CN212266094U - Movable automatic plate loading machine of multilayer hot press - Google Patents
Movable automatic plate loading machine of multilayer hot press Download PDFInfo
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- CN212266094U CN212266094U CN202020415441.9U CN202020415441U CN212266094U CN 212266094 U CN212266094 U CN 212266094U CN 202020415441 U CN202020415441 U CN 202020415441U CN 212266094 U CN212266094 U CN 212266094U
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Abstract
The utility model belongs to the technical field of multilayer board production equipment, in particular to a multilayer hot press mobile automatic plate loading machine, which comprises a plate loading mobile platform, a loading cage and a plate loading lifting platform which are arranged on the plate loading mobile platform, wherein a plate placing lifting platform and a plate loading lifting platform inner frame are arranged in the plate loading lifting platform, and a plate loading manipulator is arranged on the plate loading lifting platform inner frame; a cage frame and a push plate frame are arranged in the loading cage, a support plate frame is arranged on the cage frame, and a support plate rod is arranged on the push plate frame. The utility model has the advantages of it is following: 1. the multi-layer hot press mobile automatic loading machine can load plates for a plurality of multi-layer hot presses, the equipment cost is reduced by 2, and the multi-layer hot press mobile automatic loading machine can load pre-pressed blank plates into a loading machine cage in the moving process, so that the production efficiency is improved; 2. the production process is automated, manual use is reduced, and safety risks are reduced.
Description
Technical Field
The utility model belongs to the technical field of multiply wood production facility, specifically speaking relates to an automatic loader is removed to multilayer hot press.
Background
In the production process of the multilayer board, the single board is firstly glued layer by layer, prepressed to form a blank board, and then sent into a multilayer hot press for hot press molding. Currently, there are three ways to feed the blank plate into the hot press: 1. the blank plates are manually fed into the multilayer hot press one by one, and the mode has the disadvantages of high labor intensity of workers, low production efficiency and easy occurrence of safety accidents. 2. Every multilayer hot press matches a set of loader, sets up the installation cage in front of the hot press, then adopts the manual work to push the blank board one by one in the installation cage before the hot press, sends the blank board into the multilayer hot press by the installation cage again, all will have a set of installation system before this kind of send the every hot press of board mode, has increased the maintenance degree of equipment input and later stage equipment, has improved manufacturing cost. 3. The method comprises the following steps that an automatic plate loader is adopted to correspond to a plurality of multilayer hot presses, the automatic plate loader is used for pre-assembling blank plates to a fixed plate loading station, the blank plates are moved to the corresponding multilayer hot presses after pre-assembly is completed, the blank plates are loaded into the hot presses, then the automatic plate loader returns to the plate loading station for pre-assembly of the blank plates, the blank plates are moved to the corresponding multilayer hot presses after pre-assembly is completed, and the blank plates are loaded into the hot presses; this type of production is very time consuming, which reduces production efficiency and increases equipment costs.
Disclosure of Invention
An object of the utility model is to provide an automatic loader is removed to multilayer hot press, technical problem more than solving.
