CN102626865B - Soldering terminal bending and shearing machine - Google Patents
Soldering terminal bending and shearing machine Download PDFInfo
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- CN102626865B CN102626865B CN 201210107291 CN201210107291A CN102626865B CN 102626865 B CN102626865 B CN 102626865B CN 201210107291 CN201210107291 CN 201210107291 CN 201210107291 A CN201210107291 A CN 201210107291A CN 102626865 B CN102626865 B CN 102626865B
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Abstract
The invention discloses a soldering terminal bending and shearing machine which comprises a frame body, a first seat body, a second seat body, a material strip bearing disk, a horizontal driver, a material strip conveying device, a shearing device and a controller. The first seat body is arranged on the second seat body in a sliding mode and is provided with a conveying channel; the material strip bearing disk is arranged on a bearing frame of the frame body; the horizontal driver is used for driving the first seat body to move; the material strip conveying device comprises a motor and an auxiliary wheel; rotating shafts of the auxiliary wheel and the motor are positioned at one side of the initial end of the conveying channel; the shearing device comprises a shearing cylinder, a prepressing part, a first shearing part and a second shearing part; the second shearing part is arranged on the first seat body and is provided with a shearing matching part; the upper end of the first shearing part is connected with the shearing cylinder; the lower end of the first shearing part is matched with the shearing matching part for shearing; the upper end of the prepressing part is connected with an output shaft of the shearing cylinder in a telescopic mode; the lower end of the prepressing part goes over the first shearing part and is over against the shearing matching part; and the controller is respectively and electrically connected with the horizontal driver, the motor and the shearing cylinder, so that the soldering terminal bending and shearing machine can be folded and can shear a soldering terminal.
Description
Technical field
The present invention relates to a kind of bending and shearing, relate in particular to a kind of bending shear out the weld tabs bending and shearing of the weld tabs with bending structure from material strip.
Background technology
Along with the continuous progress of economic development and science and technology, impel be applied to industrial various device just towards the future development of intelligent, highly integrated and high efficiency to be adapted to the requirement of automated job, and can reach accurate manufacturing purpose.
As everyone knows, in order to improve the anti-wear performance of circular saw bit, general except on the material of circular saw bit, and outside reasonably designing in the manufacturing process of circular saw bit, another kind of the best way is exactly the weld tabs that welds upper wear-resisting alloy on circular saw bit, by welding alloy, make circular saw bit more wear-resisting, to reach, reduce the cost that cutter uses.Wherein, for make alloy can from the welding of different circular saw bit matrix phases, normally, can on the weld tabs of straight sheet, bending go out a bending structure, by this bending structure, to reach better the purpose with the welding of circular saw bit matrix phase.
At present, existing weld tabs manufacture is: operating personnel, first by shearing equipment, shear out desired weld tabs from material strip; Then, the weld tabs that operating personnel shear shearing equipment out again is transported to the bending equipment place, then by this bending equipment, weld tabs is carried out to bending, thereby processes the desired weld tabs with bending structure out.
But, shear out weld tabs from material strip, then this weld tabs is carried out to bending is to be undertaken by different equipment, and also needs operating personnel to be responsible for the weld tabs in shearing equipment is transported to bending equipment, thereby reduced operating efficiency, can't be adapted to the requirement of automated job.
Therefore, be badly in need of wanting a kind of weld tabs bending and shearing to overcome above-mentioned defect.
Summary of the invention
The object of the present invention is to provide a kind of weld tabs bending and shearing, this weld tabs bending and shearing can increase work efficiency to adapt to the job requirements of automation.
