CN204172252U - Upset heat pressing forming machines - Google Patents
Upset heat pressing forming machines Download PDFInfo
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- CN204172252U CN204172252U CN201420645022.9U CN201420645022U CN204172252U CN 204172252 U CN204172252 U CN 204172252U CN 201420645022 U CN201420645022 U CN 201420645022U CN 204172252 U CN204172252 U CN 204172252U
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Abstract
The utility model open a kind of upset heat pressing forming machines, comprise frame, upper and lower mould heating plate, upper and lower mould elevating mechanism and hot pressing die, frame is provided with clamping-type upending device, and it comprises and initiatively clamps overturn structure and driven clamping overturn structure; Initiatively clamp that overturn structure comprises runing rest, the turning wheel be rotatably installed on runing rest, be fixed on the gripper cylinder that turning wheel rotates on turning wheel, the piston rod front end that gripper cylinder has is provided with initiatively clamping part; Driven clamping overturn structure comprises fixed side, the driven clamping part be rotatably connected on fixed side, gripper cylinder is located between fixed side and turning wheel, the direction that piston rod ejects towards driven clamping part, driven clamping part and active clamping part between form space for clamping and overturn hot pressing die; Clamping-type upending device also comprises the driving mechanism driving turning wheel to rotate.Ingenious, the compact conformation of the utility model design, achieves the clamping to hot pressing die and upset.
Description
Technical field
The utility model relates to a kind of silica gel heat pressing machine, especially a kind of upset heat pressing forming machines with clamping-type upending device.
Background technology
In the production of silica gel justice breast, silicone bra or silica gel breast pad, silicon gel is loaded bag film and after sealing, needs to be heating and curing by hot pressing die and to shape.What fill when current high-grade justice breast makes is lightweight silica gel, namely in silicon gel, is mixed with light-weight high-polymer microballon, reduces the proportion of Silica hydrogel composition further.But this silicon gel being filled with light-weight high-polymer microballon, when adopting conventional thermocompression forming machine to make, the phenomenon that light-weight high-polymer microballon floats can be there is in mold pressing hot briquetting process, cause the overall proportion solidifying rear silica gel product uneven, cause the defect that the outward appearance of product local, elasticity and feel are all poor.
In order to overcome the defect that light-weight high-polymer microballon floats, need in traditional heat pressing forming machines to increase clamping-type upending device, in order at silicon gel product in heat curing process, as required hot pressing mould is carried out clamping and overturn 180 °, the light-weight high-polymer microballon in the silica-gel composition of dies cavity is made to keep uniform suspension, after guaranteeing silicon gel products solidifying, each several part proportion is even, improving product quality.
Summary of the invention
In view of this, the purpose of this utility model is to provide a kind of upset heat pressing forming machines with clamping-type upending device, to overcome the silicon gel defect that light-weight high-polymer microballon floats in hot-press solidifying process.
For achieving the above object, the utility model by the following technical solutions:
A kind of upset heat pressing forming machines, comprise frame, be disposed on the patrix heating plate in described frame and counterdie heating plate up and down, be arranged on the patrix elevating mechanism in order to drive described patrix heating plate to be elevated in described frame, be arranged on the counterdie elevating mechanism in order to drive described counterdie heating plate to be elevated in described frame, be arranged on the hot pressing die in the middle of described patrix heating plate and described counterdie heating plate, it is characterized in that: described frame is also provided with in order to clamping and the clamping-type upending device overturning described hot pressing die, described clamping-type upending device comprises and is oppositely arranged on that described hot-die is ambilateral initiatively clamps overturn structure and driven clamping overturn structure,
The described overturn structure that initiatively clamps comprises the runing rest be fixed in described frame, the turning wheel be rotatably installed on described runing rest, is fixed on described turning wheel with the gripper cylinder that described turning wheel rotates, described gripper cylinder has telescopic piston rod, and described piston rod front end is provided with the active clamping part ejecting with described piston rod and bounce back;
Described driven clamping overturn structure comprises fixed side, the driven clamping part be rotatably connected on described fixed side, described gripper cylinder is located between described fixed side and described turning wheel, the direction that described piston rod ejects towards described driven clamping part, described driven clamping part and active clamping part between form space for clamping and overturn hot pressing die;
Described clamping-type upending device also comprises the driving mechanism be arranged in order to drive described turning wheel to rotate in described frame.
