CN205074597U - Plate parting machine - Google Patents
Plate parting machine Download PDFInfo
- Publication number
- CN205074597U CN205074597U CN201520827892.2U CN201520827892U CN205074597U CN 205074597 U CN205074597 U CN 205074597U CN 201520827892 U CN201520827892 U CN 201520827892U CN 205074597 U CN205074597 U CN 205074597U
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- China
- Prior art keywords
- turning cylinder
- tool rest
- wafer separator
- blade
- airduct
- 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
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P70/00—Climate change mitigation technologies in the production process for final industrial or consumer products
- Y02P70/10—Greenhouse gas [GHG] capture, material saving, heat recovery or other energy efficient measures, e.g. motor control, characterised by manufacturing processes, e.g. for rolling metal or metal working
Abstract
The utility model discloses a plate parting machine, including crosscut wafer separator, rip cutting wafer separator and polar plate take up machine, waste recovery device is by the body, the discharge gate that are equipped with the toper cavity and constitute with discharge gate bolted connection's apron, the crosscut wafer separator includes blade holder, two wallboards and two axis of rotation, and the axis of rotation runs through blade holder and two wallboards, is provided with two single dege blades in the axis of rotation, sets up a plurality of double edged blade at the middle part of single dege blade, and lies in the slope opposite direction that upper and lower side rotated linear tangent and two the single dege blade cutting planes of two epaxial single dege blades. The protruding dust impurity that makes of a plurality of spirals is rotatory vaporific directness and the contact of body inner wall after by the discharge tuber pipe, until piling up the bottom at the toper body, avoid lasting in the tuber pipe exhaust wind -force and the dust impurity direct impact body accumulational dust in bottom and then cause the secondary raise dust.
Description
Technical field
The utility model relates to a kind of process equipment of battery, specifically refers to a kind of plate parting machine.
Background technology
In the production process of lead-acid accumulator, in the production process of particularly valve controlled sealed lead-acid accumulator, a point blade technolgy is part important in production technology, and point blade technolgy is the pole piece rectangular pole plate being formed certain size through cutting.At present in point blade technolgy, the mode of saw blade burst is normally adopted to carry out burst to pole plate, its process is: fragmented polylith pole added and make grid, then on grid, measure corresponding distance according to the size of pole piece and make marks in grid relevant position, then grid being sent to the pole piece that the saw blade place run up carries out cutting burst formation corresponding size.Wherein, before pole plate enters crosscut or longitudinal cutting device, two surfaces up and down of pole plate are understood dust or other impurity of slave part, easy crudy and the working (machining) efficiency affecting pole plate, in prior art, normally through manually manually being cleaned pole plate to be processed, this type of mode of operation causes workload huge because quantity of polar plate is numerous, still there will be omission when cleaning simultaneously.
Utility model content
The purpose of this utility model is to provide a kind of plate parting machine, ensures the tidiness on outer surface before and after pole plate cutting, avoids the crudy of the impurity effect pole plates such as dust.
The purpose of this utility model is achieved through the following technical solutions:
The cutter sweep of wafer separator, comprise the crosscut wafer separator connected successively, rip cutting wafer separator and pole plate plate collecting machine, at the charging aperture place of described crosscut wafer separator and rip cutting wafer separator, sealing organ cover is all installed, and below the section station of described crosscut wafer separator, be provided with exhausting interface A, exhausting interface B is installed below the section station of described rip cutting wafer separator, described exhausting interface A, exhausting interface B is communicated with waste material recovery device respectively by airduct, described waste material recovery device is by the body being provided with cone-shaped cavity, discharging opening and forming with the bolted cover plate of discharging opening, the outlet side of airduct extends to the middle part of body, and on the inwall of described airduct outlet side, be provided with multiple direction spiral protrusion along airduct orientation of its axis body, crosscut wafer separator comprises tool rest, two wallboards and about two stacked turning cylinders, described turning cylinder runs through tool rest and two wallboards, described turning cylinder is arranged at intervals with two single dege blades, at the middle part of described single dege blade, multiple double-edged blade is set, and being positioned at that two single dege blades on upper and lower turning cylinder are linearly tangent and the incline direction of two single dege blade cut surfaces contrary, the direction that the cut surface being positioned at the single dege blade on the turning cylinder of top points to turning cylinder center along its point of a knife tilts.
