CN202952590U - Paper mosquito-repellent incense molding machine - Google Patents
Paper mosquito-repellent incense molding machine Download PDFInfo
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- CN202952590U CN202952590U CN 201220546729 CN201220546729U CN202952590U CN 202952590 U CN202952590 U CN 202952590U CN 201220546729 CN201220546729 CN 201220546729 CN 201220546729 U CN201220546729 U CN 201220546729U CN 202952590 U CN202952590 U CN 202952590U
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Abstract
The utility model discloses a paper mosquito-repellent incense molding machine. The paper mosquito-repellent incense molding machine comprises a frame, a single-piece supply mechanism, a hobbing mechanism, a finished product separation mechanism and a corresponding driving motor mechanism, wherein a single-piece output end is arranged at the rear end of the single-piece supply mechanism; the hobbing mechanism comprises an upper roller and a lower roller, the upper roller and the lower roller are vertically and oppositely arranged and roll in a synchronous reverse way, the axial directions of the upper roller and the lower roller extend transversely, mosquito-repellent incense cutting dies are distributed on the upper roller, and clearances between die surfaces corresponding to the mosquito-repellent incense cutting dies and a roller surface of the lower roller are avoided; and the finished product separation mechanism comprises an upper rolling shaft and a lower rolling shaft, the upper rolling shaft and the lower rolling shaft are vertically and oppositely arranged and roll in a synchronous reverse way, the axial directions of the upper rolling shaft and the lower rolling shaft extend transversely, convex parts which are opposite to the mosquito-repellent incense cutting dies are distributed on the upper rolling shaft, and clearances are reserved between arc surfaces corresponding to the convex parts and a rolling surface of the lower rolling shaft. The paper mosquito-repellent incense molding machine is automatic, continuous and rapid in the whole molding operation process, so that the production efficiency is greatly improved.
Description
Technical field
The utility model relates to a kind of paper mosquito-repellent incense former, specifically refers to a kind of paper mosquito-repellent incense forming machine.
Background technology
The tradition mosquito-repellent incense blank take wood or bamboo charcoal powder as primary raw material adds a large amount of chemical adhesives compressing, in process of production, because the powdered carbon light weight can cause the workshop dust pollution very serious, the manufacture of wood or bamboo charcoal powder need to consume timber resources in large quantities, and can be to environment.In order to solve the workshop dust pollution question, on market, occurred adopting bamboo fibre and charcoal powder to make the bamboo fibre mosquito-repellent incense that sprays again the expelling parasite medicament, but the making of bamboo fibre mosquito-repellent incense blank, still need bamboo resource in large quantities, energy-saving effect is not obvious, so a certain amount of powdered carbon of needs of carrying on as before, so dust pollution still can't thoroughly be eliminated, technological process is more complicated.So paper mosquito-repellent incense occurred, what the paper mosquito-repellent incense blank generally adopted is that waste paper and bamboo pulp (1 ton of bamboo pulp only needs 1.5 tons of bamboos, and 1 ton of bamboo charcoal powder needs 6.0 tons of bamboos) are made, and has solved wasting of resources problem.
The automatic mosquito-repellent incense machine of the general employing of mosquito-repellent incense making at present carries out punch forming and forms, automatically mosquito-repellent incense machine generally comprises bat extruder, the blank belt conveyor, punch forming device, put screen device, screen tray conveying device and folded screen device, blank is extruded from bat extruder, deliver to the punch forming device below by the blank belt conveyor and carry out the punch die moulding, screen tray is put to the screen tray conveying device from put screen device simultaneously, be sent to the punch forming device below by the screen tray conveying device again, accept the moulding mosquito-repellent incense, the last screen tray that will be connected to the moulding mosquito-repellent incense by the screen tray conveying device is again delivered to folded screen device below, by folded screen device, it is stacked one by one, again by manually moving.Described automatic mosquito-repellent incense machine punch forming mode is to complete pressing mold, demoulding action on one or more stations, and production efficiency is lower, and whole flow process is than very complicated.In view of this, the ingenious characteristics of the laminated structure in conjunction with papery of the inventor, in making, first make mosquito-repellent incense blank cardboard shape structure, then cardboard shape mosquito-repellent incense blank cut to moulding, proposed thus a kind of paper mosquito-repellent incense forming machine, and this case produces thus.