Preferably, the described overturn structure that initiatively clamps also comprises the front end rolling disk coaxially arranged with described turning wheel and the front end auxiliary stand supporting described front end rolling disk, described front end rolling disk and described turning wheel are connected to form hollow frame structure by fixing reinforced shaft, described gripper cylinder is positioned among described hollow frame structure, and described piston rod telescopically is through described front end rolling disk.By the hollow frame structure that front end rolling disk and turning wheel are formed, make the combination of gripper cylinder and turning wheel more firm.And front end rolling disk is supported by front end auxiliary stand again, gripper cylinder along with the process that turning wheel rotates can be more stable.On the other hand, due to front end auxiliary stand supporting role, initiatively clamped between clamping part and driven clamping part weight also can increase further.
Further preferably, described front end auxiliary stand is provided with the front end rolling asessory shaft supporting described front end rolling disk, and described front end rolling asessory shaft is rotatably connected to the top of described front end auxiliary stand.Being Structure deformation between front end rolling asessory shaft and front end rolling disk, decreasing friction, making rolling disk resistance when rotating in front end less.
Further preferably, the positioning guide column parallel with the axis of described piston rod is also provided with between described turning wheel and described front end rolling disk, described positioning guide column can be located on described turning wheel and described front end rolling disk along the length direction with self slidably, the front end of described piston rod is installed with guide pillar fixed head, the front end of described positioning guide column is connected with described guide pillar fixed head, and described active clamping part is installed in the front end of described guide pillar fixed head.By the guide effect of positioning guide column, in clamping process, when the piston rod of gripper cylinder ejects forward, initiatively the guide pillar fixed head at clamping part and place thereof only travels forward and can not produce unnecessary rotation, guarantees the accuracy of follow-up rotary movement.Wherein, the quantity of described positioning guide column is preferably two, and two positioning guide column be arranged in parallel.
In one embodiment, described driving mechanism is motor, and the output shaft of described motor is provided with drive, and described drive and described turning wheel are in transmission connection.
Further, described driven clamping part is push rod, and described push rod can be connected on described fixed side along self axial rotation, and described fixed side is provided with swivel bearing, one end of described push rod is connected on described swivel bearing, and its other end offsets with described hot pressing die and coordinates.
Further, described active clamping part comprises the friction tight locating dowel that to offset with described hot pressing die, and the front end of described locating dowel is provided with the square groove or square protuberance that match with described hot pressing die.
Wherein, described patrix elevating mechanism comprises patrix lift cylinder, is driven the top mold frame of oscilaltion by described patrix lift cylinder, and described patrix heating plate is fixed in described top mold frame; Described counterdie elevating mechanism comprises counterdie lift cylinder, is driven the lower mold holder of oscilaltion by described counterdie lift cylinder, and described counterdie heating plate is fixed on described lower mold holder.
Described patrix elevating mechanism also comprises the top mold frame be connected with described top mold frame and is elevated guide pillar, and described counterdie elevating mechanism also comprises the lower mold holder be connected with described lower mold holder and is elevated guide pillar.
The course of work of upset heat pressing forming machines of the present utility model comprises the following steps:
1. start shooting; 2. patrix heating plate and counterdie heating plate are warming up to design temperature; 3. the hot pressing die location and installation of product will be installed on counterdie heating plate; 4. start patrix elevating mechanism and counterdie elevating mechanism, make patrix heating plate and counterdie heating plate clamp hot pressing die and heat hot pressing die; 5. gripper cylinder starts and ejects, and the active clamping part of clamping-type upending device and driven clamping part clamping hot pressing die, make hot pressing die be jammed; 6. patrix elevating mechanism upwards rises and to reset and counterdie elevating mechanism declines downwards reset, and patrix heating plate and counterdie heating plate separate and away from hot pressing die; 7. the electric motor starting of clamping-type upending device, drives turning wheel to rotate, thus after hot pressing die is overturn 180 °, motor stops; 8. patrix elevating mechanism and the action of counterdie elevating mechanism, patrix heating plate and counterdie heating plate close up clamping hot pressing die again, again heat hot pressing die; 9. repeat step 6. to step 8., until upset number of times reach preset always overturn number of times; Heating completes, and patrix elevating mechanism upwards rises, and counterdie elevating mechanism remains on a high position, and gripper cylinder returns reset, takes off hot pressing die.
