CN205467314U - Automatic transfer structure of file central line hot pressing design - Google Patents
Automatic transfer structure of file central line hot pressing design Download PDFInfo
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- CN205467314U CN205467314U CN201620115032.0U CN201620115032U CN205467314U CN 205467314 U CN205467314 U CN 205467314U CN 201620115032 U CN201620115032 U CN 201620115032U CN 205467314 U CN205467314 U CN 205467314U
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- feeding table
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Abstract
The utility model discloses an automatic transfer structure of file central line hot pressing design, it includes the pay -off platform, the feeder, the platform is expected with receiving to the hot press, the pay -off platform, the hot press expects with receiving that the platform sets gradually, the hot press includes the frame, frame from the top down is equipped with the control box in proper order, the hot -pressing die piece, the workbench, hydraulic pressure assembly and oil tank, the hot -pressing die piece is connected respectively to the control box, feeder and hydraulic pressure assembly, the oil tank is connected to the hydraulic pressure assembly, the top of workbench is located to the hot -pressing die interblock gap, the feeder will be treated central line hot pressed file and carry from the pay -off platform via the hot press to receiving the material platform. The utility model discloses a PLC controls global control, and elevating platform and inductor cooperation further combine the feeder, have realized the autoloading of file and accomodate that accurate transport targets in place when making file hot pressing. The utility model discloses by automatic technique replacement manual operation, reduce waste product, reduce cost, improved product quality and production efficiency.
Description
Technical field
This utility model relates to a kind of file center line thermocompression forming and automatically delivers structure.
Background technology
Owing to plastics official document folder is sturdy and durable, widely used by popular institute, but the precompressed folding line center line that plastic document is pressed from both sides is given hot melt pressing and forms by traditional plastic document folder the most manually, the plastic document completed manually presss from both sides that not only yield is few, cost of labor is high, and quality also cannot keep concordance completely, cause the manufacturing cost that virtually improve plastic document folder.
Summary of the invention
The purpose of this utility model is to overcome the deficiencies in the prior art, in order to solve made shortcoming and inconvenience, it is provided that a kind of file center line thermocompression forming automatically delivers structure.
The technical solution adopted in the utility model is:
A kind of file center line thermocompression forming automatically delivers structure, it includes feeding table, feed appliance, hot press and material receiving desk, feeding table, hot press and material receiving desk set gradually, described hot press includes frame, described frame is sequentially provided with control chamber from top to bottom, hot pressing module, workbench, hydraulic assembly and fuel tank, described control chamber connects hot pressing module respectively, feed appliance and hydraulic assembly, described fuel tank connects hydraulic assembly, hydraulic assembly connects hot pressing module, the top of workbench is located in hot-die block gap, the upper surface of feeding table, the upper surface of material receiving desk and workbench be in same level line,
The file treating center line hot pressing is delivered to material receiving desk from feeding table via hot press by described feed appliance, the upper end of described feeding table is provided with opening, feeding chamber it is provided with inside feeding table, described feeding intracavity is provided with the first lowering or hoisting gear, described first lowering or hoisting gear includes the first lifting platform, first screw mandrel servosystem and more than one the first guide rod being vertically fixed in feeding table, described first lifting platform is slidably located on described first guide rod, treat that the file of center line hot pressing is positioned on the first lifting platform, first screw mandrel servosystem is located at the lower section of the first lifting platform, first screw mandrel servosystem drives the first lifting platform motion, first screw mandrel servosystem is connected with control chamber, feeding table upper end is provided with the first induction apparatus at edge of opening, first induction apparatus electrically connects with control chamber,
The upper end of described material receiving desk is provided with opening, rewinding chamber it is provided with inside material receiving desk, described rewinding intracavity is provided with the second lowering or hoisting gear, described second lowering or hoisting gear includes the second lifting platform, second screw mandrel servosystem and more than one the second guide rod being vertically fixed on rewinding intracavity, described second lifting platform is slidably located on described second guide rod, the file that center line hot pressing completes is accommodated on the second lifting platform, second screw mandrel servosystem is located at the lower section of the second lifting platform, second screw mandrel servosystem drives the second lifting platform motion, second screw mandrel servosystem is connected with control chamber, upper end, rewinding chamber is provided with the second induction apparatus close to the edge of opening, second induction apparatus electrically connects with control chamber.
