CN207981969U - A kind of tin bar cutting machine - Google Patents
A kind of tin bar cutting machine Download PDFInfo
- Publication number
- CN207981969U CN207981969U CN201820114166.XU CN201820114166U CN207981969U CN 207981969 U CN207981969 U CN 207981969U CN 201820114166 U CN201820114166 U CN 201820114166U CN 207981969 U CN207981969 U CN 207981969U
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- CN
- China
- Prior art keywords
- tin bar
- hole
- cutting machine
- pusher
- dynamic model
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Abstract
The utility model discloses a kind of tin bar cutting machine, including rack, certain module is fixed in rack, cover half block side is equipped with controls the dynamic model block moved up and down along cover half block side by shearing pushing meanss, the dynamic model block other side is corresponded in rack is equipped with the material collecting device that tin bar can be ejected to and be allowed to inclined sliding, it is horizontal on cover half block to be equipped with pusher through-hole and enter material through hole for what tin bar level penetrated, enter material through hole to be located at right over pusher through-hole, horizontal be equipped with goes out material through hole with enter that material through hole docks on dynamic model block.In this tin bar cutting machine structure, tin bar simultaneously horizontal through dynamic model block and cover half block when, dynamic model block moves down cut-out tin bar, material-pulling device is released horizontal in tin bar slave module, material collecting device automatic ejection rewinding, it avoids getting stuck when cutting or adhesion phenomenon occurs, while cutting noise is small, rewinding is efficient.
Description
Technical field
The utility model belongs to tin bar technical field of processing equipment more particularly to a kind of tin bar cutting machine.
Background technology
Handwork pattern is used in the making of tin solder production field, tin bar, i.e., is put into the tin liquor under molten condition
It casts in pot, hold casting pot with hand is poured into mold by tin liquor, is removed from the molds tin bar after tin liquor solidification, this work
There are many disadvantages for industry pattern, and first, this production method labor intensity is big, and production efficiency is extremely low, secondly as the temperature of tin liquor
Degree is very high, and manual operations is easily scalded, and there are great security risks, again, using manual mode of operation, in casting process
In, since tin liquor is longer with air contact time, tin bar surface, which easily aoxidizes, generates impurity, influences the quality of tin bar.
There is automatic casting rod machine to occur currently on the market, instead of heavy manual operations, but the bar of the automatic casting rod machine
Cutting is cut off using saw blade substantially, in practice because the composition difference of bar causes cast-cutting saw slice to frequently occur failure, such as
Card saw or tin liquor adhesion saw blade phenomenon, meanwhile, larger cutting noise will produce using saw blade cutting, flown upward with fine powder,
Environmental pollution is larger, when rewinding, adopts artificial rewinding, less efficient.
Utility model content
The purpose of this utility model is to provide a kind of tin bars cutting off tin bar using active and inactive mold block and eject automatic material receiving
Cutting machine.
To achieve the goals above, technical solution adopted in the utility model is：A kind of tin bar cutting machine, including machine
Frame is fixed with certain module in the rack, and cover half block side, which is equipped with, to be controlled by shearing pushing meanss along the cover half block
The dynamic model block that side moves up and down, the dynamic model block other side is corresponded in the rack being equipped with can eject tin bar and be allowed to tilt
The material collecting device of downslide, it is horizontal on the cover half block to be equipped with pusher through-hole and enter material through hole for what tin bar level penetrated, it is described
Enter material through hole to be located at right over the pusher through-hole, the dynamic model block be equipped with it is described enter material through hole dock go out material through hole.
Further, the pusher through-hole is moved up or down with the distance between material through hole is entered equal to the dynamic model block
Distance, it is ensured that feeding and pusher process are accurate, prevent tin bar from damaging.
Further, it is described enter material through hole with when going out material through hole and docking, the tin bar horizontal through it is described enter material through hole and
Go out material through hole, the dynamic model block moves down, and cuts off the tin bar, the dynamic model block be displaced downwardly to it is described go out material through hole and pusher it is logical
When hole is aligned, material-pulling device pushes tin bar to fall into the material collecting device.
Further, charging ram is equipped in the pusher through-hole, the material-pulling device controls described in the charging ram promotion
Tin bar moves.
Further, the material-pulling device is cylinder or motor.
