CN205342051U - Full -automatic high -efficient inside diameter slicer - Google Patents
Full -automatic high -efficient inside diameter slicer Download PDFInfo
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- CN205342051U CN205342051U CN201620111500.7U CN201620111500U CN205342051U CN 205342051 U CN205342051 U CN 205342051U CN 201620111500 U CN201620111500 U CN 201620111500U CN 205342051 U CN205342051 U CN 205342051U
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- swivel nut
- nut seat
- clamping
- move
- slicing mechanism
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Abstract
The utility model discloses a full -automatic high -efficient inside diameter slicer, aim at solving current slicer working process in cutter a week atress uneven, have the risk of skew, influence cutting accuracy, cause the unqualified phenomenon of cutting into slices, one -way cutting moreover is unfavorable for improving the not enough of work efficiency. The utility model discloses an including the frame, actuating mechanism, drive the pivoted axis of rotation by actuating mechanism, connect the blade disc in the axis of rotation, the blade disc front end is equipped with the interior circle cutter of annular, install in the frame and impel tool setting mechanism, slice institue moves to left, slice institue moves to right, slice institue moves to left, the slice institue that moves to right all installs on impeing tool setting mechanism, the slice institue that moves to left facial make -up accompanies left blank, the slice institue that moves to right facial make -up accompanies right blank, including all can setting up, left side blank and right blank make plausible in the inner circle of cutter.
Description
Technical field
This utility model relates to a kind of microtome, more specifically, it relates to a kind of full automatic high efficiency inside diameter slicer.
Background technology
A lot of materials need to be bonded on charging plate in cutting process, again charging plate clamping is cut on fixture, current this cutting mode is generally adopted inside diameter slicer and cuts, and in cutting process, cutting knife can be produced obstruction power by material, makes one week unbalance stress of cutting knife, there is the risk of skew, affect cutting accuracy, cause the underproof phenomenon of section, and unidirectional cutting, once can only cut one piece material, inefficiency.
Chinese patent notification number CN2688423Y, disclose a kind of inside diameter slicer with multiple section work head, there is support, lower planker, workbench, there is two and above section work head, feeding hands is taken turns, feed shaft, pulley, weight, stay cord, section work head is passed through driving belt by motor, belt pulley, it is contained in the main spindle box on block to connect cutterhead and form, motor, block, lower planker is contained on support, main spindle box is contained on block, workbench is contained on lower planker, weight passes through stay cord, pulley connects lower planker and workbench and forms transverse feed mechanism, feeding handwheel is molding longitudinal feed mechanism by the lower planker of feed shaft connection and workbench.Although work efficiency can be improved by the design of multiple section work heads, but one week unbalance stress of cutting knife in cutting process, there is the risk of skew, affect cutting accuracy, cause the underproof phenomenon of section, and unidirectional cutting, it is unfavorable for improving work efficiency.
Utility model content
This utility model overcomes one week unbalance stress of cutting knife in existing microtome work process, there is the risk of skew, affect cutting accuracy, cause the underproof phenomenon of section, and unidirectional cutting, being unfavorable for improving the deficiency of work efficiency, it is provided that a kind of full automatic high efficiency inside diameter slicer, it is one week uniform force of cutting knife in the course of the work, it is absent from the risk of skew, ensure that the qualification rate of cutting accuracy and section, and Double Directional Cutting, be conducive to improving work efficiency.
In order to solve above-mentioned technical problem, this utility model is by the following technical solutions: a kind of full automatic high efficiency inside diameter slicer, including frame, driving mechanism, the rotation axle rotated is driven by driving mechanism, rotate and axle connects cutterhead, cutterhead front end is provided with in annular round cutting-off tool, frame is provided with propelling tool setting mechanism, move to left slicing mechanism, move to right slicing mechanism, move to left slicing mechanism, move to right slicing mechanism and be installed on propelling tool setting mechanism, move to left clamping on slicing mechanism and have left cut material, move to right clamping on slicing mechanism and have right cut material, left cut material and right cut material all may be provided in the inner ring of interior round cutting-off tool.