Described hot pressing module includes driving oil cylinder, heat-resisting dividing plate and hot-melt plate, oil cylinder is driven to be connected with hydraulic assembly, described driving oil cylinder one end is fixed on below control chamber, the one end driving oil cylinder connects heat-resisting dividing plate, hot-melt plate is fixed at the lower surface of heat-resisting dividing plate, drives oil cylinder to drive heat-resisting dividing plate and hot-melt plate motion.
Described control chamber includes casing and the PLC being located in casing.
Described first induction apparatus and the second induction apparatus are all reflection-type optoelectronic switch.
Described first induction apparatus includes that the first emitter and the first receptor, the first emitter and the first receptor are respectively arranged on upper end, feeding chamber opposite sides.
Described second induction apparatus includes that the second emitter and the second receptor, the second emitter and the second receptor are respectively arranged on upper end, rewinding chamber opposite sides.
Described feed appliance includes driving motor, infeed slide block and infeed guide rail, infeed guide rail is located on the upper surface of feeding table, the upper surface of material receiving desk and workbench, the initiating terminal of infeed guide rail is correspondingly arranged at the opening of feeding table, the clearing end of infeed guide rail is correspondingly arranged at the opening part of material receiving desk, the upper end of feeding table is located at by described driving motor, motor is driven to drive infeed slide block to move along infeed guide rail, infeed slide block side is interval with clamp device, clamp device is positioned at the side of the opening of feeding table, and treats the file of center line hot pressing for gripping.
The second heat-resisting dividing plate it is provided with below described hot press workbench.
This utility model uses above technical scheme, treat that the file of center line hot pressing is positioned over the first lifting platform of the feeding intracavity of feeding table, first lifting platform is driven oscilaltion by the first screw mandrel servosystem, it is located at the first induction apparatus of the upper end in feeding chamber, for sensing the height that feeding intracavity treats the file of center line hot pressing, when the height of file is less than the position of the first induction apparatus, first induction apparatus sends transducing signal to the PLC in control chamber, PLC controls to drive the first screw mandrel servosystem to drive the first lifting platform to rise, feeding intracavity is treated, and the file upper surface of center line hot pressing remains at the upper end open level of feeding table；PLC in control chamber controls feed appliance and will treat that the file of center line hot pressing is delivered to the lower section of the hot pressing module of hot press from the opening part of feeding table, hot pressing module treat the file of center line hot pressing and carry out hot pressing and form center line, then be delivered to material receiving desk；On second lifting platform of the rewinding intracavity that the file that center line hot pressing completes is accommodated in material receiving desk, second lifting platform is driven oscilaltion by the first screw mandrel servosystem, it is located at the second induction apparatus of the upper end in rewinding chamber, for sensing the height of rewinding intracavity file, when the height of file is higher than the position of the second induction apparatus, second induction apparatus sends transducing signal to the PLC in control chamber, PLC controls to drive the second screw mandrel servosystem to drive the second lifting platform to decline, the file upper surface that rewinding intracavity center line hot pressing is completed remains at the upper end open horizontal down of feeding table.This utility model uses PLC to control overall situation control relevant device, and lifting platform and induction apparatus match, it is ensured that the self-feeding of file and storage, precisely carry and put in place when the use of feed appliance ensure that file hot pressing.This utility model is replaced manual operation by automatic technique, is effectively reduced waste product, reduces cost, it is ensured that product quality, improves production efficiency.
Accompanying drawing explanation
Below in conjunction with the drawings and specific embodiments, this utility model is described in further details；
Fig. 1 this utility model a kind of file center line thermocompression forming automatically delivers the structural representation of structure.
