CN211129717U - Cigarette bullet production line - Google Patents
Cigarette bullet production line Download PDFInfo
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- CN211129717U CN211129717U CN201920866966.1U CN201920866966U CN211129717U CN 211129717 U CN211129717 U CN 211129717U CN 201920866966 U CN201920866966 U CN 201920866966U CN 211129717 U CN211129717 U CN 211129717U
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Abstract
The utility model provides a cigarette bullet production line, including paper tube unloading mechanism, paper tube adhesive paper mechanism, smoke particle unloading mechanism, firmware unloading mechanism, filter particle unloading mechanism, explode pearl unloading mechanism, cotton post unloading mechanism, finished product unloading mechanism, paper tube unloading mechanism arranges the paper tube and send to paper tube adhesive paper mechanism, and paper tube adhesive paper mechanism is stained with glue, adhesive paper, cut paper to the paper tube so that the one end of paper tube is accomplished and is sealed, and smoke particle unloading mechanism will smoke particle blanking to the paper tube in, firmware unloading mechanism pushes the firmware into the paper tube, and filter particle unloading mechanism will filter the granule and fall into the paper tube, explode pearl unloading mechanism and will explode the pearl and fall into the paper tube in, and cotton post unloading mechanism pushes the cotton post and can accomplish the cigarette bullet finished product, and finished product unloading mechanism arranges the unloading, packing with the cigarette bullet finished product. The utility model discloses a cigarette bullet production line can replace traditional manually operation's assembly process, and degree of automation is high, can greatly reduce the cost of labor and improve production efficiency.
Description
Technical Field
The utility model belongs to the technical field of tobacco product production facility and specifically relates to a cigarette bullet production line.
Background
Currently, an electronic cigarette has become a more mature smoking substitute in the market, and as shown in fig. 1, a cartridge structure for an electronic cigarette generally consists of a paper tube 60a, a paper tube seal 10a, smoking particles 20a, a fastener 30a, filter particles 40a, a cotton column 50a, and a popping bead 70 a.
For the existing cigarette bullet manufacturing and assembling process, manual operation is mostly relied on, and the problems of high labor cost, low automation degree and low production efficiency exist.
SUMMERY OF THE UTILITY MODEL
In order to solve the problem, the utility model provides a cigarette bullet production line to replace traditional manually operation's assembly process, can greatly reduce the cost of labor, improve production efficiency, degree of automation is high.
The utility model discloses a following technical scheme realizes:
The utility model provides a cigarette bullet production line, which comprises a paper tube blanking mechanism, a paper tube paper sticking mechanism, a fuming particle blanking mechanism, a firmware blanking mechanism, a filtering particle blanking mechanism, a bead blasting blanking mechanism, a cotton column blanking mechanism and a finished product blanking mechanism, wherein the paper tube blanking mechanism arranges paper tubes and sends the paper tubes to the paper tube paper sticking mechanism, the paper tube paper sticking mechanism sticks glue, sticky paper and cut paper to the paper tubes so that one ends of the paper tubes are sealed, then the paper tubes are introduced into the fuming particle blanking mechanism, the fuming particle blanking mechanism blanks fuming particles into the paper tubes, then the firmware blanking mechanism pushes the firmware into the paper tubes, then the filtering particle blanking mechanism drops the filtering particles into the paper tubes, the bead blasting blanking mechanism drops the beads into the paper tubes, and finally, the cotton column blanking mechanism pushes the columns into the paper tubes to finish the finished cigarette bullets, and arranging, blanking and packaging the finished cigarette bullet products by the finished product blanking mechanism.
The paper tube feeding mechanism is characterized by further comprising a cutting die, a first transfer mechanism is further arranged between the paper tube feeding mechanism and the paper tube adhering mechanism, the paper tube adhering mechanism is provided with a first track, the paper tubes arranged by the paper tube feeding mechanism are placed into the cutting die through the first transfer mechanism, and the cutting die carrying the paper tubes is placed into the first track.
Further, still include tool board, second track, still be equipped with second transfer mechanism between paper tube gluing paper mechanism and the granule unloading mechanism of fuming, paper tube gluing paper mechanism still is equipped with the third track, second transfer mechanism shifts the paper tube of accomplishing the seal in the cutting die to the tool board to put into the second track with the tool board, and put into the third track with empty cutting die and retrieve.
Further, still include the fourth track, the paper tube that the completion in the tool board sealed accomplishes the granule unloading of fuming, firmware unloading, filter particle unloading, cotton post unloading and finally forms the cigarette bullet finished product on the second track, and finished product unloading mechanism puts into the fourth track with empty tool board when with the finished product unloading of cigarette bullet and retrieves.