During microtome work, left cut material and right cut material clamping respectively are moving to left slicing mechanism and are moving to right on slicing mechanism, then move and move to left slicing mechanism, move to right slicing mechanism, left cut material and right cut material is made all to move in the inner ring scope of interior round cutting-off tool, mobile propelling tool setting mechanism carries out cutter, left cut material and right cut material, after cutter is completed by the inner ring of interior round cutting-off tool, start the operating of driving mechanism band movable knife disc, and interior round cutting-off tool rotates and left cut material and right cut material are cut.Meanwhile, move to left slicing mechanism work and drive left cut material transverse shifting to the left, move to right slicing mechanism work and drive right cut material transverse shifting to the right, thus realizing the cutting to left cut material and right cut material.After a piece of cutting completes, move to left slicing mechanism, move to right slicing mechanism return, left cut material and right cut material is made all to move in the inner ring scope of interior round cutting-off tool, mobile propelling tool setting mechanism carries out cutter, starting the operating of driving mechanism band movable knife disc after cutter is completed, interior round cutting-off tool rotates and left cut material and right cut material is cut.So repeatedly, until having cut.Interior round cutting-off tool is in the process rotating cutting, left cut material and right cut material are cut by the left and right sides simultaneously, the resistance left-right balance that in cutting process, round cutting-off tool is subject to, efficiently avoid interior round cutting-off tool and the risk of skew occurs, ensure that the qualification rate of cutting accuracy and section, and Double Directional Cutting, be conducive to improving work efficiency.
As preferably, move to left slicing mechanism and include left bottom plate, left motor, move to right slicing mechanism and include right base plate, right motor, left motor and right motor output shaft connect left driving screw rod, right driving screw rod respectively, left driving screw rod, right driving screw rod adaptation respectively connects left swivel nut seat, right swivel nut seat, and left swivel nut seat and left bottom plate are fastenedly connected, and right swivel nut seat and right base plate are fastenedly connected, left bottom plate and right base plate are respectively connected with bearing, bearing is provided with clamping head.Clamping left cut material on the clamping head of left bottom plate bearing, clamping right cut material on the clamping head of right subplate bearer, left motor and the work of right motor drive left driving screw rod and right drive screw turns, left swivel nut seat and right swivel nut seat transverse shifting is driven by left driving screw rod and right driving screw rod, thus driving left bottom plate and right base plate transverse shifting, left cut material and right cut material is driven to move cutting.Simple in construction, operates steadily reliable.
Another kind of scheme, move to left slicing mechanism and include left bottom plate, left swivel nut seat, move to right slicing mechanism and include right base plate, right swivel nut seat, left swivel nut seat and left bottom plate are fastenedly connected, right swivel nut seat and right base plate are fastenedly connected, left bottom plate and right base plate are respectively connected with bearing, bearing is provided with clamping head, it is connected to screw rod between left swivel nut seat and right swivel nut seat, left swivel nut seat and right swivel nut seat adaptation are connected on screw rod, on screw rod and left swivel nut seat connect adaptive screw thread with and right swivel nut seat to connect the hand of thread spiral of adaptation contrary, screw rod one end connection motor output shaft.The program is rotated by piece screw rod of a driven by motor, it is achieved moves to left slicing mechanism and is moved to the left, moves to right slicing mechanism and move right.The screw thread contrary owing to being provided with the hand of spiral on screw rod, two sections of screw threads that the hand of spiral is contrary are connected with left swivel nut seat and right swivel nut seat adaptation respectively, therefore screw rod rotation process drive left swivel nut seat and right swivel nut seat respectively to the left and move right, it is moved to the left thus realizing moving to left slicing mechanism, move to right slicing mechanism to move right, simple in construction, cost is low, moves to left slicing mechanism and to move to right the synchronicity that slicing mechanism moves good.
As preferably, advance and tool setting mechanism is provided with two cross slide waies be arrangeding in parallel, the equal slidable connection left slider of leftward position of two cross slide waies, the right positions right slide block of equal slidable connection of two cross slide waies, left slider is fastenedly connected on left bottom plate, and right slide block is fastenedly connected on right base plate.Left bottom plate is slided on two cross slide waies by left slider, and right base plate is slided on two cross slide waies by right slide block, it is ensured that left bottom plate and the steady of right base plate move.
