CN202293314U - Temperature self-regulating suction molding equipment - Google Patents
Temperature self-regulating suction molding equipment Download PDFInfo
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- CN202293314U CN202293314U CN2011204026642U CN201120402664U CN202293314U CN 202293314 U CN202293314 U CN 202293314U CN 2011204026642 U CN2011204026642 U CN 2011204026642U CN 201120402664 U CN201120402664 U CN 201120402664U CN 202293314 U CN202293314 U CN 202293314U
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Abstract
The utility model discloses temperature self-regulating suction molding equipment, which comprises a rack, 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 multipoint temperature conversion system, and the multipoint temperature conversion system comprises a programmable logic control (PLC) unit and a current converter unit. The rack is provided with a machining position and a heating sliding roller. A material inlet and a material outlet are formed in the machining position. The heating sliding roller is fixed on the rack, and is arranged above the machining position. The positioning mechanism is movably arranged at the machining position. The heating mechanism is movably arranged on the heating sliding roller. The molding mechanism is provided with an upper die and a lower die, which are correspondingly and movably arranged above and below the machining position. The temperature self-regulating suction molding equipment is also provided with an air blast mechanism, an auxiliary material collection mechanism and a cutting device. The working temperature of the temperature self-regulating suction molding equipment is accurately controlled, and suction molding is automatically realized under the control of the control mechanism; and the temperature self-regulating suction molding equipment has the characteristics of high production efficiency and high product quality.
Description
Technical field
The utility model relates to the medical supplies technical field of processing equipment, particularly relates to a kind of from temperature control plastics sucking moulding equipment.
Background technology
(full name is a PETG-1 to PETG; The 4-cyclohexanedimethanoester ester) packing box is one of packaged form of numerous products employings; Particularly in field of medical; Because the PETG packing box can be accomplished characteristics such as good airproof performance, pollution-free, good endurance, so in field of medical, the extensive use of PETG packing box is as aseptic packaging box.The central vein intubate that the aseptic CVC bag of disposable use includes; Be mainly used in subclavian vein; Be widely used in clinically, carry out 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.Also contain the use that the auxiliary implement that is necessary is convenient to cooperate CVC in the aseptic CVC bag of disposable in addition use.The packing box of the aseptic CVC bag of disposable use adopts the ETG packing box.Prepare this PETG packing box and need realize that plastics sucking moulding equipment of the prior art is discrete plurality of devices, need the product that needs through the final preparation of various steps ability through plastics sucking moulding equipment.Production efficiency is lower, and is artificial wasteful, and product is of low quality.In addition, along with the enhancing that the Medical Devices avirulence is required, the material of CVC bag also has original PVC material to be replaced by other avirulence plastic materials, like the PETG plastics.The fusing point of this avirulence plastic material is generally low than the PVC plastic material, and traditional plastics sucking moulding equipment can not meet the demands.
Therefore, not enough to prior art, provide a kind of can automated job and temperature control very necessary from temperature control plastics sucking moulding equipment accurately to overcome the prior art deficiency.
Summary of the invention
The purpose of the utility model is to avoid the weak point of prior art and provides a kind of from temperature control plastics sucking moulding equipment; Should be accurately from the control of temperature control plastics sucking moulding equipment operating temperature; And can automated job, production efficiency is higher, and the constant product quality of being produced.
The purpose of the utility model realizes through following technical measures.
