CN109702262A - Cutter device for valve rod piece - Google Patents
Cutter device for valve rod piece Download PDFInfo
- Publication number
- CN109702262A CN109702262A CN201811640835.8A CN201811640835A CN109702262A CN 109702262 A CN109702262 A CN 109702262A CN 201811640835 A CN201811640835 A CN 201811640835A CN 109702262 A CN109702262 A CN 109702262A
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- plate
- valve rod
- splicing plate
- rod piece
- limiting slot
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Abstract
The present invention relates to valve field, the cutter device for valve rod piece is specifically disclosed, including the hold-down mechanism, the first splicing plate and the power mechanism that the first splicing plate vertical shift can be driven and moved horizontally being arranged from top to bottom；Hold-down mechanism includes the pressing plate that can be moved up and down vertically and horizontally disposed feeding plate from top to bottom set gradually, feeding plate is equipped with the vertical through slot passed through for the first splicing plate, several and isometric limiting slot of standard valve stem part is provided through on the upper surface of feeding plate, limiting slot is connected to vertical through slot, and feeding plate is vertical close to the side of the two-port of limiting slot and the axis of limiting slot, baffle is fixedly installed on the side of feeding plate, port close to the limiting slot of pressing plate side is aligned with feed pipe, and the one end of limiting slot far from feed pipe offsets with baffle.This programme can be different to length valve rod piece carry out batch cutting processing.
Description
Technical field
The invention belongs to valve fields, and in particular to the cutter device for valve rod piece.
Background technique
The effect of inlet valve is drawn air into engine, is mixed and burned with fuel；The effect of exhaust valve is will to burn
Exhaust gas afterwards is discharged and radiates；Intake and exhaust valves are made of the gentle gate seat of valve rod piece, it is seen that valve rod piece is vehicle
Essential part in engine.Valve rod piece can carry out attrition process using a variety of grinding machines in process, be related to
The polishing of valve rod piece side and the cutting of end face are that rod piece is after shaping to the reason of valve rod piece progress ends cutting
The underproof situation of length is had, needs to carry out micro cutting.
In existing valve rod piece process, single valve rod piece can only be often clamped, to single valve
After rod piece is clamped, then the cutting processing of valve rod piece end face is carried out, the working efficiency of processing is low.
Summary of the invention
The object of the invention provides a kind of cutting for the cutting processing of valve rod piece progress batch that can be different to length simultaneously
Cut device.
In order to solve the above problem, technical scheme is as follows: for the cutter device of valve rod piece, including feed pipe
With the cutter of the disc type of rotation, further includes the hold-down mechanism being arranged from top to bottom, the first splicing plate and first can be driven to connect
Flitch vertical shift and the power mechanism moved horizontally；
Hold-down mechanism includes the pressing plate that can be moved up and down vertically and horizontally disposed blowing from top to bottom set gradually
Plate, feeding plate are equipped with the vertical through slot passed through for the first splicing plate, and several and mark is provided through on the upper surface of feeding plate
The isometric limiting slot of quasi- valve rod piece, limiting slot are connected to vertical through slot, and feeding plate is close to the side of the two-port of limiting slot
It is vertical with the axis of limiting slot, be fixedly installed with baffle on the side of feeding plate, close to pressing plate side limiting slot port with
Feed pipe alignment, the one end of limiting slot far from feed pipe offsets with baffle；
First splicing plate upper surface is equipped with several the first grooves for accepting pipe fitting, and cutter are mounted on the first splicing plate
On, and cutter can be bonded with feeding plate close to the side of feed pipe, and the blade of cutter is vertical with the axis of limiting slot.
It the working principle of the invention and has the beneficial effect that:
1. being provided with feed pipe in device, and the port of the limiting slot close to pressing plate side is aligned with feed pipe, limiting slot
One end far from feed pipe offsets with baffle, and feed pipe can be transmitted valve rod piece to be cut, and is passed by feed pipe
The valve rod piece sent can be directly sent in limiting slot, and valve rod piece to be cut at this time is opposite with hold-down mechanism, energy
Compression cutting operation is being carried out to valve rod piece to be cut；The setting of baffle and pressing plate can to the valve rod piece in limiting slot into
The further limit of row, convenient for carrying out stable cutting to valve rod piece.