Upset heat pressing forming machines of the present utility model achieves and grips in the hot-forming process of silica gel product the function held and overturn, and the clamping-type upending device structure that the utility model adopts is simple, compact, can be arranged in the less space of conventional thermocompression forming machine, improvement cost is lower, is with a wide range of applications.When adopting upset heat pressing forming machines of the present utility model production to adopt lightweight silica gel to be silica gel justice breast, silicone bra, the silica gel breast pad of raw material, the defect that light-weight high-polymer microballon floats can be overcome, improve product quality.
Accompanying drawing explanation
Fig. 1 is the stereogram of the utility model upset heat pressing forming machines.
Fig. 2 is the stereogram of the clamping-type upending device in the utility model upset heat pressing forming machines.
Fig. 3 is the stereogram initiatively clamping overturn structure part in the utility model.
Fig. 4 is the workflow diagram of the utility model upset heat pressing forming machines.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model is preferred embodiment described in detail.
Refer to Fig. 1 to Fig. 3, a kind of upset heat pressing forming machines, comprise frame 200, be disposed on patrix heating plate 201 in frame 200 and counterdie heating plate 202 up and down, be arranged in frame 200 in order to drive patrix heating plate 201 to be elevated patrix elevating mechanism, be arranged in frame 200 in order to drive counterdie heating plate 202 to be elevated counterdie elevating mechanism, be arranged on hot pressing die 100 in the middle of patrix heating plate 201 and counterdie heating plate 202, frame 200 is also provided with the clamping-type upending device in order to clamping and upset hot pressing die 100.Wherein, frame 200 is double-layer frame structure, comprises base plate 211, the operating table surface 212 at middle part, top board 213 from the bottom to top.Described patrix elevating mechanism comprises the top mold frame 222 being arranged on patrix lift cylinder 221 above top board 213, being driven oscilaltion by patrix lift cylinder 221, patrix heating plate 201 is fixed in top mold frame 222, patrix elevating mechanism also comprises the top mold frame be connected with top mold frame 222 and is elevated guide pillar 223, and the activity of patrix lifting guide pillar 223 is through top board 213.Described counterdie elevating mechanism comprises the lower mold holder 232 being arranged on counterdie lift cylinder 231 below operating table surface 212, being driven oscilaltion by counterdie lift cylinder 231, counterdie heating plate 202 is fixed on lower mold holder 232, counterdie elevating mechanism also comprises the lower mold holder be connected with lower mold holder 232 and is elevated guide pillar 233, and the activity of counterdie lifting guide pillar 233 is through operating table surface 212.In order to easy to operate, top board 213 is also provided with human-machine operation panel 300, for unified operation and the device such as the cylinder controlled in frame and motor.
Wherein, described clamping-type upending device comprises and is oppositely arranged on that described hot-die is ambilateral initiatively clamps overturn structure and driven clamping overturn structure.
As shown in Figures 2 and 3, the described overturn structure that initiatively clamps comprises the runing rest 1 on the right side being fixed on frame 200, the turning wheel 2 be rotatably installed on runing rest 1, is fixed on turning wheel 2 with the gripper cylinder 3 that turning wheel 2 rotates, gripper cylinder 3 has telescopic piston rod 31, and piston rod 31 front end is provided with the active clamping part 4 ejecting with piston rod 31 and bounce back.Runing rest 1 has swivel bearing 11, turning wheel 2 is connected on swivel bearing 11.
Driven clamping overturn structure comprises the fixed side 5 on the left side being fixed on frame 200, the driven clamping part 6 be rotatably connected on fixed side 5, gripper cylinder 3 is located between fixed side 5 and turning wheel 2, the direction that piston rod 31 ejects towards driven clamping part 6, driven clamping part 6 and active clamping part 4 between form space for clamping and overturn hot pressing die 100.