For achieving the above object, the invention provides a kind of weld tabs bending and shearing, be adapted to from material strip bending and shear out the weld tabs with bending structure, wherein, this weld tabs bending and shearing comprises frame, material strip carrier, horizontal driver, web feed device, shear and controller.Described frame comprises support body, the first pedestal and the second pedestal, described the first pedestal along continuous straight runs is being arranged on described the second pedestal of can horizontally slipping, described the first pedestal has the transfer passage that feed strip is carried use, described the second pedestal along continuous straight runs is arranged on described support body, and described the second pedestal is positioned at described the first pedestal top, and described support body along continuous straight runs extends outward bearing support.Described material strip carrier is arranged on described bearing support and has the bolster stake for the carrying of web-like material strip.Described horizontal driver is arranged on described the second pedestal and orders about described the first pedestal and horizontally slips.Described web feed device comprises motor and auxiliary wheel, and described motor and auxiliary wheel are installed on described the first pedestal, and the turning cylinder of described auxiliary wheel and motor all is positioned at a side of the starting end of described transfer passage.Described shear comprises the shearing cylinder, pre-press, the first cutting member and the second cutting member, described the second cutting member along continuous straight runs is arranged on the lower end of described the first pedestal, and the end that described the second cutting member carries the direction of material strip to stretch out described transfer passage along described transfer passage forms unsettled shearing auxiliary section, described the first cutting member vertically is parallel setting with pre-press, the upper end of described the first cutting member is connected with the output shaft of described shearing cylinder, the lower end of described the first cutting member coordinates shearing with described shearing auxiliary section, described pre-press is between described the first cutting member and described the first pedestal, and the output shaft that the upper end of described pre-press is telescopic and described shearing cylinder is connected, the lower end edge vertical direction of described pre-press cross described the first cutting member and with described shearing auxiliary section over against.Described controller is arranged on described support body and is electrically connected with described horizontal driver, motor and shearing cylinder respectively.
Preferably, weld tabs bending and shearing of the present invention also comprises the absorption cylinder be electrically connected with described controller, described the first cutting member offers the aspiration chamber with a suction port, the material strip that described suction port transports over against described transfer passage, described absorption cylinder is communicated with described aspiration chamber, make the suction port place of the first cutting member can form suction force, thereby can be drawn the weld tabs be sheared out in material strip, to meet follow-up processing requirements.
Preferably, weld tabs bending and shearing of the present invention also comprises collection box, and described collection box, over against described the first cutting member and shearing place that coordinates of shearing auxiliary section, is convenient to weld tabs is reclaimed.
Preferably, described shearing auxiliary section vertically extends upward a coordinating block, described coordinating block is coordinating of inclined-plane with described pre-press, when being convenient to pre-press along continuous straight runs on the first pedestal and sliding with the location that coordinates of shearing auxiliary section, thereby the precompressed of the material strip that pre-press transports transfer passage is more reliable.
Preferably, be provided with a flexible member between the output shaft of the upper end of described pre-press and described shearing cylinder, the two ends of described flexible member are connected in the upper end of described pre-press and shear between the output shaft of cylinder, the scalable motion that makes pre-press and shear between cylinder is simpler, thereby the compression of the material strip that makes pre-press transport transfer passage is more reliable.
Preferably, described horizontal driver is a horizontal air cylinder, and this horizontal air cylinder has been simplified to be ordered about the first pedestal do the structure of the horizontal driver of horizontal slip on the second pedestal, correspondingly reduces the manufacturing cost of horizontal driver.
Preferably, described turning cylinder and auxiliary wheel all are positioned at the downside of described transfer passage, so that the web feed in transfer passage is more reliable.
Preferably, described the first pedestal offers circular conveyor chamber, described conveyor chamber has breach and delivery outlet, the upper end neighbour of described auxiliary wheel and described breach establishes, the lower end neighbour of described turning cylinder and described breach establishes, and described delivery outlet, breach reach and jointly form described transfer passage by gap folded between described auxiliary wheel and described the first pedestal, so that the formation of transfer passage is simpler.Particularly, the position of the contiguous described auxiliary wheel of described the first pedestal is the setting of inclination, so that the material strip be carried on the material strip carrier slides toward the auxiliary wheel place.
Preferably, the upper end edge horizontal direction of described the first pedestal is provided with horizontal guide rail, and described the second pedestal is corresponding is equipped with a cross sliding clock, and described cross sliding clock is and coordinates being placed on described horizontal guide rail of sliding, so that the slip of the first pedestal on the second pedestal is more reliable, more accurate.
