CN202877629U - Full-automatic broach machine - Google Patents
Full-automatic broach machine Download PDFInfo
- Publication number
- CN202877629U CN202877629U CN 201220494378 CN201220494378U CN202877629U CN 202877629 U CN202877629 U CN 202877629U CN 201220494378 CN201220494378 CN 201220494378 CN 201220494378 U CN201220494378 U CN 201220494378U CN 202877629 U CN202877629 U CN 202877629U
- Authority
- CN
- China
- Prior art keywords
- broaching
- tool
- servo
- guide pad
- width
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Landscapes
- Milling, Broaching, Filing, Reaming, And Others (AREA)
Abstract
The utility model discloses a full-automatic broach machine which comprises a feeding mechanism, a broach mechanism, a first width detection mechanism, a second width detection mechanism and a material receiving mechanism, wherein the feeding mechanism, the broach mechanism, the first width detection mechanism, the second width detection mechanism and the material receiving mechanism are sequentially arranged; the broach mechanism comprises a base, a first broach mechanism used for broaching the width of a workpiece, and a second broach mechanism used for broaching a workpiece knife edge; the first broach mechanism comprises an upper edge guide block, a lower edge guide block, a pressing device enabling the upper edge guide block to be tightly pressed on the lower edge guide block, and two servo broach devices arranged on the front side and the back side of the lower edge guide block; and the second broach mechanism comprises an upper edge guide block, a lower edge guide block, a pressing device enabling the upper edge guide block to be tightly pressed on the lower edge guide block, and two servo broach devices arranged on the front side and the back side of the lower edge guide block. The full-automatic broach machine has the advantages that synchronization of steel width broaching and knife edge broaching and gull-automatic control are achieved, working efficiency is greatly improved compared with traditional manual control, quality of products is good, and width errors are small.
Description
[technical field]
The utility model relates to the broaching tool machine, relates in particular to a kind of broaching tool machine that passes through the Automatic Control of broaching process tool.
[background technology]
Broaching processing is to do axially-movable with broaching tool under the pulling force effect; in the processing work; the method of outer surface; this broaching processing technology is widely used in each field of machining; for example process for paper-cut by broaching; the blades such as diaphragm cutting; and when this class blade of processing; with the banded steel of entire volume through twice broaching; for the first time broaching is blade width processing; broached in banded steel both sides; process the banding substrate that meets width requirement; for the second time broaching is edge of a knife processing; to banding substrate wherein a side broach; make this layback cut the formation edge of a knife; form cutter by twice broaching; this cutter is again by other polishings; quench; the processing such as cutting obtain the shaping blades product; yet; twice broaching processing of the prior art; to carry out step by step; first the banded steel of entire volume are all broached once; the base material of finishing of will broaching for the first time again carries out the broaching second time, forms the edge of a knife, and this processing mode broaching time is long; inefficiency; and the broaching process is that manually-operated is finished, and broaching speed is slow, and cost of labor is high; broaching cutters width control accuracy is low; in process because the broaching tool wearing and tearing of processing, at the width of entire volume steel aft section generally than front and part is wide, therefore; the blade width that its broaching is finished is inconsistent, and the blade quality is lower.
[summary of the invention]
The purpose of this utility model is effectively to overcome the deficiency of above-mentioned technology, and a kind of broaching tool machine of Automatic Control is provided, and this broaching tool machine is finished blade width and edge of a knife broaching processing synchronously, its high efficiency, and the blade width that broaching is finished is accurate, the blade quality better.