2. being provided through several and isometric limiting slot of standard valve stem part on the upper surface of feeding plate, and then limiting slot
Length just define valve rod piece cutting after length, when the one end of valve rod piece to be cut far from feed pipe and baffle phase
After supporting, the cutter fitting feeding plate rotated at this time cuts valve rod piece close to the side of feed pipe, can be effective
The length of valve rod piece after guaranteeing cutting is qualified.
3. power mechanism can drive the first splicing plate vertical shift and move horizontally, and feeding plate is equipped with and supplies the first splicing
The vertical through slot that plate passes through, feeding plate vertical shift can be moved to the direction of vertical through slot in turn under the drive of power mechanism,
After cutter to be cut is bonded with feeding plate close to the side of feed pipe, the first splicing strip is moved cutter and is moved horizontally, and rotation is cut
Cutter cuts valve rod piece；The first splicing plate continues to move up simultaneously, makes the first groove and the valve rod piece phase after cutting
Right, pressing plate, which moves up, loosens the valve rod piece after cutting, and the first splicing plate, which continues to move up, accepts the first splicing plate；
Then the first splicing plate is moved horizontally and is moved down again, when the first groove is opposite with other limiting slot again, other limit
Slot again accepts the valve rod piece on the first groove, separates the first splicing plate with the valve rod piece after cutting,
Valve rod piece at this time has been moved off the region of pressing plate, convenient for collecting the valve rod piece after cutting from limiting slot.
To sum up, this cutter device can be transmitted the valve rod piece after valve rod piece to be cut and cutting, and adopt
When with the first splicing plate to close to valve rod piece, cutter can be servo-actuated with the first splicing plate, and then cuts to valve rod piece, cutting
When pressing plate, baffle and limiting slot can the Cutting Length to valve rod piece carry out limitation and can be to the valve rod piece in cutting process
It is limited, guarantees the accurate cutting of valve rod piece.
Further, power mechanism includes the sliding block being fixedly mounted, horizontally disposed slide bar, the cylindrical cam of rotation and first
Sliding unit, the end face of cylindrical cam is in inclined-plane, and the axis horizontal of cylindrical cam is arranged；First sliding unit includes setting vertically
First cam of the first elevating lever of the first elevating lever and jacking set, one end of slide bar and the end face of cylindrical cam offset, sliding
The other end of bar sequentially passes through the first elevating lever and sliding block, is equipped with the return for allowing the inclined-plane of slide bar and cylindrical cam to offset in sliding block
Spring, return spring are coaxially mounted on slide bar, and one end of return spring is fixedly connected with the side wall of slide bar, return spring it is another
One end is fixedly connected with a slide block；Slide bar is contacted with the first elevating lever vertical sliding, the rotation setting of the first cam, the first elevating lever
Lower end and the side of the first cam offset, and the upper end of the first elevating lever is fixedly connected with the first splicing plate.
The end face of slide bar and cylindrical cam offsets, since the end face of cylindrical cam is in inclined-plane, when the level on inclined-plane and sliding block
When distance increases, when slide bar is mobile to the direction of sliding block, return spring is stretched, while slide bar drives the first elevating lever to sliding block
Direction it is mobile；When the horizontal distance of inclined-plane and sliding block reduces, the elastic force of return spring is applied on slide bar, and slide bar is to cylinder
The direction of cam slides, while slide bar drives the first elevating lever return, this process realizes the first elevating lever and the first splicing plate
Movement in the horizontal direction.The first cam also rotates synchronously simultaneously, and the flange of the first elevating lever and the first cam persistently offsets,
First cam can push the first elevating lever and the first splicing plate to move up, while the first elevating lever and the first splicing plate exist when moving down
It is moved down automatically under the action of self gravity, realizes the movement of the first elevating lever and the first splicing plate on vertical.When first convex
When under the collective effect of wheel and cylindrical cam, the first elevating lever and the first splicing plate can generate vertical shift and move horizontally
Compound movement, the characteristic that the first splicing plate can be allowed to move horizontally while there is vertical shift, convenient for being carried out to valve rod piece
Cutting and transmission.