As preferably, clamping head includes connecting plate, the clamping connection seat on connecting plate, and connecting plate is fastenedly connected in bearing upper end, and connecting clamping on seat has clamping plate, and clamping plate is bonded with left cut material or right cut material.Connect seat and be provided with clamping head, connecting plate is connected to clamping block, clamping head upper side and downside are the bearing surface being obliquely installed, clamping block upper side is the clamping face being obliquely installed, bearing surface slopes inwardly setting from connecting plate end towards connecting seat end, clamp and slope downwardly in the direction setting towards near connecting plate, bearing surface on the downside of clamping head is connected on clamping face, connecting plate is hinged with clamp linkage, clamp linkage one end is connected on the bearing surface on the upside of clamping head, and the clamp linkage other end connects connecting rod and drives handle.The tight clamping of clamping plate being bonded with left cut material or right cut material is connecting on seat, connect seat by clamping head held tight between clamping block and clamp linkage, connect reliable, handle is driven to drive clamp linkage to be rotated up by connecting rod, shed clamping force, can remove connecting seat easily, convenient mounting and clamping.
As preferably, clamp linkage and connecting rod drive handle link to be provided with the promotion groove of U-shaped, connecting rod drives and is connected to mandrel between handle and connecting plate, connecting rod drives handle to be rotatably connected on connecting plate by mandrel, mandrel is fastenedly connected with eccentric, eccentric and mandrel eccentric setting, eccentric activity adaptation is plugged in promotion groove.Connecting rod drives handle to rotate with mandrel for rotating axle, thus band movable eccentric wheel rotates, eccentric outer wall is connected on promotion groove inwall, making clamp linkage front end abut with the bearing surface on clamping head or separate thus promoting clamp linkage to rotate, greatly facilitating clamping operation.
As preferably, advance tool setting mechanism to include base, feeding motor, feeding motor output shaft connects feed screw, adaptive connection feeding swivel nut seat on feed screw, feeding swivel nut seat and base are fastenedly connected, and move to left slicing mechanism and move to right slicing mechanism and be installed on base.Feeding motor works and drives feeding swivel nut seat to move by feed screw, thus driving base to vertically move, convenient to cutter.
As preferably, frame upper end is provided with two support bars be arrangeding in parallel, feeding motor and feeding swivel nut seat are arranged between two support bars, two support bar upper surfaces are equipped with longitudinal rail, on two longitudinal rails, equal slidable connection has several guide runners, and guide runner is all fastenedly connected in base lower surface.Base is slided on longitudinal rail by guide runner, mobile steadily reliable.
As preferably, feeding motor output shaft being connected to handwheel, handwheel edge is connected to rocking handle.Handwheel arranges and facilitates manual adjustments to rotate feed screw, promotes base to vertically move cutter.
Compared with prior art, the beneficial effects of the utility model are: two-way microtome is one week uniform force of cutting knife in the course of the work, are absent from the risk of skew, it is ensured that the qualification rate of cutting accuracy and section, and Double Directional Cutting, are conducive to improving work efficiency.
Accompanying drawing explanation
Fig. 1 is a kind of structural representation of the present utility model；
Fig. 2 is internal structure schematic diagram of the present utility model；
Fig. 3 is close-up schematic view of the present utility model；
Fig. 4 is the structural representation of clamping head of the present utility model；
Fig. 5 is the attachment structure schematic diagram of clamp linkage of the present utility model；
In figure: 1, frame, 2, driving mechanism, 3, cutterhead, 4, interior round cutting-off tool, 5, advance tool setting mechanism, 6, move to left slicing mechanism, 7, move to right slicing mechanism, 8, left cut material, 9, right cut material, 10, left bottom plate, 11, left motor, 12, right base plate, 13, right motor, 14, left swivel nut seat, 15, right swivel nut seat, 16, bearing, 17, clamping head, 18, cross slide way, 19, left slider, 20, right slide block, 21, connecting plate, 22, connect seat, 23, clamping plate, 24, clamping head, 25, clamping block, 26, bearing surface, 27, clamping face, 28, clamp linkage, 29, connecting rod drives handle, 30, promote groove, 31, mandrel, 32, eccentric, 33, base, 34, feeding motor, 35, feeding swivel nut seat, 36, support bar, 37, longitudinal rail, 38, guide runner, 39, protective cover.