The technical solution of the utility model is achieved in that a kind of full-automatic broaching tool machine, and it comprises and setting gradually
Feed mechanism, described feed mechanism comprise stock support and are arranged at rotatable drawing-inroller 2 on the stock support;
Tool-broaching mechanism, described tool-broaching mechanism comprises base and is arranged at the first tool-broaching mechanism and the second tool-broaching mechanism on the base, wherein, described the first tool-broaching mechanism comprises along guide pad, lower to guide pad, can make along guide pad be pressed on lower along the hold down gag on the guide pad and be arranged at lower before and after the guide pad two servo broaching tools of both sides, describedly upward be connected in hold down gag along guide pad, hold down gag is fixed on the base by a support, be positioned at upward under guide pad along guide pad down, described each servo broaching tool comprises servo guide rail case and the servo-control system of feeding before and after the servo guide rail case of control in the servo guide rail case is set; Being respectively equipped with at least one on the servo guide rail case of described each servo broaching tool can seesaw with it, is used for the broaching tool assembly that the width of the workpiece is broached;
Described the second tool-broaching mechanism comprise along guide pad, lower along guide pad, can make upper along guide pad be pressed on lower along the hold down gag on the guide pad and be arranged at lower before and after the guide pad two servo broaching tools of both sides, describedly upward be connected in hold down gag along guide pad, hold down gag is fixed on the base by a support, be positioned at upward under guide pad along guide pad down, described each servo broaching tool comprises servo guide rail case and the servo-control system of feeding before and after the servo guide rail case of control in the servo guide rail case is set; The servo guide rail case of described upper servo broaching tool along guide pad the place ahead is provided with at least one and can seesaws with it, is used for the broaching tool assembly of the processing work edge of a knife, and upper servo guide rail case along the guide pad rear is provided with broaching tool mould piece;
The first Width measurement mechanism, described the first width detection mechanism comprise fixed mount and are arranged at Width detecting instrument on the support that be provided with a workpiece via hole that workpiece is passed through on the described fixed mount, described Width detecting instrument is arranged in the pros of workpiece via hole;
The second width detection mechanism, described the second width detection mechanism comprise fixed mount and be arranged on the fixed mount without material sensor and Width detecting instrument, be provided with a workpiece via hole that workpiece is passed through on the described fixed mount, described without expecting sensor setting in a side of workpiece via hole, described Width detecting instrument is arranged in the pros of workpiece via hole;
Receiving mechanism, described receiving mechanism comprise the rewinding support and rewinding wheel and rewinding wheel drive unit on the rewinding support are set.
The below further sets forth technique scheme:
Described rewinding wheel is provided with leader tape, is provided with one between described the second width detection mechanism and the receiving mechanism and is used for leader tape and the forming broach welding of cutting through tool-broaching mechanism after finishing, so that the welding mechanism of receiving mechanism rewinding.
The top of described receiving mechanism is provided with one and is used for the automatic material clamping device that control receiving mechanism rewinding wheel stops the rotation.
Described the first tool-broaching mechanism one side is provided with the first auxiliary clamping device, described the first auxiliary clamping device comprises and is fixed in the bearing block on the base and is arranged at upper contact roller and lower contact roller on the bearing block, described stock support is provided with two guide posts, one end of described guide post is fixed in stock support, the other end is fixed on the described bearing block, and the corresponding centre position that is positioned at contact roller and lower contact roller one side, so that material to be processed imports between upper contact roller and the lower contact roller.
Be provided with the second auxiliary clamping device between described the second width detection mechanism and the welding machine mechanism, described the second auxiliary clamping device comprises and is fixed in the bearing block on the base and is arranged at upper contact roller and lower contact roller on the bearing block
The beneficial effects of the utility model are: the utility model passes through feed mechanism, tool-broaching mechanism, the first width detection mechanism, the second width detection mechanism and receiving mechanism form a kind of broaching tool machine of Automatic Control, this broaching tool machine can be finished blade width broaching and edge of a knife broaching synchronously, concrete, place the banded steel of entire volume at feed mechanism, banded steel pass the first tool-broaching mechanism successively, the first width detection mechanism, the second tool-broaching mechanism, the second width detection mechanism is connected with the rewinding wheel of described receiving mechanism, hold down gag in the first tool-broaching mechanism and the second tool-broaching mechanism is compressed, make upper in the first tool-broaching mechanism and the second tool-broaching mechanism along guide pad and along guide pad banded steel are compressed respectively down, control in the first tool-broaching mechanism and the second tool-broaching mechanism servo guide rail case downwards