CN217805511U - Film packing plant is wrapped up in to wound form - Google Patents

Abstract

The utility model provides a film packing plant is wrapped up in to wound form belongs to packing technical field. It has solved the problem of how to improve cigarette heap packing efficiency. The utility model provides a membrane packing plant is wrapped up in to wound form, including the input conveyer belt, first frame, push member, horizontal diolame mechanism and vertical diolame mechanism, the transmission is connected with two sets of first drive belts on the first frame, all first drive belts all are the annular, all first drive belts all pile up the board through a plurality of and connect in every first drive belt of group, two sets of first drive belt transmission make the input conveyer belt can level mutually with one of them pair of pile up between two sets of first drive belts mutually, the transmission is connected with group cigarette area on the first frame, group cigarette area is located the below of two sets of first drive belts, horizontal diolame mechanism and push member are located group both sides in cigarette area and push member can push the cigarette on group cigarette area in horizontal diolame mechanism, be provided with the transition conveyer belt between horizontal diolame mechanism and the vertical diolame mechanism. The utility model provides the packing efficiency of high cigarette heap.

Description

Film packing plant is wrapped up in to wound form

Technical Field

The utility model belongs to the technical field of the packing, a film packing plant is wrapped up in to wound form is related to.

Background

The existing cigarettes are usually required to be stacked according to a set number in the factory leaving process, then the stacked cigarettes are wrapped by films, the existing common way is to stack the cigarettes by adopting a stacking mechanism, then manually transfer the stacked cigarettes to a transverse film wrapping mechanism to transversely wrap the stacked cigarettes, manually transfer the transversely wrapped cigarettes to a longitudinal film wrapping mechanism to longitudinally wrap the cigarettes, and finally manually transfer the wrapped cigarettes to pack.

A conventional stacking mechanism, such as the chinese patent document discloses a cigarette carton stacking device (application No. 201510641553. X), which includes: the hopper is provided with a material bearing plate which is connected to the tail end of the cigarette conveying mechanism and is used for bearing the cigarettes conveyed by the cigarette conveying mechanism;

a containing groove extending along the height direction of the hopper is formed in the hopper, the containing groove is positioned below the material bearing plate, a feed inlet is formed in the upper end of the containing groove, the feed inlet is positioned on one side of the material bearing plate, and a discharge outlet for the stacked cigarettes to pass through is formed in one side of the containing groove; the first material pushing mechanism is arranged on one side, far away from the feeding hole, of the material bearing plate and used for pushing the cigarettes to the feeding hole from the material bearing plate; the stacking assembly comprises a bottom plate, two clamping plates and a third driving mechanism, the bottom plate is arranged on the outer side of the discharge port, the two clamping plates are arranged on two sides of the bottom plate, and the third driving mechanism is used for driving the two clamping plates to approach to each other and to be away from each other;

the second pushing mechanism is arranged on one side of the hopper, which is far away from the discharge hole, and is used for pushing the stacked cigarettes in the accommodating tank onto the bottom plate;

the first pushing mechanism comprises a first mounting plate, a first cigarette pushing plate and a first driving mechanism, the first mounting plate is arranged on one side, away from the feeding hole, of the material bearing plate, the first cigarette pushing plate is movably mounted on the first mounting plate, and the first driving mechanism is used for driving the first cigarette pushing plate to move along the length direction of the first mounting plate;

the material bearing plate, the material inlet and the first driving mechanism are arranged along the length direction of the first mounting plate;

the first driving mechanism comprises a first motor, a first crank and a first connecting rod, two ends of the first crank are respectively hinged to a rotating shaft of the first motor and one end of the first connecting rod, which is far away from the first crank, is hinged to the first cigarette pushing plate;

the third actuating mechanism comprises a rotating part, two third connecting rods and an air cylinder, the rotating part is located between the two clamping plates, the middle part of the rotating part is pivoted on the bottom plate, one ends of the two third connecting rods are respectively hinged to the two ends of the rotating part, the other ends of the two third connecting rods are respectively hinged to the two clamping plates, and the air cylinder is installed on the bottom plate and used for driving one clamping plate to be close to and away from the other clamping plate.

In the operation process of the cigarette stacking device, the bearing plate needs to convey cigarettes coming out of the tail end through the conveying mechanism, the first pushing mechanism pushes the cigarettes to the feed port from the bearing plate, the cigarettes fall into the accommodating tank for stacking, after the stacking of the cigarettes is completed, the second pushing mechanism is used for pushing the cigarettes accommodated in the accommodating tank to the bottom plate, the third driving mechanism drives the two clamping plates to mutually approach and provide a limiting effect for the stacked cigarettes, so that the stacked cigarettes in the height direction pushed by the second pushing mechanism are tidily arranged, after the bottom plate is fully stacked with multiple rows of cigarettes, the third driving mechanism drives the two clamping plates to mutually separate, the stacking process of the cigarettes is completed, therefore, the stacking of the cigarettes needs to be completed by repeatedly pushing the first pushing mechanism to fall into the accommodating tank for vertically stacking one row, after the stacking is completed, the second pushing mechanism pushes the vertically stacked row of cigarettes to the bottom plate, and when the stacking of multiple rows of cigarettes is needed, the two steps need to be repeatedly operated, the time for completing the stacking of the multiple layers of the cigarettes is long, the stacking efficiency of the stacked cigarettes is further, and the stacking efficiency of the whole multi-row cigarette stacking is influenced.