Compared with prior art, due to material strip carrier of the present invention, horizontal driver, the web feed device, the cooperation of shear and controller, material strip at extraneous web-like is carried on the bolster stake of material strip carrier, and make the head end of material strip in turn pass auxiliary wheel, after the turning cylinder of transfer passage and motor, also make the head end of material strip and the first cutting member with shear auxiliary section coordinate shearing place over against, material strip now is placed in transfer passage, with the start of Time Controller level of control driver, the horizontal driver of start by order about the first pedestal with respect to the position of the second pedestal make to shear the end of auxiliary section and pre-press over against, and material strip head end is now controlled a distance of under the start of motor, stretching out shearing auxiliary section end at controller, then, controller is controlled and is sheared the cylinder start, the shearing cylinder of start synchronously orders about the first cutting member and pre-press is mobile towards shearing the place, auxiliary section, due to what now coordinate with the shearing auxiliary section, be pre-press rather than the first cutting member, therefore make the material strip part of now stretching out shearing auxiliary section end be gone out a bending structure by the pre-press bending, then, controller is the start of level of control driver again, make the horizontal driver of start by the first pedestal, with respect to the position of the second pedestal, make the first cutting member and the end of shearing auxiliary section over against, and the material strip with bending structure is now controlled at controller under the start of motor and is stretched out another distance of shearing the auxiliary section end, finally, controller is controlled and is sheared the cylinder start, the shearing cylinder of start synchronously orders about the first cutting member and pre-press is mobile towards shearing the place, auxiliary section, again because the first cutting member is crossed in the lower end of pre-press, and the upper end of pre-press is telescopic with the output shaft of shearing cylinder and is connected, therefore after making pre-press first partly be compressed the material strip with bending structure, the first cutting member just starts to coordinate shearing with the shearing auxiliary section, thereby make the material strip with bending structure just be sheared after compression, to cut reliably a weld tabs with bending structure from material strip, thereby complete from material strip bending and shear out the process of the weld tabs with bending structure, therefore, the operating efficiency that weld tabs bending and shearing of the present invention can improve from material strip bending and shear out weld tabs is to be adapted to the requirement of automated job.
The accompanying drawing explanation
Fig. 1 is the structural representation of weld tabs bending and shearing of the present invention.
Fig. 2 is the installation diagram that the first pedestal shown in Fig. 1, the second pedestal, horizontal driver, web feed device and shear are assembled together.
Fig. 3 is the enlarged drawing of A part in Fig. 2.
Fig. 4 is the structural representation of one angle of installation diagram shown in Fig. 2.
Fig. 5 is the structural representation of another angle of installation diagram shown in Fig. 2.
The specific embodiment
In order to describe technology contents of the present invention, structural feature in detail, below in conjunction with embodiment and coordinate accompanying drawing to be described further.
Refer to Fig. 1 to Fig. 3, weld tabs bending and shearing 100 of the present invention bending shear out the weld tabs with bending structure from material strip, wherein, this weld tabs bending and shearing comprises frame 10, material strip carrier 20, horizontal driver 30, web feed device 40, shear 50 and controller.
Described frame 10 comprises support body 11, the first pedestal 12 and the second pedestal 13, described the first pedestal 12 along continuous straight runs are being arranged on described the second pedestal 13 of can horizontally slipping, particularly, in the present embodiment, upper end edge horizontal direction at the first pedestal 12 is provided with horizontal guide rail 12a, the cross sliding clock 13a that is equipped with in the second pedestal 13 correspondences, this cross sliding clock 13a is and coordinates being placed on horizontal guide rail 12a of sliding, to realize that the first pedestal 12 is the purpose on the second pedestal 13 that is arranged at that can horizontally slip, thereby make the slip of the first pedestal 12 on the second pedestal 13 more reliable and more accurate, simultaneously, described the first pedestal 12 has the transfer passage 14 that feed strip is carried use, and described the second pedestal 13 along continuous straight runs are arranged on described support body 11, and described the second pedestal 13 is positioned at described the first pedestal 12 tops, and described support body 11 along continuous straight runs extend outward bearing support 11a, this bearing support 11a vertically is positioned at the top of the first pedestal 12, and bearing support 11a and the second pedestal 13 in sustained height so that be carried on the web feed on material strip carrier 20.It is upper that described material strip carrier 20 is arranged on described bearing support 11a, and described material strip carrier 20 has the bolster stake 21 for the carrying of web-like material strip.