Further, the paper tube sticking mechanism comprises a sticking structure which comprises a rubber plate and a first pushing mechanism, the first pushing mechanism drives the rubber plate to move so that the rubber plate movably contacts the end part of the paper tube in the cutting die, and when the rubber plate is abutted against the end part of the paper tube, glue on the rubber plate is transferred to the end part of the paper tube.
Further, the paper tube gluing mechanism comprises a paper sticking mechanism, the paper sticking mechanism comprises a paper bearing plate and a second pushing mechanism, paper is placed on the paper bearing plate, and the second pushing mechanism drives the paper bearing plate to move so as to stick the paper on the paper bearing plate to the end part of the paper tube in the cutting die.
Further, paper tube gluing mechanism includes heating mechanism, and heating mechanism includes hot plate, third pushing mechanism, the third pushes away the structure drive the paper of paper tube tip in the hot plate motion is in order to move about ground butt cutting die to the glue of heating paper tube tip makes it solidify.
Further, the paper tube sticking mechanism comprises a paper cutting mechanism, the paper cutting mechanism comprises a cutter and a fourth pushing mechanism, and the fourth pushing mechanism drives the cutter to punch the paper at the end part of the paper tube in the cutter die.
Further, the paper tube sticking mechanism comprises a paper tearing mechanism, and the paper tearing mechanism tears off the redundant part of the paper which is not connected with the end part of the paper tube after being blanked.
Further, the fuming particle blanking mechanism comprises a vibrating disc and a blanking pipe, the vibrating disc vibrates to enable fuming particles in the vibrating disc to fall into the blanking pipe, and when the blanking pipe is aligned with the paper pipe, the blanking pipe enables the fuming particles to fall into the paper pipe.
The utility model has the advantages that:
The utility model discloses a cigarette bullet production line, including paper tube unloading mechanism, paper tube adhesive paper mechanism, fuming particle unloading mechanism, firmware unloading mechanism, filter particle unloading mechanism, bead blasting unloading mechanism, cotton post unloading mechanism, finished product unloading mechanism, paper tube unloading mechanism arranges the paper tube and send to the paper tube adhesive paper mechanism, the paper tube adhesive paper mechanism glues, cuts paper to the paper tube so that one end of paper tube accomplishes the sealing, then spreads into the paper tube into fuming particle unloading mechanism, fuming particle unloading mechanism will fuming particle blanking to the paper tube, then, firmware unloading mechanism will be pushed into the paper tube, then, filter particle unloading mechanism will filter the particle and fall into the paper tube, bead blasting unloading mechanism will explode the bead and fall into the paper tube, finally, cotton post unloading mechanism will push the cotton post into the paper tube and can accomplish the cigarette bullet finished product, and arranging, blanking and packaging the finished cigarette bullet products by the finished product blanking mechanism. The utility model discloses a cigarette bullet production line can replace traditional manually operation's assembly process, and degree of automation is high, can greatly reduce the cost of labor and improve production efficiency.
Drawings
FIG. 1 is a schematic cross-sectional view of a cartridge;
FIG. 2 is a top view of the cartridge production line of the present invention;
FIG. 3 is a perspective view of the cartridge production line of the present invention;
Fig. 4 is a schematic structural view of the paper tube blanking mechanism of the present invention;
Fig. 5 is a schematic structural view of the paper tube sticking mechanism of the present invention;
Fig. 6-7 are schematic views of the partial structure of the cartridge production line of the present invention;
Fig. 8 is a schematic structural view of the adhesive dipping structure of the present invention;
Fig. 9 is a schematic structural view of a paper dipping structure of the present invention;
Fig. 10 is a schematic structural view of a heating structure according to the present invention;
Fig. 11 is a schematic structural view of the paper cutting structure of the present invention.
Detailed Description
For a more clear and complete description of the technical solution of the present invention, the following description is made with reference to the accompanying drawings.
Referring to fig. 2-11, the utility model provides a cigarette bullet production line, which comprises a paper tube blanking mechanism 1, a paper tube paper sticking mechanism 2, a fuming particle blanking mechanism 3, a firmware blanking mechanism 4, a filtering particle blanking mechanism 5, a bead blasting blanking mechanism 6, a cotton column blanking mechanism 7 and a finished product blanking mechanism 8, wherein the paper tube blanking mechanism 1 arranges paper tubes and sends the paper tubes to the paper tube paper sticking mechanism 2, the paper tube paper sticking mechanism 2 sticks glue, sticks paper and cuts paper to the paper tubes so that one ends of the paper tubes are sealed, then the paper tubes are transmitted into the fuming particle blanking mechanism 3, the fuming particle blanking mechanism 3 blanks fuming particles into the paper tubes, then the firmware blanking mechanism 4 pushes the firmware into the paper tubes, then the filtering particle blanking mechanism 5 drops the filtering particles into the paper tubes, the bead blasting blanking mechanism 6 drops the beads into the paper tubes, and finally, the cotton column feeding mechanism 7 pushes the cotton column into the paper tube to finish the finished cigarette bullet product, and the finished product feeding mechanism 8 arranges, feeds and packages the finished cigarette bullet product.