SUMMERY OF THE UTILITY MODEL

The utility model discloses to the above-mentioned problem that prior art exists, provide a film packing plant is wrapped up in to wound form, the utility model aims to solve the technical problem that: how to improve the packing efficiency of cigarette piles.

The purpose of the utility model can be realized by the following technical proposal:

the utility model provides a membrane packing plant is wrapped up in to wound form, includes input conveyer belt, propelling member, horizontal diolame mechanism and vertical diolame mechanism, its characterized in that, this membrane packing plant is wrapped up in to wound form still includes first frame, the transmission is connected with two sets of first driving bands on the first frame, all first driving band all be the annular, all first driving bands in every first driving band of group all pile up the board through a plurality of and are connected, two sets of first driving band transmission can drive and pile up the board and remove and make the pile up board between two sets of first driving bands be a plurality of pairs and arrange the distribution from top to bottom in proper order, two sets of first driving band transmission makes the input conveyer belt can flush with one of them pair of board between two sets of first driving bands, the transmission is connected with group cigarette area on the first frame, group cigarette area is located the below of two sets of first driving bands, horizontal diolame mechanism and propelling member are located group cigarette area both sides of group cigarette area, and propelling member can move and will group push in the horizontal diolame mechanism of cigarette of pushing in the cigarette of group, be provided with the transition conveyer belt between horizontal diolame mechanism and the vertical diolame mechanism.

Two groups of first transmission belts respectively drive the connected stacking plates to transmit so that one pair of stacking plates between the two groups of first transmission belts is flush with the input transmission belt, cigarettes are directly input to one pair of stacking plates between the two groups of first transmission belts through the input transmission belt, a plurality of cigarettes are directly arranged on the pair of stacking plates in a row, then the two groups of first transmission belts continue to transmit and drive the connected stacking plates to move respectively so that the row of arranged cigarettes moves downwards, the input transmission belt is flush with a new pair of stacking plates between the two groups of first transmission belts, the pair of stacking plates are positioned above the pair of stacking plates on which the cigarettes are arranged, the cigarettes are directly input to the pair of stacking plates in a row through the input transmission belt again, thus two rows of cigarettes are formed, then the two groups of first transmission belts continue to transmit, and according to the steps, multi-row cigarettes can be directly formed on the stacking plate between the two groups of first transmission belts, the two groups of first transmission belts continue to transmit, so that the multi-row cigarettes between the two groups of first transmission belts sequentially fall onto the cigarette shifting belts and directly form the required cigarette stacks, therefore, the multi-row arrangement of the cigarettes can be directly realized by arranging the two groups of first transmission belts, the formed multi-row cigarettes can directly fall onto the cigarette shifting belts and the required cigarette stacks can be formed at one time, the cigarette stacking efficiency is improved, all the first transmission belts are annular, the first transmission belts are ensured to drive the connected stacking plate to circularly move, the continuity of the multi-row arrangement of the cigarettes on the stacking plate between the two groups of first transmission belts is ensured, then the cigarette stacks on the cigarette shifting belts are directly pushed into the transverse film wrapping mechanism to be transversely wrapped by moving the pushing member, the pushing member is directly returned, and the transverse film wrapping mechanism transversely wraps the cigarette stacks, a plurality of rows of cigarettes are formed on the stacking plate between the two groups of first driving belts again, the two groups of first driving belts continue to drive to enable the plurality of rows of newly formed cigarettes to fall onto the cigarette shifting belt in sequence to newly form a required cigarette stack, the cigarettes enter the longitudinal film coating mechanism through the transition conveying belt to be longitudinally coated after the cigarettes are stacked in the transverse film coating mechanism, meanwhile, the pushing member moves to push the newly formed cigarette stack on the cigarette shifting belt into the transverse film coating mechanism to enable the transverse film coating mechanism to continuously and transversely coat the cigarettes, the cigarettes are directly stacked and packaged and can be boxed after the longitudinal coating is completed in the longitudinal film coating mechanism, and meanwhile, the cigarette stack which is newly coated in the transverse film coating mechanism continuously enters the longitudinal film coating mechanism to longitudinally coat the transversely coated cigarette stack, therefore, the utility model provides a film packing plant is wrapped up in to wound form, through setting up two sets of first driving bands and set up the multirow range that a plurality of stacked plate can directly realize cigarette on every group first driving band and arrange, the multirow cigarette that makes the formation can directly fall into group cigarette area and can once only form required cigarette and pile, the efficiency that cigarette piled up, and can form cigarette pile in succession on dialling the cigarette area and make the cigarette pile of connecting formation continuous entering horizontal diolame mechanism and carry out horizontal parcel to cigarette pile, cigarette pile after horizontal parcel carries out vertical parcel through transition conveyer belt in continuous entering vertical diolame mechanism to cigarette pile in horizontal diolame mechanism, thereby can continue to accomplish the packing of piling cigarette, thereby the efficiency of cigarette pile packing has been improved.

