry out axial-rotation, powerful, ensure that transmission mechanism 5 can carry out elevating movement fast, realize efficient intercepting.
Specifically, the end axis body 12 of rotating shaft 3 away from driven pulley 43 one end is fixed with flywheel 44, flywheel can make this device both sides keep poised state, and prevent work timer from producing and rock, have good balance quality, the noise of generation is low.
In this programme, moving knife 1 quantity can be more than 2 and 2, and each moving knife 1 is a corresponding transmission mechanism 5 respectively, makes device that multiple moving knife 1 can be driven to carry out intercepting work simultaneously, greatly improves the production efficiency of bearing pin.
Specific embodiment described herein is only to the explanation for example of the utility model spirit.The utility model person of ordinary skill in the field can make various amendment or supplements or adopt similar mode to substitute to described specific embodiment, but can't depart from spirit of the present utility model or surmount the scope that appended claims defines.
When the sliding capture device of this high speed axle pin works: strip-shaped materials withstands translation gliding fixed length mechanism 8 through the rear one end of stationary knife 10 and moving knife 1 of docking setting from beginning to end, and by after translation gliding fixed length mechanism 8 laterally Level Promoting to the length of setting, strip-shaped materials cannot continue to promote translation gliding fixed length mechanism 8 and move, ensure that the error in length intercepting the bearing pin obtained is little, then cut off slide block 11 constantly to move back and forth under the effect of transmission mechanism 5 and flexible restoring organ 13, the intercepting work of slippage realization to strip-shaped materials that misplaces is carried out by stationary knife 10 and the moving knife 1 cut off in slide block 11.According to different production requirements, can the distance of slippage by regulating structure of adjusting length 9 to set horizontal slide 81, and then setting is intercepted the length of bearing pin.Say further, structure of adjusting length 9 realizes by the setting intercepting bearing pin length by regulating adjusting screw(rod) 91 near the distance of one end of moving knife 1 and moving knife 1 discharge end, when adjusting screw(rod) 91 increases near the distance of one end of moving knife 1 and moving knife 1 discharge end, increased by the bearing pin length intercepted; Adjusting screw(rod) 91, when the distance of one end of moving knife 1 and moving knife 1 discharge end reduces, is reduced by the bearing pin length intercepted.
Although more employ pedestal 2 herein, stationary knife 10, moving knife 1, moving knife driving mechanism 7, translation gliding fixed length mechanism 8, horizontal slide 81, horizontally-guided mechanism 82, pilot hole 82a, guide post 82b, limit body 83, spring 84, structure of adjusting length 9, adjusting screw(rod) 91, rotating shaft 3, rotary drive structure 4, transmission mechanism 5, skew axis body 31, end axis body 32, slide block 51, take-up housing 52, translation chute 53, vertical guide frame 6, vertical cell body 61, shrouding 62, driver 41, driving wheel 42, driven pulley 43, power belt 45, flywheel 44, cut off slide block 11, briquetting 12, flexible restoring organ 13, spring backing pin 13a, back-moving spring 13b, term such as moving knife seat 101 grade, but do not get rid of the possibility using other term.Use these terms to be only used to describe and explain essence of the present utility model more easily, the restriction that they are construed to any one additional is all contrary with the utility model spirit.
Claims (10)
1. the sliding capture device of high speed axle pin, comprise pedestal (2), described pedestal (2) is provided with stationary knife (10) and the moving knife (1) of head and the tail docking setting, described stationary knife (10) and moving knife (1) are all in tubular and strip-shaped materials can be located in stationary knife (10) and moving knife (1), described moving knife (1) horizontal direction is fixedly installed and vertical direction activity is arranged, described pedestal (2) is provided with the moving knife driving mechanism (7) that moving knife (1) in the vertical direction can be driven to be elevated, it is characterized in that, described pedestal (2) is provided with translation gliding fixed length mechanism (8), described translation gliding fixed length mechanism (8) is arranged on the discharge end of moving knife (1) and horizontally outward slides setpoint distance under promoting being arranged in the strip-shaped materials end in stationary knife (10) and moving knife (1).
2. the sliding capture device of high speed axle pin according to claim 1, it is characterized in that, described translation gliding fixed length mechanism (8) comprises horizontal slide (81), be provided with horizontally-guided mechanism (82) between described horizontal slide (81) and pedestal (2), described horizontally-guided mechanism (82) is provided with fixed length position limiting structure and elastic reset structure.
3. the sliding capture device of high speed axle pin according to claim 2, it is characterized in that, described horizontally-guided mechanism (82) comprises at least one pilot hole (82a) be arranged on horizontal slide (81) and at least one guide post (82b) be arranged on pedestal (2), and described pilot hole (82a) arranges with guide post (82b) one_to_one corresponding and is flexibly connected.