The utility model a kind of from temperature control plastics sucking moulding equipment is provided with support body, feed mechanism, detent mechanism, heating arrangements, shaping mechanism, actuating unit and controlling organization;
Said feed mechanism, said detent mechanism, said heating arrangements, said shaping mechanism, said actuating unit and said controlling organization all are arranged at said support body, and said feed mechanism, said detent mechanism, said heating arrangements, said shaping mechanism and said actuating unit are electrically connected with said controlling organization respectively;
Said controlling organization is provided with the multi-point temp converting system, and said multi-point temp converting system is electrically connected with said heating arrangements;
Said multi-point temp converting system is provided with PLC control module and current converter unit, and the output of said PLC control module is connected with the input of said current converter unit, and the output of said current converter unit is electrically connected with said heating arrangements;
Said actuating unit is provided with the positioning cylinder that promotes said detent mechanism and move, promote the heating cylinder that said heating arrangements moves and promote the forming cylinder that said shaping mechanism moves; Said positioning cylinder and said detent mechanism flexibly connect; Said heating cylinder and said heating arrangements flexibly connect, and said forming cylinder and said shaping mechanism flexibly connect;
Said support body is provided with machining position, is used for the sliding roller of heating that heating arrangements moves, and said machining position is provided with feeding mouth and discharging opening;
The sliding roller of said heating is fixedly set in said support body, and the sliding roller of said heating is arranged at said machining position top;
Said detent mechanism is movably set in said machining position, and when said detent mechanism left said machining position, said detent mechanism was positioned at said machining position top;
Said heating arrangements is movably set in the sliding roller of said heating, and when said heating arrangements moved to said machining position along the sliding roller of said heating, the lower surface of said heating arrangements pasted with said machining position mutually;
Said shaping mechanism is provided with upper die and lower die, and said patrix and said counterdie are complementary, and said patrix and said counterdie correspondence are movably set in the position, above and below of said machining position;
Said forming cylinder is provided with forming cylinder and compacted under cylinder, and said upward forming cylinder and said patrix flexibly connect, and said compacted under cylinder and said counterdie flexibly connect;
When said patrix left said machining position, said patrix was positioned at said detent mechanism top.
Above-mentioned multi-point temp converting system also is provided with touch-screen, and said touch-screen is connected with the input of said PLC control module.
Above-mentioned heating arrangements is provided with heating box and a plurality of heater, and said a plurality of heaters are distributed in said heating box, and said heating box and said heating cylinder flexibly connect;
Said touch-screen is provided with the sub-touch screen zone that equates with said heater quantity; Said PLC control module is provided with the sub-PLC control module that equates with said heater quantity, and said current converter unit is provided with the electron current converter that equates with said heater quantity;
Said sub-touch screen zone connects with the input of corresponding sub-PLC control module, and the output of said sub-PLC control module is connected with the input of current corresponding converter, and the output of said current converter is electrically connected with corresponding heater.
Above-mentionedly also be provided with an air-blowing mechanism from temperature control plastics sucking moulding equipment, said air-blowing mechanism is fixedly connected with said counterdie.
Above-mentionedly also be provided with an auxiliary receiving mechanism from temperature control plastics sucking moulding equipment, said auxiliary receiving mechanism is movably set in said support body;
Said support body is provided with and is used for the auxiliary sliding roller that said auxiliary receiving mechanism moves, and said auxiliary sliding roller is vertical with the sliding roller of said heating, and said auxiliary receiving mechanism is movably set in said auxiliary sliding roller;
Said actuating unit also is provided with and promotes the assistant cylinder that said auxiliary receiving mechanism moves, and said auxiliary receiving mechanism and said assistant cylinder flexibly connect;
Said auxiliary receiving mechanism is arranged at said discharging opening position.
Above-mentionedly also be provided with cutting mechanism from temperature control plastics sucking moulding equipment, said cutting mechanism is fixedly set in the near said discharge port end position of said heating arrangements.
Above-mentioned machining position is set to rectangular frame;
Said detent mechanism is provided with location deflector roll and locating rack;
Said locating rack is set to rectangle, and said locating rack and said machining position are complementary, and when said detent mechanism moved to said machining position, said locating rack was sheathed on said machining position;
Said location deflector roll is set to four, and said location deflector roll is fixed in four jiaos of said rectangle locating rack, and said positioning cylinder and said location deflector roll flexibly connect;
Said support body is provided with the positioning through hole with said location deflector roll coupling, and said location deflector roll is arranged at said positioning through hole.
Above-mentioned cutting mechanism is set to a blade, and said blade is fixedly set in the near said discharge port end position of said heating box.