In order to solve the above problems, the utility model adopts the following technical scheme:
a multilayer hot press moving automatic plate loading machine comprises a plate loading moving platform, and a loading lifting cage and a plate loading lifting platform which are arranged on the plate loading moving platform, wherein the bottom of the plate loading moving platform is provided with moving wheels and a platform moving motor for driving the moving wheels; a cage frame and a push plate frame are arranged in the loading cage; the push plate frame is formed by welding rectangular steel pipes, and a lower bracket wheel is arranged below the push plate frame; a push plate gear I, a push plate gear II, a push plate gear III and a push plate gear IV are respectively arranged on the outer side of the push plate frame; the push plate gear I and the push plate gear II are connected with each other through a synchronous shaft I; the push plate gear III and the push plate gear IV are connected with each other through a synchronous shaft II; the first synchronous shaft and the second synchronous shaft are connected with the third synchronous shaft; the synchronous shaft is arranged above the push plate frame and is driven by a push plate motor arranged above the push plate frame; a plurality of supporting plate frames are arranged in the push plate frame at equal intervals; the rear end of the supporting plate frame is provided with a plate feeding auxiliary chamfer, and the front end of the supporting plate frame is provided with a pushing plate block; the supporting plate frame is fixed on the push plate frame through a supporting plate frame clamp, and the front end of the supporting plate frame is supported by the upper bracket wheel; the upper bracket wheel is arranged on the bracket rod; the bracket rod is provided with a baffle block; the bracket rod is fixed on the suspension cage frame through a bracket rod clamp; the lifting cage is formed by welding square pipes, and a push plate rack I, a push plate rack II, a push plate rack III and a push plate rack IV are arranged on two sides of the top end and two sides of the bottom end inside the lifting cage and are respectively meshed with a push plate gear I, a push plate gear II, a push plate gear III and a push plate gear IV;
the plate loading lifting platform is formed by welding square pipes, and a plate placing lifting platform is arranged in the plate loading lifting platform; the plate placing lifting platform is formed by welding square pipes; the outer side of the plate placing lifting platform is respectively provided with a plate placing lifting synchronous shaft I, a plate placing lifting synchronous shaft II, a plate placing lifting synchronous shaft III and a plate placing lifting synchronous shaft IV; a first plate placing lifting synchronous gear and a fourth plate placing lifting synchronous gear are respectively arranged at two ends of the first plate placing lifting synchronous shaft; a second plate placing lifting synchronous gear and a sixth plate placing lifting synchronous gear are respectively arranged at two ends of the second plate placing lifting synchronous shaft; two ends of the plate placing lifting synchronous shaft (c) are respectively provided with a plate placing lifting synchronous gear (c) and a plate placing lifting synchronous gear (c); two ends of the plate placing lifting synchronizing shaft (r) are respectively provided with a plate placing lifting synchronizing gear (fifthly) and a plate placing lifting synchronizing gear (viii); each plate placing lifting synchronous gear is meshed with a plate placing lifting rack I, a plate placing lifting rack II, a plate placing lifting rack III, a plate placing lifting rack IV, a plate placing lifting rack III, a plate placing lifting rack VI, a plate placing lifting rack VII and a plate placing lifting rack VII respectively; each plate placing lifting rack is arranged on the inner frame of the plate loading lifting table respectively; the inner frame of the plate loading lifting platform is formed by welding square pipes; a plate loading mechanical arm and a plate loading mechanical arm track are arranged in the inner frame of the plate loading lifting platform, and a sucking disc is arranged on the plate loading mechanical arm; a conveying roller table is arranged below the plate loading manipulator; a platen wheel is arranged above the front end of the conveying roller table; the conveying roller table is driven by a roller table motor; two sides of the inner frame of the plate loading lifting platform are respectively provided with a plate placing lifting oil jack and a plate placing lifting oil jack; the bottom of each plate placing lifting oil top is arranged on the inner frame of the plate loading lifting table, and the top of each plate placing lifting oil top is arranged on the plate placing lifting table and can drive the plate placing lifting table to move up and down; the outer side of the inner frame of the plate loading lifting platform is respectively provided with a plate loading synchronous shaft I, a plate loading synchronous shaft II, a plate loading synchronous shaft III and a plate loading synchronous shaft IV; a plate loading synchronous gear I and a plate loading synchronous gear IV are respectively arranged at two ends of the plate loading synchronous shaft I; two ends of the plate mounting synchronous shaft II are respectively provided with a plate mounting synchronous gear II and a plate mounting synchronous gear II; both ends of the plate mounting synchronous shaft (c) are respectively provided with a plate mounting synchronous gear (c) and a plate mounting synchronous gear (c); a plate loading synchronous gear (c) and a plate loading synchronous gear (c) are respectively arranged at two ends of the plate loading synchronous shaft (c); the plate mounting synchronous gears are respectively meshed with a plate mounting synchronous rack I, a plate mounting synchronous rack II, a plate mounting synchronous rack III, a plate mounting synchronous rack IV, a plate mounting synchronous rack III, a plate mounting synchronous rack VI, a plate mounting synchronous rack VII and a plate mounting synchronous rack VIII; the plate mounting synchronous racks are respectively arranged on the outer frame of the plate mounting lifting platform; the outer frame of the plate loading lifting platform is formed by welding square pipes and is arranged on the plate loading moving platform; a plate loading lifting oil jack and a plate loading lifting oil jack are respectively arranged at two sides of the outer frame of the plate loading lifting platform; the bottom of the plate loading lifting oil top is arranged on the outer frame of the plate loading lifting platform, and the top of the plate loading lifting oil top is arranged on the inner frame of the plate loading lifting platform.
