CN211031389U - A two-station mold - Google Patents

Abstract

The utility model discloses a two-station mould, which belongs to the technical field of processing and packaging equipment and comprises a mould mounting part, a guide rail driving part, a vertical mould driving part and a positioning guide rail part, wherein the positioning guide rail part is arranged in the mould mounting part, the positioning guide rail part is in transmission connection with the guide rail driving part, the mould mounting part comprises a mould connecting seat, a mould bottom plate, a mould top plate and two mould side plates, the mould bottom plate is arranged at the top of the mould connecting seat, the two mould side plates are arranged at the two sides of the top of the mould bottom plate, the mould top plate is arranged at the top of the two mould side plates, the two ends at the bottom of the mould top plate are respectively and fixedly connected with the tops of the two mould side plates, on one hand, the utility model can fully-automatically adjust left and right and, and automatic and quick plate changing operation is realized.

Description

A two-station mold

technical field

The utility model relates to the technical field of processing and packaging equipment, in particular to a two-station mold.

Background technique

At present, in the manufacturing process, most of the simple packaging boxes are manually folded, resulting in high labor costs and low work efficiency, and folding the packaging boxes is mechanical repetitive labor, labor intensity of workers, and uneven quality of packaging boxes. . In view of the long time for forming and changing molds for barrel boxes on the market, the troublesome mold manufacturing, and the inability to complete the assembly of cartons of different sizes, in the prior art, the adjustment molds are all semi-automatic or manually adjusting the size of the wine box accommodating space. The manual adjustment method makes the adjustment method cumbersome and the adjustment speed is slow.

Utility model content

The purpose of this utility model is to provide a two-station mold to solve the technical problems in the prior art.

The utility model provides a two-station mold, comprising a mold mounting part, a guide rail driving part, a vertical mold driving part and a positioning guide rail part, the guide rail driving part is arranged in the mold mounting part, and the vertical mold driving part is installed in the mold mounting part. On the top of the mold mounting part, the positioning guide rail part is arranged in the mold mounting part, and the positioning guide rail part is drivingly connected with the guide rail driving part. The mold mounting part includes a mold connecting seat, a mold bottom plate, a mold top plate and two molds Side plates, the mold bottom plate is installed on the top of the mold connecting seat, the two mold side plates are installed on both sides of the top of the mold bottom plate, the mold top plate is installed on the top of the two mold side plates, and the mold top plate is Both ends of the bottom are respectively fixedly connected with the tops of the two mold side plates.

Further, the guide rail driving component includes a first driving component, a second driving component, a third driving component and a fourth driving component, the first driving component is installed on the top of the mold base plate, and the second driving component is installed on two The third drive assembly is installed on the inner bottom wall of the mold top plate, the fourth drive assembly is installed at the output end of the third drive assembly, and the positioning guide rail components are respectively connected with the first drive assembly. , the second drive assembly, the third drive assembly and the fourth drive assembly are drive-connected, and the vertical die drive part is drive-connected with the first drive assembly and the third drive assembly.

Further, the first drive assembly includes a first horizontal drive part, two first positioning parts and two first guide parts, the two first guide parts are symmetrically installed on the top of the mold base plate, and the two first guide parts A positioning part is symmetrically installed at the output ends of the two first guide parts, each of the first guide parts includes a first core bar left and right adjustment guide rail and a second core bar left and right adjustment guide rail, each of the first positioning parts It includes a first core strip universal guide rail and a first core strip universal mounting plate. Both ends of the bottom of the first core strip universal guide rail are installed at the output ends of the first core strip left and right adjustment guide rails and the second core strip left and right adjustment guide rails. The first horizontal driving part is in driving connection with the universal mounting plate of all the first core bars.

Further, the second drive assembly includes a first upper and lower adjustment guide rail, a second upper and lower adjustment guide rail and two upper and lower adjustment guide rail mounting plates, and the two upper and lower adjustment guide rail mounting plates are respectively installed on the inner walls of the two mold side plates. The first and second upper and lower adjustment guide rails are respectively slidably installed on the two upper and lower adjustment guide rail mounting plates.

Further, the first horizontal driving part includes a first core rod left and right adjustment screw, a first linkage bevel tooth and two first horizontal positioning blocks, and the two first horizontal positioning blocks are respectively provided with two mold side plates. On the side wall, one end of the left and right adjusting screw rod of the first core rod is rotatably connected with one of the first horizontal positioning blocks, and the other end of the left and right adjusting screw rod of the first core rod passes through the two mold side plates, the two upper and lower The adjustment guide rail mounting plate and the two first core rod universal mounting plates finally penetrate another first horizontal positioning block along the horizontal direction, and the first linkage bevel teeth are mounted on the ends of the left and right adjusting screw rods of the first core rod.

Further, the third drive assembly includes a second horizontal drive part, two third core strip universal mounting plates and two third positioning parts, the two third positioning parts are symmetrically installed at the bottom of the top plate of the mold, and the two The third driving positioning plate is symmetrically installed at the output ends of the two third positioning parts, and the second horizontal driving part is drivingly connected with the two third positioning parts.

Further, each of the third positioning parts includes a third core bar left and right adjustment guide rail and a fourth core bar left and right adjustment guide rail, and the third core bar left and right adjustment guide rails and the fourth core bar left and right adjustment guide rails are symmetrically installed on the bottom of the mold base. At the bottom, two universal mounting plates for the third core bar are respectively installed on the output ends of the left and right adjustment guide rails of the third core strip and the left and right adjustment guide rails of the fourth core strip, and the second horizontal driving part includes the left and right adjustment wires of the second core strip A rod, a second linkage bevel tooth and two second horizontal positioning blocks, the two second horizontal positioning blocks are respectively installed on the side walls of the two mold side plates, and one end of the left and right adjustment screw rods of the second core rod It runs through one of the second horizontal positioning blocks, the two mold side plates and the two third core strip universal mounting plates in sequence, and is finally rotatably connected with the other second horizontal positioning block, and the second linkage bevel teeth are installed on the second core. The ends of the left and right adjusting screw rods are located on the same side as the first linkage bevel teeth.

Further, the fourth drive assembly includes a fifth core bar left and right adjustment guide rail, a sixth core bar left and right adjustment guide rail, a fourth core bar guide rail mounting plate, a core bar up and down adjustment screw and two guide rail slider connecting plates. The fifth core bar left and right adjustment guide rails and the sixth core bar left and right adjustment guide rails are symmetrically installed on the bottom of the fourth core bar guide rail mounting plate, and the two guide rail slider connecting plates are respectively installed on the fifth core bar left and right adjustment guide rails and the sixth core bar. At the output end of the left and right adjustment guide rails of the core strip, the core strip up and down adjustment screw is arranged in the middle part of the fourth core strip guide rail mounting plate and is arranged in a vertical state, and the core strip up and down adjustment screw and the vertical mold drive part drive connection.

Further, the positioning guide rail component includes a first core strip, a second core strip, a third core strip and a fourth core strip. The bottom of one rail-slider connecting plate is fixedly connected, the side wall and the top of the second core bar are respectively fixedly connected to the output end of the second upper and lower adjusting rail and the bottom of the other rail-slider connecting plate, and the third core bar is The bottom is installed at a position between one of the first core strip universal guide rails and a first core strip universal mounting plate, and the bottom of the fourth core strip is mounted on the other first core strip universal guide rail and a first core strip position between the universal mounting plates.