Above-mentioned auxiliary receiving mechanism is provided with pedestal, manipulator and second cylinder; Said pedestal is movably set in said auxiliary sliding roller; Said manipulator is arranged at said pedestal; Said manipulator is provided with tong and following tong, and said tong down is fixedly connected with said pedestal, and said upward tong and said second cylinder flexibly connect.
Above-mentioned feed mechanism is provided with motor, material roller, one-level conveying roller and two-stage conveying roller, and said material roller is connected with said motor, and said motor, material roller, one-level conveying roller and two-stage conveying roller are fixedly set in said support body successively.
The utility model a kind of from temperature control plastics sucking moulding equipment is provided with support body, feed mechanism, detent mechanism, heating arrangements, shaping mechanism, actuating unit and controlling organization; Said feed mechanism, said detent mechanism, said heating arrangements, said shaping mechanism, said actuating unit and said controlling organization all are arranged at said support body, and said feed mechanism, said detent mechanism, said heating arrangements, said shaping mechanism and said actuating unit are electrically connected with said controlling organization respectively; Said controlling organization is provided with the multi-point temp converting system, and said multi-point temp converting system is electrically connected with said heating arrangements; Said multi-point temp converting system is provided with PLC control module and current converter unit, and the output of said PLC control module is connected with the input of said current converter unit, and the output of said current converter unit is electrically connected with said heating arrangements; Said actuating unit is provided with the positioning cylinder that promotes said detent mechanism and move, promote the heating cylinder that said heating arrangements moves and promote the forming cylinder that said shaping mechanism moves; Said positioning cylinder and said detent mechanism flexibly connect; Said heating cylinder and said heating arrangements flexibly connect, and said forming cylinder and said shaping mechanism flexibly connect; Said support body is provided with machining position, is used for the sliding roller of heating that heating arrangements moves, and said machining position is provided with feeding mouth and discharging opening; The sliding roller of said heating is fixedly set in said support body, and the sliding roller of said heating is arranged at said machining position top; Said detent mechanism is movably set in said machining position, and when said detent mechanism left said machining position, said detent mechanism was positioned at said machining position top; Said heating arrangements is movably set in the sliding roller of said heating, and when said heating arrangements moved to said machining position along the sliding roller of said heating, the lower surface of said heating arrangements pasted with said machining position mutually; Said shaping mechanism is provided with upper die and lower die, and said patrix and said counterdie are complementary, and said patrix and said counterdie correspondence are movably set in the position, above and below of said machining position; Said forming cylinder is provided with forming cylinder and compacted under cylinder, and said upward forming cylinder and said patrix flexibly connect, and said compacted under cylinder and said counterdie flexibly connect; When said patrix left said machining position, said patrix was positioned at said detent mechanism top.The utility model from temperature control plastics sucking moulding equipment, can control operating temperature automatically, but and automation carry out plastics sucking moulding, have the production efficiency height, the characteristics of good product quality.
Description of drawings
Utilize accompanying drawing that the utility model is further described, but the content in the accompanying drawing does not constitute any restriction to the utility model.
Fig. 1 is that the utility model is a kind of from the positive structural representation of temperature control plastics sucking moulding equipment.
Fig. 2 is a kind of structural representation from the temperature control plastics sucking moulding equipment back side of the utility model.
Fig. 3 is a kind of support body vertical view partly from temperature control plastics sucking moulding equipment of the utility model.
Fig. 4 is the sketch map of a kind of multi-point temp converting system from temperature control plastics sucking moulding equipment of the utility model.
In Fig. 1, Fig. 2, Fig. 3 and Fig. 4, comprising:
The sliding roller 120 of heating,
Auxiliary sliding roller 130,
One-level conveying roller 230,
Two-stage conveying roller 240,
Locating rack 320,
Patrix 510,
Counterdie 520,
Controlling organization 600,
Multi-point temp converting system 610,
Touch-screen 611,
Electron current converter 6130,
Air-blowing mechanism 700,
The specific embodiment
In conjunction with following examples the utility model is further described.
embodiment 1.