Further, it is described go out the tin bar length received of material through hole content be less than or equal to it is described go out material through hole length, can
Tin bar length is reasonably selected as needed, expands the use scope of cutting machine.
Further, the material collecting device includes the holder being fixed in the rack, is arranged in the pedestal lower end
Discharging pushing meanss are pumped by discharging pushing meanss control along the rack side wall positioned at the internal stent
Pusher bracket, the rotary idler wheel of pedestal upper end is fixed on by axis and is connect with the holder hopper.
Further, the side face is connected with the bumping post for limiting tin bar horizontal direction displacement, in the bumping post
Mandrel is located at right over the central shaft of idler wheel and is arranged in parallel, and the bumping post is made of non-metallic elastic material, to stopping tin bar
Movement work as a buffer.
Further, the idler wheel sets at least to two, and concave surface has the holding tank that radius is more than tin bar radius,
For accommodating from the tin bar for going out material through hole release, the idler wheel is made of metal material, and reduces the cunning that tin bar rolls on idler wheel
Kinetic force of friction.
Further, the pusher bracket is in Qian shape or the shape of falling E, is extended at least two ejection parts vertically thereon, described
In gap of the ejection part between the two neighboring idler wheel or idler wheel and holder, the ejection face on each ejection part
For inclined-plane or tilt the cambered surface of indent, and all ejection faces are coplanar with, when tin bar is located in the holding tank, it is described go out
Material pushing meanss push the pusher bracket to move up, and the tin bar in the holding tank is detached under the promotion of ejection part
The holding tank is finally rolled to the hopper along the ejection face, and when in the holding tank without tin bar, the discharging pushes
Device pulls the pusher bracket to be moved downward to the pusher bracket top less than at the idler wheel top.
Compared with prior art, the utility model has following technique effect：
In this tin bar cutting machine structure, tin bar simultaneously horizontal through dynamic model block and cover half block when, dynamic model block, which moves down, to be cut
Disconnected tin bar, material-pulling device are released horizontal in tin bar slave module, material collecting device automatic ejection rewinding, avoid getting stuck when cutting or
Adhesion phenomenon occurs, while cutting noise is small, and rewinding is efficient.
Description of the drawings
Fig. 1 is the front view of the utility model tin bar cutting machine；
Fig. 2 is the vertical view of the utility model tin bar cutting machine；
Fig. 3 is the sectional view in the directions B-B in Fig. 2；
Fig. 4 is the sectional view in the directions A-A in Fig. 1；
Fig. 5 is the sectional view after the cut-out of the directions B-B tin bar in Fig. 2；
Fig. 6 is rewinding sectional view in the directions A-A in Fig. 1.
It illustrates：
1, rack 11, fixed plate 2, cover half block
21, enter material through hole 22, pusher through-hole 3, dynamic model block
31, go out material through hole 4, material-pulling device 41, charging ram
5, pushing meanss 51, connector 52, shearing catch bar are sheared
6, material collecting device 61, hopper 611, support plate
612, the first supporting rack 613, the second supporting rack 62, discharging pushing meanss
621, kick-off arm 63, holder 64, pusher bracket
641, ejection part 6411, ejection face 65, idler wheel
651, holding tank 66, block piece 661, connector
662, bumping post 7, tin bar 8, lower carrier plate
9, upper supporting plate 10, guide post.
Specific implementation mode
Below in conjunction with the accompanying drawings, the embodiment of the utility model is specifically illustrated, attached drawing is only for reference and illustrates to use, not structure
The limitation of pairs of the utility model patent protection domain.