Wherein, initiatively clamp overturn structure and also comprise the front end rolling disk 7 coaxially arranged with turning wheel and the front end auxiliary stand 8 supporting front end rolling disk 7, front end rolling disk 7 is connected to form hollow frame structure with turning wheel 2 by fixing reinforced shaft 21, gripper cylinder 3 is positioned among this hollow frame structure, and piston rod 31 telescopically of gripper cylinder 3 is through front end rolling disk 7.Front end auxiliary stand 8 is provided with the front end rolling asessory shaft 81 supporting front end rolling disk 7, and front end rolling asessory shaft 81 is rotatably connected to the top of front end auxiliary stand 8.Being Structure deformation between front end rolling asessory shaft 81 and front end rolling disk 7, decreasing friction, making front end rolling disk 7 resistance when rotating less.
The two piece positioning guide column 9 parallel with the axis of piston rod 31 are also provided with between turning wheel 2 and front end rolling disk 7, positioning guide column 9 can be located on turning wheel 2 and front end rolling disk 7 along the length direction with self slidably, the front end of institute's piston rod 31 is installed with guide pillar fixed head 311, the front end of positioning guide column 9 is connected with guide pillar fixed head 311, and initiatively clamping part 4 is installed in the front end of guide pillar fixed head 311.
In the present embodiment, driven clamping part 6 is push rod, and described push rod can be connected on fixed side 5 along self axial rotation, and fixed side is provided with swivel bearing 51, one end of described push rod is connected on swivel bearing 51, and its other end offsets with described hot pressing die 100 and coordinates.Initiatively clamping part 4 comprises the friction tight locating dowel 41 that to offset with hot pressing die 100, the front end of locating dowel 41 is provided with the square groove or square protuberance that match with hot pressing die 100, it is square protuberance 42 in the present embodiment, correspond, hot pressing die 100 offers square groove and coordinates with this square protuberance 42.
Clamping-type upending device in the present embodiment also comprises the driving mechanism driving described turning wheel to rotate, and this driving mechanism is the motor 23 of the below being arranged on frame 200, and the output shaft of motor 23 is provided with drive 22, and drive 22 and turning wheel 2 are in transmission connection.For example, in the present embodiment, drive 22 and turning wheel 2 are gear, and the two can directly engage, or is in transmission connection by chain (not shown).In other embodiments, drive 22 and turning wheel 2 can be also halos, and are connected by belt transmission.When the motor is energized, drive 22 rotarily drives turning wheel 2 and rotates, thus makes initiatively to clamp overturn structure along the swivel bearing rotation on runing rest 1.
Wherein, the work principle of clamping-type upending device is: put into by hot pressing die 100 initiatively between clamping part 4 and driven clamping part 6, and by the corresponding cooperation of the driven clamping part in clamping position 6 of hot pressing die about 100, start clamping cylinder 3, piston rod 31 ejects forward, positioning guide column 9 and guide pillar fixed head 311 all travel forward, make initiatively clamping part 4 insert the clamping position on the right side of hot pressing die 100 and coordinate to push against, hot pressing die 100 is clamped firmly, then starter motor 23, drive 22 rotarily drives turning wheel 2 and rotates, now gripper cylinder 3 and front end rolling disk 7 are also along with turning wheel 2 rotates, positioning guide column 9 and guide pillar fixed head 311 also rotate simultaneously simultaneously, the square protuberance 42 of guide pillar fixed head 311 front end just drives hot pressing die 100 also to rotate thereupon, thus achieve clamping and turning operation.
Refer to Fig. 4, adopt work flow during upset heat pressing forming machines of the present utility model making silica gel justice breast to be specially: start; Patrix heating plate 201 and counterdie heating plate 202 are warming up to design temperature; To hot pressing die 100 location and installation of product be installed on counterdie heating plate 202; Start patrix elevating mechanism and counterdie elevating mechanism, make patrix heating plate 201 and counterdie heating plate 202 clamp hot pressing die 100 and heat hot pressing die 100; Gripper cylinder 3 starts and ejects, and active clamping part 4 and the driven clamping part 6 of clamping-type upending device clamp hot pressing die 100, and hot pressing die 100 is jammed; Patrix elevating mechanism upwards rises and to reset and counterdie elevating mechanism declines downwards reset, and patrix heating plate 201 and counterdie heating plate 202 separate and away from hot pressing die 100; The motor 23 of clamping-type upending device starts, and drives turning wheel 2 to rotate, thus after hot pressing die 100 is overturn 180 °, motor stops; Patrix elevating mechanism and the action of counterdie elevating mechanism, patrix heating plate 201 and counterdie heating plate 202 close up clamping hot pressing die 100 again, again heat hot pressing die 100; Repeat upset repeatedly, until upset number of times reaches total upset number of times of setting; Heating completes, and patrix elevating mechanism upwards rises, and counterdie elevating mechanism remains on a high position, and gripper cylinder 3 returns reset, takes off hot pressing die 100.