A kind of from temperature control plastics sucking moulding equipment, like Fig. 1, Fig. 2, Fig. 3, shown in Figure 4, be 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 all are 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.
Controlling organization also is 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 module 612 and current converter unit 613, and the output of PLC control module 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 also is provided with touch-screen 611, and touch-screen 611 is connected with the input of PLC control module 612.The user can be provided with the parameter that needs through touch-screen 611.
Heating arrangements is provided with heating box 410 and a plurality of heaters 420, and a plurality of heaters 420 are distributed in heating box 410, and heating box 410 flexibly connects with the heating cylinder.
Touch-screen 611 is provided with sub-touch-screen 611 zones 6110 that equate with heater 420 quantity; PLC control module 612 is provided with the sub-PLC control module 6120 that equates with heater 420 quantity, and current converter unit 613 is provided with the electron current converter 6130 that equates with heater 420 quantity.
Through this multi-point temp converting system 610, can the heating parameter of each heater 420 be provided with, temperature can be as accurate as 0.1 degree centigrade, can guarantee the temperature range in the plastics sucking moulding process, guarantees end product quality.
Actuating unit is provided with the positioning cylinder that promotes detent mechanism and move, promote the heating cylinder that heating arrangements moves and promote the forming cylinder that shaping mechanism moves; Positioning cylinder and detent mechanism flexibly connect; Heating cylinder and heating arrangements flexibly connect, and forming cylinder and shaping mechanism flexibly connect.
Feed mechanism is provided with motor 210, material roller 220, one-level conveying roller 230 and two-stage conveying roller 240, and material roller 220 is connected with motor 210, and motor 210, material roller 220, one-level conveying roller 230 and two-stage conveying roller 240 are fixedly set in support body 100 successively.
The sliding roller 120 of heating is fixedly set in support body 100, and the sliding roller 120 of heating is arranged at machining position 110 tops.
Detent mechanism is movably set in machining position 110, and when detent mechanism left machining position 110, detent mechanism was positioned at machining position 110 tops.
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 is complementary with machining position 110, and when detent mechanism moved to machining position 110, locating rack 320 was sheathed on machining position 110.
Concrete, location deflector roll 310 is set to four, and location deflector roll 310 is fixed in four jiaos of rectangle locating rack, and positioning cylinder flexibly connects with location deflector roll 310.Support body 100 is provided with and locatees the positioning through hole of deflector roll coupling, and location deflector roll 310 is arranged at positioning through hole.
Heating arrangements is movably set in the sliding roller 120 of heating, when heating arrangements when the sliding roller 120 of heating moves to machining position 110, the lower surface of heating arrangements pastes with machining position 110 mutually.
Shaping mechanism is provided with patrix 510, counterdie 520, and patrix 510 is complementary with counterdie 520, and patrix 510 and counterdie 520 correspondences are movably set in the position, above and below of machining position 110.
Forming cylinder is provided with forming cylinder and compacted under cylinder, and last forming cylinder and patrix 510 flexibly connect, and compacted under cylinder and counterdie 520 flexibly connect.
When patrix 510 left machining position 110, patrix 510 was positioned at the detent mechanism top.
Should also be provided with an air-blowing mechanism 700 from temperature control plastics sucking moulding equipment, air-blowing mechanism 700 is fixedly connected with counterdie 520.Behind compression molding, through the aerating apparatus air-blowing, can be so that semi-finished product after the moulding and counterdie 520 break away from.
Should be from temperature control plastics sucking moulding equipment; Also be provided with cutting mechanism 900; Cutting mechanism 900 is fixedly set in the nearly discharge port end position of heating arrangements, when collecting behind the plastics strip melt molding, can separate through semi-finished product and the plastics strip of cutting mechanism with forming.