Preferably: the outer side of the push plate frame is respectively provided with a push plate gear I, a push plate gear II, a push plate gear III and a push plate gear IV which are meshed with a push plate rack I and a push plate rack II arranged on the suspension cage frame, the push plate rack III and the push plate rack IV.
Preferably: the outer side of the plate placing lifting platform is respectively provided with a plate placing lifting synchronous shaft I, a plate placing lifting synchronous shaft II, a plate placing lifting synchronous shaft III and a plate placing lifting synchronous shaft IV; two ends of each plate placing lifting synchronous shaft are respectively provided with a plate placing lifting synchronous gear; the plate placing lifting synchronous gear is meshed with a plate placing lifting rack arranged on the inner frame of the plate loading lifting table.
Preferably: and a plate loading mechanical arm and a conveying roller table are arranged on the inner frame of the plate loading lifting table.
Preferably: the outer side of the inner frame of the plate loading lifting platform is respectively provided with a plate loading synchronous shaft I, a plate loading synchronous shaft II, a plate loading synchronous shaft III and a plate loading synchronous shaft IV; plate mounting synchronous gears are respectively arranged at two ends of each plate mounting synchronous shaft; the plate mounting synchronous gear is meshed with a plate mounting synchronous rack arranged on the outer frame of the plate mounting lifting platform.
Preferably: two ends of the plate placing lifting oil top are respectively arranged on the inner frames of the plate placing lifting platform and the plate loading lifting platform.
Preferably: and two ends of the plate loading lifting oil top are respectively arranged on the inner frame of the plate loading lifting platform and the outer frame of the plate loading lifting platform.
Has the advantages that: compared with the prior art, the utility model has the advantages of it is following: 1. the automation degree is high, the labor input is reduced, and meanwhile, the production safety is improved; 2. a multilayer hot press removes automatic loader can be for more multilayer hot presses dress board, has reduced equipment investment, has reduced manufacturing cost 3, multilayer hot press removes automatic loader and can pack panel into the installation cage at the removal in-process, has shortened operating time, has improved production efficiency.
Drawings
Fig. 1 is a schematic structural view of an embodiment of a multi-layer hot press mobile automatic loader according to the present invention;
fig. 2 is a side sectional view of the multi-layer hot press mobile automatic loader of the present invention;
fig. 3 is a top view of the multi-layer hot press moving automatic loader of the present invention;
fig. 4 is a cross-sectional view of the multi-layer hot press mobile automatic loader of the present invention;
FIG. 5 is a longitudinal sectional view of the multi-layer hot press mobile automatic loader of the present invention;
the reference signs are: 1-installation cage, 2-plate loading lifting platform, 3-moving wheel, 4-platform moving motor, 5-cage frame, 6-push plate frame, 7-lower carriage wheel, 8-plate placing lifting platform, 9-plate loading lifting platform inner frame, 10-plate loading lifting platform outer frame, 11-plate loading moving platform, 101-push plate gear (r), 102-push plate gear (r), 103-push plate gear (r), 104-push plate gear (r), 105-synchronous shaft (r), 106-synchronous shaft (r), 107-synchronous shaft (r), 108-push plate motor, 109-plate bracket, 110-plate feeding auxiliary chamfer, 111-push plate block, 112-plate bracket hoop, 113-upper carriage wheel, 114-bracket rod, 115-baffle block, 116-bracket hoop rod, 117-push plate rack (I), 118-push plate rack (II), 119-push plate rack (III), 120-push plate rack (II), 201-plate placing lifting synchronous shaft (I), 202-plate placing lifting synchronous shaft (II), 203-plate placing lifting synchronous shaft (III), 204-plate placing lifting synchronous shaft (III), 207-plate placing lifting synchronous gear (I), 208-plate placing lifting synchronous gear (III), 209-plate placing lifting synchronous gear (III), 210-plate placing lifting synchronous gear (III), 211-plate placing lifting synchronous gear (III), 212-plate placing lifting synchronous gear (III), 213-plate placing lifting synchronous gear (III), 214-plate placing lifting synchronous gear (III), 215-plate placing lifting synchronous rack (I), 216-plate placing lifting synchronous rack (III), 217-plate placing lifting synchronous rack (III), 218-plate placing lifting synchronous rack (III), 219-plate placing lifting synchronous rack, (-) -220-plate placing lifting synchronous rack, (-) -221-plate placing lifting synchronous rack, 222-plate placing lifting synchronous rack, (-) -223-plate loading manipulator, 224-plate loading manipulator rail, 225-suction cup, 226-transfer roller table, 227-roller table motor, 228-plate placing lifting oil top, 229-plate placing lifting oil top, 230-plate pressing wheel, 301-plate loading synchronous shaft, 302-plate loading synchronous shaft, 303-plate loading synchronous shaft, 304-plate loading synchronous shaft, 305-plate loading synchronous gear, (-) -306-plate loading synchronous gear, (-) -307-plate loading synchronous gear, (-) -308-plate loading synchronous gear, (-) -309-plate loading synchronous gear, (-) -310-plate loading synchronous gear, (-) -311-plate loading synchronous gear, (-) -, 312-plate mounting synchronous gear ((R), 313-plate mounting synchronous rack ((R)), 314-plate mounting synchronous rack ((R)), 315-plate mounting synchronous rack ((R)), 316-plate mounting synchronous rack ((R)), 317-plate mounting synchronous rack ((R)), 318-plate mounting synchronous rack ((R)), 319) -plate mounting synchronous rack ((R)), 320-plate mounting synchronous rack ((R)), 321) -plate mounting lifting oil jack ((R)), 322) -plate mounting lifting oil jack ((R)).
Detailed Description
The following describes in detail embodiments of the present invention, which are for the purpose of explanation only and are not to be construed as limitations of the present invention; the present invention will be further described with reference to the accompanying drawings and the following detailed description.
As shown in fig. 1 to 5, the multilayer hot press mobile automatic loader according to the embodiment includes a loading moving platform 11, and an loading cage 1 and a loading lifting platform 2 which are arranged on the loading moving platform 11, wherein a platform moving motor 4 for driving a moving wheel 3 and a moving wheel 3 are arranged at the bottom of the moving platform 11; a cage frame 5 and a push plate frame 6 are arranged in the loading cage 1; the push plate frame 6 is formed by welding rectangular steel pipes, and a lower bracket wheel 7 is arranged below the push plate frame 6; a push plate gear I101, a push plate gear II 102, a push plate gear III 103 and a push plate gear IV 104 are respectively arranged on the outer side of the push plate frame 6; the push plate gear (I101) and the push plate gear (102) are connected with each other through a synchronous shaft (I105); the push plate gear III 103 and the push plate gear IV 104 are connected with each other through a synchronous shaft III 106; the synchronous shaft I105, the synchronous shaft II 106 and the synchronous shaft III 107 are connected with each other; the synchronizing shaft (107) is arranged above the push plate frame 6 and is driven by a push plate motor 108 arranged above the push plate frame 6; a plurality of supporting plate frames 109 are arranged in the push plate frame 6 at equal intervals; the rear end of the supporting plate frame 109 is provided with a plate feeding auxiliary chamfer 110, and the front end is provided with a push plate block 111; the supporting plate frame 109 is fixed on the push plate frame 6 through a supporting plate frame clamp 112, and the front end of the supporting plate frame is supported by an upper bracket wheel 113; the upper carriage wheel 113 is mounted on the carriage rod 114; the bracket rod 114 is provided with a baffle block 115; the bracket rod 114 is fixed on the suspension cage frame 5 through a bracket rod hoop 116; the lifting cage frame 5 is formed by welding square pipes, and a push plate rack I117, a push plate rack II 118, a push plate rack III 119 and a push plate rack II 120 are arranged on two sides of the top end and two sides of the bottom end inside the lifting cage frame 5 and are respectively meshed with a push plate gear I101, a push plate gear II 102, a push plate gear III 103 and a push plate gear II 104;