In the membrane packing plant is wrapped up in to foretell wound form, every first driving band of group all has two first driving bands that are vertical setting, and a plurality of the board of piling up connect two first driving bands, the board of piling up between the first driving band of every group all is circumference setting, two sets of first driving band transmission makes the input conveyer belt can flush mutually with a pair of the top between two sets of first driving bands and pile up the board. The cigarettes are directly input to the uppermost pair of stacked plates between the two groups of first transmission belts from the input transmission belts and directly form a row of cigarettes, then the uppermost pair of stacked plates between the two groups of first transmission belts drives the row of cigarettes to move downwards, the uppermost pair of stacked plates between the two groups of first transmission belts are formed to be flush with the input transmission belts again, the row of cigarettes is arranged below the uppermost pair of stacked plates between the two groups of first transmission belts, the cigarettes are input to the pair of stacked plates through the input transmission belts and rearranged on the pair of stacked plates to form a row, so that upper and lower rows of cigarettes are formed, then the two groups of first transmission belts continue to transmit, the stacked plates between the two groups of first transmission belts form a plurality of rows of cigarettes according to the steps, the two groups of first transmission belts continue to transmit, the formed cigarettes sequentially fall onto the plurality of rows of cigarette shifting belts and directly form the required rows of cigarette stacks, and therefore, the cigarettes directly arranged by the first transmission belts can form the required rows of stacked cigarettes directly stacked on the rows of cigarettes, and the cigarettes can be directly formed by the rows of cigarettes.

In the above wrapping type film wrapping and packaging device, the first frame is further provided with a blocking part, and the blocking part and the input conveyor belt are located on two sides of the stacking plate between the two groups of first conveyor belts. The blocking part can ensure that cigarettes stacked on the plate between only two groups of first transmission belts are input into the input transmission belt to be blocked, and the cigarettes are positioned on the stacked plate between the two groups of first transmission belts.

In the membrane packing plant is wrapped up in to foretell wound form, it is the annular to dial the cigarette area, it is provided with a plurality of limiting plate to dial to be circumference on the cigarette area, and when adjacent limiting plate was located the below of the board that piles between two sets of first drive belts, adjacent limiting plate parallel arrangement, just it can drive to dial the cigarette area and take adjacent limiting plate to remove to between propelling movement spare and the horizontal diolame mechanism. The multirow cigarette that forms on the board of piling between two sets of first drive belts falls into row by row and dials on the cigarette area and lie in between the adjacent limiting plate, be the annular cigarette area transmission of dialling, make the cigarette after piling remove to between pushing member and horizontal diolame mechanism through dialling the cigarette area, be convenient for the pushing member will push the cigarette after piling and carry out horizontal diolame in horizontal diolame mechanism, a plurality of limiting plate guarantees can form required cigarette heap in succession, be convenient for can push member can continue to push cigarette heap and carry out horizontal parcel in horizontal diolame mechanism, it carries out speed in getting into horizontal diolame mechanism to have improved the cigarette heap after piling, thereby improve the parcel efficiency that cigarette piled.

In foretell wound form wraps up in membrane packing plant, horizontal diolame mechanism includes the second frame be provided with top board, two side pressure boards, the cutter that seals that can reciprocate and transmission are connected with the second drive belt respectively in the second frame, two the side pressure board is located the both sides of second drive belt, the top board sets up between two side pressure boards and is located the top of second drive belt, the second drive belt with dial to be provided with between the cigarette area and cross the cab apron, second drive belt, cross cab apron and propelling movement piece are on a straight line, this wound form wraps up in membrane packing plant still includes to rotate in the second frame and is connected with the input roll that is used for the membrane input and makes the membrane of input be vertical setting, the input roll is located dial between cigarette area and the cutter, seal the cutter and be located between input roll and the top board and be close to the top board. The film is input through the input roller and is hung between the cigarette shifting belt and the transverse film wrapping mechanism, the pushing piece moves to push the cigarette piles stacked on the cigarette shifting belt into the second transmission belt, the film is in a half-wrapping state transversely to the stacked cigarette piles, namely the direction between the cigarette piles and the pushing piece, the cigarette piles are open to one side of the pushing piece, then the upper pressing plate moves to press the film to the upper end of the cigarette piles, the two side pressing plates move to the two sides of the cigarette piles respectively, the film is moved downwards through the sealing cutter to seal one side of the cigarette piles, the film is cut through the sealing cutter to enable the two ends of the broken film to be heated and fused together through the sealing cutter, therefore, the transverse wrapping of the cigarette piles is achieved, the sealing cutter is an existing conventional component, and the cutter head can cut and heat the film.

In the above wrapping type film wrapping and packaging device, the upper pressure plate, the sealing cutter and the two side pressure plates are all driven by the first driving piece. The first driving piece is used for driving the upper pressure plate, the sealing cutter and the side pressure plate to move.

In the membrane packing plant is wrapped up in to foretell wound form, this wound form is wrapped up in membrane packing plant still includes that the membrane puts winding roll and a plurality of transition roller, the membrane is put winding roll and a plurality of transition roller and is all rotated and connect in the second frame, it is located between the winding roll is put to input roller and membrane to dial the cigarette area, and is parted the transition roller is located the membrane is put the winding roll and is dialled between the cigarette area, another part the transition roller is located dial the top in cigarette area, be provided with the swinging arms that can swing in the second frame, the swinging arms is located input roller and another part between the transition roller. The film unreels the roller and makes the film pass through a plurality of transition roller and transition to the input roller, and the swinging arms swing is introduced the film into the input roller, and the film is vertical setting from the input roller is introduced into for the cigarette is piled and is transversely wrapped up the use.