The utility model content
The purpose of this utility model is to provide a kind of simple for structure, operational sequence is simple, production efficiency is high paper mosquito-repellent incense forming machine.
In order to reach above-mentioned purpose, solution of the present utility model is:
A kind of paper mosquito-repellent incense forming machine, comprise frame and on frame before and after the monolithic feed mechanism, rolling and cutting mechanism, finished product separating mechanism that set gradually and corresponding drive motors mechanism, with the throughput direction of mosquito-repellent incense blank for direction from front to back; Described monolithic feed mechanism rear end is provided with the monolithic output for the output of blank monolithic; Described rolling and cutting mechanism comprises cylinder and bottom roll, above the upper and lower correspondence of cylinder and bottom roll arranges and makes synchronous backward and roll, be distributed with mosquito-repellent incense on described upper cylinder and cut mould, this mosquito-repellent incense is cut gapless between the surface of the outer end die face of mould and described bottom roll, both sides, front and back between described upper cylinder and bottom roll are respectively rolling cut input and rolling cut output, and described monolithic output and described rolling cut input front and back are over against setting; Described finished product separating mechanism comprises roller bearing and lower roller bearing, above roller bearing and lower roller bearing are correspondingly set up and down and make synchronous backward and roll, be distributed with on described upper roller bearing with described mosquito-repellent incense and cut the corresponding protuberance of mould, leave gap between the surface of this protuberance and the surface of described lower roller bearing, both sides, front and back between described upper roller bearing and lower roller bearing are respectively roller bearing input and roller bearing output, and described rolling cut output and roller bearing input front and back are over against setting.
The feeding distribution mechanism and the monolithic conveying mechanism that before and after described monolithic feed mechanism comprises, arrange, this monolithic conveying mechanism has monolithic input and above-mentioned monolithic output, described feeding distribution mechanism is provided with raw material crane, lifting motor and material drag dolly, this lifting motor coordinates the described raw material crane of drive to make lifting action via sprocket wheel, chain, described material drag dolly is positioned at the rear side of described raw material crane and moves forward and backward, and described material drag dolly is provided with for the former blank sticking by the raw material crane and is dragged to the suction nozzle unit on the monolithic conveying mechanism.
Be provided with the first main chain wheels and the second main chain wheels before and after the upper end of described frame, be provided with first from chain wheel set and second from chain wheel set before and after the lower end of frame, the output shaft of described lifting motor and described the first main chain wheels interlink, the first chain group is walked around described the first main chain wheels and first from chain wheel set, and two free ends of the first chain group are the corresponding upper and lower side that is connected to described raw material crane respectively, the output shaft of described lifting motor interlinks via pair of meshing tooth and described the second main chain wheels, the second chain group is walked around described the second main chain wheels and second from chain wheel set, and two free ends of the second chain group are the corresponding upper and lower side that is connected to described raw material crane respectively.
The both sides, front and back of described raw material crane upper end respectively are provided with guiding wheels, both sides, the front and back correspondence of described frame upper end respectively is provided with a set of rails, the both sides, front and back of described raw material crane lower end respectively are provided with a synchronous gear train, and both sides, the front and back correspondence of described frame lower end respectively is provided with a synchronous tooth row group.
Described frame is provided with the trolley track extended along fore-and-aft direction, is respectively equipped with a road wheel group before and after on described material drag dolly, on described material drag dolly, also be provided with drive described walking wheels along slide before and after described trolley track reducing motor.
Between described upper cylinder and bottom roll, between upper roller bearing and lower roller bearing, be arranged with respectively a double cog synchronous belt, this double cog synchronous belt is in transmission connection via the output shaft of synchronous wheels and drive motors mechanism.