the plate loading lifting platform 2 is formed by welding square pipes, and a plate placing lifting platform 8 is arranged inside the plate loading lifting platform 2; the plate placing lifting platform 8 is formed by welding square pipes; a first plate placing lifting synchronizing shaft 201, a second plate placing lifting synchronizing shaft 202, a third plate placing lifting synchronizing shaft 203 and a fourth plate placing lifting synchronizing shaft 204 are respectively arranged on the outer side of the plate placing lifting platform 8; two ends of the plate placing lifting synchronous shaft (I201) are respectively provided with a plate placing lifting synchronous gear (I207) and a plate placing lifting synchronous gear (II 208); a second placed plate lifting synchronous gear 209 and a second placed plate lifting synchronous gear 210 are respectively arranged at two ends of the second placed plate lifting synchronous shaft 202; two ends of the plate placing lifting synchronous shaft (203) are respectively provided with a plate placing lifting synchronous gear (211) and a plate placing lifting synchronous gear (212); two ends of the plate placing lifting synchronizing shaft (204) are respectively provided with a plate placing lifting synchronizing gear (213) and a plate placing lifting synchronizing gear (214); each plate placing lifting synchronous gear is meshed with a plate placing lifting rack (215), a plate placing lifting rack (216), a plate placing lifting rack (217), a plate placing lifting rack (218), a plate placing lifting rack (219), a plate placing lifting rack (220), a plate placing lifting rack (221) and a plate placing lifting rack (222) respectively; each plate placing lifting rack is respectively arranged on the inner frame 9 of the plate loading lifting table;
the inner frame 9 of the plate loading lifting table is formed by welding square pipes; a plate loading mechanical arm 223 and a plate loading mechanical arm rail 224 are arranged in the plate loading lifting platform inner frame 9, and a suction cup 225 is arranged on the plate loading mechanical arm 223; a conveying roller table 226 is arranged below the plate loading manipulator 223; a platen roller 230 is arranged above the front end of the conveying roller table 226; the transfer roller stage 226 is driven by a roller stage motor 227; two sides of the inner frame 9 of the plate loading lifting platform are respectively provided with a plate placing lifting oil jack 228 and a plate placing lifting oil jack 229; the bottom of each plate placing lifting oil top is arranged on an inner frame 9 of the plate loading lifting table, and the top of each plate placing lifting oil top is arranged on the plate placing lifting table 8; a plate mounting synchronous shaft (301), a plate mounting synchronous shaft (302), a plate mounting synchronous shaft (303) and a plate mounting synchronous shaft (304) are respectively arranged on the outer side of the inner frame (9) of the plate mounting lifting platform; a plate loading synchronous gear (305) and a plate loading synchronous gear (306) are respectively arranged at two ends of the plate loading synchronous shaft (301); two ends of the plate mounting synchronous shaft II 302 are respectively provided with a plate mounting synchronous gear II 307 and a plate mounting synchronous gear III 308; two ends of the plate mounting synchronizing shaft (iii) 303 are respectively provided with a plate mounting synchronizing gear (iii) 309 and a plate mounting synchronizing gear (iv) 310; two ends of the plate mounting synchronizing shaft (304) are respectively provided with a plate mounting synchronizing gear (311) and a plate mounting synchronizing gear (312); the plate mounting synchronous gears are respectively meshed with a plate mounting synchronous rack (313), a plate mounting synchronous rack (314), a plate mounting synchronous rack (315), a plate mounting synchronous rack (316), a plate mounting synchronous rack (317), a plate mounting synchronous rack (318), a plate mounting synchronous rack (319) and a plate mounting synchronous rack (320); the plate mounting synchronous racks are respectively arranged on the outer frame 10 of the plate mounting lifting platform; the outer frame 10 of the plate loading lifting platform is formed by welding square pipes and is arranged on the plate loading moving platform 11; a plate loading lifting oil jack 321 and a plate loading lifting oil jack 322 are respectively arranged at two sides of the outer frame 10 of the plate loading lifting platform; the bottom of the plate loading lifting oil top is arranged on an outer frame 10 of the plate loading lifting platform, and the top of the plate loading lifting oil top is arranged on an inner frame 9 of the plate loading lifting platform.