Detailed description of the invention
Below by specific embodiment, and in conjunction with accompanying drawing, the technical solution of the utility model is further described specifically:
Embodiment 1: a kind of full automatic high efficiency inside diameter slicer (referring to accompanying drawing 1 to 5), including frame 1, driving mechanism 2, is driven the rotation axle rotated by driving mechanism, and driving mechanism includes motor, and electric machine rotation drives rotation axle to rotate.Rotate and axle connects cutterhead 3, cutterhead front end is provided with in annular round cutting-off tool 4, frame is provided with propelling tool setting mechanism 5, moves to left slicing mechanism 6, moves to right slicing mechanism 7, move to left slicing mechanism, move to right slicing mechanism and be installed on propelling tool setting mechanism, move to left clamping on slicing mechanism and have left cut material 8, moving to right clamping on slicing mechanism has right cut material 9, left cut material and right cut material all to may be provided in the inner ring of interior round cutting-off tool.Frame is provided with protective cover 39, and protective cover covers cutterhead, advances tool setting mechanism, moves to left slicing mechanism, moves to right slicing mechanism.Move to left slicing mechanism and include left bottom plate 10, left motor 11, move to right slicing mechanism and include right base plate 12, right motor 13, left motor and right motor output shaft connect left driving screw rod, right driving screw rod respectively, left driving screw rod, right driving screw rod adaptation respectively connects left swivel nut seat 14, right swivel nut seat 15, left swivel nut seat and left bottom plate are fastenedly connected, right swivel nut seat and right base plate are fastenedly connected, left bottom plate and be respectively connected with bearing 16 on right base plate, and bearing is provided with clamping head 17.Tool setting mechanism is advanced to include base 33, feeding motor 34, feeding motor output shaft connects feed screw, the adaptive feeding swivel nut seat 35 that connects on feed screw, feeding swivel nut seat and base are fastenedly connected, and move to left slicing mechanism and move to right slicing mechanism and be installed on base.Advance and tool setting mechanism is provided with two cross slide waies be arrangeding in parallel 18, two cross slide waies are arranged on base, leftward position two pieces of left sliders 19 of equal slidable connection of two cross slide waies, the right slide block 20 of the equal slidable connection of right positions one piece of two cross slide waies, left slider is fastenedly connected on left bottom plate, and right slide block is fastenedly connected on right base plate.Being provided with an escape groove be arrangeding in parallel with cross slide way in the middle of on base, left swivel nut seat and right swivel nut seat are arranged in escape groove.Frame upper end is provided with two support bars be arrangeding in parallel 36, feeding motor and feeding swivel nut seat are arranged between two support bars, two support bar upper surfaces are equipped with longitudinal rail 37, on two longitudinal rails, equal slidable connection has two guide runners 38, and guide runner is all fastenedly connected in base lower surface.Clamping head includes connecting plate 21, the clamping connection seat 22 on connecting plate, and connecting plate is fastenedly connected in bearing upper end, and connecting clamping on seat has clamping plate 23, and clamping plate is bonded with left cut material or right cut material.Connect seat and be provided with clamping 24, connecting plate is connected to clamping block 25, clamping head upper side and downside are the bearing surface 26 being obliquely installed, clamping block upper side is the clamping face 27 being obliquely installed, bearing surface slopes inwardly setting from connecting plate end towards connecting seat end, clamp and slope downwardly in the direction setting towards near connecting plate, bearing surface on the downside of clamping head is connected on clamping face, connecting plate is hinged with clamp linkage 28, clamp linkage one end is connected on the bearing surface on the upside of clamping head, and the clamp linkage other end connects connecting rod and drives handle 29.The inclined plane that the end face that clamp linkage contacts with bearing surface is and bearing surface adaptation is fitted.Connecting rod drives the handle L-shaped structure in obtuse angle, corner position, and connecting rod drives handle outer end to connect spherical holding head.Clamp linkage and connecting rod drive handle link to be provided with the promotion groove 30 of U-shaped, connecting rod drives and is connected to mandrel 31 between handle and connecting plate, connecting rod drives handle to be rotatably connected on connecting plate by mandrel, mandrel is fastenedly connected with eccentric 32, eccentric and mandrel eccentric setting, eccentric activity adaptation is plugged in promotion groove, and eccentric outer end is connected to limited post, limited post diameter is more than promoting well width, and limited post is fitted on clamp linkage end face.