Further, further include the second splicing plate, the second splicing plate is horizontally disposed, and if the upper surface of the second splicing plate be equipped with
Dry the second groove that can accept pipe fitting, the second splicing plate may pass through vertical through slot, and the second groove can be coaxial with limiting slot.
After the valve rod piece after cutting is moved in limiting slot by the first splicing plate, it is vertical that the second splicing plate can pass through
Through slot carries out undertaking again to the valve rod piece in limiting slot, then to the transmission that valve rod piece is continued.
It further, further include the second sliding unit, the second sliding unit includes the second elevating lever being vertically arranged and top
The second cam of the second elevating lever is risen, the second elevating lever is arranged between the first elevating lever and sliding block, and slide bar and the second lifting
The contact of bar vertical sliding, the rotation setting of the second cam, the lower end of the second elevating lever and the side of the second cam offset, the second lifting
The upper end of bar is fixedly connected with the second splicing plate.
The second sliding unit herein may make that the second splicing plate is also able to achieve the movement as the first splicing plate, second
Splicing plate upper surface is equipped with several the second grooves for accepting valve rod piece, the gas after realizing the cutting being driven to the first splicing plate
Door rod part is accepted and is transported again.
It further, further include shaft, shaft is coaxially fixedly mounted on cylindrical cam on one end of slide bar；First cam
It is coaxially fixedly mounted on slide bar with the second cam.
The power of shaft rotation is coaxially fixedly mounted on cunning from cylindrical cam, and by first cam and the second cam
On bar, and locations of structures is all the same, and then the motion state of the first splicing plate and the second splicing plate is allowed to keep synchronous and will not be mutual
It mutually interferes, while the cutting processing of valve rod piece and transmission can be allowed to recycle.
Further, pressing plate lower surface is equipped with several cover slots covered and close limiting slot, and cover slot and limiting slot piece together receiving mark
The accommodating cavity of quasi- valve rod piece；Hold-down mechanism further includes the spring lever being vertically arranged, and the upper end of spring lever is fixedly connected organic
The lower end of frame, spring lever is fixedly connected on the upper surface of pressing plate.
By controlling spring lever, the raising and lowering of pressing plate can be controlled, convenient for the valve rod piece to each batch
Compression after being fed；Simultaneously pressing plate lower surface be equipped with it is several cover close limiting slot cover slots, enable valve rod piece by
It is wrapped in the space of limiting slot and the covered conjunction of cover slot, compared with smooth clamp surface, can prevent pressing plate valve rod piece from being pressed
Damage is even crushed broken.
Further, pressing plate and the first splicing plate are magnetic material, table on the magnetic pole of pressing plate lower surface and the first splicing plate
The magnetic pole in face is identical.
Since the lower surface of pressing plate and the upper surface of the first splicing plate are mutually exclusive, the first splicing plate rises through blowing
Plate may make that liftable pressing plate rises above feeding plate, prevents the first splicing plate from cannot take out the valve rod piece on feeding plate,
It ensure that the first splicing plate transports the feasibility of valve rod piece；Whole process realizes the first splicing plate and rises on feeding and pressing plate
The linkage risen.
Further, feeding plate is connected with sliding rail diagonally downward far from one end of feeding mechanism, and sliding rail bottom is communicated with receipts
Collect frame；Sliding rail is equipped with the conveying trough for moving up and down or moving horizontally for the second splicing plate, and conveying trough is connected to vertical through slot.
Sliding rail is equipped with conveying trough, and conveying trough is connected to vertical through slot, convenient for the second splicing plate to the gas after cutting
When door rod part is transmitted, vertical through slot can be passed through and valve rod piece is placed on sliding rail by conveying trough, at this time due to sliding rail
Diagonally downward, it aloows the valve rod piece for being conveyed through to come by the second splicing plate automatically to tumble by gravity, and passes through receipts
Collect frame to complete to collect.
Detailed description of the invention
Fig. 1 is structural schematic diagram of the present invention for the cutter device main view direction of valve rod piece；
Fig. 2 is the left view in Fig. 1 at the first sliding unit；
Fig. 3 is the schematic top plan view of feeding plate and sliding rail in Fig. 1.