Further, the vertical drive component includes a core bar left and right adjustment synchronous shaft connecting plate, a core bar left and right adjustment synchronization shaft, a first core bar left and right synchronization adjustment gear, a second core bar left and right synchronization adjustment gear, a stepper motor support seat, a core The left and right adjustment synchronous shaft mounting seat, the stepper motor mounting plate, the left and right debugging motor of the core bar and the up and down adjustment motor of the core bar are arranged at intervals on the stepper motor mounting plate. The bottom of the core bar up and down adjustment motor is installed on the top of the stepper motor mounting plate, the main shaft of the core bar up and down adjustment motor is fixedly connected with the top of the core bar up and down adjustment screw, the core bar left and right adjustment synchronous shaft is connected The plate is installed on the side wall of the bottom plate of the mold, the left and right adjustment synchronous shaft of the core strip is vertically inserted to the top of the connecting plate of the left and right adjustment synchronization shaft of the core strip, the first core strip left and right synchronous adjustment gear and the second core The left and right synchronous adjustment gears of the core strip are sleeved on the left and right adjustment synchronous shaft of the core strip at intervals. Meshing, the second core rod left and right synchronous adjustment gear meshes with the second linkage bevel teeth.

Compared with the prior art, the beneficial effect of the present invention is that the first drive assembly, the second drive assembly, the third drive assembly and the fourth drive assembly are driven to work by the vertical drive components, because these four are all connected with the positioning guide rail. The components are connected by transmission, which can drive the positioning guide rail components to work in sequence. On the one hand, it can automatically adjust left and right and up and down, and on the other hand, the dual stations can be adjusted at the same time to realize automatic and rapid plate change operations.

Description of drawings

In order to more clearly illustrate the specific embodiments of the present invention or the technical solutions in the prior art, the following will briefly introduce the accompanying drawings that need to be used in the description of the specific embodiments or the prior art. Obviously, the following descriptions The accompanying drawings are some embodiments of the present invention. For those of ordinary skill in the art, other drawings can also be obtained based on these drawings without creative efforts.

Fig. 1 is the three-dimensional structure schematic diagram of the barrel-type fine mounting box automatic forming machine;

Fig. 2 is the partial structure schematic diagram 1 of the barrel-type precision mounted box automatic forming machine;

Fig. 3 is the partial structure schematic diagram 2 of the barrel-type fine mounting box automatic forming machine;

Fig. 4 is the three-dimensional structural schematic diagram of the vertical drive assembly in the folding three-mouth station;

Figure 5 is a schematic diagram of the partial structure of the profile rack device, the three-folding station and the conveying manipulator;

Fig. 6 is the assembly structure schematic diagram of the deviation correction station;

Fig. 7 is the assembly structure schematic diagram of barreling station;

Fig. 8 is the partial structure schematic diagram of the vertical lift rotary power system;

9 is a schematic diagram of the assembly structure of the vertical lift rotary power system;

Figure 10 is a three-dimensional schematic diagram of a two-station mold;

11 is a schematic diagram of the assembly structure of a two-station mold;

Fig. 12 is the three-dimensional structure schematic diagram of the demoulding station for folding the upper bottom plate;

FIG. 13 is a schematic diagram of the assembly structure of the demoulding station for folding the upper bottom plate and the upper opening.

Reference numerals: main body 1, bottom sheet metal door device 2, profile rack device 3, three-port folding station 4, three-port folding station main body 401, three-port folding part 402, three-port pressing part 403, L-shaped support beam 4031, Folding three-port output cylinder 4032, output positioning plate 4033, output extension rod 4034, vertical drive assembly 404, first drive plate 4041, second drive plate 4042, vertical drive cylinder 4043, vertical drive extension rod 4044, deviation correction station 5. Loading positioning frame 501, horizontal conveyor belt 502, inclined conveyor belt 503, conveying manipulator 6, output positioning electric cylinder 601, conveying vertical drive assembly 602, conveying positioning frame 6021, vertical conveying drive cylinder 6022, conveying installation frame 6023, Conveying vertical extension rod 6024, cardboard suction assembly 603, conveying positioning plate 604, barrel forming station 7, barrel forming body 701, piping part 702, shovel plate part 703, upper top part 704, lower shovel plate part 705, right Shovel edge part 706, upper edge shovel part 707, back cover part 708, bidirectional screw slide table 709, vertical lifting and rotating power system 8, power installation part 801, lifting rail rack mounting plate 8011, safety wing 8012, rotary servo driven wheel Limiting plate 8013, power support frame 8014, exhaust fan 8015, lateral drive part 802, lift drive motor 8021, lift servo mounting plate 8022, lift drive gear 8023, lift drive rack 8024, oil receiving box 8025, vertical drive part 803 , graphite copper tile fixing plate 8031, graphite copper tile 8032, output main shaft 8033, rotary servo driven synchronizing wheel 8034, lifting transmission guide rail slider mounting plate 8035, auxiliary sliding part 804, first lifting transmission guide rail 8041, second lifting transmission Guide rail 8042, rotary drive part 805, rotary servo motor 8051, rotary servo mounting plate 8052, rotary servo drive synchronizing wheel 8053, rotary servo transmission belt 8054, rotary servo fixing plate 8055, rotary servo support plate 8056, two-station mold 9, mold Mounting part 901, mold connecting seat 9011, mold bottom plate 9012, mold top plate 9013, mold side plate 9014, guide rail driving part 902, vertical mold driving part 903, core bar left and right adjustment synchronization shaft connecting plate 9031, core bar left and right adjustment synchronization shaft 9032, the first core bar left and right synchronization adjustment gear 9033, the second core bar left and right synchronization adjustment gear 9034, the stepper motor support seat 9035, the core bar left and right adjustment synchronization shaft mounting seat 9036, the stepper motor mounting plate 9037, the core bar left and right debugging Motor 9038, core bar up and down adjustment motor 9039, positioning guide rail member 904, first core bar 9041, second core bar 9042, third core bar 9043, fourth core bar 9044, first drive assembly 905, second drive assembly 906 , the first up and down adjustment guide rail 9061, the second up and down adjustment guide rail 9062, up and down Section guide rail mounting plate 9063, third drive assembly 907, fourth drive assembly 908, fifth core strip left and right adjustment guide rails 9081, sixth core strip left and right adjustment guide rails 9082, fourth core strip guide rail mounting plate 9083, core strip up and down adjustment wire Rod 9084, rail slider connecting plate 9085, first horizontal drive part 909, first core bar left and right adjustment screw 9091, first linkage bevel tooth 9092, first horizontal positioning block 9093, first positioning part 910, first guide Part 911, the first core bar left and right adjustment guide rails 912, the second core strip left and right adjustment guide rails 913, the first core strip universal guide rail 914, the first core strip universal mounting plate 915, the third positioning part 916, the third core strip left and right adjustment Guide rail 9161, the fourth core strip left and right adjustment guide rail 9162, the upper bottom plate is folded and the upper opening is demolded station 10, the demolding installation part 101, the demoulding bottom plate 1011, the demoulding side plate 1012, the upper bottom plate part mounting plate 1013, the side plate is fixed Parts 1014, mounting plate 1015 of the bottom plate part, tray part 102, tray assembly motor 1021, tray motor mounting plate 1022, tray adjustment screw 1023, wine tray tray 1024, tray assembly guide rod 1025, upper bottom plate part 103, the bottom plate adjustment plate guide shaft 1031, the upper bottom plate assembly 1032, the upper bottom plate side plate 1033, the bottom plate width adjustment plate 1034, the bottom plate support profile 1035, the bottom plate length limit plate 1036, the bottom plate width adjustment screw 1037, the bottom plate thickness adjustment plate 1038,