along the guide pad feeding by servo-control system, the broaching tool assembly amount of feeding on the servo guide rail case determines the amount of banded steel broaching, and then the width after the processing of decision steel, in the first tool-broaching mechanism, banded steel rotate along with the wheel of the rewinding in the receiving mechanism and travel forward, lower before and after the guide pad broaching tool of both sides to the middle banded steel that move broach (all broaching in both sides), formation has the base material that meets width requirement, when the base material after the broaching in the first tool-broaching mechanism moves in the second tool-broaching mechanism, broaching tool in the second tool-broaching mechanism on the servo guide rail case (this moment only have lower the broaching tool assembly is arranged along guide pad the place ahead) is broached to a side in base material the place ahead, forms the edge of a knife in this side; Meanwhile, before after the broaching of the first tool-broaching mechanism is finished, entering in the second tool-broaching mechanism, first through the first width detection mechanism, Width detecting instrument in the first width detection mechanism detects the base material width after the broaching, and this detection signal fed back to system, when width is undesirable, system controls servo guide rail case feed compensation, proofread and correct the base material width by the feed compensation amount, so that the base material width equals to set width after the broaching, thus, realized that the steel width cuts and edge of a knife cutting is finished and Automatic Control synchronously, its operating efficiency improves greatly with respect to traditional Artificial Control, and product quality is better, simultaneously, because the first width detection mechanism and the second width detection mechanism feed back to system with the width signal that detects, control servo guide rail case compensation feeding by system, so can guarantee that the blade width of processing is substantially equal, farthest reduced blade width error in the prior art.
[description of drawings]
Fig. 1 is structural representation of the present utility model;
Among the figure: stock support 1; Drawing-inroller 2; Upper along guide pad 3 (3 '); Lower to guide pad 4 (4 '); Servo guide rail case 5 (5 '); Broaching tool assembly 6 (6 '); Hold down gag 7 (7 '); Support 8 (8 '); Compressor arm 9 (9 '); Rewinding support 10; Rewinding wheel 11; Base 12; Servomotor 13; Belt 14 (16); Drive 15; Welding mechanism 17; Fixed mount 18 (18 '); Width detecting instrument 19 (19 '); Without material sensor 20; Automatic material clamping device 21; Bearing block 22 (22 '); Upper contact roller 23 (23 '); Lower contact roller 24 (24 '); Guide post 25.
[specific embodiment]
The utility model will be further described below in conjunction with drawings and Examples.
With reference to shown in Figure 1; the utility model has disclosed a kind of full-automatic broaching tool machine; this broaching tool machine is processed to form blade for banded steel are broached; this blade can be used for paper-cut, cutting safeguard film for cellular phone etc.; this broaching tool machine comprises feed mechanism, tool-broaching mechanism, the first width detection mechanism, the second width detection mechanism and the receiving mechanism that sets gradually; wherein
Feed mechanism comprises stock support 1 and is arranged at rotatable drawing-inroller 2 on the stock support 1, during use, the banded steel of entire volume are installed on the drawing-inroller 2, the outer end of the banded steel of entire volume is passed from the first tool-broaching mechanism, the first width detection mechanism, the second tool-broaching mechanism and the second width detection mechanism successively, be connected to again on the rewinding wheel 11 in the receiving mechanism, be accompanied by the rotation of rewinding wheel 11, drawing-inroller 2 in the feed mechanism rotates, and banded steel transmit to the first tool-broaching mechanism from drawing-inroller 2 gradually.
Tool-broaching mechanism comprises base 12 and is arranged at the first tool-broaching mechanism and the second tool-broaching mechanism on the base 12, wherein, described the first tool-broaching mechanism comprises along guide pad 3, lower to guide pad 4, can make be pressed on along guide pad 3 lower along the hold down gag 7 on the guide pad 4 and be arranged at lower two servo broaching tools along both sides, guide pad 4 front and back, describedly upward be connected in hold down gag 7 along guide pad 3, hold down gag 7 schedules together on the base 12 by a support 8, lower be positioned at along guide pad 4 upper under guide pad 3, has a compressor arm 9 on the hold down gag 7, can make by compressor arm 9 and upward to move downward and to compress mutually along guide pad 4 with lower along guide pad 3, and banded steel upper along guide pad 3 and lower between the guide pad 4, therefore, hold down gag 7 is lower on the guide pad 4 in order to banded steel are pressed on, under the drive of receiving mechanism, banded steel are moving horizontally between guide pad 4 up and down simultaneously; Described each servo broaching tool comprises servo guide rail case 5 and the servo-control system of the servo guide rail case 5 front and back feedings of control in the servo guide rail case 5 is set; Being respectively equipped with at least one on the servo guide rail case 5 of described each servo broaching tool can seesaw with it, for the broaching tool assembly 6 that the width of the workpiece is broached, broaching tool assembly 6 is by broaching tool mould piece and be fixed in broaching tool on the broaching tool mould piece, under system's control, servo guide rail case 5 is downwards along guide pad 4 feeding of moving, and broaching tool cuts the banded steel in the motion on the servo guide rail case 5.
