CN103662887B - A kind of paper advance mechanism of cardboard binding machine - Google Patents
A kind of paper advance mechanism of cardboard binding machine Download PDFInfo
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- CN103662887B CN103662887B CN201310626749.2A CN201310626749A CN103662887B CN 103662887 B CN103662887 B CN 103662887B CN 201310626749 A CN201310626749 A CN 201310626749A CN 103662887 B CN103662887 B CN 103662887B
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- fork
- conveyer belt
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- binding machine
- rule
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Abstract
The present invention relates to the paper advance mechanism of a kind of cardboard binding machine, include frame, frame is provided with the conveyer belt of transmission with power source, the conveying outlet of conveyer belt is towards the main frame of cardboard binding machine, described conveyer belt is at least provided with two, it is separated from each other between described conveyer belt, up and down gear rule it are provided with at the space separated between conveyer belt, the path that this gear rule are up and down passes the transporting flat of conveyer belt, described gear rule are also associated with the transmission control device that this gear of transmission rule are up and down, this transmission control device is arranged on the lower section of tape transport plane, described conveyer belt and transmission control device match with cardboard binding machine host work, the up and down paper stopped on control conveyer belt advised by gear is moved；Keeping off the up and down of rule to be controlled by the transmission control device matched with cardboard binding machine host work, the paper after therefore letting pass continues to move to into main frame on the conveyor belt just into operation station, and more convenient, comfortable, paper feeding is more stable simultaneously.
Description
Technical field
The present invention relates to the paper advance mechanism of a kind of cardboard binding machine.
Background technology
In the prior art, the paper advance mechanism of cardboard binding machine has important function in cardboard binding machine, which determines Machine Operator to the operation complexity of machine and speed, thus affects the laminated speed of cardboard binding machine.
In conventional manual pasting machine design, its paper always leans on operator's manual control, is sent directly into the working region of pasting machine, operator not only need to control paper and place speed, also paper is sent into smoothly working area, there is the difficulty of any in the operation making manual cardboard binding machine, and affected by the proficiency of operator, therefore the generation efficiency of cardboard binding machine is affected by certain.
Summary of the invention
In view of technical problem present in background technology, technical problem solved by the invention aims to provide the paper advance mechanism that a kind of paper feeding is the most convenient, simple to operate, control to put the frequency of paper and the cardboard binding machine of speed without artificial study plot.
For solving above-mentioned technical problem, the present invention adopts the following technical scheme that:
A kind of paper advance mechanism of cardboard binding machine, include frame, it is characterized in that: described frame is provided with the conveyer belt of transmission with power source, the conveying outlet of conveyer belt is towards the main frame of cardboard binding machine, described conveyer belt is at least provided with two, it is separated from each other between described conveyer belt, up and down gear rule it are provided with at the space separated between conveyer belt, the path that this gear rule are up and down passes the transporting flat of conveyer belt, described gear rule are also associated with the transmission control device that this gear of transmission rule are up and down, this transmission control device is arranged on the lower section of tape transport plane, described conveyer belt and transmission control device match with cardboard binding machine host work.
nullDescribed transmission control device includes the first axle、Second axle and cam，Described first axle、Second axle and cam are separately positioned in frame，Described first axle is arranged with the form of rotating shaft，Described gear rule are fixedly installed on the first axle，This transmission control device also includes the first fork、Second fork and the 3rd fork，One end of described first fork is fixing with the first axle to be connected，The described first fork other end and the second fork are hinged，The scope that the gear up and down scope of rule and the first fork swing matches，When the first fork swings, the pin joint between the first fork and the second fork slides on the first fork or the second fork relatively，Described second fork and the second axle connect，Described second axle is also associated with the 3rd fork，Relative position between described second fork and the 3rd fork keeps constant，Described second fork and the 3rd fork composition fork group，This fork group is rotatable around the axle center of the second axle，This fork group is also associated with return unit，Described cam is by power source transmission，And this cam matches with cardboard binding machine host work，Described 3rd fork and described cam keep laminating under the effect of return unit.
Described first fork is provided with bar hole, and described first fork and the second fork are hinged in this bar hole.
Described transmission control device also includes the first induction apparatus and cylinder, described first induction apparatus receives paper signal on the conveyer belt of gear rule front, this first induction apparatus couples with described cylinder, the piston rod of this cylinder stretches out the reset force activity promoting fork group to overcome return unit, and the piston rod of this cylinder shrinks and separates with fork group.
Described first induction apparatus is arranged on the lower section of tape transport plane, and is positioned on front side of gear rule.
Layboy, motor, vertical screw rod, vertical guide pillar and the second induction apparatus it is additionally provided with in described frame, described layboy is arranged on the front of conveyer belt, described layboy is arranged in frame by vertical guide pillar, this layboy is connected with screw drive, described screw rod is connected with motor-driven, described second induction apparatus receives the height of sheet stacking on layboy, and this second induction apparatus couples with motor.