Push bottom plate component 104, first push bottom plate cylinder mounting seat 1041, second push bottom plate cylinder mounting seat 1042, push bottom plate cylinder guide rail connecting seat 1043, push bottom plate length adjusting block 1044, push bottom plate thickness adjusting block 1045, push bottom plate cylinder 1046, Push the bottom plate hydraulic buffer 1047, push the bottom plate guide rail 1048, flip the bottom plate part 105, flip the bottom plate rotating shaft seat 1051, flip the bottom plate cylinder mount 1052, flip the bottom plate cylinder 1053, flip the bottom plate cylinder connecting rod 1054, flip the bottom plate swing rod 1055, Bottom plate support plate 1056, bottom plate width adjustment block 1057, bottom plate length adjustment block 1058, hemming parts 106, hemming cylinder mounting plate 1061, hemming press down cylinder 1062, hemming cylinder 1064, hemming cylinder block 1065, hemming plate 1066, hemming pressure plate 1067, hemming part 107 of the upper base plate, hemming rubber roller 1071, hemming rubber roller 1072, hemming rubber roller mounting seat 1073, demoulding part 108, first demoulding assembly 109, first Release guide rail fixing seat 1091, second release guide rail fixing seat 1092, release support plate 1093, release motor tensioning seat 1094, release motor fixing seat 1095, release motor 1096, first drive pulley 1097, positioning transmission belt 1099, stripping guide rail 10991, second stripping assembly 110, stripping cylinder bottom plate 1101, stripping cylinder support 1102, stripping cylinder adjusting plate 1103, stripping cylinder mounting plate 1104, stripping cylinder 1105, stripping pressure plate 1106.

Detailed ways

The technical solutions of the present invention will be clearly and completely described below with reference to the accompanying drawings. Obviously, the described embodiments are a part of the embodiments of the present invention, but not all of the embodiments.

The components of the embodiments of the invention generally described and shown in the drawings herein may be arranged and designed in a variety of different configurations. Thus, the following detailed description of the embodiments of the invention provided in the accompanying drawings is not intended to limit the scope of the invention as claimed, but is merely representative of selected embodiments of the invention.

Based on the embodiments of the present invention, all other embodiments obtained by those of ordinary skill in the art without creative efforts shall fall within the protection scope of the present invention.

In the description of the present invention, it should be noted that the terms "center", "upper", "lower", "left", "right", "vertical", "horizontal", "inner", "outer", etc. The indicated orientation or positional relationship is based on the orientation or positional relationship shown in the accompanying drawings, which is only for the convenience of describing the present invention and simplifying the description, rather than indicating or implying that the indicated device or element must have a specific orientation or a specific orientation. construction and operation, and therefore should not be construed as limiting the invention. Furthermore, the terms "first", "second", and "third" are used for descriptive purposes only and should not be construed to indicate or imply relative importance.

In the description of the present invention, it should be noted that the terms "installed", "connected" and "connected" should be understood in a broad sense, unless otherwise expressly specified and limited, for example, it may be a fixed connection or a detachable connection Connection, or integral connection; can be mechanical connection, can also be electrical connection; can be directly connected, can also be indirectly connected through an intermediate medium, can be internal communication between two elements. For those of ordinary skill in the art, the specific meanings of the above terms in the present invention can be understood in specific situations.

1 to 13, an embodiment of the present invention provides a barrel-type fine-laminated box automatic forming machine, including a main body 1, a bottom sheet metal door device 2, a profile rack device 3, and a wine box along the to-be-processed wine box. The three-position folding station 4, the deviation correction station 5, the conveying manipulator 6, the barreling station 7, the vertical lifting and rotating power system 8, the two-station mold 9 and the upper bottom plate folding and upper opening demoulding station 10, which are set in sequence in the direction. The vertical lifting and rotating power system 8 and the main body 1 are arranged in the bottom sheet metal door device 2, the profile rack device 3 is installed on the top of the bottom sheet metal door device 2, the barrel forming station 7, the two-station mold 9, The upper floor folding and upper opening demoulding station 10 and the conveying manipulator 6 are installed in the profile rack device 3, the deviation correction station 5 is installed at the output end of the folding three-mouth station 4, and the deviation correction station 5 is installed in the profile. On the side of the rack device 3, the feeding end of the deviation correction station 5 is butted with the clamping end of the conveying manipulator 6, and the discharging end of the conveying manipulator 6 is butted with the feeding end of the barreling station 7, so The output direction of the vertical lift rotary power system 8 is vertically upward, the two-station mold 9 is installed at the output end of the vertical lift rotary power system 8, and the discharge end of the two-station mold 9 is folded on the upper bottom plate The feed end of the mouth demolding station 10 is butted.

The working principle of the present invention: after the equipment starts to work, a large amount of face paper and gray board to be pasted are continuously transferred to the output end of the deviation correction station 5 from the folding three-mouth station 4 and the deviation correction station 5, and the conveying manipulator 6. Adsorb the surface paper and the gray board, and then move the surface paper and the gray board to the barreling station 7. The bottom plate of the barrel is automatically opened, and the surface paper is adsorbed to make its positioning accurate. The gray plates on both sides are attached to the mold, the upper shovel plate and the hair wheel work to form the wine box, and then the prefabricated wine box is transported along the horizontal direction through the two-station mold 9, because the two-station mold 9 can Realize the assembling operation of different assembly packaging boxes, and quickly adjust the assembly equipment to save adjustment time and save processing costs; It realizes automatic adjustment and completes the entire outer surface of the carton to be attached. All automated processing procedures are used, which reduces manual output, improves processing efficiency, and improves the accuracy of wine box processing.

The deviation correction station 5 includes a feeding positioning frame 501, a horizontal conveyor belt 502, an inclined conveyor belt 503, a first feeding part 504, a second feeding part 505 and two hinged support plates 506. The horizontal conveyor belt 502 is installed on the The top of the material positioning frame 501, one end of the inclined conveyor belt 503 is butted with the feeding end of the horizontal conveyor belt 502, the inclined conveyor belt 503 is installed in an inclined state, and the two hinged support plates 506 are respectively disposed on the feeding positioning frame 501 Between the inclined conveyor belts 503, the two ends of each hinged support plate 506 are respectively hinged to the side wall of the feeding positioning frame 501 and the bottom of the inclined conveyor belt 503, and the first feeding part 504 is installed on the top of the inclined conveyor belt 503. , the second feeding part 505 is installed on the top of the horizontal conveyor belt 502, and through the horizontal conveyor belt 502 and the inclined conveyor belt 503, the face paper and gray board to be packaged are continuously transferred to the three-folding station 4. The first feeding part 504 and the second feeding part 505 complete the position limit and deviation correction operation for the face paper and the gray board, so that the gray board and the face paper can be continuously conveyed stably during the transmission process.

The three-port folding station 4 includes a three-porting station main body 401, a three-porting part 402 and a three-porting pressing part 403. The three-porting pressing part 403 is installed on the top of the feeding positioning frame 501. 402 is installed on the output end of the main body 401 of the folding three-port, the output end of the folding three-port component 402 is vertically downward and is butted with the output end of the folding three-port pressing member 403, and the folding three-port pressing member 403 includes an L. L-shaped support beam 4031, three-port output cylinder 4032, output positioning plate 4033 and two output extension rods 4034, the three-port output cylinder 4032 is installed on the top of the L-shaped support beam 4031, and the two output extension rods 4034 are installed on the top of the L-shaped support beam 4031. Folding two sides of the three-port output cylinder 4032, the vertical drive assembly 404 includes a first drive plate 4041, a second drive plate 4042, a vertical drive cylinder 4043 and a plurality of vertical drive extension rods 4044 distributed in a rectangular structure. The vertical drive cylinder 4043 is installed on the bottom of the second drive plate 4042, and the end of the telescopic rod of the vertical drive cylinder 4043 is fixedly connected to the bottom of the first drive plate 4041 along the vertical direction, and several of the vertical drives extend The rods 4044 are distributed in pairs, and each of the vertical driving extension rods 4044 penetrates the second driving plate 4042 in the vertical direction and is fixedly connected with the bottom of the first driving plate 4041 , and the second driving plate 4042 can extend along the vertical direction. The vertical direction moves on all the vertical drive extension rods 4044 to complete the sequential folding operation of the surface paper to be pasted on the wine box to be pasted, and improve the sticking operation of the wine box.