Further, the paper tube feeding mechanism comprises a cutting die 14, a first transfer mechanism 9 is further arranged between the paper tube feeding mechanism 1 and the paper tube adhering mechanism 2, the paper tube adhering mechanism 2 is provided with a first track 20, the paper tubes arranged by the paper tube feeding mechanism 1 are placed into the cutting die 14 through the first transfer mechanism, and the cutting die 14 carrying the paper tubes is placed into the first track 20.
Further, still include tool board 10, second track 11, still be equipped with second transfer mechanism 12 between paper tube gluing paper mechanism 2 and the granule unloading mechanism 3 of fuming, paper tube gluing paper mechanism 2 still is equipped with third track 21, second transfer mechanism 12 shifts the paper tube that accomplishes the seal in the cutting die 14 to tool board 10 to put into second track 11 with tool board 10, and put into third track 21 with empty cutting die 14 and retrieve.
Further, still include fourth track 13, the paper tube that the completion in the tool board 10 sealed accomplishes the granule unloading of fuming, firmware unloading, filter particle unloading, cotton post unloading and finally forms the cigarette bullet finished product on second track 11, and finished product unloading mechanism 8 puts into fourth track 13 with empty tool board 10 and retrieves when with cigarette bullet finished product unloading.
In the prior art cartridge manufacturing and assembly process, there are generally 6 steps, (1) closing one end of the paper tube 60a with a paper sheet to complete the paper tube closure 10 a; (2) dropping the smoker particles 20a into the paper tube 60 a; (3) pushing the fastener 30a into the paper tube 60 a; (4) dropping the filter particles 40a into the paper tube 60 a; (5) dropping the popping bead 70a into the paper tube 60 a; (6) the cotton boll 50a is pushed into the paper tube 60 a. However, most of the steps require manual operation, and the linking between each step also requires manual operation.
Situation to current cigarette bullet manufacturing and assembly process, the utility model discloses a cigarette bullet production line is through setting up paper tube unloading mechanism 1, paper tube adhesive paper mechanism 2, fuming particle unloading mechanism 3, firmware unloading mechanism 4, filter particle unloading mechanism 5, explode pearl unloading mechanism 6, cotton-column unloading mechanism 7, finished product unloading mechanism 8 for every step can all realize automatic operation, replaces manual operation. The utility model discloses a cigarette bullet production line is still through setting up first transfer mechanism 9, cutting die 14, first track 20, second track 11, tool board 10 to make linking between every step can reach seamless linking, and need not artifical transport, save man-hour. The utility model discloses a cigarette bullet production line has still set up third track 21, fourth track 13 and has been used for retrieving empty cutting die 14, empty tool board 10, makes the utility model discloses a cigarette bullet production line forms the system of a complete operation, realizes the full automatization.
In this embodiment, cutting die 14 with a plurality of stations have in the tool board 10, the assembly process of a cigarette bullet is accomplished to each station, the utility model discloses a cutting die 14 with the station of tool board 10 is 10 lines 10 and sets up, consequently can carry out the assembly process of 100 cigarette bullets simultaneously, compares the assembly process of traditional single cigarette bullet, the utility model discloses a production efficiency can improve hundreds to thousands times.
Further, the paper tube sticking mechanism 2 includes a sticking structure 22, the sticking structure 22 includes a glue board 220 and a first pushing mechanism 221, the first pushing mechanism 221 drives the glue board 220 to move, so that the glue board 220 movably contacts with the end portion of the paper tube in the cutting die 14, and when the glue board 220 abuts against the end portion of the paper tube, glue on the glue board 220 is transferred to the end portion of the paper tube.
Further, the paper tube sticking mechanism 2 comprises a paper sticking mechanism 23, the paper sticking mechanism 23 comprises a paper bearing plate 230 and a second pushing mechanism 231, paper is placed on the paper bearing plate 230, and the second pushing mechanism 231 drives the paper bearing plate 230 to move so as to stick the paper on the paper bearing plate 230 to the end of the paper tube in the cutting die 14.