Specific embodiment
It is further described below by specific embodiment:
Appended drawing reference in Figure of description includes: feed pipe 1, feeding plate 2, baffle 201, limiting slot 202, pressing plate 3, bullet
Spring base 31, rack 32, cover slot 33, cylindrical cam 41, the first cam 42, sliding block 43, slide bar 44, the second cam 45, return spring
46, the first thin plate 51, the first splicing plate 52, the first groove 53, cutter 54, the second thin plate 55, the first elevating lever 56, second connect
Flitch 61, the second groove 62, the second elevating lever 63, sliding rail 7, collection frame 71, valve rod piece 8, motor 9.
Embodiment is substantially as shown in Figure 1,2 and 3, for the cutter device of valve rod piece 8, including the pressure being arranged from top to bottom
Tight mechanism, the first splicing plate 52 and the power mechanism that can be driven 52 vertical shift of the first splicing plate and move horizontally further include
The cutter 54 of the disc type of feed pipe 1, the second splicing plate 61 and rotation.
As shown in Figure 1, hold-down mechanism include the rack 32 from top to bottom set gradually, spring lever 31, can it is vertical on move down
Dynamic pressing plate 3 and horizontally disposed feeding plate 2, the upper end of spring lever 31 and rack 32 are welded, the lower end welding of spring lever 31
On the upper surface of pressing plate 3；As shown in figure 3, feeding plate 2 is equipped with the vertical through slot passed through for the first splicing plate 52, feeding plate 2
Upper surface on be provided through eight limiting slots 202 isometric with standard valve stem part 8, limiting slot 202 and vertical through slot connect
It is logical, and the upper and lower side of feeding plate 2 is vertical with the axis of limiting slot 202, the upside of feeding plate 2 is welded with baffle 201, limiting slot
The port of 202 downsides is aligned with feed pipe 1, and the port of 202 upside of limiting slot offsets with baffle 201.
As shown in Figure 1, power mechanism includes the sliding block 43 being fixedly mounted, horizontally disposed slide bar 44, shaft, cylindrical cam
41, motor 9, the first sliding unit and the second sliding unit for driving cylindrical cam 41 to rotate, the right end end face of cylindrical cam 41
In inclined-plane, and the axis horizontal of cylindrical cam 41 is arranged；First sliding unit includes the first elevating lever 56 being vertically arranged, jacking
First cam 42 of the first elevating lever 56 and the first thin plate 51 being arranged between the first elevating lever 56 and the first cam 42, the
Two sliding units include the second elevating lever 63 being vertically arranged, the second cam 45 for jacking the second elevating lever 63 and setting the
The second thin plate 55 between two elevating levers 63 and the second cam 45.
It offsets on the upside of the left end of slide bar 44 and 41 right side of cylindrical cam, the right end of slide bar 44 sequentially passes through the first lifting
Bar 56 and sliding block 43, sliding block 43 is interior to be equipped with the return spring 46 for allowing the inclined-plane of slide bar 44 and cylindrical cam 41 to offset, return spring
46 are coaxially mounted on slide bar 44, the left end of return spring 46 and the sidewall weld of slide bar 44, the right end and cunning of return spring 46
Block 43 welds；Slide bar 44 is contacted with 56 vertical sliding of the first elevating lever；Second elevating lever 63 is vertically arranged in the first elevating lever 56
Between sliding block 43, and slide bar 44 is contacted with 63 vertical sliding of the second elevating lever.
On the right side of cylindrical cam 41, the first cam 42 and the equal coaxial welding of the second cam 45 exist shaft coaxial welding
On slide bar 44, and the flange profile of the flange of the first cam 42 and the second cam 45 is overlapped in terms of the side of Fig. 1.As shown in Fig. 2,
The lower end of first elevating lever 56 and the first thin plate 51 weld, and the side of the first thin plate 51 and the first cam 42 offsets, the first lifting
The upper end of bar 56 and the first splicing plate 52 weld；The lower end of second elevating lever 63 and the second thin plate 55 weld, the second thin plate 55 with
The side of second cam 45 offsets, and the upper end of the second elevating lever 63 and the second splicing plate 61 weld.