In foretell wound form wraps up in membrane packing plant, vertical diolame mechanism includes rotary drum and planer-type mount pad, the rotary drum rotates to be connected in the planer-type mount pad, still be provided with first conveyer belt and second conveyer belt in the planer-type mount pad, the transition conveyer belt is located first conveyer belt with between the second drive belt, the interval has between first conveyer belt and the second conveyer belt, the planer-type mount pad internal rotation is connected with a roll membrane, the through-hole that supplies to roll up membrane on the membrane to pass has on the rotary drum, the through-hole corresponds between first conveyer belt and the second conveyer belt, be provided with the transition frame in the planer-type mount pad, the transition frame is located between first conveyer belt and the second conveyer belt, the transition shelf location has the shearing piece that can cut the membrane and can carry out the holder of centre gripping to the membrane. The film that rolls up passes and passes through the holder centre gripping from the through-hole, cigarette piles through transition conveyer belt transition to first conveyer belt after horizontal parcel, remove to the second conveyer belt from first conveyer belt, make horizontal parcel back cigarette pile part be located first conveyer belt, the part is located the second conveyer belt, make horizontal parcel back cigarette pile vertically correspond the lateral wall of rotary drum, the rotary drum rotates and drives the film and pile circumferential direction rotation around horizontal parcel back cigarette, make the holder loosen the film centre gripping after the film is piled vertical parcel round to the cigarette, make the film pile realize the vertical parcel that the cigarette was piled around the cigarette, cut the film through the shearing piece, then pass through the holder centre gripping with the one end of rolling up the film shearing department again, so that carry out the vertical parcel that next cigarette piled.

In the above wrapping type film wrapping and packaging device, a transition platform is arranged on the transition frame, and a space is arranged between the transition platform and the second conveying belt. The cigarette that has guaranteed after the horizontal parcel piles a part and is located the transition platform, and part is located the second conveyer belt, can realize carrying out vertical packing to the cigarette that the horizontal parcel was back piled between transition platform and the second conveyer belt.

In foretell wound form wrapping up in membrane packing plant, the shearing part is cutter or pneumatic scissors, cutter or pneumatic scissors can stretch into between transition frame and the second conveyer belt through cylinder or hydro-cylinder drive, the holder is pneumatic clamping jaw or pneumatic clamp, still be provided with the pressure material seat that can reciprocate in the planer-type mount pad, the pressure material seat is located the top of second conveyer belt, set up the nip roll on the pressure material seat. The cutting of the film is realized by driving the cutting part to stretch into the space between the transition frame and the second conveying belt through the air cylinder or the oil cylinder, when the cutting part is not used, the cutting part retracts, the clamping of the film can be directly realized by adopting a pneumatic clamping jaw or a pneumatic clamp, the use is convenient, the material pressing seat moves downwards to enable the material pressing roll to press the cigarette piles after transverse and longitudinal wrapping, and the structure of the wrapped cigarette piles is compact.

Compared with the prior art, the utility model has the advantages as follows:

the utility model provides a membrane packing plant is wrapped up in to wound form, through setting up two sets of first drive belts and set up the multirow range that a plurality of stacked plate can directly realize cigarette on every group first drive belt, the multirow cigarette that makes the formation can directly fall into group cigarette area can once only form required cigarette and pile, the efficiency that cigarette piled up, and can form cigarette pile in succession on group cigarette area and make the cigarette pile that connects the formation continuous entering horizontal diolame mechanism and pile and carry out horizontal parcel to cigarette, cigarette pile after horizontal parcel in horizontal diolame mechanism continues to get into through the transition conveyer belt and pile and carry out vertical parcel to cigarette in vertical diolame mechanism, thereby can continue the packing of accomplishing cigarette pile, thereby the efficiency of cigarette pile packing has been improved.

Drawings

Fig. 1 is a schematic structural view of the winding type film wrapping and packaging device.

Fig. 2 is a schematic partial cross-sectional view of the second frame of the wrapping film packaging apparatus after the output table is removed.

Fig. 3 is a schematic structural view of the connection between the output table and the longitudinal wrapping mechanism.

Fig. 4 is a schematic structural view of the longitudinal wrapping mechanism with the nip roll and the nip seat removed.

Fig. 5 is a structural schematic diagram of the winding type film wrapping and packaging device without the longitudinal film wrapping mechanism, the transverse film wrapping mechanism, the output table and part of the second machine frame.

Fig. 6 is an enlarged view of a portion a of fig. 1.

FIG. 7 is a schematic structural view of the wrapping film packaging apparatus with the longitudinal film wrapping mechanism and a part of the second frame removed and the film on the film unwinding roller input to the input roller.

