CN207127113U - Automated conveyor is punched production equipment mould - Google Patents
Automated conveyor is punched production equipment mould Download PDFInfo
- Publication number
- CN207127113U CN207127113U CN201720927007.7U CN201720927007U CN207127113U CN 207127113 U CN207127113 U CN 207127113U CN 201720927007 U CN201720927007 U CN 201720927007U CN 207127113 U CN207127113 U CN 207127113U
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- mold frame
- mold holder
- mould
- top mold
- lower mold
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Abstract
A kind of automated conveyor punching production equipment mould, including top mold frame and lower mold holder are the utility model is related to, the top mold frame can move up and down relative to the lower mold holder, in addition to the punch-pin being arranged in the top mold frame；Two groups of cavity plates being arranged on the lower mold holder；For the guide pillar structure for being oriented to and positioning；Belt hold-down mechanism, for being fixed conveyer belt to be cut；For cutting off the cutting structure of conveyer belt, the cutting structure includes lifting cutting mechanism and the fixed shear mechanism being used in conjunction with each other, and the lifting cutting mechanism is arranged in the top mold frame, and fixed shear mechanism is arranged on the lower mold holder.The beneficial effects of the utility model are：1. a kind of mould can process two kinds of type products, more mold exchange number is reduced, improves die life, reduces worker labour.2. being oriented to using guide pillar, guide pin bushing to mould bases, positioning is more accurate.3. can realize simultaneously belt cut, punching operation, improve operating efficiency.
Description
Technical field
It the utility model is related to a kind of shearing diel, more particularly to a kind of automated conveyor punching production equipment mould
Tool.
Background technology
Suspension roof support is one of main support form of coal mine roadway, is anchored at tunnel broken, loose wall rock by anchor pole
Together, rock integrity is improved, its afterbody need to form support system by anchor rod pallet board and country rock.At present, underground coal mine uses
Common pallet, anchor-rod tray are directly contacted to form extruding with wire netting, and wire netting is caused to damage, easily causes support system to lose
Effect, can not ensure tunnel safety.
But if installing skin disk additional between anchor-rod tray and wire netting, both are formed with buffering, mitigate anchor-rod tray and metal
Net extruding, being capable of high degree raising roadway support quality.And reprocessed using waste and old belt, cost is reduced, reduces environment
Pollution.Existing shearing diel can only be sheared to steel plate, punching, and the waste and old belt relatively soft to material is uncomfortable
With.A kind of now urgently automated conveyor punching production equipment mould, realize waste and old two kinds of specifications and models of belt are cut automatically,
Automatic punching, labor strength is reduced, improve production efficiency.
Utility model content
Technical problem to be solved in the utility model is：A kind of automated conveyor punching production equipment mould is provided,
Realization is cut automatically to waste and old two kinds of specifications and models of belt, automatic punching, reduces labor strength, improves production efficiency.
The utility model is to solve the problems, such as that used technical scheme set forth above is：
A kind of automated conveyor is punched production equipment mould, including top mold frame 1 and lower mold holder 11, and the top mold frame 1 can
Moved up and down relative to the lower mold holder 11, it is characterised in that：Also include the punch-pin 5 being arranged in the top mold frame 1；It is arranged on
Two groups of cavity plates 15 on the lower mold holder 11；For the guide pillar structure for being oriented to and positioning；Belt hold-down mechanism, for being fixed
Conveyer belt to be cut；For cutting off the cutting structure of conveyer belt, the cutting structure includes the lifting shearing being used in conjunction with each other
Mechanism and fixed shear mechanism, the lifting cutting mechanism are arranged in the top mold frame 1, and fixed shear mechanism is arranged at described
On lower mold holder 11.
Described guide pillar structure includes the lower guide pillar 12 being arranged on the lower mold holder 11；It is arranged in the top mold frame 1,
For the upper guide bush 4 coordinated with the lower guide pillar 12, mould is play the guiding role when stamping machine acts.
Described upper guide bush 4 and lower guide pillar 12 are provided with four groups altogether, and the bottom four corners of top mold frame 1 are respectively arranged with one and led
Set 4, the upper surface of lower mold holder 11 is provided with the lower guide pillar 12 being engaged with upper guide bush 4, and upper guide bush 4 slides up and down along lower guide pillar 12.
Described upper guide bush 4 coordinates with the lower gap of guide pillar 12.
Described guide pillar structure also includes the upper guide post 3 being arranged in the top mold frame 1；It is arranged on the lower mold holder 11
On, for the lower guide pin bushing 13 coordinated with the upper guide post 3, mould is play the guiding role when stamping machine acts.