During microtome work, left cut material and right cut material clamping respectively are moving to left slicing mechanism and are moving to right on slicing mechanism, then move and move to left slicing mechanism, move to right slicing mechanism, left cut material and right cut material is made all to move in the inner ring scope of interior round cutting-off tool, mobile propelling tool setting mechanism carries out cutter, left cut material and right cut material, after cutter is completed by the inner ring of interior round cutting-off tool, start the operating of driving mechanism band movable knife disc, and interior round cutting-off tool rotates and left cut material and right cut material are cut.Meanwhile, move to left slicing mechanism work and drive left cut material transverse shifting to the left, move to right slicing mechanism work and drive right cut material transverse shifting to the right, thus realizing the cutting to left cut material and right cut material.After a piece of cutting completes, move to left slicing mechanism, move to right slicing mechanism return, left cut material and right cut material is made all to move in the inner ring scope of interior round cutting-off tool, mobile propelling tool setting mechanism carries out cutter, starting the operating of driving mechanism band movable knife disc after cutter is completed, interior round cutting-off tool rotates and left cut material and right cut material is cut.So repeatedly, until having cut.
Embodiment 2: a kind of full automatic high efficiency inside diameter slicer, its structure is similar to embodiment 1, main difference is in that in the present embodiment to move to left slicing mechanism to include left bottom plate, left swivel nut seat, move to right slicing mechanism and include right base plate, right swivel nut seat, left swivel nut seat and left bottom plate are fastenedly connected, right swivel nut seat and right base plate are fastenedly connected, left bottom plate and right base plate are respectively connected with bearing, bearing is provided with clamping head, it is connected to screw rod between left swivel nut seat and right swivel nut seat, left swivel nut seat and right swivel nut seat adaptation are connected on screw rod, on screw rod and left swivel nut seat connect adaptive screw thread with and the hand of thread spiral of right swivel nut seat connection adaptation contrary, screw rod one end connects motor output shaft.Other structure is identical with embodiment 1.Rotated by piece screw rod of a driven by motor, it is achieved move to left slicing mechanism and be moved to the left, move to right slicing mechanism and move right.The screw thread contrary owing to being provided with the hand of spiral on screw rod, two sections of screw threads that the hand of spiral is contrary are connected with left swivel nut seat and right swivel nut seat adaptation respectively, therefore screw rod rotation process drive left swivel nut seat and right swivel nut seat respectively to the left and move right, it is moved to the left thus realizing moving to left slicing mechanism, move to right slicing mechanism to move right, simple in construction, cost is low, moves to left slicing mechanism and to move to right the synchronicity that slicing mechanism moves good.
Embodiment described above is two kinds of preferably schemes of the present utility model, not this utility model is done any pro forma restriction, also has other variant and remodeling under the premise without departing from the technical scheme described in claim.
Claims (10)
1. a full automatic high efficiency inside diameter slicer, including frame, driving mechanism, driven the rotation axle rotated by driving mechanism, rotate and axle connects cutterhead, it is characterized in that, cutterhead front end is provided with in annular round cutting-off tool, frame is provided with propelling tool setting mechanism, moves to left slicing mechanism, moves to right slicing mechanism, move to left slicing mechanism, move to right slicing mechanism and be installed on propelling tool setting mechanism, move to left clamping on slicing mechanism and have left cut material, moving to right clamping on slicing mechanism has right cut material, left cut material and right cut material all to may be provided in the inner ring of interior round cutting-off tool.
2. full automatic high efficiency inside diameter slicer according to claim 1, it is characterized in that, move to left slicing mechanism and include left bottom plate, left motor, move to right slicing mechanism and include right base plate, right motor, left motor and right motor output shaft connect left driving screw rod, right driving screw rod respectively, left driving screw rod, right driving screw rod adaptation respectively connects left swivel nut seat, right swivel nut seat, left swivel nut seat and left bottom plate are fastenedly connected, right swivel nut seat and right base plate are fastenedly connected, left bottom plate and right base plate are respectively connected with bearing, bearing is provided with clamping head.
3. full automatic high efficiency inside diameter slicer according to claim 1, it is characterized in that, move to left slicing mechanism and include left bottom plate, left swivel nut seat, move to right slicing mechanism and include right base plate, right swivel nut seat, left swivel nut seat and left bottom plate are fastenedly connected, right swivel nut seat and right base plate are fastenedly connected, left bottom plate and right base plate are respectively connected with bearing, bearing is provided with clamping head, it is connected to screw rod between left swivel nut seat and right swivel nut seat, left swivel nut seat and right swivel nut seat adaptation are connected on screw rod, on screw rod and left swivel nut seat connect adaptive screw thread with and the hand of thread spiral of right swivel nut seat connection adaptation contrary, screw rod one end connects motor output shaft.