In the figure, 1, input conveyor belt; 2. a first frame; 21. a blocking portion; 22. a first drive belt; 23. stacking the plates; 24. a tobacco shifting belt; 25. a limiting plate; 3. a transverse film coating mechanism; 31. a second frame; 32. a second belt; 33. side pressing plates; 34. sealing the cutter; 35. an upper pressure plate; 4. a longitudinal film coating mechanism; 41. a rotating drum; 411. a through hole; 42. a gantry type mounting base; 43. a first conveyor belt; 44. a second conveyor belt; 45. rolling the film; 46. a transition frame; 461. a transition platform; 47. a cutting member; 48. a clamping member; 49. a material pressing seat; 491. a nip roll; 5. a pushing member; 6. a transition conveyor belt; 7. a transition plate; 8. an input roller; 9. a first driving member; 10. a film unwinding roller; 11. a transition roll; 12. a swing lever; 13. an output stage; 131. a rotating roller; 14. and (7) mounting a seat.

Detailed Description

The following are specific embodiments of the present invention and the accompanying drawings are used to further describe the technical solution of the present invention, but the present invention is not limited to these embodiments.

As shown in fig. 1-7, a winding type wrapping film packaging device includes an input conveyor belt 1, a pushing member 5, a first frame 2, a transverse film wrapping mechanism 3 and a longitudinal film wrapping mechanism 4, the first frame 2 is in transmission connection with two groups of first conveyor belts 22, each group of first conveyor belts 22 has two first conveyor belts 22, all the first conveyor belts 22 are in annular and vertical arrangement, two first conveyor belts 22 in each group of first conveyor belts 22 are connected through a plurality of stacking plates 23, the stacking plates 23 connected on each group of first conveyor belts 22 are in circumferential arrangement, the two groups of first conveyor belts 22 can drive the stacking plates 23 to move to enable the stacking plates 23 between the two groups of first conveyor belts 22 to be sequentially arranged and distributed up and down in pairs, the stacking plates 23 between the two groups of first transmission belts 22 are horizontally arranged in pairs, the two groups of first transmission belts 22 are used for transmission, the input transmission belt 1 can be flush with the uppermost stacking plate 23 between the two groups of first transmission belts 22, the two first transmission belts 22 of each group of first transmission belts 22 are driven by belt pulleys, every two belt pulleys of each group are connected by a connecting shaft, a gear transmission assembly is installed on the first frame 2 and is connected with the gear transmission assembly, the gear transmission assembly is driven by a motor and is of a conventional structure, a blocking part 21 is arranged on the first frame 2, the blocking part 21 and the input transmission belt 1 are positioned on two sides of the stacking plate 23 between the two groups of first transmission belts 22, a cigarette shifting belt 24 is connected on the first frame 2 in a transmission manner, the cigarette shifting belt 24 is annular, and a plurality of limiting plates 25 are circumferentially arranged on the cigarette shifting belt 24, when the adjacent stopper plates 25 are located below the stacked plate 23 between the two sets of first drive belts 22, the adjacent stopper plates 25 are arranged in parallel.

The motor drives the gear transmission component to drive the belt pulley to drive, the belt pulley drives the first transmission belt 22, the two groups of first transmission belts 22 drive the connected stacking plates 23 to move respectively so that the uppermost pair of stacking plates 23 between the two groups of first transmission belts 22 are flush with the input transmission belt 1, the cigarettes are directly input to the uppermost pair of stacking plates 23 between the two groups of first transmission belts 22 from the input transmission belt 1 and directly form a row of cigarettes, then the motor continues to drive the gear transmission component to drive the belt pulley to transmit, the belt pulley drives the first transmission belt 22 to transmit, so that the uppermost pair of stacking plates 23 between the two groups of first transmission belts 22 drives the arrayed row of cigarettes to move downwards, the uppermost pair of stacking plates 23 between the two groups of first transmission belts 22 is reformed to be flush with the input transmission belt 1, the arrayed row of cigarettes is positioned below the uppermost pair of stacking plates 23 between the two groups of first transmission belts 22, the cigarettes are input to the pair of stacking plates 23 through the input transmission belt 1 and are rearranged on the pair of stacking plates 23 to form a row of cigarettes, and thus two rows of cigarettes are formed, the motor then continues to drive the two sets of first belts 22 to continue driving, according to the above steps, a plurality of rows of cigarettes are formed on the stacking plate 23 between the two groups of first transmission belts 22, the two groups of first transmission belts 22 continue to transmit, so that the formed rows of cigarettes sequentially fall onto the cigarette poking belt 24 and directly form the required cigarette stack, therefore, by arranging the stacking plates 23 between the two groups of first transmission belts 22 and arranging the plurality of stacking plates 23 on each group of first transmission belts 22, multi-row cigarettes can be directly formed, the formed multi-row cigarettes can directly fall into the cigarette poking belt 24, the required cigarette stack can be formed at one time, and the cigarette stacking efficiency is improved.

The transverse film coating mechanism 3 comprises a second rack 31, wherein an upper pressure plate 35, two side pressure plates 33, a sealing cutter 34 and a second transmission belt 32 are respectively arranged on the second rack 31, the two side pressure plates 33 are positioned on two sides of the second transmission belt 32, the upper pressure plate 35 is arranged between the two side pressure plates 33 and positioned above the second transmission belt 32, the upper pressure plate 35, the sealing cutter 34 and the two side pressure plates 33 are all driven by a first driving element 9, the first driving element 9 is an air cylinder or an oil cylinder, the first driving element 9 is installed on the second rack 31, and the first driving element 9 is used for driving the upper pressure plate 35, the sealing cutter 34 and the side pressure plates 33 to move.