Described mosquito-repellent incense cut mould on described on cylinder left and right be provided with abreast two groups, every group of mosquito-repellent incense cut mould and comprised several, and the rolling drum surface around described upper cylinder is uniformly distributed, described protuberance on described on roller bearing left and right be provided with abreast two groups, every group of protuberance comprises several, and is uniformly distributed around the roller bearing face of described upper roller bearing.
The end of described upper cylinder and bottom roll respectively is provided with an intermeshing synchromesh gear.
The rear side of described finished product separating mechanism has rim charge conveyer belt and product conveying belt on also, and this rim charge conveyer belt and product conveying belt are in transmission connection via the output of synchronous wheels and drive motors mechanism respectively.
Be provided with the transition conveyer belt between described rolling and cutting mechanism and finished product separating mechanism, this transition conveyer belt is in transmission connection via the output shaft of synchronous wheels and drive motors mechanism.
After adopting such scheme, a kind of paper mosquito-repellent incense forming machine of the utility model, during work, at first prefabricated cardboard shape blank is put into to the monolithic feed mechanism, by the monolithic feed mechanism, operated, blank is exported by monolithic output monolithic successively, and enter rolling and cutting mechanism by the rolling cut input, clamping by upper cylinder and bottom roll coordinates, the monolithic blank from pass through between cylinder and bottom roll, now going up mosquito-repellent incense on cylinder cuts mould the monolithic blank of process is cut to operation, what from the rolling cut output, send is to have divided to cut, and unsegregated minute cut blanks of finished product mosquito-repellent incense and rim charge, enter the finished product separating mechanism by the roller bearing input afterwards, minute cut blanks from pass through between roller bearing and lower roller bearing, same upper roller bearing and the cooperation of lower roller bearing are clamped rim charge, and the protuberance on upper roller bearing appropriately presses down the finished product mosquito-repellent incense of the phase contraposition of process, finished product mosquito-repellent incense and rim charge are separated from each other thus, the finished product mosquito-repellent incense can be seen off and enter later process by conveying belt of lower floor, and rim charge is sent and is done the secondary recycling by the upper strata conveyer belt.Automatic in the whole forming operation process of forming machine, continuous and quick thus, production efficiency has greatly raising.
The accompanying drawing explanation
Fig. 1 is this novel structural representation;
Fig. 2 is the schematic diagram of part-structure in this novel Fig. 1;
Fig. 3 is the front view of this new single chip feed mechanism;
Fig. 4 is the side view of this new single chip feed mechanism;
Fig. 5 is the front view of this Novel slippers trolley;
Fig. 6 is the top view of this Novel slippers trolley;
Fig. 7 is a structural representation of this novel rolling and cutting mechanism;
Fig. 8 is a structure cutaway view of this novel finished product separating mechanism;
Fig. 9 is the structural representation of the upper roller bearing of this novel finished product separating mechanism.
Label declaration
Frame 1 set of rails 11
Synchronous tooth row group 12 first main chain wheels 13
The second main chain wheels 14 first are from chain wheel set 15
Second from chain wheel set 16 first chain groups 17
The second chain group 18 feeding distribution mechanisms 2
Engaging tooth 213 raw material cranes 22
Walking wheels 2311 synchronizing wheels 2312
Fairlead 2322 guide posts 2323
Reducing motor 233 belts 234
On bearing support 41, cylinder 42
Mosquito-repellent incense is cut mould 421 bottom rolls 43
Double cog synchronous belt 44 finished product separating mechanisms 5
On bearing support 51, roller bearing 52
521 times roller bearings 53 of protuberance
Gap 54 double cog synchronous belts 55
Drive motors mechanism 6 transition conveyer belts 7
Rim charge conveyer belt 8 product conveying belts 9
The specific embodiment
In order further to explain the technical solution of the utility model, below by specific embodiment, the utility model is elaborated.