Identical with the first tool-broaching mechanism, the second tool-broaching mechanism comprises along guide pad 3 ', lower to guide pad 4 ', can make along guide pad 3 ' be pressed on lower along the hold down gag 7 ' on the guide pad 4 ' and be arranged at lower before and after the guide pad 4 ' two servo broaching tools of both sides, describedly upward be connected in hold down gag 7 ' along guide pad 3 ', hold down gag 7 ' is fixed on the base 12 by a support 8 ', lower be positioned at along guide pad 4 ' upper under guide pad 3 ', has a compressor arm 9 ' on the hold down gag 7 ', can make by compressor arm 9 ' and upward to move downward and to compress mutually along guide pad 4 ' with lower along guide pad 3 ', and banded steel are positioned at along guide pad 3 ' and lower between the guide pad 4 ', therefore, hold down gag 7 ' is lower on the guide pad 4 ' in order to banded steel are pressed on, simultaneously under the drive of receiving mechanism, banded steel are moving horizontally along between the guide pad 4 ' up and down, and described each servo broaching tool comprises servo guide rail case 5 ' and the servo-control system of servo guide rail case 5 ' the front and back feeding of control in the servo guide rail case 5 ' is set; Be with the first tool-broaching mechanism difference: the servo guide rail case 5 ' of the upper servo broaching tool along guide pad 3 ' the place ahead in the second tool-broaching mechanism is provided with at least one and can seesaws with it, the broaching tool assembly 6 ' that is used for the processing work edge of a knife, and upward (broaching tool is not set along only being provided with broaching tool mould piece on the servo guide rail case 5 ' at guide pad 3 ' rear, when needing the two sides edge of a knife, also can install broaching tool additional on the broaching tool mould in the wings).
The first width detection mechanism comprises fixed mount 18 and is arranged at Width detecting instrument 19 on the fixed mount 18, be provided with a workpiece via hole that workpiece is passed through on the described fixed mount 18, described Width detecting instrument 19 is arranged in the pros of workpiece via hole, width for detection of the base material after the broaching of the first tool-broaching mechanism, and the width signal after will checking feeds back to control system, if the base material width that detects is greater than setting width, then system controls servo guide rail case 5 in the first tool-broaching mechanism near lower direction fine motion along guide pad 4, produce a feed compensation, adjust and proofread and correct the base material width of cutting with this, if the base material width that detects is less than setting width, but system controls servo guide rail case 5 in the first tool-broaching mechanism to away from lower direction fine motion along guide pad 4, adjusts and proofread and correct the base material width of cutting with this.
The second width detection mechanism comprise fixed mount 18 ' and be arranged on the fixed mount 18 ' without material sensor 20 and Width detecting instrument 19 ', be provided with a workpiece via hole that workpiece is passed through on the described fixed mount 18 ', described without expecting that sensor 20 is arranged at a side of workpiece via hole, described Width detecting instrument 19 ' is arranged in the pros of workpiece via hole; In like manner, Width detecting instrument 19 ' in the second width detection mechanism is for detection of the width through the second tool-broaching mechanism broaching shaping blades, and the width signal after will checking feeds back to control system, if the blade width that checks is greater than setting width, then system controls servo guide rail case 5 ' in the second tool-broaching mechanism downwards along guide pad 4 ' fine motion, produce a feed compensation, adjust and proofread and correct the blade width of cutting with this.
