CN103057104B - Auto-temperature control plastic molding equipment - Google Patents
Auto-temperature control plastic molding equipment Download PDFInfo
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- CN103057104B CN103057104B CN201110321409.XA CN201110321409A CN103057104B CN 103057104 B CN103057104 B CN 103057104B CN 201110321409 A CN201110321409 A CN 201110321409A CN 103057104 B CN103057104 B CN 103057104B
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Abstract
The invention relates to auto-temperature control plastic molding equipment, which is provided with a frame body, a feeding mechanism, a positioning mechanism, a heating mechanism, a molding mechanism, a power mechanism and a control mechanism. The control mechanism is provided with a multi-point temperature conversion system, which includes a PLC control unit and a current converter unit. The frame body is provided with a processing position and a heating roller. The processing position is equipped with a feed inlet and an outlet, and the heating roller is fixed on the frame body and is arranged over the processing position. The positioning mechanism is movably arranged at the processing position. The heating mechanism is movably disposed at the heating roller. The molding mechanism is provided with an upper die and a lower die that are movably disposed over and below the processing position correspondingly. The auto-temperature control plastic molding equipment is also provided with an air-blowing mechanism, an auxiliary material receiving mechanism and a cutting device. The auto-temperature control plastic molding equipment can accurately control working temperature, can undergo plastic molding automatically under the control of the control mechanism, and also has the characteristics of high production efficiency and good product quality.
Description
Technical field
The present invention relates to medical supplies technical field of processing equipment, particularly relate to a kind of temperature self-regulating suction molding equipment.
Background technology
PETG(full name is PETG-1,4-cyclohexanedimethanoester ester) packing box is one of packaged form that numerous product adopts, particularly in field of medical device, because PETG packing box can accomplish the features such as good airproof performance, pollution-free, good endurance, therefore in field of medical device, the extensive use of PETG packing box is as aseptic packaging box.The Central catheterization that the aseptic CVC bag of single use includes, be mainly used in subclavian vein, be widely used in clinical, carry out the diagnosis such as hemodynamic monitoring, total parenteral nutrition (TPN), central vein pressure measurement, rescue medicine injection, malignant tumor chemotherapy, bone-marrow transplantation, transfusion or treatment.In addition be also convenient to containing the auxiliary implement be necessary the use coordinating CVC in the aseptic CVC bag of single use.The packing box of the aseptic CVC bag of single use adopts ETG packing box.Prepare this PETG packing box to need to be realized by plastic-suction forming equipment, plastic-suction forming equipment of the prior art is discrete plurality of devices, and needing could the final product preparing needs by various step.Production efficiency is lower, manually expend large, and product is of low quality.In addition, along with the enhancing required Medical Devices nontoxicity, the material of CVC bag also has original PVC material to be replaced by other non-toxic plastic materials, as PETG plastics.Generally comparatively PVC plastic glue material is low for the fusing point of this non-toxic plastic material, and traditional plastic-suction forming equipment can not meet the demands.
Therefore, not enough for prior art, provide one can automated job and temperature to control accurate temperature self-regulating suction molding equipment very necessary to overcome prior art deficiency.
Summary of the invention
The object of the invention is to avoid the deficiencies in the prior art part and provide a kind of temperature self-regulating suction molding equipment, this temperature self-regulating suction molding equipment operating temperature controls accurately, and can automated job, and production efficiency is higher, and the constant product quality of producing.
Object of the present invention is realized by following technical measures.