During utility model works, half-finished pole plate, by crosscut and rip cutting operation successively through crosscut wafer separator and rip cutting wafer separator, finally enters into pole plate plate collecting machine, namely completes manufacturing procedure, and be all provided with at the charging aperture place entering crosscut wafer separator and rip cutting wafer separator and seal organ cover, man-hour is added at pole plate, the exhausting interface A, the exhausting interface B that are positioned at processing stations place are connected with airduct, directly by Impurity Absorptions such as the dust on pole plate top, then can be concentrated and be disposed in waste material collection device by the blower fan of outside, wherein dust impurities is collected in the body of taper, but due to outer fan continuous firing, namely dust impurities can produce and fly upward in body, and the airduct inwall being positioned at body interior in the utility model is provided with multiple spiral protrusion, dust impurities is directly contacted with inner body wall in the vaporific of rotation after being discharged airduct, until be deposited in the bottom of conical body, to avoid bottom the wind-force that continues in airduct to discharge and the direct impact body of dust impurities the dust piled up and then cause reentrainment of dust, after pole plate machines, airduct stops air draft, directly open cover plate intrinsic dust is discharged.
Wherein in the process of pole piece crosscut, two turning cylinders are driven by the motor of outside, and then make turning cylinder and two single dege blades and multiple double-edged blade start to cut pole piece sheet material, be directed to the problem that in prior art, artificial manual measurement size error is larger, the utility model regulates the spacing between adjacent two blades in advance, to determine the processing dimension of pole piece to be processed, and two single dege blades on turning cylinder and multiple double-edged blade form the effective cutting zone to pole piece sheet material, and two single dege blades are placed in the two ends of cutting zone, multiple double-edged blade then equi-spaced apart is arranged at the middle part of cutting zone, when pole piece plate is through this cutting zone, the double-edged blade be positioned on upper and lower turning cylinder carries out effective itemize to pole piece plate, the direction that the cut surface being positioned at the single dege blade on the turning cylinder of top points to turning cylinder center along its point of a knife tilts, and the incline direction being positioned at the cut surface of the single dege blade on rotated down axle in contrast, namely the leftover pieces of pole piece plate directly remove by single dege blade.
Further, also comprise elastic block rubber, cone-shaped cavity is separated into two parts by described elastic block rubber, and the bottom that elastic block rubber is placed in cone-shaped cavity is run through in the outlet side of described airduct.Swinging can appear when air draft in airduct frequently that be positioned at conical body, the mist flow that the air quantity of namely discharging and impurity are formed constantly changes its direction, the dust collected in body is caused to occur reentrainment of dust, for this kind of situation, this device is spatially provided with elastic block rubber at body upper part, dust can not only be reduced at intrinsic particle pollution scope, the swing stress elimination that simultaneously can occur utilizing when swinging himself elastic deformation and elastic recovery to be produced by airduct at airduct, and then avoid occurring reentrainment of dust in body, make the dust rapid precipitation be collected.