The utility model discloses a workflow and theory of operation brief follow as follows:
firstly, tracks are laid in parallel in front of the multilayer hot presses in a production workshop, and the platform moving motor 4 drives the moving wheel 3 to move along the tracks so as to ensure that the mobile automatic plate loader of the multilayer hot press can move to the front of each multilayer hot press.
The multilayer hot press moves the automatic loader and stops at any position, the forklift puts the pre-pressed blank plate on the plate-placing lifting platform 8; then the moving wheel 3 is driven by a platform moving motor 4 to move the multilayer hot press moving automatic plate loading machine to the front of the corresponding multilayer hot press to prepare plate loading; when the multilayer hot press moves the automatic plate loader to move towards the multilayer hot press, the plate placing lifting platform 8 is pushed to move upwards by the plate placing lifting oil jack 228 and the plate placing lifting oil jack 229, and the plate placing lifting synchronous gear 207 and the plate placing lifting synchronous gear 208 extend the plate lifting synchronous rack 215 and the plate placing lifting synchronous rack 218 to synchronously rotate through the plate placing lifting synchronous shaft 201; a second plate placing lifting synchronous gear 209 and a second plate placing lifting synchronous gear 210 synchronously rotate through a second plate placing lifting synchronous shaft 202, a second plate extending lifting synchronous rack 216 and a second plate placing lifting synchronous rack 220; plate placing lifting synchronous gear (211) and plate placing lifting synchronous gear (212) synchronously rotate through plate placing lifting synchronous shaft (203) and plate placing lifting synchronous rack (217) and plate placing lifting synchronous rack (221); the plate-placing lifting synchronous gear (213) and the plate-placing lifting synchronous gear (214) synchronously rotate through a plate-placing lifting synchronous shaft (204) to extend a plate lifting synchronous rack (219) and a plate-placing lifting synchronous rack (222); when the plate placing lifting oil jack 228 and the plate placing lifting oil jack 229 drive the plate placing lifting platform 8 to operate, the four synchronous shafts synchronously rotate to avoid the deviation of the plate placing lifting platform 8 in the operation process. When the plate placing lifting platform 8 moves to the position of the plate loading manipulator 223, the plate loading manipulator 223 sucks a blank plate through the suction cup 225, the plate loading manipulator track 224 moves forwards to the position above the conveying roller platform 226, and the blank plate is placed on the conveying roller platform 226; then the inner frame 9 of the plate loading lifting platform is pushed to move upwards by a plate loading lifting oil jack 321 and a plate loading lifting oil jack 322, and a plate loading synchronizing gear 305 and a plate loading synchronizing gear 306 synchronously rotate along a plate loading synchronizing rack 313 and a plate loading synchronizing rack 316 through a plate loading synchronizing shaft 301; a plate mounting synchronous gear 307 and a plate mounting synchronous gear 308 synchronously rotate through a plate mounting synchronous shaft 302 delayed plate mounting synchronous rack 314 and a plate mounting synchronous rack 318; the plate mounting synchronous gear (309) and the plate mounting synchronous gear (310) synchronously rotate through a plate mounting synchronous shaft (303) and a plate extending synchronous rack (315) and a plate mounting synchronous rack (319); the plate loading synchronizing gear (311) and the plate loading synchronizing gear (312) synchronously rotate with a plate loading synchronizing rack (317) and a plate loading synchronizing rack (320) through a plate loading synchronizing shaft (304); the plate loading lifting oil jack 321 and the plate loading lifting oil jack 322 drive the inner frame 9 of the plate loading lifting platform to run, and the four synchronous shafts synchronously rotate to avoid the deflection of the