As Fig. 1-9 are depicted as a novel a kind of paper mosquito-repellent incense forming machine related to, with the throughput direction of mosquito-repellent incense blank for direction from front to back, forming machine mainly comprise frame 1 and on frame 1 before and after the monolithic feed mechanism (comprising feeding distribution mechanism 2 and monolithic conveying mechanism 3), rolling and cutting mechanism 4, finished product separating mechanism 5 that set gradually and corresponding drive motors mechanism 6.The monolithic feed mechanism supplies paper loading plate shape blank to rolling and cutting mechanism 4 for monolithic, 4 pairs of cardboard shape blanks of rolling and cutting mechanism carry out crush-cutting, cardboard shape blank is cut into to unsegregated finished product mosquito-repellent incense and rim charge, send into afterwards finished product separating mechanism 5 finished product mosquito-repellent incense and rim charge are carried out to lock out operation, and deliver into the subsequent treatment operation by product conveying belt 9 and rim charge conveyer belt 8 respectively.Described feeding distribution mechanism 2, monolithic conveying mechanism 3, rolling and cutting mechanism 4 and finished product separating mechanism 5 all are in transmission connection with the output shaft of drive motors mechanism 6 by synchronizing wheel, Timing Belt group (being called for short synchronous wheels), by drive motors mechanism 6, drive described each mechanism suitably to work.Being described in detail described each mechanism below by embodiment.
Referring to Fig. 3-4, described feeding distribution mechanism 2 is provided with lifting motor 21, raw material crane 22 and material drag dolly 23; Lifting motor 21 coordinates drive raw material crane 22 to make lifting action via sprocket wheel, chain, raw material crane 22 is provided with one for stacking the raw material supporting plate 223 of cardboard shape blank, described material drag dolly 23 is provided with a suction nozzle unit 232 down, material drag dolly 23 is positioned at the rear side of raw material crane 22 and can moves forward and backward, and drives thus suction nozzle unit 232 and moves forward and backward; Monolithic conveying mechanism 3 is between feeding distribution mechanism 2 and rolling and cutting mechanism 4, the front and back end of monolithic conveying mechanism 3 is respectively monolithic input 31 and monolithic output 32, during work, suction nozzle unit 232 moves and extends the top of raw material crane 22 forward, the single piece of paperboard blank of its below is held, suction nozzle unit 232 moves backward afterwards, the single piece of paperboard blank of sticking is dragged on the monolithic input 31 of monolithic conveying mechanism 3, completes thus the blank monolithic and supplies with operation.Control 22 steppings of raw material crane by lifting motor 21 simultaneously and rise, material drag dolly 23 is aforesaid operations repeatedly, realizes the continuous monolithic supply of blank.
Every group of the first main chain wheels 13, the second main chain wheels 14, first comprise two that left and right arranges from chain wheel set 15 and second from chain wheel set 16, corresponding the first chain group 17, the second chain group 18 respectively comprise two that left and right arranges, and the right structural design of this two composition is used for guaranteeing the stationarity of lifting.More smooth and easy steady in order to make in lifting, preferably, the both sides, front and back of raw material crane 22 upper ends respectively are provided with guiding wheels 221, both sides, the front and back correspondence of frame 1 upper end respectively is provided with a set of rails 11, the both sides, front and back of raw material crane 22 lower ends respectively are provided with a synchronous gear train 222, and both sides, the front and back correspondence of frame 1 lower end respectively is provided with a synchronous tooth row group 12.In like manner every group of guiding wheels 221, set of rails 11, raw material crane 22 and synchronous gear wheels 222 comprise two that left and right arranges.
One preferred embodiment of described material drag dolly 23 is as Fig. 5-6, material drag dolly 23 mainly comprises dolly body 231 and is located at the suction nozzle unit 232 on this dolly body 231, be respectively equipped with a road wheel group 2311 before and after on dolly body 231, frame 1 is provided with the trolley track (not shown) of extending along fore-and-aft direction, walking wheels 2311 slide on trolley track, drive dolly body 231 and move forward and backward.1 walking of dolly body is driven by reducing motor 233, and the shaft rod upper sleeve of a road wheel group 2311 is provided with a synchronizing wheel 2312, and the driving wheel on the output shaft of reducing motor 233 is in transmission connection with synchronizing wheel 2312 via a belt 234.The sticking of suction nozzle unit 232 faces down, and upper end is connected with by super-thin air cylinder 2321 and dolly body 231, and suction nozzle unit 232 also, by the cooperation of fairlead 2322 and guide post 2323, makes in its sticking course of action more reliable and stable.