Described lower guide pin bushing 13 and upper guide post 3 is provided with two groups altogether, and the both sides of top mold frame 1 are set sets a upper guide post respectively
3, the lower guide pin bushing 13 being engaged with upper guide post 3 is provided with lower mold holder 11, and upper guide post 3 slides up and down along lower guide pin bushing 13.
Described lower guide pin bushing 13 coordinates with the gap of upper guide post 3.
Described belt hold-down mechanism includes the upper hold-down mechanism being used in conjunction with each other and lower supporting mechanism, the upper compression
Mechanism is arranged in the top mold frame 1, and lower supporting mechanism is arranged on the lower mold holder 11, upper hold-down mechanism and lower supporting mechanism
Can lifting cutting mechanism, coordinate in advance before fixed shear mechanism contacts treat cut conveyer belt compressed, it is fixed.
Described upper hold-down mechanism includes screw 2, flexible member 6 and pressing plate 8, and the pressing plate 8 is located at the front end of lower mold holder 11
Two lower guide pillars 12 between, offer the through hole passed through for screw 2 in top mold frame 1, screw 2 is through top mold frame 1 and passes through spiral shell
Bolt is connected with pressing plate 8, is set between top mold frame 1 and pressing plate 8 and has elastic component 6, the upper end of flexible member 6 offsets with top mold frame 1, bullet
The property lower end of element 6 offsets with pressing plate 8.
Described lower supporting mechanism is the lower receiving block 18 being fixed on lower mold holder 11, and lower receiving block 18 is located at pressing plate 8
Lower section.
A kind of automated conveyor is punched production equipment mould, in addition to the push-up mechanism on lower mold holder 11, institute
Stating push-up mechanism includes push pedal 9, spring 10 and fixed plate 16, is fixedly installed fixed plate 16 on lower mold holder 11, in fixed plate 16
Side is provided with push pedal 9, and spring 10 is provided between fixed plate 16 and push pedal 9, the through hole passed through for cavity plate 15 is provided with push pedal 9
17, when the top mold frame 1 and the lower mold holder 11 open, push pedal 9 is pushed into a high position, the upper surface of push pedal 9 and lower support by spring 10
The upper surface of mechanism is in sustained height.
Described fixed shear mechanism is the lower cutter 14 being fixed on lower mold holder 11, the side of lower cutter 14 and lower undertaking
Block 18 is fixedly connected, and lifting cutting mechanism is the upper cutter 7 being fixed in top mold frame 1, and upper cutter 7 is located at the upper of lower cutter 14
When side, the top mold frame 1 and the lower mold holder 11 close, realize and belt conveyor is cut.
Described flexible member 6 is provided with four altogether, word order, and installation elasticity is provided with top mold frame 1 and pressing plate 8
The mounting groove 19 of element 6.
Described flexible member 6 is quality of rubber materials, cylindrical structural.
Described pressing plate 8 is provided at both ends with hangers 20, and screw 2 with hangers 20 is connected through top mold frame 1 and by bolt, is hung
The inner side of ear 20 is provided with the guide groove being slidably matched with lower guide pillar 12.
Described punch-pin 5 and cavity plate 15 is provided with two groups, convex in processing 300*300mm buffering Pi Panshi, installation rear side
Mould 5；In processing 150*150mm buffering Pi Panshi, installation front side punch-pin 5, realization is combined with cavity plate 15 to two kinds of specification skin Pan Chong
Hole.
Operation principle of the present utility model：Top mold frame is arranged on the drift of the forcing press, and the lower mold holder is arranged on
On the support of the forcing press, belt is sent to pressing plate, push pedal, above lower cutter by guide feeding device, on hydraulic press drives
Mould bases acts, and is contacted with lower mold holder, in upper cutter and lower cutter, under punch-pin and cavity plate collective effect, while realizes that belt is cut,
Punching operation.
The beneficial effects of the utility model are：1. a kind of mould can process two kinds of type products, more mold exchange is reduced
Number, die life is improved, reduce worker labour.2. being oriented to using guide pillar, guide pin bushing to mould bases, positioning is more accurate.3. can
Simultaneously realize belt cut, punching operation, improve operating efficiency.Belt is compressed 4. being realized using flexible member with pressing plate,
Realization is cut to belt.5. top mold frame and the lower mold holder open, push pedal is pushed into a high position, push pedal upper surface and lower branch by spring
The upper surface of support mechanism is in sustained height, is ejected skin disk after punching using push pedal and spring, and driving roller type feeding realizes nothing
Power skateboard formula rewinding.6. because the material of waste and old belt is relatively soft, only increase push-up mechanism, could be protected in punching
Maintain an equal level weighing apparatus.7. product is placed on anchor-rod tray and wire netting through anchor pole, anchor pole cap is tightened, both are formed with buffering, is kept away
Exempt from anchor-rod tray directly to contact to form extruding with wire netting, wire netting is caused to damage, ensure that tunnel safety.8. utilize waste and old skin
Band reprocessing, reduces cost.9. the product that steel wire belt processing is worn using center is more durable.10. what is used is waste and old
Belt flexibility is strong, and resiliency is more preferably.