Should also be provided with an auxiliary receiving mechanism 800 from temperature control plastics sucking moulding equipment, auxiliary receiving mechanism 800 is movably set in support body 100.Concrete, support body 100 is provided with and is used for the auxiliary sliding roller 130 that auxiliary receiving mechanism 800 moves, 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 also is provided with and promotes the assistant cylinder that auxiliary receiving mechanism 800 moves, and auxiliary receiving mechanism 800 flexibly connects with assistant cylinder.Auxiliary receiving mechanism 800 is arranged at the discharging opening position.Can the semi-finished product of moulding be taken out of and collect through auxiliary receiving mechanism 800.
Need to prove that the quantity of manipulator is not limited only to two in the present embodiment, can be provided with flexibly, as be set to three, four or other quantity according to concrete use needs.
The utility model a kind of from temperature control plastics sucking moulding equipment; Its course of work is following: start power supply and guarantee that controlling organization 600 effectively works; After multi-point temp converting system 610 parameters are set; The motor 210 of feed mechanism drives material roller 220 rotations, the plastics strip is delivered to successively the feeding mouth of support body 100 machining position 110 through one-level conveying roller 230 and two-stage conveying roller 240.When the plastics web feed reach fill up machining position 110 after; Positioning cylinder drives detent mechanism and moves towards machining position 110 directions, and positioning cylinder drives location deflector roll 310 and oppositely moves, and locating rack 320 moves to machining position 110; Locating rack 320 is sheathed on around the machining position 110, and the plastics strip is fixed.The heating cylinder drives heating arrangements and moves towards machining position 110 positions along the sliding roller 120 of heating; After heating arrangements arrives machining position 110; The heating arrangements lower surface pastes with the plastics strip mutually, and the temperature of heating box 410 lower surfaces makes the plastics strip fusion of machining position 110.Then, the heating cylinder will drive heating arrangements towards moving away from machining position 110 directions, and heating arrangements leaves machining position 110.At this moment, compacted under cylinder drive counterdie 520 moves to machining position 110 from the below, upward forming cylinder drive patrix 510 moves to machining position 110 from the top, and the plastics strip of fusion is shaped to the shape that needs through counterdie 520 and patrix 510.After moulding finished, last forming cylinder oppositely moved drive patrix 510 and leaves machining position 110,700 pairs of counterdie 520 air-blowing of air-blowing mechanism this moment, and semi-finished product after the moulding and counterdie 520 tools are thrown off, and the counter motion of compacted under cylinder drives counterdie 520 away from machining position 110.At this moment, assistant cylinder drives auxiliary receiving mechanism 800 and moves towards the discharging opening direction along auxiliary sliding roller 130, and manipulator is clamped the semi-finished product edge of forming; At this moment, positioning cylinder drives locating rack 320 away from machining position 110, and the semi-finished product of moulding are unclamped; The assistant cylinder counter motion drives auxiliary receiving mechanism 800 away from machining position 110, after the semi-finished product after the moulding are all extracted machining position 110 out, through a cutting device itself and strip is cut off; After cutting off, manipulator unclamps semi-finished product.At this moment, follow-up strip will get into machining position 110 once more, repeat said process.
The utility model from temperature control plastics sucking moulding equipment, through feed mechanism, detent mechanism, heating arrangements, shaping mechanism, actuating unit and controlling organization 600 are set, can realize automated job, working (machining) efficiency is high.Because each processing step can be through controlling organization 600 controls, operation is accurate, and the product precision is high.
Owing to be provided with multi-point temp control system 610, can the temperature of each heater 420 be provided with, so heating-up temperature is accurate in the course of work, can guarantee the product processed quality.
embodiment 2.
A kind of from temperature control plastics sucking moulding equipment, other structure is identical with embodiment 1, and difference is: should be from temperature control plastics sucking moulding equipment, and its cutting mechanism 900 specifically is set to a blade, and blade is fixedly set in the nearly discharge port end position of heating box.Like this, when manipulator is pulled out machining position 110 with the semi-finished product that process, can drive heating arrangements once more through the heating cylinder and move, the semi-finished product and the strip of moulding severed through blade towards machining position 110 directions.Have and control simple, convenience operation, and need not increase miscellaneous equipment, can effectively reduce cost.