As shown in Figure 1, the first splicing plate 52 and the second splicing plate 61 are horizontally disposed, 52 upper surface of the first splicing plate is equipped with
Four can accept the first groove 53 of pipe fitting, and the upper surface of the second splicing plate 61 is equipped with several the second grooves for accepting pipe fitting
62, the second splicing plate 61 can also penetrate through vertical through slot, and the second groove 62 can be coaxial with limiting slot 202.As shown in Fig. 2, cutting
Knife 54 is mounted on the first splicing plate 52, and cutter 54 can be bonded with feeding plate 2 close to the side of feed pipe 1, and cutter
54 blade is vertical with the axis of limiting slot 202.
As shown in Figure 1,3 lower surface of pressing plate is equipped with several cover slots 33 covered and close limiting slot 202, cover slot 33 and limiting slot
202 piece together the accommodating cavity of receiving standard valve stem part 8；Pressing plate 3 and the first splicing plate 52 are magnetic material, under pressing plate 3
The magnetic pole on surface is identical as the magnetic pole of 52 upper surface of the first splicing plate.
As shown in figures 1 and 3, the remote right end of feeding plate 2 is connected with sliding rail 7 diagonally downward, and 7 bottom of sliding rail is communicated with receipts
Collect frame 71；Sliding rail 7 is equipped with the conveying trough for moving up and down or moving horizontally for the second splicing plate 61, conveying trough and vertical through slot
Connection.
Valve rod piece 8 when in use, is first passed through feed pipe 1 by the cutter device for valve rod piece 8 in the present embodiment
It is transmitted in four limiting slots 202 in left side shown in Fig. 1, valve rod piece 8 is placed in a manner of such as Fig. 3.
Spring lever 31 pushes pressing plate 3 and moves down, and closes the cover slot 33 on pressing plate 3 and the lid of limiting slot 202 on feeding plate 2, gas
Door rod part 8 is wrapped in cover slot 33 and limiting slot 202, and valve rod piece 8 is limited completely at this time.Cylindrical cam 41, at this time
One splicing plate 52 and the second splicing plate 61 are located at state as shown in Figure 1, the position of the first splicing plate 52 and the second splicing at this time
Minimum, the horizontal distance of the contact point and sliding block 43 on slide bar 44 and 41 inclined-plane of cylindrical cam is minimum, and return spring 46 is stretched to
Maximum state.
Then motor 9 drives cylindrical cam 41 to rotate, the contact point and sliding block 43 on slide bar 44 and 41 inclined-plane of cylindrical cam
Horizontal distance becomes larger, and the elastic force of return spring 46 is converted into the power that slide bar 44 is moved to the left, and keeps slide bar 44 and cylinder convex
Wheel 41 end face persistently offset, slide bar 44 drive the first elevating lever 56, the second elevating lever 63, the first thin plate 51, the second thin plate 55,
First splicing plate 52 and the second splicing plate 61 synchronize move to left；First cam 42 rotation synchronous with the second cam 45 simultaneously, first
Cam 42 jacks the first elevating lever 56, the first thin plate 51 and the first splicing plate 52；The second cam 45 is to second liter simultaneously
Drop bar 63, the second thin plate 55 and the second splicing plate 61 are jacked, and the first splicing plate 52 and the second splicing plate 61 are moved to the left
While move up.
First splicing plate 52 and the second splicing plate 61 are mobile to 202 side of limiting slot across vertical through slot, at this time cutter 54
Servo-actuated with the first splicing plate 52, the cutter 54 to be cut downside as shown in Figure 3 with feeding plate 2 is bonded, due to 52 band of the first splicing plate
Dynamic cutter 54 move horizontally, and then the cutter 54 rotated accurately cut valve rod piece 8.
The first splicing plate 52 and the second splicing also continue moving up at this time, due on 3 lower surface of pressing plate and the first splicing plate 52
Surface magnetism it is mutually exclusive, pressing plate 3 will be unclamped and be moved up from valve rod piece 8；Until on the first splicing plate 52
One groove 53 is in contact with the valve rod piece 8 being located in limiting slot 202, and the first splicing plate 52 can be by the valve after cutting process
Rod piece 8 receives；Slide bar 44 moves right again at this time, pushes the first splicing plate 52 and the second splicing plate 61 to move horizontally to the right, allows
Four limiting slots 202 of four valve rod pieces 8 and right side after cutting process are opposite, and the first cam 42 and the second cam 45 allow again
First splicing plate 52 and the second splicing plate 61 move down, and the first splicing plate 52 and the second splicing continue after moving down, after cutting process
Four valve rod pieces 8 have been placed on four limiting slots 202 with right side.