In the present embodiment, when the rubber sheet 220 abuts against the end of the paper tube, the rubber sheet 220 and the paper tube are perpendicular to each other. Firstly, glue is coated on the rubber plate 220, then the rubber plate 220 is enabled to carry the glue to contact the end part of the paper tube, so that the glue on the rubber plate 220 is uniformly coated on the end part of the paper tube of each station of the cutting die 14, then the paper is stained on the end part of the paper tube, the paper is used for sealing the cigarette bullet and has the area equivalent to that of the cutting die 14, one paper covers the end part of the paper tube of each station at the same time, and the paper bearing plate 230 supports the paper, so that the paper is perpendicular to the end part of the paper tube of each station. Due to the presence of glue, the paper can fixedly cover the end of the paper tube at each station.
Further, the paper tube sticking mechanism 2 comprises a heating mechanism 240, the heating mechanism 240 comprises a heating plate 240 and a third pushing mechanism 241, and the third pushing mechanism drives the heating plate 240 to move so as to movably abut against the paper at the end of the paper tube in the cutting die 14, so that the glue at the end of the paper tube is heated and solidified.
In this embodiment, when the paper is fixed to cover the end of the paper tube at each station, the heating plate 240 is used to abut against the paper at the end of the paper tube in the cutting die 14, so as to transfer the heat of the heating plate 240 to the paper, and the glue at the end of the paper tube is heated to solidify the paper in a hot baking manner, thereby ensuring the paper and the end of the paper tube to be fixed stably.
Further, the paper tube sticking mechanism 2 includes a paper cutting mechanism 25, the paper cutting mechanism 25 includes a cutter 250 and a fourth pushing mechanism 251, and the fourth pushing mechanism 251 drives the cutter 250 to punch the paper at the end of the paper tube in the cutting die 14.
In the present embodiment, the cutter 250 punches the paper sheet at the end of the paper tube in the cutter die 14 and punches the paper sheet along the contour of the end of the paper tube at each station, thereby cutting out the paper sheet outside the orthographic projection of the end of the paper tube and leaving only the paper sheet adhered to the end of the paper tube, and if the cross section of the end of the paper tube is circular, leaving only the paper sheet adhered to the end of the paper tube at each station is also circular.
Further, the paper tube sticking mechanism 2 comprises a paper tearing mechanism 26, and the paper tearing mechanism 26 tears off the excess paper which is not connected with the end of the paper tube after being blanked.
In the present embodiment, the paper tearing mechanism 26 is used to tear off the excess paper that is not connected to the end of the paper tube after punching, so as to complete the paper tube sealing process, and the excess paper is like a pattern formed by a complete piece of paper with many round holes cut out.
In this embodiment, the first pushing mechanism 221, the second pushing mechanism 231, the third pushing mechanism, and the fourth pushing mechanism 251 work independently and are controlled by respective servomechanisms, and the motion modes of the first pushing mechanism 221, the second pushing mechanism 231, the third pushing mechanism, and the fourth pushing mechanism 251 are from bottom to top, in other embodiments, the motion modes of the first pushing mechanism 221, the second pushing mechanism 231, the third pushing mechanism, and the fourth pushing mechanism 251 may also be set to be from top to bottom, which is within the protection scope of the present invention.
Further, the firmware blanking mechanism 4 comprises a vibrating disk 30 and a blanking pipe 31, the vibrating disk 30 vibrates to drop fuming particles in the vibrating disk 30 into the blanking pipe 31, and when the blanking pipe 31 is aligned with a paper tube, the blanking pipe 31 drops the fuming particles into the paper tube.
In the present embodiment, when the jig plate 10 carries a paper tube and aligns with the blanking tube 31, the blanking tube 31 drops smoke particles into the paper tube. In the same way, the blanking modes of the fuming particle blanking, the filtering particle blanking, the bead blasting blanking and the cotton column blanking are the same as the blanking mode of the fuming particle blanking.
The utility model discloses a cigarette bullet production line can replace traditional manually operation's assembly process, and degree of automation is high, can greatly reduce the cost of labor and improve production efficiency.
Of course, the present invention can also have other various embodiments, and based on the embodiments, those skilled in the art can obtain other embodiments without any creative work, and all of them belong to the protection scope of the present invention.