A kind of temperature self-regulating suction molding equipment of the present invention, is provided with support body, feed mechanism, detent mechanism, heating arrangements, shaping mechanism, actuating unit and controlling organization;
Described feed mechanism, described detent mechanism, described heating arrangements, described shaping mechanism, described actuating unit and described controlling organization are all arranged at described support body, and described feed mechanism, described detent mechanism, described heating arrangements, described shaping mechanism and described actuating unit are electrically connected with described controlling organization respectively;
Described controlling organization is provided with multi-point temp converting system, and described multi-point temp converting system is electrically connected with described heating arrangements;
Described multi-point temp converting system is provided with PLC control unit and current converter unit, and the output of described PLC control unit is connected with the input of described current converter unit, and the output of described current converter unit is electrically connected with described heating arrangements;
Described actuating unit be provided with promote described detent mechanism movement positioning cylinder, promote the heating cylinder of described heating arrangements movement and promote the forming cylinder of described shaping mechanism movement, described positioning cylinder is flexibly connected with described detent mechanism, described heating cylinder is flexibly connected with described heating arrangements, and described forming cylinder is flexibly connected with described shaping mechanism;
Described support body is provided with machining position, slides roller for the heating of heating arrangements movement, and described machining position is provided with feeding mouth and discharging opening;
The sliding roller of described heating is fixedly installed on described support body, and the sliding roller of described heating is arranged at above described machining position;
Described detent mechanism is movably set in described machining position, and when described detent mechanism leaves described machining position, described detent mechanism is positioned at above described machining position;
Described heating arrangements is movably set in the sliding roller of described heating, and when described heating arrangements moves to described machining position along the sliding roller of described heating, lower surface and the described machining position of described heating arrangements are affixed;
Described shaping mechanism is provided with upper die and lower die, and described patrix and described counterdie match, and described patrix and described counterdie correspondence are movably set in position above and below described machining position;
Described forming cylinder is provided with forming cylinder and compacted under cylinder, and described upper forming cylinder is flexibly connected with described patrix, and described compacted under cylinder is flexibly connected with described counterdie;
When described patrix leaves described machining position, described patrix is positioned at above described detent mechanism.
Above-mentioned multi-point temp converting system is also provided with touch-screen, and described touch-screen is connected with the input of described PLC control unit.
Above-mentioned heating arrangements is provided with heating box and multiple heater, and described multiple heater is distributed in described heating box, and described heating box is flexibly connected with described heating cylinder;
Described touch-screen is provided with the sub-touch screen zone equal with described heater quantity, described PLC control unit is provided with the sub-PLC control unit equal with described heater quantity, and described current converter unit is provided with the electron current converter equal with described heater quantity;
Described sub-touch screen zone connects with the input of corresponding sub-PLC control unit, and the output of described sub-PLC control unit connects with the input of corresponding current converter, and the output of described current converter is electrically connected with corresponding heater.
Above-mentioned temperature self-regulating suction molding equipment is also provided with an air-blowing mechanism, and described air-blowing mechanism is fixedly connected with described counterdie.
Above-mentioned temperature self-regulating suction molding equipment is also provided with an auxiliary receiving mechanism, and described auxiliary receiving mechanism is movably set in described support body;
Described support body is provided with the auxiliary sliding roller for described auxiliary receiving mechanism movement, and described auxiliary sliding roller is with described to heat sliding roller vertical, and described auxiliary receiving mechanism is movably set in described auxiliary sliding roller;
Described actuating unit is also provided with the assistant cylinder promoting described auxiliary receiving mechanism movement, and described auxiliary receiving mechanism is flexibly connected with described assistant cylinder;
Described auxiliary receiving mechanism is arranged at described discharging opening position.
Above-mentioned temperature self-regulating suction molding equipment is also provided with cutting mechanism, and described cutting mechanism is fixedly installed on the near described discharge port end position of described heating arrangements.
Above-mentioned machining position is set to rectangular frame;
Described detent mechanism is provided with location deflector roll and locating rack;
Described locating rack is set to rectangle, and described locating rack and described machining position match, and when described detent mechanism moves to described machining position, described locating rack is sheathed on described machining position;
Described location deflector roll is set to four, and described location deflector roll is fixed on the corner of described rectangle locating rack, and described positioning cylinder is flexibly connected with described location deflector roll;
Described support body is provided with the positioning through hole mated with described location deflector roll, and described location deflector roll is arranged at described positioning through hole.
Above-mentioned cutting mechanism is set to a blade, and described blade is fixedly installed on the near described discharge port end position of described heating box.