When at four limiting slots 202 that next the second splicing plate 61 for moving up and moving down in circulation is moved to right side,
The second groove 62 on second splicing plate 61 can accept four valve rod pieces 8 on four limiting slots 202 on right side, this
In the process, the second splicing plate 61 can pass through vertical through slot and conveying trough will when being transmitted to the valve rod piece 8 after cutting
Valve rod piece 8 is placed on sliding rail 7, diagonally downward due to sliding rail 7 at this time, be may make and is conveyed through the gas come by the second splicing plate 61
Door rod part 8 can automatically be tumbled by gravity, and complete to collect by collection frame 71.
Claims (8)
1. being used for the cutter device of valve rod piece, the cutter of the disc type including feed pipe and rotation, it is characterised in that: further include
Hold-down mechanism, the first splicing plate and the power that the first splicing plate vertical shift can be driven and moved horizontally being arranged from top to bottom
Mechanism；
The hold-down mechanism includes the pressing plate that can be moved up and down vertically and horizontally disposed blowing from top to bottom set gradually
Plate, the feeding plate are equipped with the vertical through slot passed through for the first splicing plate, are provided through on the upper surface of feeding plate several
With standard valve stem part isometric limiting slot, limiting slot are connected to vertical through slot, and feeding plate is close to the two-port of limiting slot
Side is vertical with the axis of limiting slot, is fixedly installed with baffle on the side of the feeding plate, the limiting slot close to pressing plate side
Port be aligned with feed pipe, the one end of limiting slot far from feed pipe offsets with baffle；
The first splicing plate upper surface is equipped with several the first grooves for accepting pipe fitting, and cutter are mounted on the first splicing plate
On, and cutter can be bonded with feeding plate close to the side of feed pipe, and the blade of cutter is vertical with the axis of limiting slot.
2. the cutter device according to claim 1 for valve rod piece, it is characterised in that: the power mechanism includes solid
Sliding block, horizontally disposed slide bar, the cylindrical cam of rotation and the first sliding unit of Dingan County's dress, the end face of cylindrical cam is in oblique
Face, and the axis horizontal setting of cylindrical cam；First sliding unit includes the first elevating lever being vertically arranged and jacking first
First cam of elevating lever, one end of slide bar and the end face of cylindrical cam offset, and the other end of slide bar sequentially passes through the first lifting
Bar and sliding block, the sliding block is interior to be equipped with the return spring for allowing the inclined-plane of slide bar and cylindrical cam to offset, and return spring is co-axially mounted
On slide bar, one end of return spring is fixedly connected with the side wall of slide bar, and the other end of return spring is fixedly connected with a slide block；It is sliding
Bar is contacted with the first elevating lever vertical sliding, the rotation setting of the first cam, the side of the lower end of the first elevating lever and the first cam
It offsets, the upper end of the first elevating lever is fixedly connected with the first splicing plate.
3. the cutter device according to claim 2 for valve rod piece, it is characterised in that: it further include the second splicing plate,
The second splicing plate is horizontally disposed, and the upper surface of the second splicing plate is equipped with several the second grooves for accepting pipe fitting, described
Second splicing plate may pass through vertical through slot, and the second groove can be coaxial with limiting slot.
4. the cutter device according to claim 3 for valve rod piece, it is characterised in that: further include the second sliding list
Member, the second sliding unit include the second elevating lever being vertically arranged and the second cam for jacking the second elevating lever, the second lifting
Bar is arranged between the first elevating lever and sliding block, and slide bar is contacted with the second elevating lever vertical sliding, the rotation setting of the second cam,
The lower end of second elevating lever and the side of the second cam offset, and the upper end of the second elevating lever is fixedly connected with the second splicing plate.
5. the cutter device according to claim 4 for valve rod piece, it is characterised in that: it further include shaft, described turn
Axis is coaxially fixedly mounted on cylindrical cam on one end of slide bar；The first cam and the second cam is coaxially fixedly mounted
On slide bar.