The winding type film wrapping packaging device further comprises an input roller 8 which is connected to the second rack 31 in a rotating mode and used for film suspension input, the input roller 8 is located between the cigarette shifting belt 24 and the sealing cutter 34, the sealing cutter 34 is located between the input roller 8 and the upper pressing plate 35 and is close to the upper pressing plate 35, a film is input through the input roller 8 and is suspended between the cigarette shifting belt 24 and the transverse film wrapping mechanism 3, the pushing member 5 moves to push cigarette piles stacked on the cigarette shifting belt 24 into the second transmission belt 32, the film is in a half-wrapping state transversely to the stacked cigarette piles, namely the direction between the cigarette piles and the pushing member 5 is the direction, the cigarette piles are just opposite to one side of the pushing member 5 and are open, then the first driving member 9 drives the upper pressing plate 35 to move downwards to press the film to the upper ends of the cigarette piles, the two side pressing plates 33 move to the two sides of the cigarette piles through the first driving member 9 respectively, the film is sealed by moving downwards through the sealing cutter 34 to enable the two ends of the film to be heated and fused together through the sealing cutter 34, and the transverse film wrapping part can be wrapped by a conventional heating cutter head.

This film packing plant is wrapped up in to wound form still includes that the membrane unreels roller 10 and a plurality of transition roller 11, the equal rotation of the roller 10 is put to the membrane and a plurality of transition roller 11 is connected on second frame 31 with a plurality of transition roller 11, it is located between input roller 8 and the membrane unreel roller 10 to dial cigarette area 24, some transition roller 11 is located the membrane and unreels roller 10 and dials cigarette area 24 between, another part transition roller 11 is located the top of dialling cigarette area 24, be provided with rocking rod 12 that can swing on the second frame 31, rocking rod 12 is located between input roller 8 and another part transition roller 11, it is connected with rocking rod 12 to rotate on the second frame 31, the cross-under has the pivot on the rocking rod 12, the pivot makes rocking rod 12 swing through motor drive, rocking rod 12 is located between input roller 8 and another part transition roller 11, the roller 10 is put to the membrane and makes the membrane pass through a plurality of transition roller 11 to input roller 8, rocking rod 12 has guaranteed to be able to pass into the membrane and to input roller 8, from input roller 8 and be vertical setting, be used for cigarette is piled transversely to wrap up the parcel and use.

The transverse film coating mechanism 3 and the pushing piece 5 are positioned on two sides of the cigarette poking belt 24, the pushing piece 5 is a steel plate or a wood plate, and the pushing piece 5 passes through an air cylinder or an oil cylinder arranged on the second rack 31.

The transition conveying belt 6 is arranged between the transverse driving film coating mechanism 3 and the longitudinal film coating mechanism 4, the winding type film coating packaging device further comprises a mounting seat 14, the transition conveying belt 6 is in transmission connection with the mounting seat 14, and the mounting seat 14 and an air cylinder or an oil cylinder can drive the mounting seat 14 to move up and down.

The longitudinal film wrapping mechanism 4 comprises a rotary drum 41 and a gantry type mounting seat 42, the rotary drum 41 is rotatably connected in the gantry type mounting seat 42, an outer toothed ring is arranged on the periphery of the rotary drum 41, a driving motor is arranged in the gantry type mounting seat 42, a gear is mounted at the driving end of the driving motor and is meshed with the outer toothed ring, a first conveying belt 43 and a second conveying belt 44 are further arranged in the gantry type mounting seat 42, a transition conveying belt 6 is positioned between the first conveying belt 43 and the second conveying belt 32, the first conveying belt 43 is close to the transition conveying belt 6, a space is reserved between the first conveying belt 43 and the second conveying belt 44, the gantry type mounting seat 42 is connected with a film roll 45, a through hole 411 for the film on the film roll 45 to pass through is formed in the rotary drum 41, the through hole 411 corresponds to the space between the first conveying belt 43 and the second conveying belt 44, a transition frame 46 is arranged in the gantry type mounting seat 42, the transition frame 46 is positioned between the first conveying belt 43 and the second conveying belt 44, the transition frame is provided with a transition platform 461, a space is arranged between the transition platform 461 and the second conveyer belt 44, the transition frame 46 is provided with a shearing part 47 capable of shearing the film and a clamping part 48 capable of clamping the film, the shearing part 47 is a cutter or a pneumatic scissors, the cutter or the pneumatic scissors are both driven by an air cylinder or an oil cylinder to extend into the space between the transition frame 46 and the second conveyer belt 44, the cutter or the pneumatic scissors are both connected with a piston of the air cylinder or the oil cylinder, the clamping part 48 is a pneumatic clamping jaw or a pneumatic clamp, the rolled film 45 passes through the through hole 411 and is clamped by the clamping part 48, after transverse wrapping is carried out on the transverse film wrapping mechanism 3, the corresponding first driving parts 9 respectively drive the upper pressing plate 35 to move upwards, drive the sealing cutter 34 to move upwards, drive the two side pressing plates 33 to move outwards, the cigarette stacks are driven by the second conveyer belt 32 to enter the transition conveyer belt 6 to transition to the first conveyer belt 43, the cigarette stacks after transverse wrapping are partially positioned on the transition platform 461 and partially positioned on the second conveyer belt 44, so that the cigarette stacks after transverse wrapping longitudinally correspond to the side wall of the rotary drum 41, the rotary drum 41 rotates to drive the film to rotate circumferentially around the cigarette stacks after transverse wrapping, the film wraps the cigarette stacks longitudinally for one circle, the clamping piece 48 loosens the clamping on the film, the film wraps the cigarette stacks longitudinally, the film is cut off through the cutting piece 47, then one end of the cut part of the roll film 45 is clamped through the clamping piece 48 so as to carry out longitudinal wrapping on the next cigarette stack, the cutting piece 47 is driven to extend into the space between the transition frame 46 and the second conveyer belt 44 through an air cylinder or an oil cylinder so as to cut the film, and when the cigarette stacks are not used, the cutter retracts, and the clamping on the film can be directly realized by adopting a pneumatic clamping claw or a pneumatic clamp.