Described return unit is spring or extension spring.
Described first induction apparatus is photocell eye induction apparatus.
Beneficial effects of the present invention is, the up and down paper stopped on control conveyer belt advised by gear is moved；Keeping off the up and down of rule to be controlled by the transmission control device matched with cardboard binding machine host work, the paper after therefore letting pass continues to move to into main frame on the conveyor belt just into operation station, and paper feeding is more stable simultaneously；And fork in the present invention, the formed transmission control device of cam is simple and reasonable, synchronicity good, easy to maintenance, without complicated parts, paper feeding is more steady；By arranging cylinder and the first induction apparatus, when not having paper before gear rule, cylinder pushes the second fork and then makes the 3rd fork separate with cam, guarantee that gear rule are not by cam drive control when not having paper before gear rule, gear rule are only in the position blocking paper by cylinder-driven, reach when sending into paper from conveyer belt porch, to make paper be in, on gear rule, the state being blocked, then cylinder shrinks, cam and the laminating of the 3rd fork, gear rule are by cam drive, when needing paper feeding, cam makes gear rule the most movable, therefore cylinder and cam cooperate and control the up and down efficiency improving paper feeding of gear rule, make paper feeding more convenient, control well to put chart speed degree；By layboy to be connected the lifting realizing layboy with motor-driven, it is provided with again the second induction apparatus to control motor work simultaneously and reaches suitable height, to one comfortable working depth of operator.
Therefore the present invention compared with prior art has prominent substantive distinguishing features and significantly progress.
Accompanying drawing explanation
Embodiments of the present invention and the relevant details of embodiment and operation principle are described below in conjunction with the accompanying drawings.
Structural representation when Fig. 1 is a cylinder high position of the present invention.
Structural representation when Fig. 2 is cylinder low level of the present invention.
In figure: 1 is pile.
Detailed description of the invention
See accompanying drawing, the paper advance mechanism of a kind of cardboard binding machine in this detailed description of the invention, include frame, described frame is provided with the conveyer belt 6(conveyer belt of transmission with power source can use belt, belt can be wound on conveying roller 5, conveying roller is arranged in frame, then arranges motor as power source transmission conveying roller, and then makes belt action；The length of conveyer belt, speed are arranged according to practical situation), the conveying outlet of conveyer belt is towards the main frame of cardboard binding machine, and conveying exports towards main frame (not shown in main frame figure).Described conveyer belt is at least provided with two, it is separated from each other between described conveyer belt, being provided with up and down gear rule 7 at the space separated between conveyer belt, gear rule can have certain width and can stably stop paper, naturally it is also possible to arrange plural gear rule to further ensure that stability.The path that this gear rule are up and down passes the transporting flat of conveyer belt, described gear rule are also associated with the transmission control device that this gear of transmission rule are up and down, this transmission control device is arranged on the lower section of tape transport plane, described conveyer belt and transmission control device match with cardboard binding machine host work, after matching, gear is advised downward activity and is made paper pass through and be admitted in main frame to enter operation station.The up and down paper stopped on control conveyer belt advised by gear is moved；Keep off the up and down of rule to be controlled by the transmission control device that matches with cardboard binding machine host work simultaneously, reach the paper after letting pass continue to move on the conveyor belt into during main frame just into operation station.The most only needing manually paper to be placed into conveyer belt entrance, utilize tape transport to enter main frame, then coordinate the control of gear rule to reach the opportunity of the main frame that paper enters, make paper feeding more convenient, paper feeding is more steady, solves the most easy-operating defect.