Receiving mechanism comprises rewinding support 10 and 11 drive units are taken turns in the rewinding wheel 11 and the rewinding that arrange on the rewinding support 10, drive unit is by servomotor 13, belt 14,16, drive 15 etc., drive rewinding by drive unit and take turns 11 rotary material collectings, with the entire volume blade rolling that machines.
For banded steel are all utilized, be provided with leader tape at described rewinding wheel 11, being provided with one between described the second width detection mechanism and the receiving mechanism is used for leader tape and the forming broach welding of cutting through tool-broaching mechanism after finishing, so that the welding mechanism 17 of receiving mechanism rewinding, in use, the outer end (initiating terminal) of the banded steel of entire volume is passed the first tool-broaching mechanism successively, the first width detection mechanism, after the second tool-broaching mechanism and the second width detection mechanism, by welding mechanism 17 itself and leader tape on the rewinding wheel 11 are welded again, thus, be accompanied by the rotation of rewinding wheel 11, the banded steel of entire volume can begin broaching processing from initiating terminal, the purpose of utilizing fully to arrive the banded steel of entire volume.
Further, the top of described receiving mechanism is provided with one and is used for the control receiving mechanism rewinding wheel 11 automatic material clamping devices 21 that stop the rotation, when the banded steel of entire volume all are processed into band blade and rolling on rewinding wheel 11 time, at this moment, by automatic feeding device rewinding wheel 11 is stopped operating, come off from rewinding wheel 11 with the band blade of avoiding rolling.
Further, described the first tool-broaching mechanism one side is provided with the first auxiliary clamping device, described the first auxiliary clamping device comprises the bearing block 22 that is fixed on the base 12 and is arranged at upper contact roller 23 and lower contact roller 24 on the bearing block 22, described stock support 1 is provided with two guide posts 25, one end of described guide post 25 is fixed in stock support 1, the other end is fixed on the described bearing block 22, and the corresponding centre position that is positioned at contact roller 23 and lower contact roller 24 1 sides, so that material to be processed imports between upper contact roller 23 and the lower contact roller 24.Be provided with the second auxiliary clamping device between described the second width detection mechanism and the welding machine mechanism, described the second auxiliary clamping device comprises and is fixed in the bearing block 22 ' on the base 12 and is arranged at upper contact roller 23 ' and lower contact roller 24 ' on the bearing block 22 ', and the band blade of passing after the second width detection mechanism is worn between the upper contact roller 23 ' and lower contact roller 24 ' of the second auxiliary clamping device again.The assurance band blade compresses, and is conducive to rolling etc.
During specific works, place the banded steel of entire volume at feed mechanism, banded steel pass the first auxiliary clamping device successively, the first tool-broaching mechanism, the first width detection mechanism, the second tool-broaching mechanism, the second width detection mechanism, the second auxiliary clamping device is connected with the leader tape that described receiving mechanism rewinding is taken turns on 11, with the hold down gag 7 in the first tool-broaching mechanism and the second tool-broaching mechanism, 7 ' compresses, make upper along guide pad 3 in the first tool-broaching mechanism and the second tool-broaching mechanism, 3 ' with lower to guide pad 4,4 ' compresses banded steel respectively, be accompanied by the rotation of rewinding wheel 11 in the receiving mechanism, banded steel move horizontally in the first tool-broaching mechanism and the second tool-broaching mechanism, meanwhile, control in the first tool-broaching mechanism and the second tool-broaching mechanism servo guide rail case 5 ' downwards along guide pad 4 by servo-control system, 4 ' feeding, the broaching tool assembly 6 ' amount of feeding on the servo guide rail case 5 ' determines the amount of banded steel broaching, and then the width after the processing of decision steel, in the first tool-broaching mechanism, banded steel rotate along with the wheel of the rewinding in the receiving mechanism 11 and travel forward, lower broaching tool along both sides, guide pad 4 front and back is to the middle banded steel that move broach (all broaching in both sides), formation has the base material that meets width requirement, when the base material after the broaching in the first tool-broaching mechanism moves in the second tool-broaching mechanism, broaching tool in the second tool-broaching mechanism on the servo guide rail case 5 ' (this moment only have lower broaching tool assembly 6 ' is arranged along guide pad 4 ' the place ahead) is broached to a side in base material the place ahead, forms the edge of a knife in this side; Meanwhile, before after the broaching of the first tool-broaching mechanism is finished, entering in the second tool-broaching mechanism, first through the first width detection mechanism, Width detecting instrument 19 in the first width detection mechanism detects the base material width after the broaching, and this detection signal fed back to system, when width is undesirable, system controls servo guide rail case 5 feed compensations, proofread and correct the base material width by the feed compensation amount, so that the base material width equals to set width after the broaching, thus, realized that the steel width cuts and edge of a knife cutting is finished and Automatic Control synchronously, its operating efficiency improves greatly with respect to traditional Artificial Control, and product quality is better, simultaneously, because the first width detection mechanism and the second width detection mechanism feed back to system with the width signal that detects, control servo guide rail case 5 by system, 5 ' compensation feeding so can guarantee that the blade width of processing is substantially equal, has farthest reduced blade width error in the prior art.