As shown in Fig. 2, Fig. 7, described rolling and cutting mechanism 4 comprises that bearing support 41, axle are located at upper cylinder 42 and the bottom roll 43 of this bearing support 41.Above cylinder 42 and bottom roll corresponding setting Shang Xia 43, they are by the reverse winding of a double cog synchronous belt 44, to make synchronous backward, roll, described double cog synchronous belt 44 is in transmission connection via the output shaft of synchronous wheels and drive motors mechanism 6, in order to make synchronization action more accurate, the end of upper cylinder 42 and bottom roll 43 also respectively is provided with an intermeshing synchromesh gear (referring to Fig. 2).Be distributed with mosquito-repellent incense on described upper cylinder 42 and cut mould 421, this mosquito-repellent incense is cut gapless setting between the surface of the corresponding outer end die face of mould 421 and described bottom roll 43, carton blank from cylinder 42 and bottom roll 43 by the time, mosquito-repellent incense is cut mould 421 can carry out effective crush-cutting operation to carton blank.As Fig. 2, the both sides, front and back that described upper cylinder 42 and bottom roll are 43 are respectively rolling cut input and rolling cut output, and described monolithic output 32 and described rolling cut input front and back are over against setting.As shown in Figure 7, on upper cylinder 42, left and right is provided with two groups to the structure distribution that described mosquito-repellent incense is cut mould 421 abreast, and every group of mosquito-repellent incense cut mould 421 and comprised several, and is uniformly distributed around the rolling drum surface of upper cylinder 42.
As shown in Fig. 2, Fig. 8-9, described finished product separating mechanism 5 comprises that bearing support 51, axle are located at upper roller bearing 52 and the lower roller bearing 53 of this bearing support 51, above roller bearing 52 and lower roller bearing 53 are correspondingly set up and down, they are by the reverse winding of a double cog synchronous belt 55, make synchronous backward and roll, described double cog synchronous belt 55 is connected with the motor-driven of drive motors mechanism 6 via synchronous wheels.Be distributed with on described upper roller bearing 52 with described mosquito-repellent incense and cut the corresponding protuberance of mould 421 521, leave between the surface of this protuberance 521 and the surface of lower roller bearing 53 after 54，Gai gap, gap is pushed up for 521 times by protuberance for the moulding mosquito-repellent incense accommodation space is provided.As Fig. 2, the both sides, front and back that described upper roller bearing 52 and lower roller bearing are 53 are respectively roller bearing input and roller bearing output, and the rolling cut output of described rolling and cutting mechanism 4 and roller bearing input front and back are over against setting.The structure distribution that corresponding mosquito-repellent incense is cut mould 421, described protuberance 521 on described on roller bearing 52 left and right be provided with abreast two groups, every group of protuberance 521 comprises several, and is uniformly distributed around the roller bearing face of upper roller bearing 52.
As shown in Figure 2,5 of described rolling and cutting mechanism 4 and finished product separating mechanisms also are provided with transition conveyer belt 7, the rolling cut output of the input of this transition conveyer belt 7, the corresponding rolling and cutting mechanism 4 of output difference and the roller bearing input of finished product separating mechanism 5, transition conveyer belt 7 is in transmission connection via the output shaft of synchronous wheels and drive motors mechanism 6.Have again, the rear side of described finished product separating mechanism 5 has rim charge conveyer belt 8 and product conveying belt 9 on also, the corresponding setting of roller bearing output of the input of this rim charge conveyer belt 8 and finished product separating mechanism 5, rim charge conveyer belt 8 and product conveying belt 9 are in transmission connection via the output shaft of synchronous wheels and drive motors mechanism 6 respectively.