The main body 401 of the folding three-port station includes a three-porting positioning plate, a three-porting mounting plate, a three-porting support frame, a three-porting transmission belt, a driving screw, a transmission positioning block, a circular rotating disk, two horizontal guide rails and several horizontal sliding blocks. , the folding three-port positioning plate is arranged on the top of the feeding positioning frame 501, the folding three-port mounting plate is arranged above the folding three-port positioning plate, and the transmission positioning block is installed between the folding three-port positioning plate and the folding three-port mounting plate. On the side wall of the drive screw, one end of the transmission screw penetrates the transmission positioning block and is fixedly connected with the middle part of the circular rotating disc. The two horizontal guide rails are arranged on both sides of the transmission screw, and a number of the horizontal sliding blocks are divided into There are two groups, and the two groups are respectively arranged on two horizontal guide rails. Each horizontal sliding block is slidingly matched with the horizontal guide rail. The frame is arranged on the top of the folding three-port mounting plate, and the folding three-port transmission belt is installed on the folding three-port supporting frame.

The conveying manipulator 6 includes an output positioning electric cylinder 601, a conveying vertical drive assembly 602, a cardboard suction assembly 603 and two conveying positioning plates 604, and the two conveying positioning plates 604 are installed on the inner side wall of the profile rack device 3 Above, the output positioning electric cylinder 601 is installed on the side walls of the two conveying positioning plates 604, the conveying vertical drive assembly 602 can move along the extension direction of the output positioning electric cylinder 601, the cardboard suction assembly 603 Installed at the output end of the conveying vertical drive assembly 602, the output end of the cardboard suction assembly 603 is vertically downward to complete the sequential suction and placement of the opposite paper and the gray board, and complete the packaging and processing of the wine box.

The conveying vertical drive assembly 602 includes a conveying positioning frame 6021, a vertical conveying drive cylinder 6022, a conveying installation frame 6023 and two conveying vertical extension rods 6024. The vertical conveying drive cylinder 6022 is installed on the conveying positioning frame 6021. At the top, the conveying installation frame 6023 is arranged in the middle of the conveying positioning frame 6021, and the two conveying vertical extension rods 6024 are installed on both sides of the conveying installation frame 6023, and the top of each conveying vertical extension rod 6024 It is fixedly connected to the inner bottom wall of the conveying positioning frame 6021. The cardboard suction assembly 603 includes a horizontal positioning plate, two longitudinal positioning plates and a number of suction nozzles. The longitudinal positioning plate is symmetrically installed at the bottom of the horizontal positioning plate, and the ends of each longitudinal positioning plate are fixedly connected by positioning bolts. At the bottom, each of the suction nozzles is downward in the vertical direction.

The barrel forming station 7 includes a barrel forming body 701, a piping part 702, a shovel plate part 703, an upper top part 704, a lower shovel plate part 705, a right shovel edge part 706, an upper shovel edge part 707, a bottom cover part 708 and two There are two bidirectional screw slide tables 709, the four sliding guide rails are installed on the inner bottom wall of the barrel body 701, and the piping part 702 and the edging part can be slidably arranged on one of the two-way screw slide tables 709, so the The right edge part 706 and the bottom cover part 708 are respectively slidably arranged on another two-way screw slide table 709, the upper edge part 707 is installed on the side wall of the edge part 703, the upper part 704 is installed At the bottom of the barrel body 701, the bottom cover part 708 is installed on the bottom of the upper top part 704, and the upper top part 704 is connected with the bottom cover part 708 in a driving manner through the piping part 702, the shovel plate part 703, the upper top part 704, the lower part The shovel plate part 705 , the right shovel edge part 706 , the upper shovel edge part 707 , the bottom cover part 708 and the two bidirectional screw slides 709 are used to perform the counteracting processing operation on the two sides of the wine box in turn, so as to realize the side wall of the wine box. Sticking paper work to improve the efficiency and accuracy of wine box packaging.

The vertical lift rotary power system 8 includes a power installation part 801, a lateral drive part 802, a vertical drive part 803, an auxiliary sliding part 804 and a rotation drive part 805. The lateral drive part 802 is arranged in the power installation part 801, so The vertical drive part 803 is arranged on the side wall of the power installation part 801, the lateral drive part 802 is connected with the vertical drive part 803 in a driving manner, and the auxiliary sliding part 804 is installed on the inner side wall of the power installation part 801, so the The vertical driving member 803 is vertically slidably matched with the auxiliary sliding member 804, the rotary driving member 805 is arranged on the top of the power installation member 801, the rotary driving member 805 is drivingly connected with the vertical driving member 803, and the lateral driving member 802 Both the vertical drive part 803 and the power installation part 801 can be installed on the power installation part 801 , and the auxiliary sliding part 804 and the rotary drive part 805 can be detachably installed, which can improve the high efficiency of wine box packaging.

The power installation component 801 includes a bottom plate, a lifting guide rail rack mounting plate 8011, a safety wing 8012, a rotary servo driven wheel limit plate 8013 and two side plates, two power support frames 8014 and two exhaust fans 8015. , The safety wing 8012 and the two side plates are spliced into a rectangular receiving frame and are fixedly connected to the top of the bottom plate. The rotary servo driven wheel limit plate 8013 is installed on the top of the rectangular receiving frame, and the two exhaust fans 8015 are respectively arranged on the two sides. The two power support frames 8014 are in one-to-one correspondence with the two side panels, and each of the power support frames 8014 is installed on the side wall of one of the side panels, which can provide a stable support force and improve the Stability during work.

The auxiliary sliding part 804 includes two first lift transmission guide rails 8041 and two second lift transmission guide rails 8042. The two first lift transmission guide rails 8041 are respectively arranged on the inner side walls of the two side plates, and the two The second elevating transmission guide rail 8042 is symmetrically installed on the inner side wall of the elevating guide rail rack mounting plate 8011, so as to realize the stable positioning of the lateral driving part 802 and the vertical driving part 803, and avoid inconsistencies in the processing of the wine box during the processing. stability.

The lateral drive component 802 includes a lift drive motor 8021, a lift servo mounting plate 8022, a lift drive gear 8023, a lift drive rack 8024 and an oil receiving box 8025. The two sides of the lift servo mounting plate 8022 are connected to two second lift The sliding block on the transmission guide rail 8042 is fixedly connected, the lift drive motor 8021 is installed on the side wall of the lift servo mounting plate 8022, and the main shaft of the lift drive motor 8021 penetrates the lift servo mounting plate 8022 and the lift transmission gear along the horizontal direction. 8023 is fixedly connected, the lift drive rack 8024 is installed on the inner side wall of the lift rail rack mounting plate 8011, the lift drive gear 8023 meshes with the lift drive rack 8024, the oil receiving box 8025 is set in a horizontal state and It is arranged below the lift drive gear 8023, and the lift drive motor 8021 drives the lift drive gear 8023 to rotate. Because the lift drive gear 8023 meshes with the lift drive rack 8024, it can drive the output ends of the two second lift drive guide rails 8042 along the Move in the vertical direction to complete the driving operation of the vertical driving member 803 .