Further, also comprise governor motion and be slidably arranged in away from the bearing on the wallboard of tool rest side, two described wallboards all on offer square opening for regulating rotary moving axis height, described governor motion is made up of the handwheel cooperatively interacted and screw mandrel A, the compartment be communicated with square opening is provided with in described tool rest, and in compartment, be provided with the contiguous block A with the described turning cylinder end interference fit being positioned at top, screw mandrel A runs through tool rest top and is connected with described contiguous block A top, the described rotation the tip of the axis being positioned at top is placed in bearing, described bearing is connected with screw, and handwheel B is by the screw rod that is attached thereto and screw threaded engagement.In the long-time process-cycle of pole piece, upper and lower two turning cylinders there will be certain circular runout, spacing between two turning cylinders is constantly changed, namely upper and lower one to one the point of a knife of single dege blade and the point of a knife of double-edged blade from, finally cause pole piece plate occurs that cutting is not exclusively and in related state; And the wallboard of the utility model in tool rest and away from tool rest side is provided with the structure of regulating rotary moving axis height, namely respectively by screw and screw rod, cooperatively interacting between contiguous block A and screw mandrel A, under rotating the prerequisite of handwheel A and handwheel B at the same time, the two ends in the vertical direction of the turning cylinder being positioned at top is made to do rectilinear motion, to regulate the spacing between two turning cylinders, ensure stability during pole piece cutting.Further, when breaks down, by increasing spacing between two turning cylinders to realize the quick-replaceable of blade.
Further, the contiguous block B with the described turning cylinder end interference fit being positioned at below is provided with in described compartment, contiguous block B sidewall is provided with lift block B, and screw mandrel B runs through described tool rest upper end and lift block B threaded engagement, and is connected with handwheel C in screw mandrel B upper end; Arrange guiding mechanism in the described wallboard lower end away from tool rest side, described guiding mechanism comprises interconnective bearing and screw, and the described rotation the tip of the axis being positioned at below is placed in bearing, and handwheel B is by the screw rod that is attached thereto and screw threaded engagement.Add man-hour, the wallboard of the utility model in tool rest and away from tool rest side is provided with the structure of regulating rotary moving axis height, wherein on the wallboard away from tool rest side for regulating the adjust structure of upper and lower two turning cylinders identical, and be symmetricly set on this wallboard, namely respectively by lift block B and screw mandrel B, cooperatively interacting between screw and screw rod, under rotating the prerequisite of handwheel B and handwheel C at the same time, make the two ends of turning cylinder and motor simultaneously in the vertical direction do rectilinear motion, to regulate the spacing between two turning cylinders, ensure stability during pole piece cutting.Further, when breaks down, by increasing spacing between two turning cylinders to realize the quick-replaceable of blade.
Further, described tool rest sidewall has rectangular opening, and drive block is slidably arranged in rectangular opening, and is provided with pinion at drive block two ends, the end of two described turning cylinder homonymies is all provided with gear wheel, and described pinion to be placed between two gear wheels and to engage with both respectively.During spacing between adjustment two turning cylinders, moving left and right by drive block, can ensure that when the spacing of two turning cylinders increases or reduce the pinion of drive block one end keeps engaging with two gear wheels all the time, to realize the synchronous driving of two turning cylinders, the pinion of the drive block other end is then connected with the drive motors of outside, and then ensures that the synchronous driving after two turning cylinders is before adjustment stable and carry out.
The utility model compared with prior art, has following advantage and beneficial effect:
1, the airduct inwall that the utility model is positioned at body interior is provided with multiple spiral protrusion, dust impurities is directly contacted with inner body wall in the vaporific of rotation after being discharged airduct, until be deposited in the bottom of conical body, to avoid bottom the wind-force that continues in airduct to discharge and the direct impact body of dust impurities the dust piled up and then cause reentrainment of dust, after pole plate machines, airduct stops air draft, directly opens cover plate and is discharged by intrinsic dust;
2, the utility model is spatially provided with elastic block rubber at body upper part, dust can not only be reduced at intrinsic particle pollution scope, the swing stress elimination that simultaneously can occur utilizing when swinging himself elastic deformation and elastic recovery to be produced by airduct at airduct, and then avoid occurring reentrainment of dust in body, make the dust rapid precipitation be collected.