Detailed description of the invention
As shown in Figure 1, this utility model includes feeding table 1, feed appliance 4, hot press 2 and material receiving desk 3, feeding table 1, hot press 2 and material receiving desk 3 set gradually, described hot press 2 includes frame, described frame is sequentially provided with control chamber 21 from top to bottom, hot pressing module 22, workbench 23, hydraulic assembly 24 and fuel tank 25, described control chamber 21 connects hot pressing module 22 respectively, feed appliance 4 and hydraulic assembly 24, described fuel tank 25 connects hydraulic assembly 24, hydraulic assembly 24 connects hot pressing module 22, the top of workbench 23 is located at hot pressing module 22 interval, the upper surface of feeding table 1, the upper surface of material receiving desk 3 and workbench 25 be in same level line,
nullThe file treating center line hot pressing is delivered to material receiving desk 3 from feeding table 1 via hot press 2 by described feed appliance 4，The upper end of described feeding table 1 is provided with opening，Feeding table 1 is internal is provided with feeding chamber 11，It is provided with the first lowering or hoisting gear in described feeding chamber 11，Described first lowering or hoisting gear includes the first lifting platform 12、First screw mandrel servosystem 14 and more than one the first guide rod 13 being vertically fixed in feeding table，Described first lifting platform 12 is slidably located on described first guide rod 13，Treat that the file of center line hot pressing is positioned on the first lifting platform 12，First screw mandrel servosystem 14 is located at the lower section of the first lifting platform 12，First screw mandrel servosystem 14 drives the first lifting platform 12 to move，First screw mandrel servosystem 14 is connected with control chamber 21，Feeding table 1 upper end is provided with the first induction apparatus 15 at edge of opening，First induction apparatus 15 electrically connects with control chamber 21，
The upper end of described material receiving desk 3 is provided with opening, material receiving desk 3 is internal is provided with rewinding chamber 31, it is provided with the second lowering or hoisting gear in described rewinding chamber 31, described second lowering or hoisting gear includes the second lifting platform 32, second screw mandrel servosystem 34 and more than one the second guide rod 33 being vertically fixed in rewinding chamber 31, described second lifting platform 32 is slidably located on described second guide rod 33, the file that center line hot pressing completes is accommodated on the second lifting platform 32, second screw mandrel servosystem 34 is located at the lower section of the second lifting platform 32, second screw mandrel servosystem 34 drives the second lifting platform 32 to move, second screw mandrel servosystem 34 is connected with control chamber 21, upper end, rewinding chamber 31 is provided with the second induction apparatus 35 close to the edge of opening, second induction apparatus 35 electrically connects with control chamber 21.
Described first screw mandrel servosystem 14 and the second screw mandrel servosystem 34 are driving motor.
Described hot pressing module 22 includes driving oil cylinder 5, heat-resisting dividing plate 6 and hot-melt plate 7, oil cylinder 5 is driven to be connected with hydraulic assembly 24, described driving oil cylinder 5 one end is fixed on below control chamber 21, the one end driving oil cylinder 5 connects heat-resisting dividing plate 6, hot-melt plate 7 is fixed at the lower surface of heat-resisting dividing plate 6, drives oil cylinder 5 to drive heat-resisting dividing plate 6 and hot-melt plate 7 to move.
Described control chamber 21 includes casing and the PLC being located in casing.
Described first induction apparatus 15 and the second induction apparatus 35 are all reflection-type optoelectronic switch.
Described first induction apparatus 15 includes that the first emitter and the first receptor, the first emitter and the first receptor are respectively arranged on upper end, feeding chamber opposite sides.
Described second induction apparatus 35 includes that the second emitter and the second receptor, the second emitter and the second receptor are respectively arranged on upper end, rewinding chamber 31 opposite sides.
Described feed appliance 4 includes driving motor 41, infeed slide block 42 and infeed guide rail 43, the upper surface of feeding table 1 is located at by infeed guide rail 43, on the upper surface of material receiving desk 3 and workbench 23, the initiating terminal of infeed guide rail 43 is correspondingly arranged at the opening of feeding table 1, the clearing end of infeed guide rail 43 is correspondingly arranged at the opening part of material receiving desk 3, the upper end of feeding table 1 is located at by described driving motor 41, motor 41 is driven to drive infeed slide block 42 to move along infeed guide rail 43, infeed slide block 42 side is interval with clamp device 44, clamp device 44 is positioned at the side of the opening of feeding table 1, and the file of center line hot pressing is treated for gripping.