inner frame 9 of the plate loading lifting platform in the running process. When the inner frame 9 of the plate loading lifting platform moves to the plate feeding height of the plate supporting frame 109 at the topmost layer of the loading suspension cage 1, the roller platform motor 227 operates to drive the conveying roller platform 226 to convey the blank plate forwards, and the blank plate is fed onto the plate supporting frame 109 through the plate pressing wheel 230 and the plate feeding auxiliary chamfer 110; then the inner frame 9 of the plate loading lifting platform is driven by a plate loading lifting oil jack 321 and a plate loading lifting oil jack 322 to move downwards to the plate inlet height of the next layer of supporting plate frame 109; meanwhile, the plate loading manipulator 223 returns to the plate placing lifting platform 8 along the plate loading manipulator track 224; meanwhile, the plate placing lifting platform 8 moves upwards to the position of the plate loading manipulator 223 through the plate placing lifting oil jack 228 and the plate placing lifting oil jack 229; then the plate loading manipulator 223 sucks a blank plate through the suction cup 225, the plate loading manipulator track 224 moves forwards to the position above the transfer roller table 226, and the blank plate is placed on the transfer roller table 226; then the roller table motor 227 operates to drive the conveying roller table 226 to convey the blank plate to the supporting plate frame 109 through the plate pressing wheel 230 and the plate feeding auxiliary chamfer 110; then the inner frame 9 of the plate loading lifting platform is driven by a plate loading lifting oil jack 321 and a plate loading lifting oil jack 322 to move downwards to the plate inlet height of the next layer of supporting plate frame 109; the above steps are repeated until the blank plate is completely filled in the loading machine cage 1. Then, the push plate motor 108 operates to drive the synchronous shaft I105 and the synchronous shaft II 106 to rotate through the synchronous shaft III 107; the synchronous shaft (I105) drives the push plate gear (I101) and the push plate gear (102) to rotate along the push plate rack (I117) and the push plate rack (118); the synchronizing shaft II 106 drives the push plate gear III 103 and the push plate gear IV 104 to extend the push plate rack III 119 and the push plate rack IV 120 to rotate; under the synchronous rotation action of a first synchronous shaft 105 and a second synchronous shaft 106, the push plate frame 6 sends the supporting plate frame 109 and the blank plates on the supporting plate frame 109 into the multilayer hot press through an upper bracket wheel 113 and a lower bracket wheel 7; when the pallet 109 completely enters the multilayer hot press and the board inlet auxiliary chamfer 110 completely passes over the baffle block 115, the push plate motor 108 reversely rotates to drive the push plate frame 6 to move backwards, so that the pallet 109 completely leaves the multilayer hot press, and the blank board is acted in the hot press by the baffle block 115 while the pallet 109 moves backwards; when the blank board completely leaves the installation cage 1, the supporting board frame 109 moves forward for a certain distance, and the blank board is pushed into the middle of the multilayer hot press, so that the hot pressing effect is improved. After the multilayer hot press moving automatic plate loading machine finishes loading plates for one multilayer hot press, the plate loading machine starts to move towards the next multilayer hot press needing plate loading, and the plate loading manipulator 223 starts to load plates into the loading suspension cage 1 while moving, so that the plate loading time is shortened.
The above is only an embodiment of the present invention, not therefore the restriction on the other hand through the scope of the present invention, all the equivalent structures made by the contents of the specification and the drawings are directly or indirectly applied to other related technical fields, all the same principle is within the protection scope of the present invention.