During the work of this Novel paper mosquito incense pressing machine, at first prefabricated cardboard shape blank is put into to the raw material crane 22 of separating mechanism 2, drive raw material crane 22 by lifting motor 21 and do the stepping rising, material drag dolly 23 is repeatedly done and is moved forward and backward simultaneously, by suction nozzle unit 232, the monolithic blank is dragged to monolithic output 31 and realizes monolithic output, successively via monolithic output 32, the rolling cut input enters rolling and cutting mechanism 4, clamping by upper cylinder 42 and bottom roll 43 coordinates, the monolithic blank from cylinder 42 and 43 processes of bottom roll, now going up mosquito-repellent incense on cylinder 42 cuts the monolithic blank of 421 pairs of processes of mould and cuts operation, what from the rolling cut output, send is to have divided to cut, and unsegregated minute cut blanks of finished product mosquito-repellent incense and rim charge, afterwards via transition conveyer belt 7, enter finished product separating mechanism 5 by the roller bearing input, minute cut blanks from roller bearing 52 and 53 processes of lower roller bearing, same upper roller bearing 52 and 53 cooperations of lower roller bearing are clamped rim charge, and the finished product mosquito-repellent incense of the phase contraposition of the 521 pairs of processes of protuberance on upper roller bearing 52 appropriately presses down and falls in gap 54, finished product mosquito-repellent incense and rim charge are separated from each other thus, the finished product mosquito-repellent incense can be seen off and enter later process by conveying belt of lower floor 9, and rim charge is sent and is done the secondary recycling by upper strata conveyer belt 8.
In sum, this Novel paper mosquito incense pressing machine decoration structure features simple design is reasonable, and operating automation degree is high, simple to operate, and automatically, continuously and fast, compare conventional art in whole forming operation process, the production efficiency of this novel forming machine has greatly raising.
Above-described embodiment and graphic and non-limiting product form of the present utility model and style, suitable variation or modification that any person of an ordinary skill in the technical field does it, all should be considered as not breaking away from patent category of the present utility model.
Claims (10)
1. a paper mosquito-repellent incense forming machine is characterized in that: comprise frame and on frame before and after the monolithic feed mechanism, rolling and cutting mechanism, finished product separating mechanism that set gradually and corresponding drive motors mechanism, with the throughput direction of mosquito-repellent incense blank for direction from front to back; Described monolithic feed mechanism rear end is provided with the monolithic output for the output of blank monolithic; Described rolling and cutting mechanism comprises cylinder and bottom roll, above the upper and lower correspondence of cylinder and bottom roll arranges and makes synchronous backward and roll, be distributed with mosquito-repellent incense on described upper cylinder and cut mould, this mosquito-repellent incense is cut gapless between the surface of the outer end die face of mould and described bottom roll, both sides, front and back between described upper cylinder and bottom roll are respectively rolling cut input and rolling cut output, and described monolithic output and described rolling cut input front and back are over against setting; Described finished product separating mechanism comprises roller bearing and lower roller bearing, above roller bearing and lower roller bearing are correspondingly set up and down and make synchronous backward and roll, be distributed with on described upper roller bearing with described mosquito-repellent incense and cut the corresponding protuberance of mould, leave gap between the surface of this protuberance and the surface of described lower roller bearing, both sides, front and back between described upper roller bearing and lower roller bearing are respectively roller bearing input and roller bearing output, and described rolling cut output and roller bearing input front and back are over against setting.
2. a kind of paper mosquito-repellent incense forming machine as claimed in claim 1, it is characterized in that: the feeding distribution mechanism and the monolithic conveying mechanism that before and after described monolithic feed mechanism comprises, arrange, this monolithic conveying mechanism has monolithic input and above-mentioned monolithic output, described feeding distribution mechanism is provided with the raw material crane, lifting motor and material drag dolly, this lifting motor is via sprocket wheel, chain coordinates the described raw material crane of drive to make lifting action, described material drag dolly is positioned at the rear side of described raw material crane and moves forward and backward, described material drag dolly is provided with for the former blank sticking by the raw material crane and is dragged to the suction nozzle unit on the monolithic conveying mechanism.