The second heat-resisting dividing plate 26 it is provided with below described hot press 2 workbench.
This utility model uses above technical scheme, treat that the file of center line hot pressing is positioned over the first lifting platform of the feeding intracavity of feeding table, first lifting platform is driven oscilaltion by the first screw mandrel servosystem, it is located at the first induction apparatus of the upper end in feeding chamber, for sensing the height that feeding intracavity treats the file of center line hot pressing, when the height of file is less than the position of the first induction apparatus, first induction apparatus sends transducing signal to the PLC in control chamber, PLC controls to drive the first screw mandrel servosystem to drive the first lifting platform to rise, feeding intracavity is treated, and the file upper surface of center line hot pressing remains at the upper end open level of feeding table；PLC in control chamber controls feed appliance and will treat that the file of center line hot pressing is delivered to the lower section of the hot pressing module of hot press from the opening part of feeding table, hot pressing module treat the file of center line hot pressing and carry out hot pressing and form center line, then be delivered to material receiving desk；On second lifting platform of the rewinding intracavity that the file that center line hot pressing completes is accommodated in material receiving desk, second lifting platform is driven oscilaltion by the first screw mandrel servosystem, it is located at the second induction apparatus of the upper end in rewinding chamber, for sensing the height of rewinding intracavity file, when the height of file is higher than the position of the second induction apparatus, second induction apparatus sends transducing signal to the PLC in control chamber, PLC controls to drive the second screw mandrel servosystem to drive the second lifting platform to decline, the file upper surface that rewinding intracavity center line hot pressing is completed remains at the upper end open horizontal down of feeding table.This utility model uses PLC to control overall situation control relevant device, and lifting platform and induction apparatus match, it is ensured that the self-feeding of file and storage, precisely carry and put in place when the use of feed appliance ensure that file hot pressing.This utility model is replaced manual operation by automatic technique, is effectively reduced waste product, reduces cost, it is ensured that product quality, improves production efficiency.
Claims (8)
1. a file center line thermocompression forming automatically delivers structure, it is characterized in that: it includes feeding table, feed appliance, hot press and material receiving desk, feeding table, hot press and material receiving desk set gradually, described hot press includes frame, described frame is sequentially provided with control chamber from top to bottom, hot pressing module, workbench, hydraulic assembly and fuel tank, described control chamber connects hot pressing module respectively, feed appliance and hydraulic assembly, described fuel tank connects hydraulic assembly, hydraulic assembly connects hot pressing module, the top of workbench is located in hot-die block gap, the upper surface of feeding table, the upper surface of material receiving desk and workbench be in same level line,
The file treating center line hot pressing is delivered to material receiving desk from feeding table via hot press by described feed appliance, the upper end of described feeding table is provided with opening, feeding chamber it is provided with inside feeding table, described feeding intracavity is provided with the first lowering or hoisting gear, described first lowering or hoisting gear includes the first lifting platform, first screw mandrel servosystem and more than one the first guide rod being vertically fixed in feeding table, described first lifting platform is slidably located on described first guide rod, treat that the file of center line hot pressing is positioned on the first lifting platform, first screw mandrel servosystem is located at the lower section of the first lifting platform, first screw mandrel servosystem drives the first lifting platform motion, first screw mandrel servosystem is connected with control chamber, feeding table upper end is provided with the first induction apparatus at edge of opening, first induction apparatus electrically connects with control chamber,
The upper end of described material receiving desk is provided with opening, rewinding chamber it is provided with inside material receiving desk, described rewinding intracavity is provided with the second lowering or hoisting gear, described second lowering or hoisting gear includes the second lifting platform, second screw mandrel servosystem and more than one the second guide rod being vertically fixed on rewinding intracavity, described second lifting platform is slidably located on described second guide rod, the file that center line hot pressing completes is accommodated on the second lifting platform, second screw mandrel servosystem is located at the lower section of the second lifting platform, second screw mandrel servosystem drives the second lifting platform motion, second screw mandrel servosystem is connected with control chamber, upper end, rewinding chamber is provided with the second induction apparatus close to the edge of opening, second induction apparatus electrically connects with control chamber.