Gripper cylinder due to traditional clamping-type upending device is all arranged on the outside of retained part usually, and gripper cylinder is fixedly installed, and when flip portion band animal body rotates, gripper cylinder is not along with flip portion rotates together.Therefore, the structure of traditional clamping-type upending device is compact not, and space hold is larger.And the technique scheme that the utility model adopts is by being fixed on turning wheel 2 by gripper cylinder 3, gripper cylinder 3 is between fixed side 5 and turning wheel 2, when turning wheel 2 rotates, gripper cylinder 3 can rotate along with turning wheel 2, flip portion and retained part are combined to a certain extent, breaches traditional Design Thinking, obtain more succinct design, make the structure of whole clamping-type upending device compacter, take up room less.
Wherein, the hollow frame structure that front end rolling disk 7 and turning wheel 2 are formed, makes gripper cylinder 3 more firm with the combination of turning wheel 2.And front end rolling disk 7 is supported by front end auxiliary stand 8 again, gripper cylinder 3 along with the process that turning wheel 2 rotates can be more stable.On the other hand, due to the supporting role of front end auxiliary stand 8, the weight of initiatively clamped between clamping part 4 and driven clamping part 6 object also can increase further.
By the guide effect of positioning guide column 9, in clamping process, when the piston rod 31 of gripper cylinder 3 ejects forward, initiatively the guide pillar fixed head 311 at clamping part 4 and place thereof only travels forward and can not produce unnecessary rotation, guarantees the accuracy of follow-up rotary movement.In follow-up switching process, top guide pillar 9 can drive guide pillar fixed head 311 and many clamping parts 4 to rotate, thus drives hot pressing die upset.The quantity of the positioning guide column 9 in the present embodiment is preferably two, can certainly more than two.
Upset heat pressing forming machines of the present utility model is adopted to make silica gel justice breast, while product is heated, achieve again the upset to silica gel product, overcome the defect floated after light-weight high-polymer microballon leaves standstill for a long time, after guaranteeing products solidifying, light-weight high-polymer microballon is uniformly distributed in silica gel, ensures product with stable quality.
Above-described embodiment is only for illustrating technical conceive of the present utility model and feature; its object is to person skilled in the art can be understood content of the present utility model and implement according to this; protection domain of the present utility model can not be limited with this; all equivalences done according to the utility model Spirit Essence change or modify, and all should be encompassed within protection domain of the present utility model.
Claims (9)
1. a upset heat pressing forming machines, comprise frame, be disposed on the patrix heating plate in described frame and counterdie heating plate up and down, be arranged on the patrix elevating mechanism in order to drive described patrix heating plate to be elevated in described frame, be arranged on the counterdie elevating mechanism in order to drive described counterdie heating plate to be elevated in described frame, be arranged on the hot pressing die in the middle of described patrix heating plate and described counterdie heating plate, it is characterized in that: described frame is also provided with in order to clamping and the clamping-type upending device overturning described hot pressing die, described clamping-type upending device comprises and is oppositely arranged on that described hot-die is ambilateral initiatively clamps overturn structure and driven clamping overturn structure,
The described overturn structure that initiatively clamps comprises the runing rest be fixed in described frame, the turning wheel be rotatably installed on described runing rest, is fixed on described turning wheel with the gripper cylinder that described turning wheel rotates, described gripper cylinder has telescopic piston rod, and described piston rod front end is provided with the active clamping part ejecting with described piston rod and bounce back;
Described driven clamping overturn structure comprises fixed side, the driven clamping part be rotatably connected on described fixed side, described gripper cylinder is located between described fixed side and described turning wheel, the direction that described piston rod ejects towards described driven clamping part, described driven clamping part and active clamping part between form space for clamping and overturn hot pressing die;
Described clamping-type upending device also comprises the driving mechanism be arranged in order to drive described turning wheel to rotate in described frame.