Accompanying drawing explanation
Accompanying drawing described herein is used to provide the further understanding to the utility model embodiment, forms a application's part, does not form the restriction to the utility model embodiment.In the accompanying drawings:
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the sectional view of transverse cutting unit;
Fig. 3 is the sectional view of tool rest;
Fig. 4 is the structural representation of waste material recovery device;
Mark and corresponding parts title in accompanying drawing:
1-tool rest, 2-governor motion, 201-handwheel A, 202-screw mandrel A, 203-contiguous block A, 204-contiguous block B, 205-handwheel C, 206-screw mandrel B, 207-lift block A, 208-lift block B, 3-wallboard, 4-turning cylinder, 5-single dege blade, 6-double-edged blade, 7-bearing, 8-screw, 9-handwheel B, 10-screw rod, 11-drive block, 12-seals organ cover, 13-exhausting interface A, 14-crosscut wafer separator, 15-rip cutting wafer separator, 16-pole plate plate collecting machine, 17-waste material recovery device, 18-exhausting interface B, 19-elastic block rubber, 20-airduct, 21-spiral protrusion, 22-discharging opening, 23-cover plate.
Detailed description of the invention
Clearly understand for making the purpose of this utility model, technical scheme and advantage, below in conjunction with embodiment and accompanying drawing, the utility model is described in further detail, exemplary embodiment of the present utility model and explanation thereof are only for explaining the utility model, and conduct is not to restriction of the present utility model.
Embodiment 1
As shown in Fig. 1 ~ Fig. 4, the present embodiment comprises the crosscut wafer separator 14 connected successively, rip cutting wafer separator 15 and pole plate plate collecting machine 16, at the charging aperture place of described crosscut wafer separator 14 and rip cutting wafer separator 15, sealing organ cover 12 is all installed, and exhausting interface 2 is provided with below the section station of described crosscut wafer separator 14, exhausting interface B18 is installed below the section station of described rip cutting wafer separator 15, described sealing organ cover 12, exhausting interface B18 is communicated with waste material recovery device 17 respectively by airduct 20, described waste material recovery device 17 is by the body being provided with cone-shaped cavity, discharging opening 22 and forming with the bolted cover plate 23 of discharging opening 22, the outlet side of airduct 20 extends to the middle part of body, and on the inwall of described airduct 20 outlet side, be provided with multiple spiral protrusion 21 along annular spread on airduct 20 orientation of its axis body direction, described crosscut wafer separator 14 comprises tool rest 1, two wallboards 3 and about two stacked turning cylinders 4, described turning cylinder 4 runs through tool rest 1 and two wallboards 3, described turning cylinder 4 is arranged at intervals with two single dege blades 5, at the middle part of described single dege blade 5, multiple double-edged blade 6 is set, and being positioned at that two single dege blades 5 on upper and lower turning cylinder 4 are linearly tangent and the incline direction of two single dege blade 5 cut surfaces contrary, the direction that the cut surface being positioned at the single dege blade 5 on the turning cylinder 4 of top points to turning cylinder 4 center along its point of a knife tilts.
During work, half-finished pole plate, by crosscut and rip cutting operation successively through crosscut wafer separator 14 and rip cutting wafer separator 15, finally enters into pole plate plate collecting machine 16, namely completes manufacturing procedure, and be all provided with and seal organ cover 12 entering the crosscut wafer separator 14 charging aperture place with rip cutting wafer separator 15, man-hour is added at pole plate, the exhausting interface 2,7 being positioned at processing stations place is connected with airduct 20, directly by Impurity Absorptions such as the dust on pole plate top, then can be concentrated and be disposed in waste material collection device by the blower fan of outside, wherein dust impurities is collected in the body of taper, but due to outer fan continuous firing, namely dust impurities can produce and fly upward in body, and airduct 20 inwall being positioned at body interior in the utility model is provided with multiple spiral protrusion 21, dust impurities is directly contacted with inner body wall in the vaporific of rotation after being discharged airduct 20, until be deposited in the bottom of conical body, to avoid bottom the wind-force that continues in airduct 20 to discharge and the direct impact body of dust impurities the dust piled up and then cause reentrainment of dust, after pole plate machines, airduct 20 stops air draft, directly open cover plate 23 intrinsic dust is discharged.