Simultaneously, described horizontal driver 30 is arranged on described the second pedestal 13, described horizontal driver 30 is more excellent is a horizontal air cylinder, this horizontal air cylinder can have been simplified to be ordered about the first pedestal 12 do the structure of the horizontal driver 30 of horizontal slip on the second pedestal 13, correspondingly reduces the manufacturing cost of horizontal driver 30; And horizontal driver 30 by connecting plate 31, with the first pedestal 12, be connected and order about the first pedestal 12 do the left and right slip.
Moreover, described web feed device 40 comprises motor 41 and auxiliary wheel 42, described motor 41 and auxiliary wheel 42 are installed on described the first pedestal 12, and the turning cylinder 41a of described auxiliary wheel 42 and motor 41 all is positioned at a side of the starting end of described transfer passage 14, particularly, in the present embodiment, described turning cylinder 41a and auxiliary wheel 42 all are positioned at the downside of described transfer passage 14, so that the web feed in transfer passage 14 is more reliable.
Finally, described shear 50 comprises shears cylinder 51, pre-press 52, the first cutting member 53 and the second cutting member 54, described the second cutting member 54 along continuous straight runs are arranged on the lower end of described the first pedestal 12, and the end that described the second cutting member 54 carries the direction of material strip to stretch out described transfer passage 14 along described transfer passage 14 forms unsettled shearing auxiliary section 54a, described the first cutting member 53 vertically is parallel setting with pre-press 52, the upper end of described the first cutting member 53 is connected with the output shaft 51a of described shearing cylinder 51, the lower end of described the first cutting member 53 coordinates shearing with described shearing auxiliary section 54a, described pre-press 52 along continuous straight runs are between described the first cutting member 53 and described the first pedestal 12, and the output shaft 51a that the upper end of described pre-press 52 is telescopic and described shearing cylinder 51 is connected, particularly, in the present embodiment, the upper end of realizing pre-press 52 is telescopic and shears the mode that the output shaft 51a of cylinder 51 is connected: between the output shaft 51a of the upper end of pre-press 52 and shearing cylinder 51, be provided with a flexible member (not shown), the two ends of this flexible member are connected in the upper end of pre-press 52 and shear between the output shaft 51a of cylinder 51, so that the scalable motion between pre-press 52 and shearing cylinder 51 is simpler, thereby the compression of the material strip that makes 52 pairs of transfer passages 14 of pre-press transport is more reliable, simultaneously, the lower end edge vertical direction of pre-press 52 cross the first cutting member 53 and with shear auxiliary section 54a over against.And described controller is arranged on support body 11, and described controller is electrically connected with described horizontal driver 30, motor 41 and shearing cylinder 51 respectively.And in conjunction with Fig. 4 and Fig. 5, more specifically, as follows:
Than the superior, weld tabs bending and shearing 100 of the present invention also is provided with the absorption cylinder (not shown) be electrically connected with described controller, above-mentioned the first cutting member 53 of mentioning offers the aspiration chamber with a suction port 53a, the material strip that this suction port 53a transports over against transfer passage 14, specifically, suction port 53a carries the direction of material strip be positioned at the first cutting member 53 and shear the left end of cooperation shearing place of auxiliary section 54a along transfer passage 14, and draw cylinder, with aspiration chamber, be communicated with, so that the suction port 53a place of the first cutting member 53 forms negative pressure and has suction force, thereby can be drawn the weld tabs be sheared out in material strip, to meet follow-up processing requirements.
Simultaneously, weld tabs bending and shearing 100 of the present invention also is provided with collection box 60, and this collection box 60 is over against the first cutting member 53 and shearing place that coordinates of shearing auxiliary section 54a, so that weld tabs is reclaimed.Particularly, above-mentioned shearing auxiliary section 54a vertically extends upward a coordinating block 55, this coordinating block 55 is coordinating of inclined-plane with pre-press 52, make the upper end of coordinating block 55 away from pre-press 52, and the contiguous pre-press 52 in the lower end of coordinating block 55, wherein, be coordinating of inclined-plane by this coordinating block 55 with pre-press 52, when being convenient to pre-press 52 along continuous straight runs on the first pedestal 12 and sliding with the location that coordinates of shearing auxiliary section 54a, thereby the precompressed of the material strip that 52 pairs of transfer passages 14 of pre-press transport is more reliable.