Above-mentioned auxiliary receiving mechanism is provided with pedestal, manipulator and the second cylinder, described pedestal is movably set in described auxiliary sliding roller, described manipulator is arranged at described pedestal, described manipulator is provided with tong and lower tong, described lower tong is fixedly connected with described pedestal, and described upper tong is flexibly connected with described second cylinder.
Above-mentioned feed mechanism is provided with motor, material roller, first-level transport roller and two-stage conveying roller, and described material roller is connected with described motor, and described motor, material roller, first-level transport roller and two-stage conveying roller are fixedly installed on described support body successively.
A kind of temperature self-regulating suction molding equipment of the present invention, is provided with support body, feed mechanism, detent mechanism, heating arrangements, shaping mechanism, actuating unit and controlling organization; Described feed mechanism, described detent mechanism, described heating arrangements, described shaping mechanism, described actuating unit and described controlling organization are all arranged at described support body, and described feed mechanism, described detent mechanism, described heating arrangements, described shaping mechanism and described actuating unit are electrically connected with described controlling organization respectively; Described controlling organization is provided with multi-point temp converting system, and described multi-point temp converting system is electrically connected with described heating arrangements; Described multi-point temp converting system is provided with PLC control unit and current converter unit, and the output of described PLC control unit is connected with the input of described current converter unit, and the output of described current converter unit is electrically connected with described heating arrangements; Described actuating unit be provided with promote described detent mechanism movement positioning cylinder, promote the heating cylinder of described heating arrangements movement and promote the forming cylinder of described shaping mechanism movement, described positioning cylinder is flexibly connected with described detent mechanism, described heating cylinder is flexibly connected with described heating arrangements, and described forming cylinder is flexibly connected with described shaping mechanism; Described support body is provided with machining position, slides roller for the heating of heating arrangements movement, and described machining position is provided with feeding mouth and discharging opening; The sliding roller of described heating is fixedly installed on described support body, and the sliding roller of described heating is arranged at above described machining position; Described detent mechanism is movably set in described machining position, and when described detent mechanism leaves described machining position, described detent mechanism is positioned at above described machining position; Described heating arrangements is movably set in the sliding roller of described heating, and when described heating arrangements moves to described machining position along the sliding roller of described heating, lower surface and the described machining position of described heating arrangements are affixed; Described shaping mechanism is provided with upper die and lower die, and described patrix and described counterdie match, and described patrix and described counterdie correspondence are movably set in position above and below described machining position; Described forming cylinder is provided with forming cylinder and compacted under cylinder, and described upper forming cylinder is flexibly connected with described patrix, and described compacted under cylinder is flexibly connected with described counterdie; When described patrix leaves described machining position, described patrix is positioned at above described detent mechanism.Temperature self-regulating suction molding equipment of the present invention, can control operating temperature automatically, and automation can carry out plastics sucking moulding, has production efficiency high, the feature of good product quality.
Accompanying drawing explanation
The present invention is further illustrated to utilize accompanying drawing, but the content in accompanying drawing does not form any limitation of the invention.
Fig. 1 is the structural representation in a kind of temperature self-regulating suction molding equipment front of the present invention.
Fig. 2 is the structural representation at a kind of temperature self-regulating suction molding equipment back side of the present invention.
Fig. 3 is the top view of the breast piece of a kind of temperature self-regulating suction molding equipment of the present invention.
Fig. 4 is the schematic diagram of the multi-point temp converting system of a kind of temperature self-regulating suction molding equipment of the present invention.
In Fig. 1, Fig. 2, Fig. 3 and Fig. 4, comprising:
Support body 100,
Machining position 110,
The sliding roller 120 of heating,
Auxiliary sliding roller 130,
Motor 210,
Material roller 220,
First-level transport roller 230,
Two-stage conveying roller 240,
Location deflector roll 310,
Locating rack 320,
Heating box 410,
Heater 420,
Patrix 510,
Counterdie 520,
Controlling organization 600,
Multi-point temp converting system 610,
Touch-screen 611,
PLC control unit 612,
Current converter unit 613,
Sub-touch screen zone 6110,
Sub-PLC control unit 6120,
Electron current converter 6130,
Air-blowing mechanism 700,
Auxiliary receiving mechanism 800,
Cutting mechanism 900.