A material pressing seat 49 capable of moving up and down is further arranged in the gantry type mounting seat 42, the material pressing seat 49 is located above the second conveying belt 44, an air cylinder or an oil cylinder is arranged in the gantry type mounting seat 42, the driving end of the air cylinder or the oil cylinder is connected with the material pressing seat 49 and drives the material pressing seat 49 to move up and down, a material pressing roller 491 is arranged on the material pressing seat 49, the material pressing seat 49 moves down to enable the material pressing roller 491 to press on the transversely and longitudinally wrapped cigarette stacks, and the wrapped cigarette stacks are compact in structure.

This membrane packing plant is wrapped up in to wound form still includes output platform 13, and output platform 13 meets with second conveyer belt 44, is provided with a plurality of on the output platform 13 and arranges in proper order and sets up live-rollers 131, and cigarette pile after horizontal and vertical parcel spreads into output platform 13 from second conveyer belt 44 into, conveys to packing department through a plurality of live-rollers 131 on the output platform 13 and packs, makes the workman directly pack, has improved packing efficiency.

The winding type film wrapping and packaging device has the advantages that multi-row arrangement of cigarettes can be directly realized by arranging two groups of first transmission belts 22 and arranging a plurality of stacking plates 23 on each group of first transmission belts 22, so that formed multi-row cigarettes can directly fall into the cigarette shifting belts 24 to form a required cigarette stack at one time, the efficient air cylinder or oil cylinder for cigarette stacking drives the pushing piece 5 to move to directly push the cigarette stack on the cigarette shifting belts 24 into the transverse film wrapping mechanism 3 to be transversely wrapped, the pushing piece 5 directly returns after the cigarette stack is pushed, the multi-row cigarettes are formed on the stacking plates 23 between the two groups of first transmission belts 22 again while the transverse film wrapping mechanism 3 transversely wraps the cigarette stack, the two groups of first transmission belts 22 continue to transmit, the formed multi-row cigarettes sequentially fall into the cigarette shifting belts 24 to form the required cigarette stack again, and the cigarettes enter the longitudinal film wrapping mechanism 4 through the transition conveying belt 6 to be longitudinally wrapped after the transverse cigarette stack is wrapped in the transverse film wrapping mechanism 3, meanwhile, the pushing piece 5 is driven by an air cylinder or an oil cylinder to move to push the cigarette piles reformed on the cigarette poking belt 24 into the transverse film coating mechanism 3, so that the transverse film coating mechanism 3 is continuously transversely coated, the cigarette piles are directly packaged after longitudinal coating is finished in the longitudinal film coating mechanism 4 and are output through the output table 13 for boxing, meanwhile, the cigarette piles reformed in the transverse film coating mechanism 3 continuously enter the longitudinal film coating mechanism 4 to longitudinally coat the transversely coated cigarette piles, therefore, the winding type film coating packaging device can continuously form cigarette piles on the cigarette poking belt 24, ensure that the cigarette piles formed by connection continuously enter the transverse film coating mechanism 3 to transversely coat the cigarette piles, and continuously enter the longitudinal film coating mechanism 4 through the transition conveying belt 6 to continuously coat the cigarette piles in the transverse film coating mechanism 3 The stack is longitudinally wrapped so that the packaging of the cigarette stack can be successively completed, thereby improving the efficiency of cigarette stack packaging.

The specific embodiments described herein are merely illustrative of the spirit of the invention. Various modifications, additions and substitutions for the specific embodiments described herein may be made by those skilled in the art without departing from the spirit of the invention or exceeding the scope of the invention as defined in the accompanying claims.

Claims (10)

1. A winding type wrapping film packaging device comprises an input conveying belt (1), a pushing piece (5), a transverse wrapping film mechanism (3) and a longitudinal wrapping film mechanism (4), and is characterized by further comprising a first rack (2), wherein the first rack (2) is in transmission connection with two groups of first conveying belts (22), all the first conveying belts (22) are annular, all the first conveying belts (22) in each group of first conveying belts (22) are connected through a plurality of stacking plates (23), the two groups of first conveying belts (22) can drive the stacking plates (23) to move, so that the stacking plates (23) between the two groups of first conveying belts (22) are sequentially arranged and distributed from top to bottom in a plurality of pairs, two sets of first drive belt (22) transmission makes input conveyer belt (1) can flush mutually with one of them a pair of stacked plate (23) between two sets of first drive belt (22), the transmission is connected with group cigarette area (24) on first frame (2), group cigarette area (24) are located the below between two sets of first drive belt (22), horizontal diolame mechanism (3) and propelling movement spare (5) are located the both sides of dialling cigarette area (24), just propelling movement spare (5) can remove and push the cigarette on group cigarette area (24) and push in horizontal diolame mechanism (3), be provided with transition conveyer belt (6) between horizontal diolame mechanism (3) and vertical diolame mechanism (4) .