And in the process of pole piece crosscut, two turning cylinders 4 are driven by the motor of outside, and then make turning cylinder 4 and two single dege blades 5 and multiple double-edged blade 6 start to cut pole piece sheet material, be directed to the problem that in prior art, artificial manual measurement size error is larger, the utility model regulates the spacing between adjacent two blades in advance, to determine the processing dimension of pole piece to be processed, and two single dege blades 5 on turning cylinder 4 and multiple double-edged blade 6 form the effective cutting zone to pole piece sheet material, and two single dege blades 5 are placed in the two ends of cutting zone, multiple double-edged blade 6 equi-spaced apart are arranged at the middle part of cutting zone, when pole piece plate is through this cutting zone, the double-edged blade 6 pairs of pole piece plates be positioned on upper and lower turning cylinder 4 carry out effective itemize, the direction that the cut surface being positioned at the single dege blade 5 on the turning cylinder 4 of top points to turning cylinder 4 center along its point of a knife tilts, and the incline direction being positioned at the cut surface of the single dege blade 5 on rotated down axle 4 in contrast, namely the leftover pieces of pole piece plate directly remove by single dege blade 5.
Embodiment 2
As shown in Figure 1 and Figure 4, also comprise elastic block rubber 19, cone-shaped cavity is separated into two parts by described elastic block rubber 19, and the bottom that elastic block rubber 19 is placed in cone-shaped cavity is run through in the outlet side of described airduct 20.Swinging can appear when air draft in airduct 20 frequently that be positioned at conical body, the mist flow that the air quantity of namely discharging and impurity are formed constantly changes its direction, the dust collected in body is caused to occur reentrainment of dust, for this kind of situation, this device is spatially provided with elastic block rubber 19 at body upper part, dust can not only be reduced at intrinsic particle pollution scope, the swing stress elimination that simultaneously can occur utilizing when swinging himself elastic deformation and elastic recovery to be produced by airduct 20 at airduct 20, and then avoid occurring reentrainment of dust in body, make the dust rapid precipitation be collected.
As preferably, by airduct 20 and elastic block rubber 19 eccentric setting, the range of scatter of the mist flow formed in airduct 20 is made to concentrate the side inwall of deflection body, enough scopes are then left for dust rapid precipitation in opposite side space, shorten the time that dust freely flies upward in body interior, the convenient quick collection to impurity such as dust on pole plate.
Embodiment 3
As shown in Fig. 1 ~ Fig. 3, the present embodiment also comprises governor motion 2 and is slidably arranged in away from the bearing 7 on the wallboard 3 of tool rest 1 side, two described wallboards 3 all on offer for regulating rotary moving axis 4 height square opening, described governor motion 2 is made up of the handwheel A201 cooperatively interacted and screw mandrel A202, the compartment be communicated with square opening is provided with in described tool rest 1, and in compartment, be provided with the contiguous block A203 with the described turning cylinder 4 end interference fit being positioned at top, screw mandrel A202 runs through tool rest 1 top and is connected with described contiguous block A203 top, the end being positioned at the described turning cylinder 4 of top is placed in bearing 7, described bearing 7 is connected with screw 8, and handwheel B9 is by the screw rod that is attached thereto 10 and screw 8 threaded engagement, the contiguous block B204 with the described turning cylinder 4 end interference fit being positioned at below is provided with in described compartment, contiguous block B204 sidewall is provided with lift block B208, screw mandrel B206 runs through described tool rest 1 upper end and lift block B208 threaded engagement, and is connected with handwheel C205 in screw mandrel B206 upper end, in described wallboard 3 lower end away from tool rest 1 side, guiding mechanism is set, described guiding mechanism comprises interconnective bearing 7 and screw 8, the end of described turning cylinder 4 being positioned at below is placed in bearing 7, and handwheel B9 is by the screw rod 10 that is attached thereto and screw 8 threaded engagement.