Detailed description of the invention
The invention will be further described with the following Examples.
embodiment 1.
A kind of temperature self-regulating suction molding equipment, as shown in Figure 1, Figure 2, Figure 3, Figure 4, is provided with support body 100, feed mechanism, detent mechanism, heating arrangements, shaping mechanism, actuating unit and controlling organization 600.
Feed mechanism, detent mechanism, heating arrangements, shaping mechanism, actuating unit and controlling organization 600 is all arranged at support body 100, and feed mechanism, detent mechanism, heating arrangements, shaping mechanism and actuating unit are electrically connected with controlling organization 600 respectively.
Support body 100 for carrying feed mechanism, detent mechanism, heating arrangements, shaping mechanism, actuating unit and controlling organization 600, and provides material strip to carry out the machining position 110 of processing, and needs the plastics material strip of processing will process in machining position 110.Detent mechanism is used for, to needing the plastics material band of processing to position, guaranteeing that, in machine-shaping process, material strip can not move.Heating arrangements is used for carrying out heating and melting to plastics material band, for shaping ready.Shaping mechanism is used for carrying out shaping to the plastics material band of molten condition.Actuating unit provides all parts to move the motive force of needs.Controlling organization 600 is for controlling the relevant parameter in the course of work of feed mechanism, detent mechanism, heating arrangements, shaping mechanism and actuating unit etc. and each course of work.
Controlling organization is also provided with multi-point temp converting system 610, and multi-point temp converting system 610 is electrically connected with heating arrangements.
Multi-point temp converting system 610 is provided with PLC control unit 612 and current converter unit 613, and the output of PLC control unit 612 is connected with the input of current converter unit 613, and the output of current converter unit 613 is electrically connected with heating arrangements.
For the ease of operational observations, this multi-point temp converting system 610 is also provided with touch-screen 611, and touch-screen 611 is connected with the input of PLC control unit 612.User can arrange the parameter of needs by touch-screen 611.
Heating arrangements is provided with heating box 410 and multiple heater 420, and multiple heater 420 is distributed in heating box 410, and heating box 410 is flexibly connected with heating cylinder.
Touch-screen 611 is provided with sub-touch-screen 611 region 6110 equal with heater 420 quantity, PLC control unit 612 is provided with the sub-PLC control unit 6120 equal with heater 420 quantity, and current converter unit 613 is provided with the electron current converter 6130 equal with heater 420 quantity.
Sub-touch screen zone 6110 connects with the input of corresponding sub-PLC control unit 6120, the output of sub-PLC control unit 6120 connects with the input of corresponding electron current converter 6130, and the output of electron current converter 6130 is electrically connected with corresponding heater 420.
By this multi-point temp converting system 610, can arrange the heat generation parameter of each heater 420, temperature can be as accurate as 0.1 degree Celsius, can guarantee the temperature range in plastics sucking moulding process, guarantee end product quality.
Actuating unit is provided with the positioning cylinder promoting detent mechanism movement, the heating cylinder promoting heating arrangements movement and promotes the forming cylinder of shaping mechanism movement, positioning cylinder is flexibly connected with detent mechanism, heating cylinder is flexibly connected with heating arrangements, and forming cylinder is flexibly connected with shaping mechanism.
Feed mechanism is provided with motor 210, material roller 220, first-level transport roller 230 and two-stage conveying roller 240, and material roller 220 is connected with motor 210, and motor 210, material roller 220, first-level transport roller 230 and two-stage conveying roller 240 are fixedly installed on support body 100 successively.
Support body 100 is provided with machining position 110, slides roller 120 for the heating of heating arrangements movement, and machining position 110 is provided with feeding mouth and discharging opening.
The sliding roller 120 of heating is fixedly installed on support body 100, and the sliding roller 120 of heating is arranged at above machining position 110.