Referring to figs. 1 to Fig. 4, a kind of tin bar cutting machine, including rack 1, be fixed in rack 1 lower carrier plate 8, be fixed on down
Cover half block 2 on support plate 8, the material-pulling device 4 being arranged on cover half block 2, be arranged 2 upper end of cover half block upper supporting plate 9, be fixed on
Shearing pushing meanss 5, setting on upper supporting plate 9 are controlled by shearing pushing meanss 5 along 2 side of cover half block in 2 side of cover half block
The dynamic model block 3 of lower movement is fixed on four guide posts 10 for connecting upper supporting plate 9 and lower carrier plate 8 in rack 1 and is fixed on rack 1
Tin bar 7 can be ejected and be allowed to the material collecting device 6 of inclined sliding by upper corresponding 3 other side of dynamic model block.1 upper end of rack is equipped with fixed plate
11, lower carrier plate 8 is fixed in fixed plate 11, and four 10 upper and lower ends of guide post are solid with upper supporting plate 9 and lower carrier plate 8 respectively by nut
Fixed connection, for dynamic model block 3 between upper supporting plate 9 and lower carrier plate 8, two guide posts 10 of the same side sequentially pass through upper supporting plate 9, cover half
Block 2 and lower carrier plate 8, cover half block 2 abut lower carrier plate 8, between cover half block 2 and upper supporting plate 9 by be sleeved on two guide posts 10 every
Set makes to sequentially pass through upper supporting plate 9, dynamic model block 3 without relative movement, two guide posts 10 of the other side between upper supporting plate 9 and cover half block 2
With lower carrier plate 8, movement of the dynamic model block 3 between upper supporting plate 9 and lower carrier plate 8 is by the shearing pushing meanss 5 that are fixed on upper supporting plate 9
Control, shearing pushing meanss 5 pass through upper supporting plate 9 to be equipped with the shearing catch bar 52 that can be elongated or shortened, 52 end of shearing catch bar
End is fixedly connected with connector 51, and connector 51 is threadably secured with dynamic model block 3 and connect, and shearing pushing meanss 5 pass through shearing
Catch bar 52 drives connector 51 and dynamic model block 3 to pump, and shearing pushing meanss 5 are hydraulic cylinder.
It is horizontal on dynamic model block 3 to be equipped with pusher through-hole 22 and enter material through hole for what 7 level of tin bar penetrated with reference to Fig. 3 and Fig. 5
21, enter material through hole 21 and is located at right over pusher through-hole 22, dynamic model block 3 is equipped with goes out material through hole 31 with enter that material through hole 21 docks,
Charging ram 41 is equipped in pusher through-hole 22, material-pulling device 4 controls charging ram 41 and the tin bar 7 being contained in out in material through hole 31 is pushed to move
It is dynamic.When entering material through hole 21 and going out material through hole 31 and dock, tin bar 7 is horizontal through entering material through hole 21 and go out material through hole 31, dynamic model block 3
It moves down, cuts off tin bar 7, when dynamic model block 3, which is displaced downwardly to out material through hole 31, to be aligned with pusher through-hole 22, material-pulling device 4 drives
Charging ram 41 will be received in out in the horizontal push-in material collecting device 6 of the tin bar 7 in material through hole 31, pusher through-hole 22 and enter material through hole 21
The distance between be equal to the distance that moves up or down of dynamic model block 3, ensure that discharging is logical when dynamic model block 3 is in two extreme positions
Hole 31 respectively with enter material through hole 21 and pusher through-hole 22 is coaxial, it is ensured that feeding and pusher process are accurate, prevent the mistake of cutting tin bar 7
It damages in journey tin bar 7, influences the quality of tin bar 7, go out the tin bar length accommodated in material through hole 31 and be less than or equal to material through hole 31
Length, same cutting machine can select as needed cutting length, expand use scope.
With reference to Fig. 4 and Fig. 6, material collecting device 6 includes the holder 63 being fixed in rack 1, going out in 63 lower end of holder is arranged
Material pushing meanss 62, the pusher to be pumped along 63 side wall of holder by the control of discharging pushing meanss 62 inside holder 63
Bracket 64, the hopper 61 for being fixed on the rotary idler wheel 65 in 63 upper end of holder by axis and being connect with holder 63, holder 63
Opposite both sides are arranged with the groove for installing idler wheel 65, and another side is equipped with block piece 66, and block piece 66 includes and branch
The connector 661 and be fixed on the columned bumping post 662 in 661 upper end of connector that frame 63 is fixedly connected, 662 central shaft of bumping post is located at
It right over the central shaft of idler wheel 65 and is arranged in parallel, which is made of non-metallic elastic material, works as a buffer, prevents
Tin bar 7 is damaged during rewinding, destroys its shape, while can also flatten 7 section part burr of tin bar, idler wheel 65 is at least
Two are set as, which is mounted on by axis in the groove on holder 63, and free to rotate, is existed to reduce tin bar 7
Force of rolling friction in rolling process, the metal material that idler wheel 65 preferentially selects material harder make, and surface has indent
Holding tank 651, convenient for accommodate from go out material through hole 31 release tin bar 7, to prevent tin bar 7 to be bruised, 651 radius of holding tank is big
In the radius of tin bar 7.