Moreover, above-mentioned the first pedestal 12 of mentioning offers circular conveyor chamber 14a, this conveyor chamber 14a has delivery outlet 14c and ring-like breach 14b, the above-mentioned auxiliary wheel of mentioning 42 is established with the upper end neighbour of breach 14b, the lower end neighbour of the above-mentioned turning cylinder 41a mentioned and breach 14b establishes, and delivery outlet 14c, breach 14b reach and jointly form the above-mentioned transfer passage of mentioning 14 by gap folded between auxiliary wheel 42 and the first pedestal 12, so that the formation of transfer passage 14 is simpler.Wherein, for the ease of the material strip be carried on material strip carrier 20, toward auxiliary wheel 42 places, slide, therefore the position of the first pedestal 12 contiguous auxiliary wheels 42 is the setting of inclination.
By reference to the accompanying drawings, operation principle to weld tabs bending and shearing of the present invention describes: during work, operating personnel first are carried on the material strip of extraneous web-like on the bolster stake 21 of material strip carrier 20, and make the head end of material strip in turn pass auxiliary wheel 42, after the turning cylinder 41a of conveyor chamber 14a and motor 41, the head end that also makes material strip through delivery outlet 14c and make the first cutting member 53 and shearing auxiliary section 54a coordinate shearing place over against, material strip now is placed in transfer passage 14, with 30 starts of Time Controller level of control driver, the horizontal driver 30 of start slides to right-hand member on the second pedestal 13 by ordering about the first pedestal 12, the first pedestal 12 slided make to shear the end of auxiliary section 54a and pre-press 52 over against, and controller is now controlled the start of motor 41, the motor 41 of start is by the rotation of its turning cylinder 41a, CONTACT WITH FRICTION by turning cylinder 41a and material strip, thereby order about material strip and stretch out a distance of shearing auxiliary section 54a end, this distance is to want the length of bending structure to determine by material strip, also that those of ordinary skills are known according to actual needs, then, controller is controlled and is sheared cylinder 51 starts, the shearing cylinder 51 of start synchronously orders about the first cutting member 53 and pre-press 52 is mobile towards shearing 54a place, auxiliary section, due to what now coordinate with shearing auxiliary section 54a, be pre-press 52 rather than the first cutting member 53, therefore make the material strip part of now stretching out shearing auxiliary section 54a end be gone out a bending structure by pre-press 52 bendings, then, controller level of control driver 30 starts again, make the horizontal driver 30 of start order about the first pedestal 12 and do the slip to left end on the second pedestal 13, the first pedestal 12 slided make the first cutting member 53 and the end of shearing auxiliary section 54a over against, and now controller control the start of motor 41, the motor 41 of start is by the rotation of its turning cylinder 41a, CONTACT WITH FRICTION by turning cylinder 41a and material strip, thereby order about the material strip with bending structure and stretch out another distance of shearing auxiliary section 54a end, this another distance is that the size by weld tabs determines, also that those of ordinary skills are known according to actual needs, finally, controller is controlled and is sheared cylinder 51 starts, the shearing cylinder 51 of start synchronously orders about the first cutting member 53 and pre-press 52 is mobile towards shearing 54a place, auxiliary section, again because the first cutting member 53 is crossed in the lower end of pre-press 52, and the upper end of pre-press 52 is telescopic with the output shaft 51a that shears cylinder 51 and is connected, therefore after making pre-press 52 first partly be compressed the material strip with bending structure, the first cutting member 53 just starts to coordinate shearing with shearing auxiliary section 54a, thereby make the material strip with bending structure just be sheared after compression, to cut reliably a weld tabs with bending structure from material strip, thereby complete from material strip bending and shear out a process with weld tabs of bending structure, constantly repeat above-mentioned process, can complete the batch production of the weld tabs with bending structure.