Detent mechanism is movably set in machining position 110, and when detent mechanism leaves machining position 110, detent mechanism is positioned at above machining position 110.
Machining position 110 is set to rectangular frame, and the plastics material strip of conveying will carry out melt molding in machining position 110.
Detent mechanism is provided with location deflector roll 310 and locating rack 320, and locating rack 320 is set to rectangle, and locating rack 320 and machining position 110 match, and when detent mechanism moves to machining position 110, locating rack 320 is sheathed on machining position 110.
Concrete, location deflector roll 310 is set to four, and location deflector roll 310 is fixed on the corner of rectangle locating rack, and positioning cylinder is flexibly connected with location deflector roll 310.Support body 100 is provided with and the positioning through hole of locating deflector roll and mating, and location deflector roll 310 is arranged at positioning through hole.
Location deflector roll 310 is under the promotion of positioning cylinder, be in the position away from machining position 110, plastics material strip is transported to machining position 110, now, cylinder is oppositely mobile drives the oppositely movement of location deflector roll 310, and locating rack 320 will move to machining position 110, locating rack 320 is sheathed on machining position 110 surrounding, by locating rack 320, plastics material strip is fixed, prevent plastics material Tape movement, guarantee the quality of processing.
Heating arrangements is movably set in the sliding roller 120 of heating, and when heating arrangements moves to machining position 110 along the sliding roller 120 of heating, lower surface and the machining position 110 of heating arrangements are affixed.
Controlling organization 600 controls heating arrangements and moves to machining position 110 along the sliding roller 120 of heating, and the heating box of heating arrangements heats plastics material band, makes the plastics material strip melting of machining position 110 position, shaping ready for next step.
Shaping mechanism is provided with patrix 510, counterdie 520, and patrix 510 and counterdie 520 match, and patrix 510 and counterdie 520 correspondence are movably set in position above and below machining position 110.
Forming cylinder is provided with forming cylinder and compacted under cylinder, and upper forming cylinder is flexibly connected with patrix 510, and compacted under cylinder is flexibly connected with counterdie 520.
When patrix 510 leaves machining position 110, patrix 510 is positioned at above detent mechanism.
This temperature self-regulating suction molding equipment, be also provided with an air-blowing mechanism 700, air-blowing mechanism 700 is fixedly connected with counterdie 520.When after compression molding, by aerating apparatus air-blowing, can make shaping after semi-finished product and counterdie 520 depart from.
This temperature self-regulating suction molding equipment, also be provided with cutting mechanism 900, cutting mechanism 900 is fixedly installed on the nearly discharge port end position of heating arrangements, the semi-finished product of forming and plastics material strip is separated by cutting mechanism when collecting after plastics material strip melt molding.
This temperature self-regulating suction molding equipment, be also provided with an auxiliary receiving mechanism 800, auxiliary receiving mechanism 800 is movably set in support body 100.Concrete, support body 100 is provided with the auxiliary sliding roller 130 for the movement of auxiliary receiving mechanism 800, and auxiliary sliding roller 130 is vertical with the sliding roller 120 of heating, and auxiliary receiving mechanism 800 is movably set in auxiliary sliding roller 130.Actuating unit is also provided with the assistant cylinder promoting auxiliary receiving mechanism 800 movement, and auxiliary receiving mechanism 800 is flexibly connected with assistant cylinder.Auxiliary receiving mechanism 800 is arranged at discharging opening position.Can by auxiliary receiving mechanism 800 shaping semi-finished product be taken out of and collect.
Auxiliary receiving mechanism 800 is provided with pedestal, manipulator and the second cylinder, pedestal is movably set in auxiliary sliding roller 130, and manipulator is arranged at pedestal, and manipulator is provided with tong and lower tong, lower tong is fixedly connected with pedestal, and upper tong is flexibly connected with the second cylinder.Usually, the quantity of manipulator, to be set to two or three for good, is set to two in this example.Second cylinder drives pedestal to move to shaping semi-finished product discharging opening position, and semi-finished product clamped by manipulator, and now, the second cylinder counter motion drives pedestal away from discharging opening position, and manipulator will pull semi-finished product to leave machining position 110.Now, by cutting mechanism 900, half-finished other end is cut off, these semi-finished product are collected and enters subsequent processing.The plastics material band be connected with these semi-finished product enters machining position 110, repeats the operations such as new heating and melting, shaping, collection, cutting.