The most according to claim 1, a kind of file center line thermocompression forming automatically delivers structure, it is characterized in that: described hot pressing module includes driving oil cylinder, heat-resisting dividing plate and hot-melt plate, oil cylinder is driven to be connected with hydraulic assembly, described driving oil cylinder one end is fixed on below control chamber, the one end driving oil cylinder connects heat-resisting dividing plate, hot-melt plate is fixed at the lower surface of heat-resisting dividing plate, drives oil cylinder to drive heat-resisting dividing plate and hot-melt plate motion.
The most according to claim 1, a kind of file center line thermocompression forming automatically delivers structure, it is characterised in that: described control chamber includes casing and the PLC being located in casing.
The most according to claim 1, a kind of file center line thermocompression forming automatically delivers structure, it is characterised in that: described first induction apparatus and the second induction apparatus are all reflection-type optoelectronic switch.
5. automatically deliver structure according to file center line thermocompression forming a kind of described in claim 1 or 4, it is characterised in that: described first induction apparatus includes that the first emitter and the first receptor, the first emitter and the first receptor are respectively arranged on upper end, feeding chamber opposite sides.
6. automatically deliver structure according to file center line thermocompression forming a kind of described in claim 1 or 4, it is characterised in that: described second induction apparatus includes that the second emitter and the second receptor, the second emitter and the second receptor are respectively arranged on upper end, rewinding chamber opposite sides.
The most according to claim 1, a kind of file center line thermocompression forming automatically delivers structure, it is characterized in that: described feed appliance includes driving motor, infeed slide block and infeed guide rail, the upper surface of feeding table is located at by infeed guide rail, on the upper surface of material receiving desk and workbench, the initiating terminal of infeed guide rail is correspondingly arranged at the opening of feeding table, the clearing end of infeed guide rail is correspondingly arranged at the opening part of material receiving desk, the upper end of feeding table is located at by described driving motor, motor is driven to drive infeed slide block to move along infeed guide rail, infeed slide block side is interval with clamp device, clamp device is positioned at the side of the opening of feeding table, and the file of center line hot pressing is treated for gripping.
The most according to claim 1, a kind of file center line thermocompression forming automatically delivers structure, it is characterised in that: it is provided with the second heat-resisting dividing plate below described hot press workbench.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620115032.0U CN205467314U (en) | 2016-02-05 | 2016-02-05 | Automatic transfer structure of file central line hot pressing design |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620115032.0U CN205467314U (en) | 2016-02-05 | 2016-02-05 | Automatic transfer structure of file central line hot pressing design |
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| Publication Number | Publication Date |
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| CN205467314U true CN205467314U (en) | 2016-08-17 |
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| CN201620115032.0U Active CN205467314U (en) | 2016-02-05 | 2016-02-05 | Automatic transfer structure of file central line hot pressing design |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107640596A (en) * | 2017-09-28 | 2018-01-30 | 佛山市鑫锦龙机械科技有限公司 | A kind of file material collecting device |
| CN109501225A (en) * | 2018-12-31 | 2019-03-22 | 焦作飞鸿安全玻璃有限公司 | A kind of injection product surface metal effect processing unit |
| CN110900285A (en) * | 2018-09-14 | 2020-03-24 | 清远海帆智能科技有限公司 | Automatic processing machine tool based on intelligent manufacturing |
-
2016
- 2016-02-05 CN CN201620115032.0U patent/CN205467314U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107640596A (en) * | 2017-09-28 | 2018-01-30 | 佛山市鑫锦龙机械科技有限公司 | A kind of file material collecting device |
| CN110900285A (en) * | 2018-09-14 | 2020-03-24 | 清远海帆智能科技有限公司 | Automatic processing machine tool based on intelligent manufacturing |
| CN109501225A (en) * | 2018-12-31 | 2019-03-22 | 焦作飞鸿安全玻璃有限公司 | A kind of injection product surface metal effect processing unit |
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| C14 | Grant of patent or utility model | ||
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