6. the cutter device according to claim 1 for valve rod piece, it is characterised in that: the pressing plate lower surface is equipped with
Several to cover the cover slot for closing limiting slot, cover slot and limiting slot piece together the accommodating cavity of receiving standard valve stem part；The compression
Mechanism further includes the spring lever being vertically arranged, and the upper end of spring lever is fixedly connected with organic frame, and the lower end of spring lever is fixedly connected on
On the upper surface of pressing plate.
7. the cutter device according to claim 6 for valve rod piece, it is characterised in that: the pressing plate and the first splicing
Plate is magnetic material, and the magnetic pole of pressing plate lower surface is identical as the magnetic pole of the first splicing plate upper surface.
8. the cutter device according to claim 5 for valve rod piece, it is characterised in that: the feeding plate is far from charging
One end of mechanism is connected with sliding rail diagonally downward, and sliding rail bottom is communicated with collection frame；Sliding rail is equipped with for the second splicing plate
The conveying trough for moving up and down or moving horizontally, conveying trough are connected to vertical through slot.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811640835.8A CN109702262B (en) | 2018-12-29 | 2018-12-29 | Cutting device for valve rod piece |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811640835.8A CN109702262B (en) | 2018-12-29 | 2018-12-29 | Cutting device for valve rod piece |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN109702262A true CN109702262A (en) | 2019-05-03 |
| CN109702262B CN109702262B (en) | 2020-02-18 |
Family
ID=66260319
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811640835.8A Active CN109702262B (en) | 2018-12-29 | 2018-12-29 | Cutting device for valve rod piece |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109702262B (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112108698A (en) * | 2020-09-16 | 2020-12-22 | 沈卫明 | Automatic fixed flitch just prevents plate shearing machine of fish tail |
| CN112850226A (en) * | 2021-02-23 | 2021-05-28 | 浙江大学深圳研究院 | Automatic loading device suitable for roll shaft production and application method thereof |
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| CN104668586A (en) * | 2015-01-25 | 2015-06-03 | 沧州瑞泰石油机械有限公司 | Novel automatic feeding device for numerically controlled lathe |
| CN205032795U (en) * | 2015-10-13 | 2016-02-17 | 陈琪琪 | Automatic cutting device for steel tubes |
| CN107962225A (en) * | 2017-11-23 | 2018-04-27 | 四川精通机械科技有限公司 | A kind of automatic gas cutting machine for pipe fitting cutting |
| CN108098060A (en) * | 2018-02-02 | 2018-06-01 | 成都科启新力科技有限公司 | A kind of cutter device of structural metal pipe |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5836816A (en) * | 1974-11-13 | 1983-03-03 | セシム | Conveyor for bar material |
| CN203380956U (en) * | 2013-06-27 | 2014-01-08 | 安庆晨旺木业有限公司 | Multi-piece cutting machine |
| CN104668586A (en) * | 2015-01-25 | 2015-06-03 | 沧州瑞泰石油机械有限公司 | Novel automatic feeding device for numerically controlled lathe |
| CN205032795U (en) * | 2015-10-13 | 2016-02-17 | 陈琪琪 | Automatic cutting device for steel tubes |
| CN107962225A (en) * | 2017-11-23 | 2018-04-27 | 四川精通机械科技有限公司 | A kind of automatic gas cutting machine for pipe fitting cutting |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112108698A (en) * | 2020-09-16 | 2020-12-22 | 沈卫明 | Automatic fixed flitch just prevents plate shearing machine of fish tail |
| CN112850226A (en) * | 2021-02-23 | 2021-05-28 | 浙江大学深圳研究院 | Automatic loading device suitable for roll shaft production and application method thereof |
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| Publication number | Publication date |
|---|---|
| CN109702262B (en) | 2020-02-18 |
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Effective date of registration: 20210203 Address after: 401520 no.63-2, Xinyou Road, Yinxiang new town, Tuchang Town, Hechuan District, Chongqing Patentee after: Chongqing henglei industry and Trade Co., Ltd Address before: 401520 sankou village, Tuchang Town, Hechuan District, Chongqing Patentee before: CHONGQING JIANDA HENGYI VALVE Co.,Ltd. |