It should be noted that, the quantity of manipulator is not limited only to two in the present embodiment, can need to arrange flexibly, as being set to three, four or other quantity according to concrete use.
A kind of temperature self-regulating suction molding equipment of the present invention, its course of work is as follows: start power supply and guarantee that controlling organization 600 effectively works, after multi-point temp converting system 610 parameter is set, the motor 210 of feed mechanism drives material roller 220 to rotate, and plastics material strip is delivered to successively the feeding mouth of support body 100 machining position 110 by first-level transport roller 230 and two-stage conveying roller 240.After plastics web feed reaches and fills up machining position 110, positioning cylinder drives detent mechanism to move towards machining position 110 direction, and positioning cylinder drives the oppositely movement of location deflector roll 310, and locating rack 320 moves to machining position 110, locating rack 320 is sheathed on machining position 110 surrounding, is fixed by plastics material strip.Heating cylinder drives heating arrangements to move along the sliding roller 120 of heating towards machining position 110 position, after heating arrangements arrives machining position 110, heating arrangements lower surface and plastics material strip are affixed, and the temperature of heating box 410 lower surface makes the plastics material strip melting of machining position 110.Then, heating cylinder is by drive heating arrangements towards moving away from machining position 110 direction, and heating arrangements leaves machining position 110.Now, compacted under cylinder drives counterdie 520 to move to machining position 110 from below, upper forming cylinder drive patrix 510 moves to machining position 110 from top, and the plastics material strip of melting is shaped to the shape of needs through counterdie 520 and patrix 510.After shaping, the upper forming cylinder oppositely mobile patrix 510 that drives leaves machining position 110,700 pairs of counterdies 520 air-blowing of now air-blowing mechanism, and the semi-finished product after shaping and counterdie 520 tool are thrown off, and the counter motion of compacted under cylinder drives counterdie 520 away from machining position 110.At this moment, assistant cylinder band dynamic auxiliary receiving mechanism 800 moves along auxiliary sliding roller 130 towards discharging opening direction, the semi-finished product edge of forming clamped by manipulator, and now, positioning cylinder drives locating rack 320 away from machining position 110, shaping semi-finished product are unclamped, itself and material strip, away from machining position 110, after the semi-finished product after shaping all extract machining position 110 out, are cut off by a cutter sweep by assistant cylinder counter motion band dynamic auxiliary receiving mechanism 800, after cutting off, manipulator unclamps semi-finished product.Now, follow-up material strip will enter machining position 110 again, repeat said process.
Temperature self-regulating suction molding equipment of the present invention, by arranging feed mechanism, detent mechanism, heating arrangements, shaping mechanism, actuating unit and controlling organization 600, can realize automated job, working (machining) efficiency is high.Because each processing step can be controlled by controlling organization 600, accurately, Product Precision is high in operation.
Owing to being provided with Multipoint temperature control system 610, can arrange the temperature of each heater 420, therefore in the course of work, heating-up temperature is accurate, the product quality of processing can be guaranteed.
embodiment 2.
A kind of temperature self-regulating suction molding equipment, other structure is identical with embodiment 1, and difference is: this temperature self-regulating suction molding equipment, and its cutting mechanism 900 is specifically set to a blade, and blade is fixedly installed on the nearly discharge port end position of heating box.Like this, when the semi-finished product processed are pulled out machining position 110 by manipulator, heating arrangements again can be driven to move towards machining position 110 direction by heating cylinder, by blade, shaping semi-finished product and material strip be cut open.Have and control simple, easy to operate feature, and do not need to increase miscellaneous equipment, can effectively reduce costs.