Described above only is preferred embodiment of the present utility model, and above-mentioned specific embodiment is not to restriction of the present utility model.In technological thought category of the present utility model, various distortion and modification can appear, and the retouching that all those of ordinary skill in the art make according to above description, revise or be equal to replacement, all belong to the scope that the utility model is protected.
Claims (5)
1. a full-automatic broaching tool machine is characterized in that, it comprises and setting gradually
Feed mechanism, described feed mechanism comprise stock support and are arranged at rotatable drawing-inroller on the stock support;
Tool-broaching mechanism, described tool-broaching mechanism comprises base and is arranged at the first tool-broaching mechanism and the second tool-broaching mechanism on the base, wherein, described the first tool-broaching mechanism comprises along guide pad, lower to guide pad, can make along guide pad be pressed on lower along the hold down gag on the guide pad and be arranged at lower before and after the guide pad two servo broaching tools of both sides, describedly upward be connected in hold down gag along guide pad, hold down gag is fixed on the base by a support, be positioned at upward under guide pad along guide pad down, described each servo broaching tool comprises servo guide rail case and the servo-control system of feeding before and after the servo guide rail case of control in the servo guide rail case is set; Being respectively equipped with at least one on the servo guide rail case of described each servo broaching tool can seesaw with it, is used for the broaching tool assembly that the width of the workpiece is broached;
Described the second tool-broaching mechanism comprise along guide pad, lower along guide pad, can make upper along guide pad be pressed on lower along the hold down gag on the guide pad and be arranged at lower before and after the guide pad two servo broaching tools of both sides, describedly upward be connected in hold down gag along guide pad, hold down gag is fixed on the base by a support, be positioned at upward under guide pad along guide pad down, described each servo broaching tool comprises servo guide rail case and the servo-control system of feeding before and after the servo guide rail case of control in the servo guide rail case is set; The servo guide rail case of described upper servo broaching tool along guide pad the place ahead is provided with at least one and can seesaws with it, is used for the broaching tool assembly of the processing work edge of a knife, and upper servo guide rail case along the guide pad rear is provided with broaching tool mould piece;
The first Width measurement mechanism, described the first width detection mechanism comprise fixed mount and are arranged at Width detecting instrument on the fixed mount that be provided with a workpiece via hole that workpiece is passed through on the described fixed mount, described Width detecting instrument is arranged in the pros of workpiece via hole;
The second width detection mechanism, described the second width detection mechanism comprise fixed mount and be arranged on the fixed mount without material sensor and Width detecting instrument, be provided with a workpiece via hole that workpiece is passed through on the described fixed mount, described without expecting sensor setting in a side of workpiece via hole, described Width detecting instrument is arranged in the pros of workpiece via hole;
Receiving mechanism, described receiving mechanism comprise the rewinding support and rewinding wheel and rewinding wheel drive unit on the rewinding support are set.