Brief description of the drawings
Fig. 1 is decomposition texture schematic diagram of the present utility model；
Fig. 2 is the structural representation after the utility model assembling；
Fig. 3 is the structural representation of finished product skin disk.
Wherein, 1- top mold frames, 2- screws, 3- upper guide posts, 4- upper guide bush, 5- punch-pin, 6- flexible members, 7- upper cutters, 8-
Pressing plate, 9- push pedals, 10- springs, 11- lower mold holders, guide pillar under 12-, guide pin bushing under 13-, 14- lower cutters, 15- cavity plates, 16- are fixed
Plate, 17- through holes, receiving block under 18-, 19- mounting grooves, 20- hangers.
Embodiment
Embodiment of the present utility model is further illustrated below in conjunction with the accompanying drawings.
Reference picture 1-3, a kind of automated conveyor punching production equipment mould described in present embodiment, including it is upper
Mould bases 1 and lower mold holder 11, the top mold frame 1 can move up and down relative to the lower mold holder 11, it is characterised in that：Also include setting
Punch-pin 5 in the top mold frame 1；Two groups of cavity plates 15 being arranged on the lower mold holder 11；For the guide pillar for being oriented to and positioning
Structure；Belt hold-down mechanism, for being fixed conveyer belt to be cut；For cutting off the cutting structure of conveyer belt, the cutting
Structure includes lifting cutting mechanism and the fixed shear mechanism being used in conjunction with each other, and the lifting cutting mechanism is arranged on described
On mould bases 1, fixed shear mechanism is arranged on the lower mold holder 11.
Described guide pillar structure includes the lower guide pillar 12 being arranged on the lower mold holder 11；It is arranged in the top mold frame 1,
For the upper guide bush 4 coordinated with the lower guide pillar 12, mould is play the guiding role when stamping machine acts.
Described upper guide bush 4 and lower guide pillar 12 are provided with four groups altogether, and the bottom four corners of top mold frame 1 are respectively arranged with one and led
Set 4, the upper surface of lower mold holder 11 is provided with the lower guide pillar 12 being engaged with upper guide bush 4, and upper guide bush 4 slides up and down along lower guide pillar 12.
Described upper guide bush 4 coordinates with the lower gap of guide pillar 12.
Described guide pillar structure also includes the upper guide post 3 being arranged in the top mold frame 1；It is arranged on the lower mold holder 11
On, for the lower guide pin bushing 13 coordinated with the upper guide post 3, mould is play the guiding role when stamping machine acts.
Described lower guide pin bushing 13 and upper guide post 3 is provided with two groups altogether, and the both sides of top mold frame 1 are set sets a upper guide post respectively
3, the lower guide pin bushing 13 being engaged with upper guide post 3 is provided with lower mold holder 11, and upper guide post 3 slides up and down along lower guide pin bushing 13.
Described lower guide pin bushing 13 coordinates with the gap of upper guide post 3.
Described belt hold-down mechanism includes the upper hold-down mechanism being used in conjunction with each other and lower supporting mechanism, the upper compression
Mechanism is arranged in the top mold frame 1, and lower supporting mechanism is arranged on the lower mold holder 11, upper hold-down mechanism and lower supporting mechanism
Can lifting cutting mechanism, coordinate in advance before fixed shear mechanism contacts treat cut conveyer belt compressed, it is fixed.
Described upper hold-down mechanism includes screw 2, flexible member 6 and pressing plate 8, and the pressing plate 8 is located at the front end of lower mold holder 11
Two lower guide pillars 12 between, offer the through hole passed through for screw 2 in top mold frame 1, screw 2 is through top mold frame 1 and passes through spiral shell
Bolt is connected with pressing plate 8, is set between top mold frame 1 and pressing plate 8 and has elastic component 6, the upper end of flexible member 6 offsets with top mold frame 1, bullet
The property lower end of element 6 offsets with pressing plate 8.
Described lower supporting mechanism is the lower receiving block 18 being fixed on lower mold holder 11, and lower receiving block 18 is located at pressing plate 8
Lower section.