Should be noted that at last; Above embodiment is only in order to the technical scheme of explanation the utility model but not to the restriction of the utility model protection domain; Although the utility model has been done detailed description with reference to preferred embodiment; Those of ordinary skill in the art should be appreciated that and can make amendment or be equal to replacement the technical scheme of the utility model, and do not break away from the essence and the scope of the utility model technical scheme.
Claims (10)
1. one kind from temperature control plastics sucking moulding equipment, it is characterized in that: be provided with support body, feed mechanism, detent mechanism, heating arrangements, shaping mechanism, actuating unit and controlling organization;
Said feed mechanism, said detent mechanism, said heating arrangements, said shaping mechanism, said actuating unit and said controlling organization all are arranged at said support body, and said feed mechanism, said detent mechanism, said heating arrangements, said shaping mechanism and said actuating unit are electrically connected with said controlling organization respectively;
Said controlling organization is provided with the multi-point temp converting system, and said multi-point temp converting system is electrically connected with said heating arrangements;
Said multi-point temp converting system is provided with PLC control module and current converter unit, and the output of said PLC control module is connected with the input of said current converter unit, and the output of said current converter unit is electrically connected with said heating arrangements;
Said actuating unit is provided with the positioning cylinder that promotes said detent mechanism and move, promote the heating cylinder that said heating arrangements moves and promote the forming cylinder that said shaping mechanism moves; Said positioning cylinder and said detent mechanism flexibly connect; Said heating cylinder and said heating arrangements flexibly connect, and said forming cylinder and said shaping mechanism flexibly connect;
Said support body is provided with machining position, is used for the sliding roller of heating that heating arrangements moves, and said machining position is provided with feeding mouth and discharging opening;
The sliding roller of said heating is fixedly set in said support body, and the sliding roller of said heating is arranged at said machining position top;
Said detent mechanism is movably set in said machining position, and when said detent mechanism left said machining position, said detent mechanism was positioned at said machining position top;
Said heating arrangements is movably set in the sliding roller of said heating, and when said heating arrangements moved to said machining position along the sliding roller of said heating, the lower surface of said heating arrangements pasted with said machining position mutually;
Said shaping mechanism is provided with upper die and lower die, and said patrix and said counterdie are complementary, the corresponding respectively position, above and below that is movably set in said machining position of said patrix and said counterdie;
Said forming cylinder is provided with forming cylinder and compacted under cylinder, and said upward forming cylinder and said patrix flexibly connect, and said compacted under cylinder and said counterdie flexibly connect;
When said patrix left said machining position, said patrix was positioned at said detent mechanism top.
2. according to claim 1 from temperature control plastics sucking moulding equipment, it is characterized in that: said multi-point temp converting system also is provided with touch-screen, and said touch-screen is connected with the input of said PLC control module.
3. according to claim 2 from temperature control plastics sucking moulding equipment, it is characterized in that: said heating arrangements is provided with heating box and a plurality of heater, and said a plurality of heaters are distributed in said heating box, and said heating box and said heating cylinder flexibly connect;
Said touch-screen is provided with the sub-touch screen zone that equates with said heater quantity; Said PLC control module is provided with the sub-PLC control module that equates with said heater quantity, and said current converter unit is provided with the electron current converter that equates with said heater quantity;
Said sub-touch screen zone connects with the input of corresponding sub-PLC control module, the input connection of the output of said sub-PLC control module and corresponding electron current converter, and the output of said electron current converter is electrically connected with corresponding heater.
4. according to claim 3 from temperature control plastics sucking moulding equipment, it is characterized in that: also be provided with an air-blowing mechanism, said air-blowing mechanism is fixedly connected with said counterdie.