Claims (7)
1. The utility model provides a multilayer hot press removes automatic loader which characterized in that: comprises a plate loading moving platform (11), and a plate loading lifting cage (1) and a plate loading lifting platform (2) which are arranged on the plate loading moving platform (11); the bottom of the plate loading moving platform (11) is provided with a moving wheel (3) and a platform moving motor (4) for driving the moving wheel (3); a cage frame (5) and a push plate frame (6) are arranged in the loading cage (1); the suspension cage frame (5) and the push plate frame (6) are in contact with the upper bracket wheel (113) and the lower bracket wheel (7) through a push plate gear (101), a push plate gear (102), a push plate gear (103) and a push plate gear (104); a plurality of supporting plate frames (109) are uniformly arranged on the push plate frame (6); the push plate frame (6) is driven by a push plate motor (108) through a synchronizing shaft I (105), a synchronizing shaft II (106) and a synchronizing shaft III (107) to move back and forth in the cage frame (5); a plate placing lifting table (8) and a plate loading lifting table inner frame (9) are arranged in the plate loading lifting table (2); the plate placing lifting platform (8) is driven by a plate placing lifting oil jack (228) and a plate placing lifting oil jack (229) to move up and down in an inner frame (9) of the plate loading lifting platform; the inner frame (9) of the plate loading lifting platform is driven by a plate loading lifting oil jack (321) and a plate loading lifting oil jack (322) to move up and down in the outer frame (10) of the plate loading lifting platform; and a plate loading manipulator (223) and a plate loading manipulator rail (224) are arranged on the inner frame (9) of the plate loading lifting platform, and the plate loading manipulator (223) can move up and down along with the inner frame (9) of the plate loading lifting platform.
2. The multi-layer hot press moving automatic plate loader of claim 1, characterized in that: the movement of the plate loading moving platform (11) and the plate loading work in the plate loading lifting cage (1) and the plate loading lifting platform (2) on the plate loading moving platform (11) can be simultaneously carried out.
3. The multi-layer hot press moving automatic plate loader of claim 1, characterized in that: the push plate frame (6) runs back and forth in the suspension cage frame (5) through a push plate motor (108), the push plate motor (108) drives a synchronizing shaft (105) and a synchronizing shaft (106) through a synchronizing shaft (107), and the synchronizing shaft (105) and the synchronizing shaft (106) respectively drive a push plate gear (101), a push plate gear (102), a push plate gear (103), a push plate gear (104) to extend a push plate rack (117), a push plate rack (118), a push plate rack (119) and a push plate rack (120) to rotate.
4. The multi-layer hot press moving automatic plate loader of claim 1, characterized in that: the plate placing lifting platform (8) is driven by a plate placing lifting oil jack (228) and a plate placing lifting oil jack (229) to move up and down in an inner frame (9) of the plate loading lifting platform.
5. The multilayer hot press moving automatic plate loader according to any one of claims 1 to 4, characterized in that: the push plate frame (6) is supported by upper bracket wheels (113) and lower bracket wheels (7).
6. The multilayer hot press moving automatic plate loader according to any one of claims 1 to 4, characterized in that: the front end of the supporting plate frame (109) is supported by an upper supporting plate wheel (113).
7. The multilayer hot press moving automatic plate loader according to any one of claims 1 to 4, characterized in that: the upper bracket wheel (113) is arranged on the bracket rod (114).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020415441.9U CN212266094U (en) | 2020-03-27 | 2020-03-27 | Movable automatic plate loading machine of multilayer hot press |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020415441.9U CN212266094U (en) | 2020-03-27 | 2020-03-27 | Movable automatic plate loading machine of multilayer hot press |
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| Publication Number | Publication Date |
|---|---|
| CN212266094U true CN212266094U (en) | 2021-01-01 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202020415441.9U Active CN212266094U (en) | 2020-03-27 | 2020-03-27 | Movable automatic plate loading machine of multilayer hot press |
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| Country | Link |
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| CN (1) | CN212266094U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113263577A (en) * | 2021-07-19 | 2021-08-17 | 南通恒祥木业有限公司 | External circulation type wood carbonization kiln |
-
2020
- 2020-03-27 CN CN202020415441.9U patent/CN212266094U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113263577A (en) * | 2021-07-19 | 2021-08-17 | 南通恒祥木业有限公司 | External circulation type wood carbonization kiln |
| CN113263577B (en) * | 2021-07-19 | 2021-09-10 | 南通恒祥木业有限公司 | External circulation type wood carbonization kiln |
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