CN111634462A

CN111634462A - Folding forming air path optimizing device suitable for FOCKE408 cellophane

Info

Publication number: CN111634462A
Application number: CN202010374579.3A
Authority: CN
Inventors: 王潮波; 周顺生; 陈远超; 李�昊; 王松; 刘超; 沈轶奇
Original assignee: China Tobacco Hubei Industrial LLC
Current assignee: China Tobacco Hubei Industrial LLC
Priority date: 2020-05-06
Filing date: 2020-05-06
Publication date: 2020-09-08
Anticipated expiration: 2040-05-06
Also published as: CN111634462B

Abstract

A folding forming air path optimizing device suitable for FOCKE408 cellophane is arranged on a frame at a second wheel of FOCKE408 and comprises a distribution disc, distribution air holes arranged on the distribution disc, an air blowing seat, an air pipe, an air blowing pipe, a phase cam, an electromagnetic directional valve and a proximity switch; the distribution disc is arranged on the second wheel and rotates coaxially with the second wheel, the distribution air holes are uniformly distributed on the distribution disc, one side of the distribution disc is connected with the blowing pipe through an air pipe, the other side of the distribution disc is opposite to the blowing base, the blowing pipe is arranged on the second wheel die box through the blowing pipe base, and a row of blowing pipe holes are uniformly distributed on the blowing pipe to blow and shape the transparent paper; one side of the blowing seat, which is far away from the distribution disc, is connected with an electromagnetic directional valve through an air pipe, the electromagnetic directional valve is connected with a proximity switch through a relay, the proximity switch is arranged corresponding to the phase cam and is triggered through the rotation of the phase cam, and the electromagnetic directional valve is also connected with a positive pressure air channel of the second wheel mold box.

Description

Folding forming air path optimizing device suitable for FOCKE408 cellophane

Technical Field

The invention belongs to the technical field of cigarette equipment, and particularly relates to an air path optimizing device suitable for FOCKE408 transparent paper folding and forming.

Background

The novel 1916 hardwood barrel is a core product of a special class, the transparent paper packaging link in the production process is completed by FOCKE408 at present, and the production mode is initiated by the industry. In the actual production, the outer box material of hardwood barrel is different from ordinary outer box material, its self has certain hardness, it floats to have a micro-size in process of production, hardwood barrel gets into No. two round processes and has accomplished hardwood barrel cellophane sealing end folding forming when rotating along with No. two rounds, hardwood barrel tobacco bale that pushes in promptly folds into "U" shape with big transparent earlier, it is folded with big transparent "U" shape right department of stretching out by the right side shovel limit again, back left side heat-seal shovel limit is with folding heat-seal on the left side of "U" shape. In the process of folding and forming the whole sealing end, the folding and forming gas circuit of the FOCKE408 transparent paper is influenced, when the right extending part of the right edge of the right shovel edge is folded and is in a large transparent U shape, the extending part of the right edge is easy to fail to form a vertical state, and the quality defect of the folding and non-forming is caused. Therefore, in order to meet the requirement of long-time stable production of the novel 1916 hardwood strip box on FOCKE408 and guarantee the quality qualified rate of products, the invention is urgently needed to provide the FOCKE408 transparent paper folding and forming air path device.

Disclosure of Invention

In order to solve the packaging quality defect of the sealing end of the prior transparent paper, the invention provides an air path optimizing device suitable for FOCKE408 transparent paper folding and forming, and adopts the following technical scheme:

a folding forming air path optimizing device suitable for FOCKE408 cellophane is arranged on a frame at a second wheel of FOCKE408 and comprises a distribution disc, distribution air holes arranged on the distribution disc, an air blowing seat, an air pipe, an air blowing pipe, a phase cam, an electromagnetic directional valve and a proximity switch;

the distribution disc is arranged on the second wheel and rotates coaxially with the second wheel, the distribution air holes are uniformly distributed on the distribution disc, one side of the distribution disc is connected with the blowing pipe through an air pipe, the other side of the distribution disc is opposite to the blowing base, the blowing pipe is arranged on the second wheel die box through the blowing pipe base, and a row of blowing pipe holes are uniformly distributed on the blowing pipe to blow and shape the transparent paper;

one side of the blowing seat, which is far away from the distribution disc, is connected with an electromagnetic directional valve through an air pipe, the electromagnetic directional valve is connected with a proximity switch through a relay, the proximity switch is arranged corresponding to the phase cam and is triggered through the rotation of the phase cam, and the electromagnetic directional valve is also connected with a positive pressure air channel of the second wheel mold box.

Further, the seat of blowing includes the seat shell of blowing, the seat protecgulum of blowing, the seat inner tube of blowing, the seat shell of blowing links to each other with the seat protecgulum of blowing, be provided with the trompil on the seat protecgulum of blowing, the seat inner tube of blowing is inside to set up the through-hole, and this through-hole corresponds with the seat protecgulum trompil of blowing, and its suit is in the seat shell of blowing, and its seat shell of blowing is inside to set up the recess, and the seat inner tube front end of blowing that corresponds sets up the arch, the seat inner tube restricted movement will blow with protruding cooperation, the seat inner tube of blowing passes through the bolt and links to each other with the seat support of blowing, just it is connected with.

The invention has the beneficial effects that: the invention realizes that the right extending part of the U-shaped transparent paper forms a vertical state, is convenient for folding and forming the transparent paper, ensures the packaging quality of the sealing end of the transparent paper of the hardwood strip box to be stable, ensures the FOCKE408 to operate stably, has stable quality and has certain fault-tolerant rate.