In the long-time process-cycle of pole piece, upper and lower two turning cylinders 4 there will be certain circular runout, spacing between two turning cylinders 4 is constantly changed, namely upper and lower one to one the point of a knife of single dege blade 5 and the point of a knife of double-edged blade 6 from, finally cause pole piece plate occurs that cutting is not exclusively and in related state; And the wallboard 3 of the present embodiment in tool rest 1 and away from tool rest 1 side is provided with the structure of regulating rotary moving axis 4 height, by two screws 8 and two screw rods 10, contiguous block A203 and screw mandrel A202, cooperatively interacting between lift block B208 and screw mandrel B206, under the prerequisite of rotating handwheel A201, handwheel B9, handwheel C205, the two ends in the vertical direction of turning cylinder 4 is made to do rectilinear motion, to regulate the spacing between two turning cylinders 4, ensure stability during pole piece cutting.
As preferably, described tool rest 1 sidewall has rectangular opening, drive block 11 is slidably arranged in rectangular opening, and at drive block 11 two ends, pinion is installed, the end of two described turning cylinder 4 homonymies is all provided with gear wheel, and described pinion to be placed between two gear wheels and to engage with both respectively.During spacing between adjustment two turning cylinders 4, by moving left and right of drive block 11, can ensure that when the spacing of two turning cylinders 4 increases or reduce the pinion of drive block 11 one end keeps engaging with two gear wheels all the time, to realize the synchronous driving of two turning cylinders 4, the pinion of drive block 11 other end is then connected with the drive motors of outside, and then ensures that the synchronous driving after two turning cylinders 4 is before adjustment stable and carry out.And on screw mandrel B206, be also arranged with lift block A207, the end of lift block A207 is connected with contiguous block A203, and described lift block A207 is fixed by a pin on screw mandrel B206, two turning cylinders 4 can be realized after adjustment highly completes, be fixed by the turning cylinder 4 of pin to top, to avoid occurring displacement in turning cylinder 4 in process.
The present embodiment is when needs to be safeguarded blade or changed, both by regulating the height of upper turning cylinder 4, can realize, for the installation site of tool rest 1 by regulating the height of lower turning cylinder 4 again, make corresponding adjustment adaptability, improve its practicality.
Above-described detailed description of the invention; the purpose of this utility model, technical scheme and beneficial effect are further described; be understood that; the foregoing is only detailed description of the invention of the present utility model; and be not used in restriction protection domain of the present utility model; all within spirit of the present utility model and principle, any amendment made, equivalent replacement, improvement etc., all should be included within protection domain of the present utility model.
Claims (5)
1. a plate parting machine, comprise the crosscut wafer separator (14) connected successively, rip cutting wafer separator (15) and pole plate plate collecting machine (16), it is characterized in that: at the charging aperture place of described crosscut wafer separator (14) and rip cutting wafer separator (15), sealing organ cover (12) is all installed, and below the section station of described crosscut wafer separator (14), be provided with sealing organ cover (12), below the section station of described rip cutting wafer separator (15), exhausting interface B(18 is installed), described sealing organ cover (12), exhausting interface B(18) be communicated with waste material recovery device (17) respectively by airduct (20), described waste material recovery device (17) is by the body being provided with cone-shaped cavity, discharging opening (22) and forming with discharging opening (22) bolted cover plate (23), the outlet side of airduct (20) extends to the middle part of body, and on the inwall of described airduct (20) outlet side, be provided with multiple spiral protrusion (21) along annular spread on airduct (20) orientation of its axis body direction, described crosscut wafer separator (14) comprises tool rest (1), two wallboards (3) and about two stacked turning cylinders (4), described turning cylinder (4) runs through tool rest (1) and two wallboards (3), described turning cylinder (4) is arranged at intervals with two single dege blades (5), at the middle part of described single dege blade (5), multiple double-edged blade (6) is set, be positioned at, two single dege blades (5) on rotated down axle (4) are linearly tangent and incline direction that is two single dege blade (5) cut surfaces is contrary, the direction that the cut surface being positioned at the single dege blade (5) on top turning cylinder (4) points to turning cylinder (4) center along its point of a knife tilts.