Due to material strip carrier 20 of the present invention, horizontal driver 30, web feed device 40, the cooperation of shear 50 and controller, material strip at extraneous web-like is carried on the bolster stake 21 of material strip carrier 20, and make the head end of material strip in turn pass auxiliary wheel 42, after the turning cylinder 41a of conveyor chamber 14a and motor 41, also make the head end of material strip and the first cutting member 53 with shear auxiliary section 54a coordinate shearing place over against, material strip now is placed in transfer passage 14, with 30 starts of Time Controller level of control driver, the horizontal driver 30 of start by order about the first pedestal 12 with respect to the position of the second pedestal 13 make to shear the end of auxiliary section 54a and pre-press 52 over against, and material strip head end is now controlled a distance of under the start of motor 41, stretching out shearing auxiliary section 54a end at controller, then, controller is controlled and is sheared cylinder 51 starts, the shearing cylinder 51 of start synchronously orders about the first cutting member 53 and pre-press 52 is mobile towards shearing 54a place, auxiliary section, due to what now coordinate with shearing auxiliary section 54a, be pre-press 52 rather than the first cutting member 53, therefore make the material strip part of now stretching out shearing auxiliary section 54a end be gone out a bending structure by pre-press 52 bendings, then, controller level of control driver 30 starts again, make the horizontal driver 30 of start by the first pedestal 12, with respect to the position of the second pedestal 13, make the first cutting member 53 and the end of shearing auxiliary section 54a over against, and the material strip with bending structure is now controlled at controller under the start of motor 41 and is stretched out another distance of shearing auxiliary section 54a end, finally, controller is controlled and is sheared cylinder 51 starts, the shearing cylinder 51 of start synchronously orders about the first cutting member 53 and pre-press 52 is mobile towards shearing 54a place, auxiliary section, again because the first cutting member 53 is crossed in the lower end of pre-press 52, and the upper end of pre-press 52 is telescopic with the output shaft 51a that shears cylinder 51 and is connected, therefore after making pre-press 52 first partly be compressed the material strip with bending structure, the first cutting member 53 just starts to coordinate shearing with shearing auxiliary section 54a, thereby make the material strip with bending structure just be sheared after compression, to cut reliably a weld tabs with bending structure from material strip, thereby complete from material strip bending and shear out the process of the weld tabs with bending structure, therefore, the operating efficiency that weld tabs bending and shearing 100 of the present invention can improve from material strip bending and shear out weld tabs is to be adapted to the requirement of automated job.
Above disclosed is only preferred embodiments of the present invention, certainly can not limit with this interest field of the present invention, and the equivalent variations of therefore doing according to the claims in the present invention, still belong to the scope that the present invention is contained.
Claims (10)
1. a weld tabs bending and shearing, be adapted to from material strip bending and shear out the weld tabs with bending structure, it is characterized in that, described weld tabs bending and shearing comprises:
Frame, described frame comprises support body, the first pedestal and the second pedestal, described the first pedestal along continuous straight runs is being arranged on described the second pedestal of can horizontally slipping, described the first pedestal has the transfer passage that feed strip is carried use, described the second pedestal along continuous straight runs is arranged on described support body, and described the second pedestal is positioned at described the first pedestal top, and described support body along continuous straight runs extends outward bearing support;
The material strip carrier, described material strip carrier is arranged on described bearing support and has the bolster stake for the carrying of web-like material strip;
Horizontal driver, described horizontal driver is arranged on described the second pedestal and orders about described the first pedestal and horizontally slips;
The web feed device, described web feed device comprises motor and auxiliary wheel, described motor and auxiliary wheel are installed on described the first pedestal, and the turning cylinder of described auxiliary wheel and motor all is positioned at a side of the starting end of described transfer passage;
Shear, described shear comprises the shearing cylinder, pre-press, the first cutting member and the second cutting member, described the second cutting member along continuous straight runs is arranged on the lower end of described the first pedestal, and the end that described the second cutting member carries the direction of material strip to stretch out described transfer passage along described transfer passage forms unsettled shearing auxiliary section, described the first cutting member vertically is parallel setting with pre-press, the upper end of described the first cutting member is connected with the output shaft of described shearing cylinder, the lower end of described the first cutting member coordinates shearing with described shearing auxiliary section, described pre-press is between described the first cutting member and described the first pedestal, and the output shaft that the upper end of described pre-press is telescopic and described shearing cylinder is connected, the lower end edge vertical direction of described pre-press cross described the first cutting member and with described shearing auxiliary section over against, and
Controller, described controller is arranged on described support body and is electrically connected with described horizontal driver, motor and shearing cylinder respectively.