A kind of automated conveyor is punched production equipment mould, in addition to the push-up mechanism on lower mold holder 11, institute
Stating push-up mechanism includes push pedal 9, spring 10 and fixed plate 16, is fixedly installed fixed plate 16 on lower mold holder 11, in fixed plate 16
Side is provided with push pedal 9, and spring 10 is provided between fixed plate 16 and push pedal 9, the through hole passed through for cavity plate 15 is provided with push pedal 9
17, when the top mold frame 1 and the lower mold holder 11 open, push pedal 9 is pushed into a high position, the upper surface of push pedal 9 and lower support by spring 10
The upper surface of mechanism is in sustained height.
Described fixed shear mechanism is the lower cutter 14 being fixed on lower mold holder 11, the side of lower cutter 14 and lower undertaking
Block 18 is fixedly connected, and lifting cutting mechanism is the upper cutter 7 being fixed in top mold frame 1, and upper cutter 7 is located at the upper of lower cutter 14
When side, the top mold frame 1 and the lower mold holder 11 close, realize and belt conveyor is cut.
Described flexible member 6 is provided with four altogether, word order, and installation elasticity is provided with top mold frame 1 and pressing plate 8
The mounting groove 19 of element 6.
Described flexible member 6 is quality of rubber materials, cylindrical structural.
Described pressing plate 8 is provided at both ends with hangers 20, and screw 2 with hangers 20 is connected through top mold frame 1 and by bolt, is hung
The inner side of ear 20 is provided with the guide groove being slidably matched with lower guide pillar 12.
Described punch-pin 5 and cavity plate 15 is provided with two groups, convex in processing 300*300mm buffering Pi Panshi, installation rear side
Mould 5；In processing 150*150mm buffering Pi Panshi, installation front side punch-pin 5, realization is combined with cavity plate 15 to two kinds of specification skin Pan Chong
Hole.
The operation principle of present embodiment：Top mold frame is arranged on the drift of the forcing press, and the lower mold holder is set
Put on the support of the forcing press, belt is sent to pressing plate, push pedal, lower cutter top, hydraulic press band by guide feeding device
Dynamic top mold frame action, is contacted with lower mold holder, in upper cutter and lower cutter, under punch-pin and cavity plate collective effect, while realizes belt
Cut, punching operation.
The beneficial effect of present embodiment is：1. a kind of mould can process two kinds of type products, reduction more changes the mold
Have number, improve die life, reduce worker labour.2. being oriented to using guide pillar, guide pin bushing to mould bases, positioning is more accurate.
3. can realize simultaneously belt cut, punching operation, improve operating efficiency.4. realized using flexible member and pressing plate to belt pressure
Tightly, realize and belt is cut.5. top mold frame and the lower mold holder open, push pedal is pushed into a high position by spring, push pedal upper surface with
The upper surface of lower supporting mechanism is in sustained height, is ejected skin disk after punching using push pedal and spring, and driving roller type feeding is real
Existing unpowered slide type rewinding.6. because the material of waste and old belt is relatively soft, only increase push-up mechanism, could be in punching
When keep balance.7. product is placed on anchor-rod tray and wire netting through anchor pole, anchor pole cap is tightened, both are formed slow
Punching, avoids anchor-rod tray from directly contacting to form extruding with wire netting, wire netting is caused to damage, ensure that tunnel safety.8. utilize
Waste and old belt reprocessing, reduces cost.9. the product that steel wire belt processing is worn using center is more durable.10. use
Waste and old belt flexibility it is strong, resiliency is more preferably.
Specific embodiment of the utility model is not formed to limitation of the present utility model, every to use phase of the present utility model
Like structure and change, in the scope of protection of the utility model.
Claims (9)
1. a kind of automated conveyor is punched production equipment mould, including top mold frame（1）And lower mold holder（11）, the top mold frame
（1）Can be relative to the lower mold holder（11）Move up and down, it is characterised in that：Also include being arranged on the top mold frame（1）On it is convex
Mould（5）；It is arranged on the lower mold holder（11）On two groups of cavity plates（15）；For the guide pillar structure for being oriented to and positioning；Belt compresses
Mechanism, for being fixed conveyer belt to be cut；For cutting off the cutting structure of conveyer belt, the cutting structure includes phase interworking
The lifting cutting mechanism used and fixed shear mechanism are closed, the lifting cutting mechanism is arranged at the top mold frame（1）On, it is fixed
Cutting mechanism is arranged at the lower mold holder（11）On.