Drawings

FIG. 1 is a schematic view of the overall structure of the present invention;

FIG. 2 is a side view of the present invention;

FIG. 3 is a schematic circuit diagram of the present invention;

in the figure: 1 distribution plate, 2 distribution plate air holes, 3 fixed blocks, 4 blowing pipes, 5 blowing pipe air holes, 6 blowing seats, 7 blowing seat supports, 8 phase cams, 9 proximity switches, 10 electromagnetic reversing valves, 11 blowing pipe seats, 12 air pipes, 13 relays, 14 phase cam driving motors, 15 second wheels, 16 second wheel mold boxes

Detailed Description

The invention is further described with reference to the accompanying drawings and the detailed description.

As shown in fig. 1, 2 and 3, the second wheel of the FOCKE408 carton outer packing machine mainly plays a role in wrapping and forming the transparent paper of the hardwood carton in the production process, in the machine operation process, the outer box material of the hardwood carton is different from the outer package of the common carton, and has certain hardness, and a small amount of floating exists in the production process, however, the floating size of the hardwood carton can lead the hardwood carton to be wrapped on the FOCKE408 second wheel untight to cause quality defects such as transparent paper malocclusion, folding and the like. The FOCKE408 cellophane folding molding gas circuit device of the invention is to add cellophane folding molding gas circuit on the model box of the second wheel, the gas circuit is fixed on the second wheel by three fixed blocks 3 separately by two M8 screws by the distribution plate 1, blow the seat 6 and blow the seat support 7 and lean on two M10 screws to fix on framework, wherein as shown in figure 2 the seat 6 of blowing includes a seat shell of blowing, a seat front cover of blowing, a seat inner tube of blowing, the seat shell of blowing links with seat front cover of blowing, the seat front cover of blowing has openings, the seat inner tube of blowing has through holes, the through hole corresponds to seat front cover opening of blowing, it is fitted in the seat shell of blowing, its seat shell of blowing sets up the recess, the corresponding seat inner tube of blowing sets up the bulge, the recess cooperates with the bulge to limit the seat inner tube of blowing to move, the seat inner tube of blowing links with seat support of blowing through the bolt, and a spring is connected between the blowing seat shell and the blowing seat bracket. The distribution plate 1 is provided with three distribution plate air holes 2 corresponding to three second wheel mould boxes respectively, each distribution plate air hole 2 is connected with a blowpipe 4 through an air pipe, the blowpipe is provided with rows of blowpipe air holes 5, the blowpipe 4 is fixed on the second wheel mould box through four blowpipe seats 11 through M6 screws, each blowpipe seat 11 is provided with 2M 6 screws, the blowpipe air holes 5 are uniformly distributed on each blowpipe 4, and preferably, each blowpipe 4 is provided with 8 blowpipe air holes 5 for providing positive pressure blowing for transparent paper forming. One end of the blowing seat 6 is connected with the air holes 2 of the distribution plate, and the other end is connected with the electromagnetic directional valve 10 through an air pipe. Referring to fig. 1 and 3, in the process of rotating the phase cam 8, the proximity switch 9 is triggered to output a signal to the relay, the normally open contact of the relay sends a signal to control the two-position three-way electromagnetic directional valve 10, the second wheel rotates anticlockwise, when the mold box in the second wheel rotates to 60 degrees of working phase, a short positive pressure blast is generated and is transmitted to the electromagnetic directional valve 10 through the positive pressure air passage, then the transparent paper is transmitted to the air holes 2 of the distribution disc 1 through the air pipes by the air blowing seat 6, and the air pipes are transmitted to the air blowing pipe air holes 5 on the air blowing pipes 4, so that the U-shaped right extending part of the transparent paper is in a vertical state, the transparent paper is conveniently folded and formed, the packaging quality of the sealing end of the transparent paper of the hardwood carton is ensured to be stable, and the understanding should be realized, the matching of the running speed of the second wheel and the running speed of the phase cam 8 can ensure that the air blowing seat 6 is just aligned with the air holes 2 of the distribution plate when the phase cam 8 starts to approach the switch 9. The FOCKE408 is stable in operation, stable in quality and has a certain fault-tolerant rate.

Claims

1. The utility model provides a be applicable to FOCKE408 cellophane and fold shaping gas circuit optimizing apparatus, sets up in the frame of FOCKE408 No. two rounds of departments, its characterized in that: the device comprises a distribution disc, distribution air holes arranged on the distribution disc, an air blowing seat, an air pipe, an air blowing pipe, a phase cam, an electromagnetic directional valve and a proximity switch;

2. The optimized folding and forming air passage device for FOCKE408 transparent paper as claimed in claim 1, wherein: the blowing seat comprises a blowing seat shell, a blowing seat front cover and a blowing seat inner tube, wherein the blowing seat shell is connected with the blowing seat front cover, an opening is formed in the blowing seat front cover, a through hole is formed in the blowing seat inner tube, the through hole corresponds to the opening of the blowing seat front cover, the blowing seat shell is sleeved with the blowing seat inner tube, a groove is formed in the blowing seat shell, the front end of the corresponding blowing seat inner tube is provided with a protrusion, the groove is matched with the protrusion to limit movement of the blowing seat inner tube, the blowing seat inner tube is connected with a blowing seat support through a bolt, and a spring is connected between the blowing seat shell and the blowing seat support.