2. weld tabs bending and shearing according to claim 1, it is characterized in that, also comprise the absorption cylinder be electrically connected with described controller, described the first cutting member offers the aspiration chamber with a suction port, the material strip that described suction port transports over against described transfer passage, described absorption cylinder is communicated with described aspiration chamber.
3. weld tabs bending and shearing according to claim 1, is characterized in that, also comprises collection box, and described collection box is over against described the first cutting member and shearing place that coordinates of shearing auxiliary section.
4. weld tabs bending and shearing according to claim 1, is characterized in that, described shearing auxiliary section vertically extends upward a coordinating block, and described coordinating block is coordinating of inclined-plane with described pre-press.
5. weld tabs bending and shearing according to claim 1, it is characterized in that, be provided with a flexible member between the output shaft of the upper end of described pre-press and described shearing cylinder, the two ends of described flexible member are connected in the upper end of described pre-press and shear between the output shaft of cylinder.
6. weld tabs bending and shearing according to claim 1, is characterized in that, described horizontal driver is a horizontal air cylinder.
7. weld tabs bending and shearing according to claim 1, is characterized in that, described turning cylinder and auxiliary wheel all are positioned at the downside of described transfer passage.
8. according to the described weld tabs bending and shearing of claim 1 or 7, it is characterized in that, described the first pedestal offers circular conveyor chamber, described conveyor chamber has breach and delivery outlet, the upper end neighbour of described auxiliary wheel and described breach establishes, the lower end neighbour of described turning cylinder and described breach establishes, and described delivery outlet, breach and jointly form described transfer passage by gap folded between described auxiliary wheel and described the first pedestal.
9. weld tabs bending and shearing according to claim 8, is characterized in that, the position of the contiguous described auxiliary wheel of described the first pedestal is the setting of inclination.
10. weld tabs bending and shearing according to claim 1, it is characterized in that, the upper end edge horizontal direction of described the first pedestal is provided with horizontal guide rail, and described the second pedestal is corresponding is equipped with a cross sliding clock, and described cross sliding clock is and coordinates being placed on described horizontal guide rail of sliding.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201210107291 CN102626865B (en) | 2012-04-12 | 2012-04-12 | Soldering terminal bending and shearing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201210107291 CN102626865B (en) | 2012-04-12 | 2012-04-12 | Soldering terminal bending and shearing machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102626865A CN102626865A (en) | 2012-08-08 |
| CN102626865B true CN102626865B (en) | 2013-12-18 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201210107291 Expired - Fee Related CN102626865B (en) | 2012-04-12 | 2012-04-12 | Soldering terminal bending and shearing machine |
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| CN (1) | CN102626865B (en) |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104924082B (en) * | 2014-03-20 | 2018-05-15 | 上海拜骋电器有限公司 | Processing and forming frock |
| CN106735528B (en) * | 2017-01-22 | 2019-07-09 | 深圳市金洲精工科技股份有限公司 | Chopper and slicer |
| CN107855780B (en) * | 2017-11-21 | 2023-08-01 | 金华职业技术学院 | 90-degree cutting, bending and punching integrated equipment |
Family Cites Families (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2238107Y (en) * | 1995-11-24 | 1996-10-23 | 李伟民 | Bending and shearing dual-purpose machine with fixed block |
| JP2002079430A (en) * | 2000-09-07 | 2002-03-19 | Amada Co Ltd | Punching and cutting composite machine |
| CN201239875Y (en) * | 2008-08-18 | 2009-05-20 | 江苏华宏科技股份有限公司 | Inching horizontal type extrusion shear |
| CN202045501U (en) * | 2011-03-23 | 2011-11-23 | 天津市建科机械制造有限公司 | Numerical control shearing and bending continuous production device for reinforced bars |
| CN202539939U (en) * | 2012-04-12 | 2012-11-21 | 东莞市俊知自动机械有限公司 | Welding sheet folding and bending shearing machine |
-
2012
- 2012-04-12 CN CN 201210107291 patent/CN102626865B/en not_active Expired - Fee Related
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| CN102626865A (en) | 2012-08-08 |
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