Pusher bracket 64 is in Qian (kan) shape or the shape of falling E, is extended at least two ejection parts 641, ejection part vertically thereon
In 641 gap between two neighboring idler wheel 65 or idler wheel 65 and holder 63, the ejection face on each ejection part 641
6411 be inclined-plane or the cambered surface of inclination indent, and all ejection faces 6411 are coplanar with, when tin bar 7 is located at holding tank 651
When interior, discharging pushing meanss 62, which are fixed by the driving of kick-off arm 621 being arranged in holder 63 with 621 end of kick-off arm, to be connected
The pusher bracket 64 connect moves up, and the tin bar being located in holding tank 651 is detached from holding tank 651 under the promotion of ejection part 641
It glides along ejection face 6411, the top of 61 sliding slot of hopper is less than the minimum point of the peak and ejection face 6411 of idler wheel 65, side
Just tin bar 7 is smoothly rolled to the top of 61 sliding slot of hopper or directly from ejection face 6411 through idler wheel 65 from ejection face 6411 and is rolled
It moves to the top of 61 sliding slot of hopper, 61 sliding slot of hopper is fixedly connected by support plate 611 with holder 63, and 1 side of rack is vertical
It is fixed with the first supporting rack 612, while being inclined outwardly and being provided with the second supporting rack 613, two supporting racks support hopper 61 jointly,
Keep hopper 61 oblique, tin bar 7 is finally rolled along inclined hopper 61, and when in holding tank 651 without tin bar, discharging pushes
Device 62 pulls pusher bracket 64 to move down, until 64 top of pusher bracket is less than 65 top of idler wheel, when holding tank 651
When inside accommodating tin bar 7 again, discharging pushing meanss 62 drive pusher bracket 64 to move up again, carry out pusher action, so not
Disconnected iterative cycles constantly repeat pusher action, complete rewinding.Material-pulling device 4 and discharging pushing meanss 62 are cylinder or motor.
The tin bar cutting machine of the utility model can be used to connect use with tin bar molding machine, and tin bar is controlled by tin bar molding machine
Molding and self-feeding, can also connect with feeder, and control self-feeding also can be used alone if you need to manual feeding, this reality
It is connect with tin bar cutting machine with novel preferred tin bar molding machine, forms fully-automatic production, the technical solution of the utility model also may be used
Applied to other field.
The utility model slides cut-out tin bar by dynamic model block along cover half block side, and tin bar is then pushed into drawing mechanism
In holding tank, tin bar ejection is rolled to molten tin bath using pusher bracket, completes rewinding, this tin bar cutting machine not only can be quickly complete
At tin bar cutting and rewinding action, and sticking to mould or snap gauge phenomenon are not will produce in cutting process, especially coordinates tin bar molding machine
It is used together, avoids tin bar and air long-time catalytic oxidation in tin bar manufacturing process, not only increase production efficiency, reduce
Noise, and ensure that the quality of tin bar, improve the safety of production.
Above disclosed is only the preferred embodiment of the utility model, and the right of the utility model cannot be limited with this
Protection domain, therefore equivalent variations made according to the patent scope of the utility model still belong to the model that the utility model is covered
It encloses.
Claims (10)
1. a kind of tin bar cutting machine, including rack (1), which is characterized in that be fixed with certain module (2), institute on the rack (1)
It states cover half block (2) side and is equipped with the dynamic model block moved up and down along cover half block (2) side by shearing pushing meanss (5) control
(3), dynamic model block (3) other side is corresponded on the rack (1) is equipped with the rewinding that tin bar can be ejected to and be allowed to inclined sliding
Device (6), it is horizontal on the cover half block (2) to be equipped with pusher through-hole (22) and enter material through hole (21) for what tin bar level penetrated,
It is described enter material through hole (21) be located at right over the pusher through-hole (22), the dynamic model block (3) be equipped with it is described enter material through hole
(21) what is docked goes out material through hole (31).