The vertical drive component 803 includes a graphite copper tile fixing plate 8031, a graphite copper tile 8032, an output spindle 8033, a rotary servo driven synchronous wheel 8034, and two lifting transmission guide rail slider mounting plates 8035. The slider mounting plates 8035 are respectively installed on both ends of the side wall of the lift servo mounting plate 8022, the graphite copper tile fixing plate 8031 is mounted on the top of the two lifting drive rail slider mounting plates 8035, and the graphite copper tile 8032 is installed On the top of the graphite copper tile fixing plate 8031, the output main shaft 8033 is vertically arranged on the graphite copper tile 8032, and the rotary servo driven wheel limit plate 8013 is provided with a circular groove for the rotary servo driven wheel to be installed , the rotary servo driven wheel is arranged in the circular groove, which can drive the output spindle 8033 to move and rotate in the vertical direction, complete the rotation of the two-station mold 9 in the horizontal direction, and realize the position control of the carton .

The rotary drive component 805 includes a rotary servo motor 8051, a rotary servo mounting plate 8052, a rotary servo drive synchronizing wheel 8053, a rotary servo drive belt 8054, a rotary servo fixed plate 8055 and two rotary servo support plates 8056, two of the rotary servo The support plates 8056 are respectively installed on both sides of the top of the rotary servo mounting plate 8052, the rotary servo fixing plate 8055 is mounted on the top of the two rotary servo support plates 8056, and the rotary servo active synchronizing wheel 8053 is installed on the rotary servo mounting plate 8052. On the top, the rotary servo motor 8051 is installed at the bottom of the rotary servo mounting plate 8052, the main shaft of the rotary servo motor 8051 penetrates the rotary servo mounting plate 8052 and is fixedly connected to the rotary servo driving synchronizing wheel 8053, and the rotary servo transmission belt 8054 is sleeved On the rotary servo driven synchronous wheel 8034 and the rotary servo driving synchronous wheel 8053, the rotary servo driving synchronous wheel 8053 is driven to rotate by the rotary servo motor 8051, because the rotary servo transmission belt 8054 is sleeved on the rotary servo driving synchronous wheel 8053 and the rotary servo driven synchronous wheel 8053. The synchronizing wheel 8034 can drive the rotary servo driven synchronizing wheel 8034 to rotate, which can drive the output spindle 8033 to rotate to complete the driving operation of the two-station mold 9 .

The two-station mold 9 includes a mold mounting part 901, a guide rail driving part 902, a vertical mold driving part 903 and a positioning guide rail part 904. The guide rail driving part 902 is arranged in the mold mounting part 901, and the vertical mold driving part 902 The part 903 is installed on the top of the mold installation part 901, the positioning guide rail part 904 is arranged in the mold installation part 901, and the positioning guide rail part 904 is connected with the guide rail driving part 902 in a driving manner. Locating machining jobs.

The mold mounting part 901 includes a mold connecting seat 9011, a mold bottom plate 9012, a mold top plate 9013 and two mold side plates 9014, the mold bottom plate 9012 is installed on the top of the mold connecting seat 9011, and the two mold side plates 9014 are installed On both sides of the top of the mold bottom plate 9012, the mold top plate 9013 is installed on top of the two mold side plates 9014, and the bottom ends of the mold top plate 9013 are fixedly connected to the tops of the two mold side plates 9014, respectively. Arranging in sequence can realize stable installation of the guide rail driving component 902 , the first driving component 905 and the second driving component 906 , and improve the stability of processing.

The guide rail driving component 902 includes a first driving component 905, a second driving component 906, a third driving component 907 and a fourth driving component 908. The first driving component 905 is mounted on the top of the mold base plate 9012, and the second driving component The drive assembly 906 is installed on the two mold side plates 9014, the third drive assembly 907 is installed on the inner bottom wall of the mold top plate 9013, the fourth drive assembly 908 is installed at the output end of the third drive assembly 907, The positioning guide rail member 904 is respectively connected with the first drive assembly 905, the second drive assembly 906, the third drive assembly 907 and the fourth drive assembly 908, and the vertical mold drive member 903 is connected with the first drive assembly 905 and the fourth drive assembly 908. The three drive assemblies 907 are connected in a driving manner. Through the arrangement of the first drive assembly 905, the second drive assembly 906, the third drive assembly 907 and the fourth drive assembly 908, the positioning guide rail member 904 can be driven in sequence, and the positioning guide rail assembly can be improved. 904 Mobile Stability.

The first drive assembly 905 includes a first horizontal drive part 909, two first positioning parts 910 and two first guide parts 911. The two first guide parts 911 are symmetrically installed on the top of the mold base plate 9012, and the two The first positioning portions 910 are symmetrically installed at the output ends of the two first guide portions 911 , and each of the first guide portions 911 includes a first core bar left and right adjustment guide rail 912 and a second core bar left and right adjustment guide rail 913 , each of the first positioning parts 910 includes a first core strip universal guide rail 914 and a first core strip universal mounting plate 915, the bottom ends of the first core strip universal guide rail 914 are installed on the first core strip left and right adjustment guide rails 912 At the output end of the left and right adjustment guide rails 913 of the second core bar, the first horizontal driving part 909 is connected to all the first core bar universal mounting plates 915 in a driving manner, so as to complete the continuous transmission of power and improve the accuracy of positioning guide rail components. 904 drive job.

The second drive assembly 906 includes a first upper and lower adjustment guide rail 9061, a second upper and lower adjustment guide rail 9062, and two upper and lower adjustment guide rail mounting plates 9063, which are respectively installed on the two mold side plates. On the inner side wall of 9014, the first up-down adjustment guide rail 9061 and the second up-down adjustment rail 9062 are respectively slidably installed on two up and down adjustment rail mounting plates 9063, and the two up and down adjustment rail mounting plates 9063 can The vertical adjustment guide rail 9061 and the second vertical adjustment guide rail 9062 are installed.

The first horizontal driving part 909 includes a first core rod left and right adjusting screw 9091, a first linkage bevel gear 9092 and two first horizontal positioning blocks 9093, and two first horizontal positioning blocks 9093 are respectively provided with two molds On the side wall of the side plate 9014, one end of the first core bar left and right adjusting screw 9091 is rotatably connected with one of the first horizontal positioning blocks 9093, and the other end of the first core bar left and right adjusting screw 9091 passes through two in turn. The mold side plate 9014, the two upper and lower adjustment guide rail mounting plates 9063 and the two first core strip universal mounting plates 915 finally penetrate another first horizontal positioning block 9093 along the horizontal direction, and the first linkage bevel 9092 is installed on the The first core bar adjusts the end of the lead screw 9091 left and right to realize the continuous transmission of power.

The third drive assembly 907 includes a second horizontal drive part, two universal mounting plates for the third core bars 9043 and two third positioning parts 916 , and the two third positioning parts 916 are symmetrically mounted on the bottom of the mold top plate 9013 , the two third drive positioning plates are symmetrically installed at the output ends of the two third positioning parts 916 , and the second horizontal driving part is drivingly connected with the two third positioning parts 916 ,

Each of the third positioning parts 916 includes a third core bar left and right adjustment guide rail 9161 and a fourth core bar left and right adjustment guide rail 9162, and the third core bar left and right adjustment guide rails 9161 and the fourth core bar left and right adjustment guide rails 9162 are symmetrically installed on the At the bottom of the mold base plate 9012, two universal mounting plates for the third core bar 9043 are respectively installed on the output ends of the third core bar left and right adjustment guide rails 9161 and the fourth core bar left and right adjustment guide rails 9162. The second horizontal drive part includes The second core bar 9042 adjusts the left and right screw rods, the second linkage bevel teeth and the two second horizontal positioning blocks. The two second horizontal positioning blocks are respectively installed on the side walls of the two mold side plates 9014. One end of the left and right adjusting screw rods of the two core bars 9042 sequentially penetrates one of the second horizontal positioning blocks, the two mold side plates 9014 and the two universal mounting plates for the third core bars 9043, and is finally rotatably connected with the other second horizontal positioning block. The second linkage bevel teeth are installed on the ends of the left and right adjusting screw rods of the second core bar 9042 and are located on the same side as the first linkage bevel teeth 9092 .