2. one upset heat pressing forming machines according to claim 1, it is characterized in that: the described overturn structure that initiatively clamps also comprises the front end rolling disk coaxially arranged with described turning wheel and the front end auxiliary stand supporting described front end rolling disk, described front end rolling disk and described turning wheel are connected to form hollow frame structure by fixing reinforced shaft, described gripper cylinder is positioned among described hollow frame structure, and described piston rod telescopically is through described front end rolling disk.
3. one upset heat pressing forming machines according to claim 2, it is characterized in that: described front end auxiliary stand is provided with the front end rolling asessory shaft supporting described front end rolling disk, and described front end rolling asessory shaft is rotatably connected to the top of described front end auxiliary stand.
4. one upset heat pressing forming machines according to claim 2, it is characterized in that: between described turning wheel and described front end rolling disk, be also provided with the positioning guide column parallel with the axis of described piston rod, described positioning guide column can be located on described turning wheel and described front end rolling disk along the length direction with self slidably, the front end of described piston rod is installed with guide pillar fixed head, the front end of described positioning guide column is connected with described guide pillar fixed head, and described active clamping part is installed in the front end of described guide pillar fixed head.
5. the one upset heat pressing forming machines according to Claims 1-4 any one, it is characterized in that: described driving mechanism is motor, and the output shaft of described motor is provided with drive, described drive and described turning wheel are in transmission connection.
6. the one upset heat pressing forming machines according to Claims 1-4 any one, it is characterized in that: described driven clamping part is push rod, described push rod can be connected on described fixed side along self axial rotation, described fixed side is provided with swivel bearing, one end of described push rod is connected on described swivel bearing, and its other end offsets with described hot pressing die and coordinates.
7. the one upset heat pressing forming machines according to Claims 1-4 any one, it is characterized in that: described active clamping part comprises the friction tight locating dowel that to offset with described hot pressing die, and the front end of described locating dowel is provided with the square groove or square protuberance that match with described hot pressing die.
8. the one upset heat pressing forming machines according to Claims 1-4 any one, it is characterized in that: described patrix elevating mechanism comprises patrix lift cylinder, driven the top mold frame of oscilaltion by described patrix lift cylinder, and described patrix heating plate is fixed in described top mold frame; Described counterdie elevating mechanism comprises counterdie lift cylinder, is driven the lower mold holder of oscilaltion by described counterdie lift cylinder, and described counterdie heating plate is fixed on described lower mold holder.
9. one upset heat pressing forming machines according to claim 8, it is characterized in that: described patrix elevating mechanism also comprises the top mold frame be connected with described top mold frame and is elevated guide pillar, described counterdie elevating mechanism also comprises the lower mold holder be connected with described lower mold holder and is elevated guide pillar.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420645022.9U CN204172252U (en) | 2014-10-31 | 2014-10-31 | Upset heat pressing forming machines |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420645022.9U CN204172252U (en) | 2014-10-31 | 2014-10-31 | Upset heat pressing forming machines |
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| CN204172252U true CN204172252U (en) | 2015-02-25 |
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| CN201420645022.9U Expired - Fee Related CN204172252U (en) | 2014-10-31 | 2014-10-31 | Upset heat pressing forming machines |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104354257A (en) * | 2014-10-31 | 2015-02-18 | 苏州美山子制衣有限公司 | Turning hot-pressing molding machine |
| CN106827337A (en) * | 2015-12-07 | 2017-06-13 | 烟台新科钢结构有限公司 | A kind of panel compounding machine of convertible material feeding |
-
2014
- 2014-10-31 CN CN201420645022.9U patent/CN204172252U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104354257A (en) * | 2014-10-31 | 2015-02-18 | 苏州美山子制衣有限公司 | Turning hot-pressing molding machine |
| CN106827337A (en) * | 2015-12-07 | 2017-06-13 | 烟台新科钢结构有限公司 | A kind of panel compounding machine of convertible material feeding |
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Granted publication date: 20150225 Termination date: 20181031 |
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| CF01 | Termination of patent right due to non-payment of annual fee |