4. the sliding capture device of high speed axle pin according to claim 3, it is characterized in that, described fixed length position limiting structure comprises that to be fixed on guide post (82b) upper and be positioned at the limit body (83) of horizontal slide (81) near moving knife (1) side, and the size of described limit body (83) is greater than the size of pilot hole (82a).
5. the sliding capture device of high speed axle pin according to claim 3, it is characterized in that, described elastic reset structure comprises that to be located in guide post (82b) upper and be positioned at the spring (84) of horizontal slide (81) away from moving knife (1) side, described spring (84) one end acts on horizontal slide (81), and the other end acts on guide post (82b).
6. the sliding capture device of the high speed axle pin according to Claims 2 or 3 or 4 or 5, it is characterized in that, described horizontal slide (81) is provided with and can adjusts horizontal slide (81) stroke thus the structure of adjusting length (9) determining the strip-shaped materials length that driven knife (1) intercepts.
7. the sliding capture device of high speed axle pin according to claim 6, it is characterized in that, described structure of adjusting length (9) comprises level and is located in adjusting screw(rod) (91) on horizontal slide (81), described adjusting screw(rod) (91) is threaded with horizontal slide (81), described adjusting screw(rod) (91) and stationary knife (10) and moving knife (1) is coaxial arranges and the strip-shaped materials end be arranged in stationary knife (10) and moving knife (1) can be resisted against described adjusting screw(rod) (91) end.
8. the sliding capture device of high speed axle pin according to claim 1 or 2 or 3 or 4 or 5, it is characterized in that, described moving knife driving mechanism (7) comprises the rotating shaft (3) be laterally located in pedestal (2), described pedestal (2) and rotating shaft (3) are rotationally connected, described rotating shaft (3) is connected with the rotary drive structure (4) that rotating shaft (3) can be driven to rotate, described rotating shaft (3) is eccentric shaft, described rotating shaft (3) drives the transmission mechanism (5) of described moving knife (1) vertical lifting to be connected with the rotation of rotating shaft (3) being converted to.
9. the sliding capture device of high speed axle pin according to claim 8, it is characterized in that, described rotating shaft (3) comprises skew axis body (31) and is located at the end axis body (32) at skew axis body (31) two ends, two end axis bodies (32) are rotationally connected with pedestal (2) respectively, the axis of described skew axis body (31) deviates from the axis of described end axis body (32), described rotary drive structure (4) is connected with end axis body (32), described transmission mechanism (5) is connected with skew axis body (31).
10. the sliding capture device of high speed axle pin according to claim 9, it is characterized in that, described transmission mechanism (5) comprises slide block (51) and take-up housing (52), described slide block (51) is placed on skew axis body (31) periphery and is rotationally connected with skew axis body (31), described take-up housing (52) has translation chute (53), described slide block (51) to be arranged in translation chute (53) and slide block (51) described in when rotating shaft (3) rotates can in translation chute (53) horizontal translation, described take-up housing (52) to be arranged in pedestal (2) and to be provided with vertical guide frame (6) between take-up housing (52) and pedestal (2), described vertical guide frame (6) comprises the vertical cell body (61) be arranged on pedestal (2), the sidepiece of described vertical cell body (61) has shrouding (62), described take-up housing (52) is arranged in vertical cell body (61) and both vertically slide and are connected, described moving knife (1) is connected with take-up housing (52).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520650686.9U CN204934438U (en) | 2015-08-26 | 2015-08-26 | The sliding capture device of a kind of high speed axle pin |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520650686.9U CN204934438U (en) | 2015-08-26 | 2015-08-26 | The sliding capture device of a kind of high speed axle pin |
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| CN204934438U true CN204934438U (en) | 2016-01-06 |
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| CN201520650686.9U Active CN204934438U (en) | 2015-08-26 | 2015-08-26 | The sliding capture device of a kind of high speed axle pin |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105328494A (en) * | 2015-08-26 | 2016-02-17 | 浙江恒久机械集团有限公司 | Slippage type cutting-out device of high-speed shaft pin machine |
-
2015
- 2015-08-26 CN CN201520650686.9U patent/CN204934438U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105328494A (en) * | 2015-08-26 | 2016-02-17 | 浙江恒久机械集团有限公司 | Slippage type cutting-out device of high-speed shaft pin machine |
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Effective date of registration: 20211015 Address after: 311800 No. 8 Yingbin Road, Taozhu Street, Zhuji City, Shaoxing City, Zhejiang Province Patentee after: Zhejiang Evergreen Transmission Technology Co.,Ltd. Address before: 311800 Zhuji City West Development Zone, Shaoxing City, Zhejiang Province Patentee before: ZHEJIANG HENGJIU MACHINERY GROUP Co.,Ltd. |
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| TR01 | Transfer of patent right |