2. a kind of plate parting machine according to claim 1, it is characterized in that: also comprise elastic block rubber (19), cone-shaped cavity is separated into two parts by described elastic block rubber (19), and the bottom that elastic block rubber (19) is placed in cone-shaped cavity is run through in the outlet side of described airduct (20).
3. a kind of plate parting machine according to claim 1, it is characterized in that: also comprise governor motion (2) and be slidably arranged in away from the bearing (7) on the wallboard (3) of tool rest (1) side, two described wallboards (3) all on offer for regulating rotary moving axis (4) height square opening, described governor motion (2) is by the handwheel A(201 cooperatively interacted) and screw mandrel A(202) form, the compartment be communicated with square opening is provided with in described tool rest (1), and in compartment, be provided with the contiguous block A(203 with described turning cylinder (4) the end interference fit being positioned at top), screw mandrel A(202) run through tool rest (1) top and described contiguous block A(203) top is connected, the end being positioned at the described turning cylinder (4) of top is placed in bearing (7), described bearing (7) is connected with screw (8), and handwheel B(9) by the screw rod (10) that is attached thereto and screw (8) threaded engagement.
4. a kind of plate parting machine according to claim 3, it is characterized in that: in described compartment, be provided with the contiguous block B(204 with described turning cylinder (4) the end interference fit being positioned at below), contiguous block B(204) sidewall is provided with lift block B(208), screw mandrel B(206) run through described tool rest (1) upper end and lift block B(208) threaded engagement, and at screw mandrel B(206) upper end is connected with handwheel C(205); In described wallboard (3) lower end away from tool rest (1) side, guiding mechanism is set, described guiding mechanism comprises interconnective bearing (7) and screw (8), the end of described turning cylinder (4) being positioned at below is placed in bearing (7), and handwheel B(9) screw rod (10) and screw (8) threaded engagement by being attached thereto.
5. a kind of plate parting machine according to claim 1, it is characterized in that: on described tool rest (1) sidewall, have rectangular opening, drive block (11) is slidably arranged in rectangular opening, and at drive block (11) two ends, pinion is installed, the end of two described turning cylinder (4) homonymies is all provided with gear wheel, and described pinion to be placed between two gear wheels and to engage with both respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520827892.2U CN205074597U (en) | 2015-10-26 | 2015-10-26 | Plate parting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520827892.2U CN205074597U (en) | 2015-10-26 | 2015-10-26 | Plate parting machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205074597U true CN205074597U (en) | 2016-03-09 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520827892.2U Expired - Fee Related CN205074597U (en) | 2015-10-26 | 2015-10-26 | Plate parting machine |
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| CN (1) | CN205074597U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107756515A (en) * | 2016-08-22 | 2018-03-06 | 捷惠机械（惠州）有限公司 | A kind of separating system and its sharding method of PCB force fit plates |
| CN111900340A (en) * | 2020-07-06 | 2020-11-06 | 江西新威动力能源科技有限公司 | Storage battery plate brush dividing equipment and brush dividing method |
-
2015
- 2015-10-26 CN CN201520827892.2U patent/CN205074597U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107756515A (en) * | 2016-08-22 | 2018-03-06 | 捷惠机械（惠州）有限公司 | A kind of separating system and its sharding method of PCB force fit plates |
| CN111900340A (en) * | 2020-07-06 | 2020-11-06 | 江西新威动力能源科技有限公司 | Storage battery plate brush dividing equipment and brush dividing method |
| CN111900340B (en) * | 2020-07-06 | 2022-01-28 | 江西新威动力能源科技有限公司 | Storage battery plate brush dividing equipment and brush dividing method |
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