The fourth drive assembly 908 includes a fifth core bar left and right adjustment guide rail 9081, a sixth core bar left and right adjustment guide rail 9082, a fourth core bar guide rail mounting plate 9083, a core bar up and down adjustment screw 9084 and two guide rail slider connecting plates 9085, the fifth core bar left and right adjustment guide rails 9081 and the sixth core bar left and right adjustment guide rails 9082 are symmetrically installed at the bottom of the fourth core bar guide rail mounting plate 9083, and the two rail slider connecting plates 9085 are respectively installed on the fifth core bar. At the output end of the core bar left and right adjustment guide rail 9081 and the sixth core bar left and right adjustment guide rail 9082, the core bar up and down adjustment screw 9084 is arranged in the middle of the fourth core bar guide rail mounting plate 9083 and is arranged in a vertical state, the The core rod up and down adjusting screw 9084 is drivingly connected with the vertical die driving part 903 .

The positioning rail member 904 includes a first core bar 9041, a second core bar 9042, a third core bar 9043 and a fourth core bar 9044. The sidewall and top of the first core bar 9041 are respectively connected with the first upper and lower adjusting guide rails. The output end of 9061 is fixedly connected to the bottom of one of the rail slider connecting plates 9085, and the side wall and top of the second core bar 9042 are respectively fixed to the output end of the second upper and lower adjusting rail 9062 and the bottom of the other rail slider connecting plate 9085. connection, the bottom of the third core bar 9043 is installed at a position between one of the first core bar universal guide rails 914 and a first core bar universal mounting plate 915, and the bottom of the fourth core bar 9044 is mounted on another A first core strip universal guide rail 914 and a first core strip universal mounting plate 915 are located at the position.

The vertical mold driving component 903 includes a core bar left and right adjustment synchronization shaft connecting plate 9031, a core bar left and right adjustment synchronization shaft 9032, a first core bar left and right synchronization adjustment gear 9033, a second core bar left and right synchronization adjustment gear 9034, a stepping motor Support seat 9035, core bar left and right adjustment synchronization shaft mounting seat 9036, stepper motor mounting plate 9037, core bar left and right adjustment motor 9038 and core bar up and down adjustment motor 9039, the core bar left and right adjustment synchronization shaft mounting seat 9036 and stepper motor The support bases 9035 are arranged at intervals at the bottom of the stepper motor mounting plate 9037, the core bar up and down adjustment motor 9039 is installed on the top of the stepper motor mounting plate 9037, the core bar up and down adjustment motor 9039 The spindle and the core bar up and down adjustment wire The top ends of the rods 9084 are fixedly connected, and the connecting plate 9031 for the left and right adjustment synchronization shafts of the core strip is installed on the side wall of the mold bottom plate 9012. On the top of the connecting plate 9031, the first core bar left and right synchronization adjustment gear 9033 and the second core bar left and right synchronization adjustment gear 9034 are sleeved on the core bar left and right adjustment synchronization shaft 9032 at intervals, and the core bar left and right adjustment motor 9038 is connected to the core bar. The left and right adjustment synchronization shafts 9032 are fixedly connected, the first core bar left and right synchronization adjustment gear 9033 meshes with the first linkage bevel gear 9092, and the second core bar left and right synchronization adjustment gear 9034 meshes with the second linkage bevel gear.

The upper bottom plate folding and upper opening demoulding station 10 includes a demoulding installation part 101, a tray part 102, an upper bottom plate part 103, a push bottom plate part 104, a bottom plate part 105, a hooking part 106, an upper bottom plate hemming part 107 and Demoulding part 108, the tray part 102 is arranged at the bottom of the stripping installation part 101, the output end of the tray part 102 is set inside the stripping installation part 101, the stripping part 108 is installed in the stripping part 108 In the middle part of the mounting part 101 , the end of the demolding part 108 is inserted into the output end of the tray part 102 , the upper bottom plate part 103 is mounted on the top of the demoulding mounting part 101 , the pushing bottom plate part 104 It is arranged in and at the bottom of the upper bottom plate member 103 , the flip-up bottom plate member 105 is arranged on the top of the demolding installation member 101 and is arranged on the side of the upper bottom plate member 103 , and the hooking member 106 is installed on the upper bottom plate member 103 The bottom of the bottom plate is connected to the output end of the bottom plate member 105 .

The demolding mounting part 101 includes a demoulding bottom plate 1011, two demoulding side plates 1012, two upper bottom plate part mounting plates 1013, several side plate fixing parts 1014 and two flipping bottom plate part mounting plates 1015. The stripping side plates 1012 are symmetrically installed on the top of the stripping bottom plate 1011, the two upper bottom plate part mounting plates 1013 are respectively arranged on the top of the two stripping side plates 1012, and the two upper bottom plate part mounting plates 1013 are respectively arranged on top of the two stripping side plates 1012. There is a fixed distance between them, the two mounting plates 1015 of the flip-up bottom plate components are respectively arranged on the top of the two mounting plates 1013 of the upper bottom plate components, and a plurality of the side plate fixing frames are respectively arranged on the bottom plate, the two demoulding side plates 1012 and 1013. At the corner between the two upper floor part mounting plates 1013 .

The tray component 102 includes a tray assembly motor 1021, a tray motor mounting plate 1022, a tray adjustment screw 1023, a wine tray tray 1024 and a plurality of tray assembly guide rods 1025. The tray assembly motor 1021 is installed on the tray. At the bottom of the box motor mounting plate 1022, a plurality of the carrier box assembly guide rods 1025 are distributed on the carrier box motor mounting plate 1022 in a rectangular structure. Rotatingly connected, each guide rod 1025 of the tray assembly passes through the stripping bottom plate 1011 in turn in the vertical direction and is arranged between the two stripping side plates 1012, and the wine box tray 1024 is installed on all trays The top end of the assembly guide rod 1025.

The demolding component 108 includes a first demolding assembly 109 and a second demolding assembly 110 , the first demolding assembly 109 is installed on the top of the demolding bottom plate 1011 , and the second demolding assembly 110 Installed at one end of the top of the first demolding assembly 109, the first demoulding assembly 109 includes a first demoulding guide rail fixing seat 1091, a second demolding guide rail fixing seat 1092, a demoulding support plate 1093, and a demoulding motor. Tensioning seat 1094, demolding motor fixing seat 1095, demolding motor 1096, first drive pulley 1097, second drive pulley, positioning drive belt 1099 and two demolding guide rails 10991, the first demolding guide rail fixing seat 1091 and The second stripping rail fixing bases 1092 are all stepped structures and are symmetrically installed on the top of the stripping bottom plate 1011 , and the stripping support plates 1093 are installed on the first stripping rail fixing base 1091 and the second stripping rail fixing base 1092 The top of the mold release guide rails 10991 are respectively arranged on the steps of the side walls of the first mold release guide rail fixing seat 1091 and the second mold release guide rail fixing seat 1092, and the mold release motor fixing seat 1095 is installed on the first release mold On the side wall of the guide rail fixing seat 1091, the demoulding motor 1096 is installed on the side wall of the demolding motor fixing seat 1095, and the main shaft of the demolding motor 1096 penetrates the demoulding motor fixing seat 1095 and the demolding motor tensioning seat 1094. , the first transmission pulley 1097 is installed on the main shaft of the demolding motor 1096, the second transmission pulley is installed in the middle part of the second demoulding guide rail fixing seat 1092, and the positioning transmission belt 1099 is sleeved on the first transmission pulley 1097 and on the second drive pulley.