Finally should be noted that; above embodiment is only in order to illustrate technical scheme of the present invention but not limiting the scope of the invention; although be explained in detail the present invention with reference to preferred embodiment; those of ordinary skill in the art is to be understood that; can modify to technical scheme of the present invention or equivalent replacement, and not depart from essence and the scope of technical solution of the present invention.
Claims (9)
1. a temperature self-regulating suction molding equipment, is characterized in that: be provided with support body, feed mechanism, detent mechanism, heating arrangements, shaping mechanism, actuating unit and controlling organization;
Described feed mechanism, described detent mechanism, described heating arrangements, described shaping mechanism, described actuating unit and described controlling organization are all arranged at described support body, and described feed mechanism, described detent mechanism, described heating arrangements, described shaping mechanism and described actuating unit are electrically connected with described controlling organization respectively;
Described controlling organization is provided with multi-point temp converting system, and described multi-point temp converting system is electrically connected with described heating arrangements;
Described multi-point temp converting system is provided with PLC control unit and current converter unit, and the output of described PLC control unit is connected with the input of described current converter unit, and the output of described current converter unit is electrically connected with described heating arrangements;
Described actuating unit be provided with promote described detent mechanism movement positioning cylinder, promote the heating cylinder of described heating arrangements movement and promote the forming cylinder of described shaping mechanism movement, described positioning cylinder is flexibly connected with described detent mechanism, described heating cylinder is flexibly connected with described heating arrangements, and described forming cylinder is flexibly connected with described shaping mechanism;
Described support body is provided with machining position, slides roller for the heating of heating arrangements movement, and described machining position is provided with feeding mouth and discharging opening;
The sliding roller of described heating is fixedly installed on described support body, and the sliding roller of described heating is arranged at above described machining position;
Described detent mechanism is movably set in described machining position, and when described detent mechanism leaves described machining position, described detent mechanism is positioned at above described machining position;
Described heating arrangements is movably set in the sliding roller of described heating, and when described heating arrangements moves to described machining position along the sliding roller of described heating, lower surface and the described machining position of described heating arrangements are affixed;
Described shaping mechanism is provided with upper die and lower die, and described patrix and described counterdie match, and described patrix and described counterdie are corresponding is respectively movably set in position above and below described machining position;
Described forming cylinder is provided with forming cylinder and compacted under cylinder, and described upper forming cylinder is flexibly connected with described patrix, and described compacted under cylinder is flexibly connected with described counterdie;
When described patrix leaves described machining position, described patrix is positioned at above described detent mechanism;
Described machining position is set to rectangular frame;
Described detent mechanism is provided with location deflector roll and locating rack;
Described locating rack is set to rectangle, and described locating rack and described machining position match, and when described detent mechanism moves to described machining position, described locating rack is sheathed on described machining position;
Described location deflector roll is set to four, and described location deflector roll is fixed on the corner of described rectangle locating rack, and described positioning cylinder is flexibly connected with described location deflector roll;
Described support body is provided with the positioning through hole mated with described location deflector roll, and described location deflector roll is arranged at described positioning through hole.
2. temperature self-regulating suction molding equipment according to claim 1, is characterized in that: described multi-point temp converting system is also provided with touch-screen, and described touch-screen is connected with the input of described PLC control unit.
3. temperature self-regulating suction molding equipment according to claim 2, is characterized in that: described heating arrangements is provided with heating box and multiple heater, and described multiple heater is distributed in described heating box, and described heating box is flexibly connected with described heating cylinder;
Described touch-screen is provided with the sub-touch screen zone equal with described heater quantity, described PLC control unit is provided with the sub-PLC control unit equal with described heater quantity, and described current converter unit is provided with the electron current converter equal with described heater quantity;
Described sub-touch screen zone connects with the input of corresponding sub-PLC control unit, and the output of described sub-PLC control unit connects with the input of corresponding electron current converter, and the output of described electron current converter is electrically connected with corresponding heater.
4. temperature self-regulating suction molding equipment according to claim 3, is characterized in that: be also provided with an air-blowing mechanism, and described air-blowing mechanism is fixedly connected with described counterdie.