2. The wrapping film packaging device of claim 1, wherein each group of the first driving belts (22) has two vertically arranged first driving belts (22), and a plurality of the stacking plates (23) are connected with the two first driving belts (22), the stacking plates (23) between each group of the first driving belts (22) are circumferentially arranged, and the two groups of the first driving belts (22) drive the input conveying belt (1) to be flush with the uppermost pair of the stacking plates (23) between the two groups of the first driving belts (22).

3. A wrapping film wrapping apparatus according to claim 1 or 2, wherein said first frame (2) has a stop (21) thereon, said stop (21) and said input conveyor belt (1) being located on either side of a stacking plate (23) between two sets of first conveyor belts (22).

4. The wrapping film packaging device of claim 1 or 2, characterized in that group cigarette area (24) is the annular, it is provided with a plurality of limiting plate (25) to be circumference on group cigarette area (24), when adjacent limiting plate (25) is located the below of the board (23) of piling up between two sets of first drive belts (22), adjacent limiting plate (25) parallel arrangement, just group cigarette area (24) rotate and can drive group cigarette area (24) go up adjacent limiting plate (25) and move to between propelling movement piece (5) and horizontal diolame mechanism (3).

5. The winding type film wrapping and packaging device according to claim 4, wherein the transverse film wrapping mechanism (3) comprises a second rack (31), an upper pressing plate (35), two side pressing plates (33), a sealing cutter (34) capable of moving up and down and a second transmission belt (32) are arranged on the second rack (31), the two side pressing plates (33) are located on two sides of the second transmission belt (32), the upper pressing plate (35) is arranged between the two side pressing plates (33) and above the second transmission belt (32), a transition plate (7) is arranged between the second transmission belt (32) and the cigarette poking belt (24), the second transmission belt (32), the transition plate (7) and the pushing piece (5) are in a straight line, the winding type film wrapping and packaging device further comprises an input roller (8) which is rotatably connected to the second rack (31) and is used for inputting films and enabling the inputted films to be vertically arranged, the input roller (8) is located between the cigarette poking belt (24) and the sealing cutter (34), and the sealing cutter (34) is located between the upper pressing plate (35) and close to the upper pressing plate (32) and the second transmission belt (32).

6. The wrapping and packaging device according to claim 5, characterized in that said upper press plate (35), said sealing knife (34) and said two side press plates (33) are driven by a first driving member (9).

7. The film wrapping and packaging device is wrapped up in to wound form of claim 5, characterized in that, this film wrapping and packaging device is wrapped up in to wound form still includes that the film unreels roller (10) and a plurality of transition roller (11), film unreels roller (10) and a plurality of transition roller (11) all rotate and connect on second frame (31), it is located between input roller (8) and film unreeling roller (10) to dial cigarette area (24), partly transition roller (11) is located between film unreeling roller (10) and the group cigarette area (24), another part transition roller (11) is located dial the top of cigarette area (24), be provided with rocking beam (12) that can rock on second frame (31), rocking beam (12) are located input roller (8) and another part between transition roller (11).

8. The wrapping film packaging device of claim 5, wherein the longitudinal wrapping mechanism (4) comprises a rotating drum (41) and a gantry type mounting seat (42), the rotating drum (41) is rotatably connected in the gantry type mounting seat (42), a first conveying belt (43) and a second conveying belt (44) are further arranged in the gantry type mounting seat (42), the transition conveying belt (6) is positioned between the first conveying belt (43) and the second conveying belt (32), a distance is reserved between the first conveying belt (43) and the second conveying belt (44), a rolling film (45) is rotatably connected in the gantry type mounting seat (42), a through hole (411) for the film on the rolling film (45) to pass through is formed in the rotating drum (41), the through hole (411) corresponds to the position between the first conveying belt (43) and the second conveying belt (44), a transition frame (46) is arranged in the gantry type mounting seat (42), the transition frame (46) is positioned between the first conveying belt (43) and the second conveying belt (44), and a clamping piece capable of clamping the cutting film (47) and clamping pieces capable of clamping the film (48) is arranged on the transition frame (46).

9. The wrapping film packaging apparatus of claim 8, wherein said transition frame (46) is provided with a transition platform (461), said transition platform (461) being spaced from said second conveyor belt (44).

10. The wrapping film packaging device of claim 8, wherein the cutting member (47) is a cutting knife or a pneumatic scissors, the cutting knife or the pneumatic scissors can extend into the space between the transition frame (46) and the second conveying belt (44) through the driving of an air cylinder or an oil cylinder, the clamping member (48) is a pneumatic clamping jaw or a pneumatic clamp, a material pressing seat (49) capable of moving up and down is further arranged in the gantry type mounting seat (42), the material pressing seat (49) is located above the second conveying belt (44), and a material pressing roller (491) is arranged on the material pressing seat (49).

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