3. a kind of paper mosquito-repellent incense forming machine as claimed in claim 2, it is characterized in that: be provided with the first main chain wheels and the second main chain wheels before and after the upper end of described frame, be provided with first from chain wheel set and second from chain wheel set before and after the lower end of frame, the output shaft of described lifting motor and described the first main chain wheels interlink, the first chain group is walked around described the first main chain wheels and first from chain wheel set, and two free ends of the first chain group are the corresponding upper and lower side that is connected to described raw material crane respectively, the output shaft of described lifting motor interlinks via pair of meshing tooth and described the second main chain wheels, the second chain group is walked around described the second main chain wheels and second from chain wheel set, and two free ends of the second chain group are the corresponding upper and lower side that is connected to described raw material crane respectively.
4. a kind of paper mosquito-repellent incense forming machine as claimed in claim 3, it is characterized in that: the both sides, front and back of described raw material crane upper end respectively are provided with guiding wheels, both sides, the front and back correspondence of described frame upper end respectively is provided with a set of rails, the both sides, front and back of described raw material crane lower end respectively are provided with a synchronous gear train, and both sides, the front and back correspondence of described frame lower end respectively is provided with a synchronous tooth row group.
5. a kind of paper mosquito-repellent incense forming machine as claimed in claim 2, it is characterized in that: described frame is provided with the trolley track extended along fore-and-aft direction, be respectively equipped with a road wheel group before and after on described material drag dolly, on described material drag dolly, also be provided with drive described walking wheels along slide before and after described trolley track reducing motor.
6. a kind of paper mosquito-repellent incense forming machine as claimed in claim 1, it is characterized in that: between described upper cylinder and bottom roll, between upper roller bearing and lower roller bearing, be arranged with respectively a double cog synchronous belt, this double cog synchronous belt is in transmission connection via the output shaft of synchronous wheels and drive motors mechanism.
7. a kind of paper mosquito-repellent incense forming machine as claimed in claim 1, it is characterized in that: described mosquito-repellent incense cut mould on described on cylinder left and right be provided with abreast two groups, every group of mosquito-repellent incense cut mould and comprised several, and the rolling drum surface around described upper cylinder is uniformly distributed, described protuberance on described on roller bearing left and right be provided with abreast two groups, every group of protuberance comprises several, and is uniformly distributed around the roller bearing face of described upper roller bearing.
8. a kind of paper mosquito-repellent incense forming machine as claimed in claim 1, it is characterized in that: the end of described upper cylinder and bottom roll respectively is provided with an intermeshing synchromesh gear.
9. a kind of paper mosquito-repellent incense forming machine as claimed in claim 1, it is characterized in that: the rear side of described finished product separating mechanism has rim charge conveyer belt and product conveying belt on also, and this rim charge conveyer belt and product conveying belt are in transmission connection via the output shaft of synchronous wheels and drive motors mechanism respectively.
10. a kind of paper mosquito-repellent incense forming machine as claimed in claim 1, it is characterized in that: be provided with the transition conveyer belt between described rolling and cutting mechanism and finished product separating mechanism, this transition conveyer belt is in transmission connection via the output shaft of synchronous wheels and drive motors mechanism.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220546729 CN202952590U (en) | 2012-10-23 | 2012-10-23 | Paper mosquito-repellent incense molding machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220546729 CN202952590U (en) | 2012-10-23 | 2012-10-23 | Paper mosquito-repellent incense molding machine |
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| Publication Number | Publication Date |
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| CN202952590U true CN202952590U (en) | 2013-05-29 |
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| CN 201220546729 Expired - Lifetime CN202952590U (en) | 2012-10-23 | 2012-10-23 | Paper mosquito-repellent incense molding machine |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102935732A (en) * | 2012-10-23 | 2013-02-20 | 杨建川 | Paper mosquito incense forming machine |
-
2012
- 2012-10-23 CN CN 201220546729 patent/CN202952590U/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102935732A (en) * | 2012-10-23 | 2013-02-20 | 杨建川 | Paper mosquito incense forming machine |
| CN102935732B (en) * | 2012-10-23 | 2015-01-28 | 杨建川 | Paper mosquito incense forming machine |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20130529 Effective date of abandoning: 20150128 |
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| RGAV | Abandon patent right to avoid regrant |