5. temperature self-regulating suction molding equipment according to claim 4, is characterized in that: be also provided with an auxiliary receiving mechanism, described auxiliary receiving mechanism is movably set in described support body;
Described support body is provided with the auxiliary sliding roller for described auxiliary receiving mechanism movement, and described auxiliary sliding roller is with described to heat sliding roller vertical, and described auxiliary receiving mechanism is movably set in described auxiliary sliding roller;
Described actuating unit is also provided with the assistant cylinder promoting described auxiliary receiving mechanism movement, and described auxiliary receiving mechanism is flexibly connected with described assistant cylinder;
Described auxiliary receiving mechanism is arranged at the position of described discharging opening.
6. temperature self-regulating suction molding equipment according to claim 5, is characterized in that: be also provided with cutting mechanism, and described cutting mechanism is fixedly installed on the position of the close described discharging opening of described heating arrangements.
7. temperature self-regulating suction molding equipment according to claim 6, is characterized in that: described cutting mechanism is set to a blade, and described blade is fixedly installed on the near described discharge port end position of described heating box.
8. temperature self-regulating suction molding equipment according to claim 7, it is characterized in that: described auxiliary receiving mechanism is provided with pedestal, manipulator and the second cylinder, described pedestal is movably set in described auxiliary sliding roller, described manipulator is arranged at described pedestal, described manipulator is provided with tong and lower tong, described lower tong is fixedly connected with described pedestal, and described upper tong is flexibly connected with described second cylinder.
9. temperature self-regulating suction molding equipment according to claim 7, it is characterized in that: described feed mechanism is provided with motor, material roller, first-level transport roller and two-stage conveying roller, described material roller is connected with described motor, and described motor, material roller, first-level transport roller and two-stage conveying roller are fixedly installed on described support body successively.
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| CN201110321409.XA CN103057104B (en) | 2011-10-21 | 2011-10-21 | Auto-temperature control plastic molding equipment |
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| CN201110321409.XA CN103057104B (en) | 2011-10-21 | 2011-10-21 | Auto-temperature control plastic molding equipment |
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| CN103057104B true CN103057104B (en) | 2015-02-18 |
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| CN103978670B (en) * | 2014-05-09 | 2017-07-28 | 青岛日高商用电子有限公司 | hot-press forming device |
| CN104999690B (en) * | 2015-08-07 | 2017-01-25 | 东莞测科测试设备有限公司 | Full-automatic thermal shaping machine |
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| CN201354348Y (en) * | 2009-02-20 | 2009-12-02 | 北京北玻安全玻璃有限公司 | Multi-point temperature-controlled composite heating box |
| CN201471722U (en) * | 2009-09-03 | 2010-05-19 | 浙江名媛工艺饰品有限公司 | Plastic sucking molding machine |
| CN101791861A (en) * | 2010-04-17 | 2010-08-04 | 潘震州 | One-step molding device for double-layer thick plastic sheet and molding process thereof |
| CN202293314U (en) * | 2011-10-21 | 2012-07-04 | 广州健恩医疗设备有限公司 | Temperature self-regulating suction molding equipment |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP4392403B2 (en) * | 2005-11-29 | 2010-01-06 | 株式会社浅野研究所 | Thermoforming equipment |
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2011
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Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2767388B2 (en) * | 1994-08-12 | 1998-06-18 | 株式会社島津 | Plastic molding method and molding apparatus |
| CN201354348Y (en) * | 2009-02-20 | 2009-12-02 | 北京北玻安全玻璃有限公司 | Multi-point temperature-controlled composite heating box |
| CN201471722U (en) * | 2009-09-03 | 2010-05-19 | 浙江名媛工艺饰品有限公司 | Plastic sucking molding machine |
| CN101791861A (en) * | 2010-04-17 | 2010-08-04 | 潘震州 | One-step molding device for double-layer thick plastic sheet and molding process thereof |
| CN202293314U (en) * | 2011-10-21 | 2012-07-04 | 广州健恩医疗设备有限公司 | Temperature self-regulating suction molding equipment |
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| CN103057104A (en) | 2013-04-24 |
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