2. full-automatic broaching tool machine according to claim 1, it is characterized in that: described rewinding wheel is provided with leader tape, being provided with one between described the second width detection mechanism and the receiving mechanism is used for leader tape and the forming broach welding of cutting through tool-broaching mechanism after finishing, so that the welding mechanism of receiving mechanism rewinding.
3. full-automatic broaching tool machine according to claim 1 is characterized in that: the top of described receiving mechanism is provided with one and is used for the automatic material clamping device that control receiving mechanism rewinding wheel stops the rotation.
4. full-automatic broaching tool machine according to claim 1, it is characterized in that: described the first tool-broaching mechanism one side is provided with the first auxiliary clamping device, described the first auxiliary clamping device comprises and is fixed in the bearing block on the base and is arranged at upper contact roller and lower contact roller on the bearing block, described stock support is provided with two guide posts, one end of described guide post is fixed in stock support, the other end is fixed on the described bearing block, and the corresponding centre position that is positioned at contact roller and lower contact roller one side, so that material to be processed imports between upper contact roller and the lower contact roller.
5. full-automatic broaching tool machine according to claim 1, it is characterized in that: be provided with the second auxiliary clamping device between described the second width detection mechanism and the welding machine mechanism, described the second auxiliary clamping device comprises and is fixed in the bearing block on the base and is arranged at upper contact roller and lower contact roller on the bearing block.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220494378 CN202877629U (en) | 2012-09-25 | 2012-09-25 | Full-automatic broach machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220494378 CN202877629U (en) | 2012-09-25 | 2012-09-25 | Full-automatic broach machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202877629U true CN202877629U (en) | 2013-04-17 |
Family
ID=48069095
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220494378 Expired - Fee Related CN202877629U (en) | 2012-09-25 | 2012-09-25 | Full-automatic broach machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202877629U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104227124A (en) * | 2013-06-07 | 2014-12-24 | 上海信鹏印刷器材有限公司 | Strip-shaped cutter cutting edge high-speed machining system and method |
-
2012
- 2012-09-25 CN CN 201220494378 patent/CN202877629U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104227124A (en) * | 2013-06-07 | 2014-12-24 | 上海信鹏印刷器材有限公司 | Strip-shaped cutter cutting edge high-speed machining system and method |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN102306744B (en) | Electrode sheet forming machine | |
| EP3715143B1 (en) | Die-cuting machine | |
| CN103962625A (en) | Continuous polar plate slitter machine and use method thereof | |
| CN103212648A (en) | Movable central positioning feeding numerical control shearing machine | |
| CN101714621B (en) | Double-manipulator interactive lug forming device | |
| CN109940694B (en) | Punching shearing equipment | |
| CN103350436A (en) | Paperboard die-cutting machine | |
| CN214816437U (en) | Butt welding machine capable of achieving accurate butt joint and achieving automatic steel strip shearing | |
| CN202877629U (en) | Full-automatic broach machine | |
| CN106270743A (en) | A kind of Os Draconis clipping apparatus and Os Draconis cold-rolling mill | |
| CN202878922U (en) | Full-automatic straightening, code-spraying and cutting machine | |
| CN102049816B (en) | Constant tension numerical control multi-thread square cutting machine without pressure sensor | |
| CN109093688B (en) | Rubber slitting device and slitting method thereof | |
| CN217020589U (en) | Straw cutting machine | |
| CN210061294U (en) | Punch for half-cutting and movable half-cutting machine | |
| CN210795205U (en) | Base station antenna insulation piece production line | |
| CN104552395A (en) | Door and window glazing bead cutting tool and technological method | |
| CN205735249U (en) | die-cutting machine cutting mechanism | |
| CN109910084A (en) | A kind of formed punch and a kind of mobile hemisection cutting machine for hemisection severing | |
| CN2526140Y (en) | Machine for cutting bamboo splints | |
| CN219881039U (en) | Automatic carrier cutting machine | |
| CN221019687U (en) | Online punching and cutting integrated machine | |
| CN105312451A (en) | Automatic LCD pin cutting machine | |
| CN211028517U (en) | High-efficiency plasma material cutting machine | |
| CN209851877U (en) | Integrated machine for manufacturing separation pages |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130417 Termination date: 20180925 |