The second demolding assembly 110 includes a demolding cylinder bottom plate 1101 and two positioning demolding parts symmetrically arranged on the demolding cylinder bottom plate 1101, and the output ends of the two positioning and demolding parts are arranged opposite each other, each of which The positioning and demolding part includes a demolding cylinder support 1102, a demoulding cylinder adjusting plate 1103, a demoulding cylinder mounting plate 1104, a demoulding cylinder 1105 and a demoulding pressing plate 1106, and the demolding cylinder support 1102 is installed in a vertical state On the top of the stripping cylinder bottom plate 1101, the stripping cylinder adjusting plate 1103 is installed on the top of the stripping cylinder support 1102, and the stripping cylinder mounting plate 1104 is installed on the top of the stripping cylinder adjusting plate 1103. The mold cylinder 1105 is arranged on the top of the mold release cylinder mounting plate 1104, the mold release press plate 1106 is installed at the output end of the mold release cylinder 1105, and the output direction of the mold release cylinder 1105 is perpendicular to the installation direction of the mold release cylinder bottom plate 1101. .

The upper bottom plate part 103 includes two bottom plate adjusting plate guide shafts 1031 and two oppositely arranged upper bottom plate assemblies 1032, the two bottom plate adjusting plate guide shafts 1031 are arranged between the two upper bottom plate assemblies 1032, each Each of the bottom plate adjusting plate guide shafts 1031 is formed by connecting two upper bottom plate assemblies 1032, and each of the upper bottom plate assemblies 1032 includes an upper bottom plate side plate 1033, a bottom plate width adjusting plate 1034, a bottom plate supporting profile 1035, and a bottom plate length limiter A plate 1036, a bottom plate width adjusting screw 1037 and two bottom plate thickness adjusting plates 1038, the upper bottom plate side plate 1033 is mounted on the top of the upper bottom plate component mounting plate 1013, and the bottom plate width adjusting plate 1034 is mounted on the upper bottom plate side plate 1033. On the inner side wall, the bottom plate supporting profile 1035 is installed on the inner side wall of the bottom plate width adjusting plate 1034, the bottom plate width adjusting screw 1037 is mounted on the side plate 1033 of the upper bottom plate, and the bottom plate width adjusting screw 1037 is in sequence along the horizontal direction. Passing through the upper bottom plate side plate 1033 and the bottom plate width adjusting plate 1034 , the two bottom plate thickness adjusting plates 1038 are symmetrically installed on the side wall of the bottom plate width adjusting plate 1034 .

The bottom pusher part 104 includes a first push bottom plate cylinder mounting seat 1041, a second push bottom plate cylinder mounting seat 1042, a push bottom plate cylinder guide rail connecting seat 1043, a push bottom plate length adjustment block 1044, a push bottom plate thickness adjustment block 1045, and a push bottom plate cylinder 1046. The push bottom plate oil pressure buffer 1047 and the two push bottom plate guide rails 1048. The first push bottom plate cylinder mounting seat 1041 and the second push bottom plate cylinder mounting seat 1042 are symmetrically installed between the two bottom plate width adjustment plates 1034. Each of the push bottom guide rails 1048 is disposed between the first push bottom plate cylinder mounting seat 1041 and the second push bottom plate cylinder mounting seat 1042 , and the push bottom plate cylinder guide rail connecting seat 1043 is fixedly connected to the output ends of the two push bottom plate guide rails 1048 , the push bottom plate cylinder 1046 is installed between the two push bottom plate guide rails 1048 .

The floor-turning component 105 includes a floor-turning shaft seat 1051, a floor-turning cylinder mounting seat 1052, a floor-turning cylinder 1053, a floor-turning cylinder connecting rod 1054, two floor-turning swing rods 1055, two floor-turning support plates 1056, two A bottom plate width adjustment block 1057 and a bottom plate length adjustment block 1058, the bottom plate cylinder mounting seat 1052 is installed on the side wall of the side plate 1033 of the upper bottom plate, and the rear end of the bottom plate cylinder 1053 is installed with the bottom plate cylinder The seat 1052 is hinged, the connecting rod 1054 of the bottom-turning cylinder is installed at the end of the telescopic rod of the bottom-turning cylinder 1053, and the two swinging rods 1055 are symmetrically installed on the top of the mounting plate 1013 of the upper bottom plate. The bottom plate support plate 1056 is respectively installed on the top of the swinging rod 1055 of the bottom plate, the two bottom plate width adjustment blocks 1057 correspond to the positions of the two bottom plate push plates, and each of the bottom plate width adjustment blocks 1057 are installed on a On the top of the flip-up base plate support plate 1056, the flip-up base plate length adjustment block 1058 is installed at one end of the top of the two flip-up base plate support plates 1056, and the flip-up base plate rotating shaft seat 1051 is installed on the side wall of one of the flip-up base plate swing bars 1055 , the other end of the rotating shaft of the flipping plate is rotatably connected with the swinging rod of the other flipping plate.

The hemming component 106 includes a hemming cylinder mounting plate 1061, a hemming pressing cylinder 1062, a hemming cylinder 1064, a hemming cylinder seat 1065, a hemming plate 1066 and a hemming pressing plate 1067. The hemming cylinder mounting plate 1061 It is arranged between the two bottom-turning swing bars 1055, the two ends of the hooking cylinder mounting plate 1061 are respectively fixedly connected to the side walls of the two bottom-turning swing bars 1055, and the hooking pressing cylinder 1062 is installed on the hooking The bottom of the cylinder mounting plate 1061, the hemming cylinder mounting plate 1061 is arranged at the output end of the hemming pressing cylinder 1062, the hemming cylinder 1064 is arranged at the bottom of the hemming cylinder mounting plate 1061, the hemming cylinder The seat 1065 is installed on the end of the telescopic rod of the hooking cylinder 1064 , the hooking plate 1066 is installed at the bottom of the hooking cylinder seat 1065 , and the hooking pressing plate 1067 is installed on the side wall of the hooking plate 1066 .

The upper bottom plate hemming part 107 includes a hemming rubber roller connecting shaft 1071 , a hemming rubber roller 1072 and two hemming rubber roller mounting seats 1073 . On the side wall, the two ends of the rubber-rolling connecting shaft 1071 are respectively connected to the side walls of the two rubber-rolling mounting seats 1073 in rotation. It can realize the pressing and rolling operation on the top of the carton, and improve the processing accuracy of the surface paper and gray board of the side wall of the wine box.

Finally, it should be noted that the above embodiments are only used to illustrate the technical solutions of the present invention, but not to limit them; although the present invention has been described in detail with reference to the foregoing embodiments, those of ordinary skill in the art should understand that: The technical solutions described in the foregoing embodiments can still be modified, or some or all of the technical features thereof can be equivalently replaced; and these modifications or replacements do not make the essence of the corresponding technical solutions deviate from the technical solutions of the embodiments of the present invention. scope.

Claims (10)

1. A two-station mould is characterized by comprising a mould mounting part (901), a guide rail driving part (902), a vertical mould driving part (903) and a positioning guide rail part (904), wherein the guide rail driving part (902) is arranged in the mould mounting part (901), the vertical mould driving part (903) is arranged at the top of the mould mounting part (901), the positioning guide rail part (904) is arranged in the mould mounting part (901), the positioning guide rail part (904) is in transmission connection with the guide rail driving part (902), the mould mounting part (901) comprises a mould connecting seat (9011), a mould bottom plate (9012), a mould top plate (9013) and two mould side plates (9014), the mould bottom plate (9012) is arranged at the top of the mould connecting seat (9011), the two mould side plates (9014) are arranged at two sides of the top of the mould bottom plate (9012), the die top plate (9013) is mounted at the tops of the two die side plates (9014), and two ends of the bottom of the die top plate (9013) are fixedly connected with the tops of the two die side plates (9014) respectively.