Described transmission control device includes the first axle the 11, second axle 12 and cam 8, described first axle, the second axle and cam are separately positioned in frame, described first axle with the form (i.e. around its axis rotation form) of rotating shaft across arranging in frame, described gear rule are fixedly installed on the first axle, therefore up and down the drive by the rotation of the first axle keeping off rule is realized, if have multiple gear rule to be all provided on this first axle simultaneously, the most multiple gear rule keep up and down synchronicity；This transmission control device also includes the first fork 13, second fork 14 and the 3rd fork 15, one end of described first fork is fixing with the first axle to be connected, the described first fork other end and the second fork are hinged, the scope that the gear up and down scope of rule and the first fork swing matches, because the up and down of gear rule is that the rotation utilizing the first rotating shaft realizes, the rotation of the second rotating shaft is then by the swing realization of the first fork, need the most accordingly to swing the scope matched therefore to reach gear up and down range of activity then the first fork of rule, carry out in present embodiment, scope is equal angular coming back rotation or swing；When the first fork swings, the pin joint slip relatively on the first fork or the second fork between the first fork and the second fork (is provided with bar hole 24 on the first fork described in the present embodiment, described first fork and the second fork are hinged in this bar hole, realize relatively sliding), so it is able to ensure that the scope that gear rule are up and down；Described second fork and the second axle connect, described second axle is also associated with the 3rd fork, relative position between described second fork and the 3rd fork keep constant (can by fixing to the second fork and the 3rd fork connecting/be even directly a straight line piece fork of composition by the second fork and the 3rd fork, second fork and the 3rd fork can also be respectively fixedly connected with reach on the second axle relative position keep constant), described second fork and the 3rd fork composition fork group, this fork group rotatably (can use the second fork and the 3rd fork to be separately fixed on the second axle around the axle center of the second axle, again the second axle is arranged in frame with the form of rotating shaft and reaches rotating purpose；After can also using the second fork and the fixing connection of the 3rd fork, then being connected in frame by the second axle, the second axle arranges with the form of bearing pin and reaches rotating purpose)；This fork group is also associated with return unit, and (return unit described in the present embodiment can be spring or extension spring, return unit can be directly connected by the present embodiment with the second fork), because return unit is to one reset force of fork group, therefore described 3rd fork and described cam can be made to keep laminating under the effect of return unit, cam thus can be utilized to carry out rotational swing rod group, and then transmission gear rule are up and down；In order to make paper feeding more convenient, solve the most easy-operating defect, described cam is by power source transmission (can use in present embodiment and provide cam power source with main frame linked manner), and this cam matches with cardboard binding machine host work, gear rule up and down by cam drive control, reach the paper after letting pass continue to move on the conveyor belt into during main frame just into operation station.Present embodiment cam uses disc cam, and radial contour and rotating speed by cam coordinate main frame.The formed transmission control device of fork, cam is simple and reasonable, durable, synchronicity is good, easy to maintenance, without complicated parts.During work, when gear rule are in and block position, manually paper is put into the porch of conveyer belt, paper is transported to keep off at rule, and then cam drive gear rule are the most movable, clearance paper, paper is then delivered into the operation station of main frame by conveyer belt backward, and paper feeding is more steady.
Described transmission control device also includes the first induction apparatus 10 and cylinder 9, described first induction apparatus receives paper signal on the conveyer belt of gear rule front, and (described in the present embodiment, the first induction apparatus can be arranged on the lower section of tape transport plane, and it is positioned on front side of gear rule), this first induction apparatus couples with described cylinder, the piston rod of this cylinder stretches out the reset force activity promoting fork group to overcome return unit, and the piston rod of this cylinder shrinks and separates with fork group；Seeing the lower section that cylinder can be arranged in accompanying drawing the present embodiment the second fork, piston rod stretches out promotion the second fork, and return unit uses extension spring 16.Described first induction apparatus can be photocell eye induction apparatus, when there is no paper before gear rule, this induction apparatus delivers a signal to cylinder, the piston rod of this cylinder stretches out and the second fork will be promoted movable around the second axle, and then make the 3rd fork separate with cam, guaranteeing that cam does not produces transmission with fork, the first fork of transmission simultaneously swings and then makes gear rule be in the position stopping paper.When having paper before gear rule, the piston rod of this cylinder shrinks, and the second fork makes the 3rd fork and cam keep laminating under being used as replying part, and then makes the action of cam control the activity of gear rule.So, when guaranteeing without the manually time of being affectedly bashful that when operation putting into paper is transported to keep off at rule, gear rule are in blocking position；During work, manually paper is placed on conveyer belt entrance, now because not having paper, cylinder to be allowed to be in blocking position by control gear rule before gear rule, after paper is transported to the front place of gear rule, cylinder shrinks, and makes gear rule be under the control of cam, next, whether paper is cleared the duty (coordinating with main frame) mainly seeing cam now, and cam can just make gear advise downward activity clearance paper, it is also possible to be in the paper to be released such as blocking position just at making gear rule.Therefore cylinder and cam engagement control gear rule up and down and improve the efficiency of paper feeding, make paper feeding more convenient, it is not necessary to artificial study plot controls to put frequency and the speed of paper, solves the most easy-operating defect.
Layboy 2, motor 3, vertical screw rod 4, vertical guide pillar 17 and the second induction apparatus (not shown) it is additionally provided with in described frame, described layboy is arranged on the front of conveyer belt, described layboy is arranged in frame by vertical guide pillar, this layboy is connected with screw drive, described screw rod is connected with motor-driven, described second induction apparatus receives the height of sheet stacking on layboy, and this second induction apparatus couples with motor.By layboy to be connected the lifting realizing layboy with motor-driven, it is provided with again the second induction apparatus to control motor work simultaneously and reaches suitable height, to one comfortable working depth of operator.Second induction apparatus can be arranged to photocell eye induction apparatus, photocell eye induction apparatus can be arranged in frame, receive the height of sheet stacking on layboy, highly we can be configured according to the working depth that operator is comfortable, one scope can also be set, therefore, after paper is seen off by operator successively, induction apparatus receives signal makes motor-driven layboy lift.Therefore, we can place substantial amounts of paper on layboy, it is not necessary to takes a small amount of paper again and again and is placed on layboy, decreases the labor intensity of operator, increases work efficiency so that it is be more convenient, comfortable.