Claims (10)
1. The cigarette bullet production line is characterized by comprising a paper tube blanking mechanism, a paper tube paper sticking mechanism, a fuming particle blanking mechanism, a firmware blanking mechanism, a filtering particle blanking mechanism, a bead blasting blanking mechanism, a cotton column blanking mechanism and a finished product blanking mechanism, wherein the paper tube blanking mechanism is used for arranging paper tubes and sending the paper tubes to the paper tube paper sticking mechanism, the paper tube paper sticking mechanism is used for sticking glue, sticking paper and cutting the paper tubes to seal one ends of the paper tubes and transmitting the paper tubes into the fuming particle blanking mechanism, the fuming particle blanking mechanism is used for blanking fuming particles into the paper tubes, the firmware blanking mechanism pushes the firmware into the paper tubes, the filtering particle blanking mechanism is used for dropping filtering particles into the paper tubes, the bead blasting blanking mechanism is used for dropping beads into the paper tubes, the cotton column blanking mechanism is used for pushing cotton columns into the paper tubes to finish cigarette bullet finished products, the finished product blanking mechanism is used for arranging, blanking, discharging and blanking the cigarette bullet finished products, And (6) packaging.
2. The cigarette bullet production line of claim 1, further comprising a cutting die, wherein a first transfer mechanism is further arranged between the paper tube blanking mechanism and the paper tube gluing mechanism, the paper tube gluing mechanism is provided with a first track, and the first transfer mechanism places the paper tubes arranged by the paper tube blanking mechanism into the cutting die and places the cutting die carrying the paper tubes into the first track.
3. The cigarette bullet production line of claim 2, further comprising a jig plate and a second track, wherein a second transfer mechanism is further arranged between the paper tube sticking mechanism and the fuming particle blanking mechanism, the paper tube sticking mechanism is further provided with a third track, and the second transfer mechanism transfers the paper tube with the seal completed in the cutting die to the jig plate, puts the jig plate into the second track, and puts the empty cutting die into the third track for recycling.
4. The cigarette bullet production line of claim 3, further comprising a fourth track, wherein the paper tube of the jig plate, which is sealed, completes the blanking of the smoking particles, the blanking of the fixing members, the blanking of the filter particles and the blanking of the cotton columns on the second track to finally form the finished cigarette bullet product, and the finished product blanking mechanism blanks the finished cigarette bullet product and puts the empty jig plate into the fourth track for recycling.
5. The cigarette cartridge production line of claim 2, wherein the paper tube adhering mechanism comprises an adhesive mechanism, the adhesive mechanism comprises a glue plate and a first pushing mechanism, the first pushing mechanism drives the glue plate to move so that the glue plate movably contacts the end of the paper tube in the cutting die, and when the glue plate abuts against the end of the paper tube, glue on the glue plate is transferred to the end of the paper tube.
6. The cigarette bullet production line of claim 5, wherein said paper tube sticking mechanism comprises a paper sticking mechanism, said paper sticking mechanism comprises a paper bearing plate and a second pushing mechanism, said paper bearing plate is placed with paper, said second pushing mechanism drives said paper bearing plate to move so as to stick the paper on said paper bearing plate to the end of the paper tube in the cutting die.
7. The cartridge production line of claim 6, wherein the paper tube sticking mechanism includes a heating mechanism including a heating plate, a third pushing mechanism that moves the heating plate to movably abut the paper at the end of the paper tube in the cutting die, thereby heating the glue at the end of the paper tube to solidify it.
8. The cigarette bullet production line of claim 7, wherein said paper tube sticking mechanism comprises a paper cutting mechanism, said paper cutting mechanism comprises a cutter, a fourth pushing mechanism, said fourth pushing mechanism drives said cutter to punch the paper at the end of the paper tube in the cutter die.
9. The cartridge production line of claim 8, wherein the paper tube adhering mechanism includes a paper tearing mechanism that tears off excess portions of the paper that are not joined to the ends of the paper tube after blanking.
10. The cartridge production line of claim 1, wherein the smoker particle blanking mechanism comprises a vibratory pan and a drop tube, the vibratory pan vibrating to drop smoker particles in the vibratory pan into the drop tube, the drop tube dropping smoker particles into the paper tube when the drop tube is aligned with the paper tube.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920866966.1U CN211129717U (en) | 2019-06-06 | 2019-06-06 | Cigarette bullet production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920866966.1U CN211129717U (en) | 2019-06-06 | 2019-06-06 | Cigarette bullet production line |
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| Publication Number | Publication Date |
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| CN211129717U true CN211129717U (en) | 2020-07-31 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201920866966.1U Active CN211129717U (en) | 2019-06-06 | 2019-06-06 | Cigarette bullet production line |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110292196A (en) * | 2019-06-06 | 2019-10-01 | 深圳市智热科技有限公司 | A kind of smoke grenade production line |
-
2019
- 2019-06-06 CN CN201920866966.1U patent/CN211129717U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110292196A (en) * | 2019-06-06 | 2019-10-01 | 深圳市智热科技有限公司 | A kind of smoke grenade production line |
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