2. tin bar cutting machine as described in claim 1, which is characterized in that the pusher through-hole (22) and enter material through hole (21) it
Between distance be equal to the distance that moves up or down of the dynamic model block (3).
3. tin bar cutting machine as described in claim 1, which is characterized in that it is described enter material through hole (21) with to go out material through hole (31) right
When connecing, the tin bar enters material through hole (21) and to go out material through hole (31) horizontal through described, and the dynamic model block (3) moves down, and cuts
Break the tin bar, the dynamic model block (3) be displaced downwardly to it is described go out material through hole (31) when being aligned with pusher through-hole (22), material-pulling device
(4) tin bar is pushed to fall into the material collecting device (6).
4. tin bar cutting machine as claimed in claim 3, which is characterized in that be equipped with charging ram in the pusher through-hole (22)
(41), the material-pulling device (4) controls the charging ram (41) and pushes the tin bar movement.
5. tin bar cutting machine as claimed in claim 3, which is characterized in that the material-pulling device (4) is cylinder or motor.
6. tin bar cutting machine as described in claim 1, which is characterized in that it is described go out material through hole (31) in accommodate tin bar length
Less than or equal to it is described go out material through hole (31) length.
7. tin bar cutting machine as described in claim 1, which is characterized in that the material collecting device (6) includes being fixed on the machine
Holder (63) on frame (1), setting the holder (63) lower end discharging pushing meanss (62), be located in the holder (63)
Portion controls the pusher bracket (64) to pump along the holder (63) side wall by the discharging pushing meanss (62), passes through
The hopper (61) that axis is fixed on the rotary idler wheel in holder (63) upper end (65) and is connect with the holder (63).
8. tin bar cutting machine as claimed in claim 7, which is characterized in that holder (63) side is connected with for limiting tin
The bumping post (662) of stick horizontal direction displacement, bumping post (662) central shaft are located at right over the central shaft of idler wheel (65) and parallel
Setting, the bumping post (662) are made of non-metallic elastic material.
9. tin bar cutting machine as claimed in claim 7, which is characterized in that the idler wheel (65) sets at least to two, table
Face indent has the holding tank (651) that radius is more than tin bar radius, for accommodating from the tin bar for going out material through hole (31) release, the rolling
Wheel (65) is made of metal material.
10. tin bar cutting machine as claimed in claim 9, which is characterized in that the pusher bracket (64) be in Qian shape or the shape of falling E,
Be extended at least two ejection parts (641) vertically thereon, the ejection part (641) be located at the two neighboring idler wheel (65) or
In gap between idler wheel (65) and holder (63), the ejection face (6411) on each ejection part (641) be inclined-plane or
Tilt the cambered surface of indent, and all ejection faces (6411) are coplanar with, tin bar be located at the holding tank (651) it is interior when, it is described
Discharging pushing meanss (62) push the pusher bracket (64) to move up, and the tin bar being located in the holding tank (651) is pushing up
Go out under the promotion of portion (641) to be detached from the holding tank (651) finally to roll to the hopper (61) along the ejection face (6411)
Interior, when in the holding tank (651) without tin bar, the discharging pushing meanss (62) pull the pusher bracket (64) to move down
To pusher bracket (64) top less than at the idler wheel (65) top.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820114166.XU CN207981969U (en) | 2018-01-23 | 2018-01-23 | A kind of tin bar cutting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820114166.XU CN207981969U (en) | 2018-01-23 | 2018-01-23 | A kind of tin bar cutting machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207981969U true CN207981969U (en) | 2018-10-19 |
Family
ID=63820970
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820114166.XU Active CN207981969U (en) | 2018-01-23 | 2018-01-23 | A kind of tin bar cutting machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207981969U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108097781A (en) * | 2018-01-23 | 2018-06-01 | 广东新科炬机械制造有限公司 | A kind of tin bar cutting machine |
-
2018
- 2018-01-23 CN CN201820114166.XU patent/CN207981969U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108097781A (en) * | 2018-01-23 | 2018-06-01 | 广东新科炬机械制造有限公司 | A kind of tin bar cutting machine |
| CN108097781B (en) * | 2018-01-23 | 2024-04-30 | 广东新科炬机械制造有限公司 | Tin bar cutting machine |
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