5. according to claim 4 from temperature control plastics sucking moulding equipment, it is characterized in that: also be provided with an auxiliary receiving mechanism, said auxiliary receiving mechanism is movably set in said support body;
Said support body is provided with and is used for the auxiliary sliding roller that said auxiliary receiving mechanism moves, and said auxiliary sliding roller is vertical with the sliding roller of said heating, and said auxiliary receiving mechanism is movably set in said auxiliary sliding roller;
Said actuating unit also is provided with and promotes the assistant cylinder that said auxiliary receiving mechanism moves, and said auxiliary receiving mechanism and said assistant cylinder flexibly connect;
Said auxiliary receiving mechanism is arranged at the position of said discharging opening.
6. according to claim 5 from temperature control plastics sucking moulding equipment, it is characterized in that: also be provided with cutting mechanism, said cutting mechanism is fixedly set in the position near said discharging opening of said heating arrangements.
7. according to claim 6 from temperature control plastics sucking moulding equipment, it is characterized in that: said machining position is set to rectangular frame;
Said detent mechanism is provided with location deflector roll and locating rack;
Said locating rack is set to rectangle, and said locating rack and said machining position are complementary, and when said detent mechanism moved to said machining position, said locating rack was sheathed on said machining position;
Said location deflector roll is set to four, and said location deflector roll is fixed in four jiaos of said rectangle locating rack, and said positioning cylinder and said location deflector roll flexibly connect;
Said support body is provided with the positioning through hole with said location deflector roll coupling, and said location deflector roll is arranged at said positioning through hole.
8. according to claim 7 from temperature control plastics sucking moulding equipment, it is characterized in that: said cutting mechanism is set to a blade, and said blade is fixedly set in the near said discharge port end position of said heating box.
9. according to claim 8 from temperature control plastics sucking moulding equipment; It is characterized in that: said auxiliary receiving mechanism is provided with pedestal, manipulator and second cylinder; Said pedestal is movably set in said auxiliary sliding roller, and said manipulator is arranged at said pedestal, and said manipulator is provided with tong and following tong; Said tong down is fixedly connected with said pedestal, and said upward tong and said second cylinder flexibly connect.
10. according to claim 8 from temperature control plastics sucking moulding equipment; It is characterized in that: said feed mechanism is provided with motor, material roller, one-level conveying roller and two-stage conveying roller; Said material roller is connected with said motor, and said motor, material roller, one-level conveying roller and two-stage conveying roller are fixedly set in said support body successively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011204026642U CN202293314U (en) | 2011-10-21 | 2011-10-21 | Temperature self-regulating suction molding equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011204026642U CN202293314U (en) | 2011-10-21 | 2011-10-21 | Temperature self-regulating suction molding equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202293314U true CN202293314U (en) | 2012-07-04 |
Family
ID=46362283
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011204026642U Withdrawn - After Issue CN202293314U (en) | 2011-10-21 | 2011-10-21 | Temperature self-regulating suction molding equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202293314U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102896768A (en) * | 2012-09-10 | 2013-01-30 | 瑞安市君达机械有限公司 | Integrated full-automatic thermoforming machine |
| CN103057104A (en) * | 2011-10-21 | 2013-04-24 | 广州健恩医疗设备有限公司 | Auto-temperature control plastic molding equipment |
| CN104369354A (en) * | 2014-10-20 | 2015-02-25 | 赛的克恒丰精密电子材料（苏州）有限公司 | Control system of vacuum plastic-absorbing machine |
-
2011
- 2011-10-21 CN CN2011204026642U patent/CN202293314U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103057104A (en) * | 2011-10-21 | 2013-04-24 | 广州健恩医疗设备有限公司 | Auto-temperature control plastic molding equipment |
| CN103057104B (en) * | 2011-10-21 | 2015-02-18 | 广州健恩医疗设备有限公司 | Auto-temperature control plastic molding equipment |
| CN102896768A (en) * | 2012-09-10 | 2013-01-30 | 瑞安市君达机械有限公司 | Integrated full-automatic thermoforming machine |
| CN104369354A (en) * | 2014-10-20 | 2015-02-25 | 赛的克恒丰精密电子材料（苏州）有限公司 | Control system of vacuum plastic-absorbing machine |
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