4. the full automatic high efficiency inside diameter slicer according to Claims 2 or 3, it is characterized in that, advance and tool setting mechanism is provided with two cross slide waies be arrangeding in parallel, the equal slidable connection left slider of leftward position that two cross slide waies are, the right positions right slide block of equal slidable connection that two cross slide waies are, left slider is fastenedly connected on left bottom plate, and right slide block is fastenedly connected on right base plate.
5. the full automatic high efficiency inside diameter slicer according to Claims 2 or 3, it is characterized in that, clamping head includes connecting plate, the clamping connection seat on connecting plate, and connecting plate is fastenedly connected in bearing upper end, connect clamping on seat and have clamping plate, clamping plate is bonded with left cut material or right cut material.
6. full automatic high efficiency inside diameter slicer according to claim 5, it is characterized in that, connect seat and be provided with clamping head, connecting plate is connected to clamping block, clamping head upper side and downside are the bearing surface being obliquely installed, clamping block upper side is the clamping face being obliquely installed, bearing surface slopes inwardly setting from connecting plate end towards connecting seat end, clamp and slope downwardly in the direction setting towards near connecting plate, bearing surface on the downside of clamping head is connected on clamping face, connecting plate is hinged with clamp linkage, clamp linkage one end is connected on the bearing surface on the upside of clamping head, the clamp linkage other end connects connecting rod and drives handle.
7. full automatic high efficiency inside diameter slicer according to claim 6, it is characterized in that, clamp linkage and connecting rod drive handle link to be provided with the promotion groove of U-shaped, connecting rod drives and is connected to mandrel between handle and connecting plate, connecting rod drives handle to be rotatably connected on connecting plate by mandrel, being fastenedly connected with eccentric, eccentric and mandrel eccentric setting on mandrel, eccentric activity adaptation is plugged in promotion groove.
8. full automatic high efficiency inside diameter slicer according to claim 1, it is characterized in that, tool setting mechanism is advanced to include base, feeding motor, feeding motor output shaft connects feed screw, adaptive connection feeding swivel nut seat on feed screw, feeding swivel nut seat and base are fastenedly connected, and move to left slicing mechanism and move to right slicing mechanism and be installed on base.
9. full automatic high efficiency inside diameter slicer according to claim 8, it is characterized in that, frame upper end is provided with two support bars be arrangeding in parallel, feeding motor and feeding swivel nut seat are arranged between two support bars, two support bar upper surfaces are equipped with longitudinal rail, on two longitudinal rails, equal slidable connection has several guide runners, and guide runner is all fastenedly connected in base lower surface.
10. full automatic high efficiency inside diameter slicer according to claim 8 or claim 9, is characterized in that, feeding motor output shaft is connected to handwheel, and handwheel edge is connected to rocking handle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620111500.7U CN205342051U (en) | 2016-02-03 | 2016-02-03 | Full -automatic high -efficient inside diameter slicer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620111500.7U CN205342051U (en) | 2016-02-03 | 2016-02-03 | Full -automatic high -efficient inside diameter slicer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205342051U true CN205342051U (en) | 2016-06-29 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620111500.7U Expired - Fee Related CN205342051U (en) | 2016-02-03 | 2016-02-03 | Full -automatic high -efficient inside diameter slicer |
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| CN (1) | CN205342051U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105689782A (en) * | 2016-02-03 | 2016-06-22 | 建德市港联机械设备有限公司 | Two-way inner circular slicing machine |
| CN106182374A (en) * | 2016-07-18 | 2016-12-07 | 上海华源磁业股份有限公司 | A kind of preparation technology of slim ferrite sheet |
| CN107008969A (en) * | 2017-06-07 | 2017-08-04 | 惠州市磁研科技有限公司 | A kind of two-way slicer |
-
2016
- 2016-02-03 CN CN201620111500.7U patent/CN205342051U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105689782A (en) * | 2016-02-03 | 2016-06-22 | 建德市港联机械设备有限公司 | Two-way inner circular slicing machine |
| CN106182374A (en) * | 2016-07-18 | 2016-12-07 | 上海华源磁业股份有限公司 | A kind of preparation technology of slim ferrite sheet |
| CN107008969A (en) * | 2017-06-07 | 2017-08-04 | 惠州市磁研科技有限公司 | A kind of two-way slicer |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160629 Termination date: 20190203 |