A kind of 2. automated conveyor punching production equipment mould as claimed in claim 1, it is characterised in that：Described guide pillar
Structure includes being arranged on the lower mold holder（11）On lower guide pillar（12）；It is arranged on the top mold frame（1）On, for under described
Guide pillar（12）The upper guide bush of cooperation（4）, mould is play the guiding role when stamping machine acts.
A kind of 3. automated conveyor punching production equipment mould as claimed in claim 2, it is characterised in that：Described guide pillar
Structure also includes being arranged on the top mold frame（1）On upper guide post（3）；It is arranged on the lower mold holder（11）On, for described
Upper guide post（3）The lower guide pin bushing coordinated（13）, mould is play the guiding role when stamping machine acts.
A kind of 4. automated conveyor punching production equipment mould as claimed in claim 3, it is characterised in that：Described belt
Hold-down mechanism includes the upper hold-down mechanism being used in conjunction with each other and lower supporting mechanism, the upper hold-down mechanism are arranged at the upper mould
Frame（1）On, lower supporting mechanism is arranged at the lower mold holder（11）On, upper hold-down mechanism and lower supporting mechanism can be sheared in lifting
Coordinate to treat in advance before mechanism, fixed shear mechanism contacts and cut conveyer belt and compressed, be fixed.
A kind of 5. automated conveyor punching production equipment mould as claimed in claim 4, it is characterised in that：Described upper pressure
Tight mechanism includes screw（2）, flexible member（6）And pressing plate（8）, the pressing plate（8）Positioned at lower mold holder（11）Under two of front end
Guide pillar（12）Between, top mold frame（1）On offer for screw（2）The through hole passed through, screw（2）Through top mold frame（1）And pass through
Bolt and pressing plate（8）Connection, top mold frame（1）With pressing plate（8）Between set and have elastic component（6）, flexible member（6）Upper end with it is upper
Mould bases（1）Offset, flexible member（6）Lower end and pressing plate（8）Offset.
A kind of 6. automated conveyor punching production equipment mould as claimed in claim 5, it is characterised in that：Also include installation
In lower mold holder（11）On push-up mechanism, the push-up mechanism includes push pedal（9）, spring（10）And fixed plate（16）, lower mold holder
（11）On be fixedly installed fixed plate（16）, fixed plate（16）Top is provided with push pedal（9）, fixed plate（16）With push pedal（9）It
Between be provided with spring（10）, push pedal（9）On be provided with for cavity plate（15）The through hole passed through（17）, the top mold frame（1）With it is described
Lower mold holder（11）During opening, push pedal（9）By spring（10）It is pushed into a high position, push pedal（9）Upper surface and the upper surface of lower supporting mechanism
In sustained height.
A kind of 7. automated conveyor punching production equipment mould as claimed in claim 6, it is characterised in that：Described fixation
Cutting mechanism is to be fixed on lower mold holder（11）On lower cutter（14）, lower cutter（14）Side and lower receiving block（18）It is fixed to connect
Connect, lifting cutting mechanism is to be fixed on top mold frame（1）On upper cutter（7）, upper cutter（7）Positioned at lower cutter（14）Top,
The top mold frame（1）With the lower mold holder（11）During closure, realize and belt conveyor is cut.
A kind of 8. automated conveyor punching production equipment mould as claimed in claim 5, it is characterised in that：Described pressing plate
（8）It is provided at both ends with hangers（20）, screw（2）Through top mold frame（1）And pass through bolt and hangers（20）Connection, hangers（20）It is interior
Side is provided with and lower guide pillar（12）The guide groove being slidably matched.
A kind of 9. automated conveyor punching production equipment mould as claimed in claim 1, it is characterised in that：Described punch-pin
（5）And cavity plate（15）Two groups are provided with, in processing 300*300mm buffering Pi Panshi, installation rear side punch-pin（5）；Processing
150*150mm buffers Pi Panshi, installation front side punch-pin（5）, with cavity plate（15）Combination is realized to two kinds of specification skin disk punchings.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720927007.7U CN207127113U (en) | 2017-07-28 | 2017-07-28 | Automated conveyor is punched production equipment mould |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720927007.7U CN207127113U (en) | 2017-07-28 | 2017-07-28 | Automated conveyor is punched production equipment mould |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207127113U true CN207127113U (en) | 2018-03-23 |
Family
ID=61639702
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720927007.7U Active CN207127113U (en) | 2017-07-28 | 2017-07-28 | Automated conveyor is punched production equipment mould |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207127113U (en) |
-
2017
- 2017-07-28 CN CN201720927007.7U patent/CN207127113U/en active Active
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