2. A two-station mould according to claim 1, wherein the rail drive means (902) comprises a first drive assembly (905), a second drive assembly (906), a third drive assembly (907) and a fourth drive assembly (908), the first driving component (905) is arranged at the top of the mould bottom plate (9012), the second driving component (906) is arranged on the two mould side plates (9014), the third driving assembly (907) is arranged on the inner bottom wall of the mould top plate (9013), said fourth drive assembly (908) being mounted at the output of the third drive assembly (907), the positioning guide rail component (904) is respectively in transmission connection with a first driving assembly (905), a second driving assembly (906), a third driving assembly (907) and a fourth driving assembly (908), the vertical mold drive component (903) is in driving connection with a first drive assembly (905) and a third drive assembly (907).

3. A two-station mould according to claim 2, wherein the first drive assembly (905) comprises a first horizontal drive part (909), two first positioning parts (910) and two first guide parts (911), the two first guide parts (911) are symmetrically mounted on top of the mould base plate (9012), the two first positioning parts (910) are symmetrically mounted at the output ends of the two first guide parts (911), each first guide part (911) comprises a first core left and right adjustment rail (912) and a second core left and right adjustment rail (913), each first positioning part (910) comprises a first core common rail (914) and a first core common mounting plate (915), the bottom ends of the first core common rail (914) are mounted at the output ends of the first core left and right adjustment rail (912) and the second core left and right adjustment rail (913), the first horizontal driving part (909) is in transmission connection with all the first core common mounting plates (915).

4. A two-station mould according to claim 3, wherein the second drive assembly (906) comprises a first upper and lower adjusting guide rail (9061), a second upper and lower adjusting guide rail (9062) and two upper and lower adjusting guide rail mounting plates (9063), the two upper and lower adjusting guide rail mounting plates (9063) are respectively mounted on the inner side walls of the two mould side plates (9014), and the first upper and lower adjusting guide rail (9061) and the second upper and lower adjusting guide rail (9062) are respectively slidably mounted on the two upper and lower adjusting guide rail mounting plates (9063).

5. The two-station mold according to claim 4, wherein the first horizontal driving part (909) comprises a first core left and right adjusting screw rod (9091), a first linkage bevel gear (9092) and two first horizontal positioning blocks (9093), the two first horizontal positioning blocks (9093) are respectively arranged on the side walls of the two mold side plates (9014), one end of the first core bar left and right adjusting screw rod (9091) is rotatably connected with one of the first horizontal positioning blocks (9093), the other end of the first core left and right adjusting screw rod (9091) sequentially penetrates through the two die side plates (9014), the two upper and lower adjusting guide rail mounting plates (9063) and the two first core universal mounting plates (915), and finally penetrates through the other first horizontal positioning block (9093) along the horizontal direction, the first linkage bevel gear (9092) is mounted at the end of the first core bar left and right adjusting screw rod (9091).

6. A two-station mould according to claim 5, wherein the third driving assembly (907) comprises a second horizontal driving part, two third core bar (9043) universal mounting plates and two third positioning parts (916), the two third positioning parts (916) are symmetrically arranged at the bottom of the mould top plate (9013), the two third driving positioning plates are symmetrically arranged at the output ends of the two third positioning parts (916), and the second horizontal driving part is in transmission connection with the two third positioning parts (916).

7. The two-station mold according to claim 6, wherein each of the third positioning portions (916) comprises a third left-right adjustment guide rail (9161) and a fourth left-right adjustment guide rail (9162), the third left-right adjustment guide rail (9161) and the fourth left-right adjustment guide rail (9162) are symmetrically installed at the bottom of the mold bottom plate (9012), two common mounting plates for the third core (9043) are respectively installed at the output ends of the third left-right adjustment guide rail (9161) and the fourth left-right adjustment guide rail (9162), the second horizontal driving portion comprises a left-right adjustment screw rod for the second core (9042), a second coupling umbrella tooth and two second horizontal positioning blocks, the two second horizontal positioning blocks are respectively installed on the side walls of the two mold side plates (9014), and one end of the left-right adjustment screw rod for the second core (9042) sequentially penetrates through one of the second horizontal positioning blocks, The two die side plates (9014) and the two mounting plates universal for the third core bar (9043) are finally connected with the other second horizontal positioning block in a rotating mode, and the second linkage umbrella teeth are mounted at the end portions of the left and right adjusting screw rods of the second core bar (9042) and located on the same side with the first linkage umbrella teeth (9092).

8. A two-station mould according to claim 7, wherein the fourth driving component (908) comprises a fifth core left and right adjusting guide rail (9081), a sixth core left and right adjusting guide rail (9082), a fourth core guide rail mounting plate (9083), a core up and down adjusting screw rod (9084) and two guide rail slider connecting plates (9085), the fifth core bar left-right adjusting guide rail (9081) and the sixth core bar left-right adjusting guide rail (9082) are symmetrically arranged at the bottom of the fourth core bar guide rail mounting plate (9083), two guide rail slide block connecting plates (9085) are respectively arranged at the output ends of the fifth core bar left-right adjusting guide rail (9081) and the sixth core bar left-right adjusting guide rail (9082), the core bar up-and-down adjusting screw rod (9084) is arranged in the middle of the fourth core bar guide rail mounting plate (9083) and is arranged in a vertical state, and the core strip up-and-down adjusting screw rod (9084) is in transmission connection with the vertical die driving part (903).

9. A two-station mould according to claim 8, wherein the positioning rail part (904) comprises a first core bar (9041), a second core bar (9042), a third core bar (9043) and a fourth core bar (9044), the side wall and the top of the first core bar (9041) are respectively and fixedly connected with the output end of the first upper and lower adjusting guide rail (9061) and the bottom of one guide rail slide block connecting plate (9085), the side wall and the top of the second core bar (9042) are respectively and fixedly connected with the output end of the second up-down adjusting guide rail (9062) and the bottom of the other guide rail sliding block connecting plate (9085), the bottom of the third core bar (9043) is arranged at a position between one of the first core bar universal guide rails (914) and one of the first core bar universal mounting plates (915), the bottom of the fourth core bar (9044) is mounted in a position between another first core bar common guide rail (914) and a first core bar common mounting plate (915).

10. The two-station die as claimed in claim 9, wherein the vertical die driving part (903) comprises a core bar left and right adjusting synchronizing shaft connecting plate (9031), a core bar left and right adjusting synchronizing shaft (9032), a first core bar left and right synchronizing adjusting gear (9033), a second core bar left and right synchronizing adjusting gear (9034), a stepping motor support (9035), a core bar left and right adjusting synchronizing shaft mounting seat (9036), a stepping motor mounting plate (9037), a core bar left and right debugging motor (9038) and a core bar up and down adjusting motor (9039), the core bar left and right adjusting synchronizing shaft mounting seat (9036) and the stepping motor support (9035) are arranged at the bottom of the stepping motor mounting plate (9037) at intervals, the core bar up and down adjusting motor (9039) is mounted at the top of the stepping motor mounting plate (9037), a main shaft of the core bar up and down adjusting motor (9039) is fixedly connected with the top end of the core bar up and down adjusting screw rod (9084), the utility model discloses a synchronous adjusting mechanism, including mould bottom plate (9012), synchronous adjusting shaft connecting plate (9031) is installed on the lateral wall of mould bottom plate (9012) about the core strip, synchronous adjusting shaft (9032) is vertical state and inserts to the top of synchronous adjusting shaft connecting plate (9031) about the core strip, synchronous adjusting gear (9033) and second core strip about the first core strip are synchronous adjusting gear (9034) interval cover and are established on synchronous adjusting shaft (9032) about the core strip, debugging motor (9038) about the core strip is with synchronous adjusting shaft (9032) fixed connection about the core strip, synchronous adjusting gear (9033) and first linkage umbrella tooth (9092) meshing about the first core strip, synchronous adjusting gear (9034) and second linkage umbrella tooth meshing about the second core strip.

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