Claims (5)
1. the paper advance mechanism of a cardboard binding machine, include frame, it is characterized in that: described frame is provided with the conveyer belt (6) of transmission with power source, the conveying outlet of conveyer belt is towards the main frame of cardboard binding machine, described conveyer belt is at least provided with two, it is separated from each other between described conveyer belt, up and down gear rule (7) it is provided with at the space separated between conveyer belt, the path that this gear rule are up and down passes the transporting flat of conveyer belt, described gear rule are also associated with the transmission control device that this gear of transmission rule are up and down, this transmission control device is arranged on the lower section of tape transport plane, described conveyer belt and transmission control device match with cardboard binding machine host work；
nullDescribed transmission control device includes the first axle (11)、Second axle (12) and cam (8)，Described first axle、Second axle and cam are separately positioned in frame，Described first axle is arranged with the form of rotating shaft，Described gear rule are fixedly installed on the first axle，This transmission control device also includes the first fork (13)、Second fork (14) and the 3rd fork (15)，One end of described first fork is fixing with the first axle to be connected，The described first fork other end and the second fork are hinged，The scope that the gear up and down scope of rule and the first fork swing matches，When the first fork swings, the pin joint between the first fork and the second fork slides on the first fork or the second fork relatively，Described second fork and the second axle connect，Described second axle is also associated with the 3rd fork，Relative position between described second fork and the 3rd fork keeps constant，Described second fork and the 3rd fork composition fork group，This fork group is rotatable around the axle center of the second axle，This fork group is also associated with return unit，Described cam is by power source transmission，And this cam matches with cardboard binding machine host work，Described 3rd fork and described cam keep laminating under the effect of return unit；
Described first fork is provided with bar hole (24), and described first fork and the second fork are hinged in this bar hole；
Described transmission control device also includes the first induction apparatus (10) and cylinder (9), described first induction apparatus receives paper signal on the conveyer belt of gear rule front, this first induction apparatus couples with described cylinder, the piston rod of this cylinder stretches out the reset force activity promoting fork group to overcome return unit, and the piston rod of this cylinder shrinks and separates with fork group.
The paper advance mechanism of a kind of cardboard binding machine the most as claimed in claim 1, it is characterised in that: described first induction apparatus is arranged on the lower section of tape transport plane, and is positioned on front side of gear rule.
The paper advance mechanism of a kind of cardboard binding machine the most as claimed in claim 1 or 2, it is characterized in that: in described frame, be additionally provided with layboy (2), motor (3), vertical screw rod (4), vertical guide pillar (17) and the second induction apparatus, described layboy is arranged on the front of conveyer belt, described layboy is arranged in frame by vertical guide pillar, this layboy is connected with screw drive, described screw rod is connected with motor-driven, described second induction apparatus receives the height of sheet stacking on layboy, and this second induction apparatus couples with motor.
The paper advance mechanism of a kind of cardboard binding machine the most as claimed in claim 1, it is characterised in that: described return unit is spring or extension spring.
The paper advance mechanism of a kind of cardboard binding machine the most as claimed in claim 1, it is characterised in that: described first induction apparatus is photocell eye induction apparatus.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310626749.2A CN103662887B (en) | 2013-12-02 | 2013-12-02 | A kind of paper advance mechanism of cardboard binding machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310626749.2A CN103662887B (en) | 2013-12-02 | 2013-12-02 | A kind of paper advance mechanism of cardboard binding machine |
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| CN103662887A CN103662887A (en) | 2014-03-26 |
| CN103662887B true CN103662887B (en) | 2016-11-23 |
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| CN201310626749.2A Active CN103662887B (en) | 2013-12-02 | 2013-12-02 | A kind of paper advance mechanism of cardboard binding machine |
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Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103979169B (en) * | 2014-05-13 | 2016-04-06 | 瑞安市昊腾机械有限公司 | A kind of feedway of wrapping machine paper foldling mechanism |
| CN106006109A (en) * | 2016-07-08 | 2016-10-12 | 佛山市中灏科技有限公司 | Conveying device for plate |
| CN107472943B (en) * | 2017-09-08 | 2023-11-21 | 浙江大源机械有限公司 | Manual and automatic dual-purpose paper feeding mechanism for flying machine |
| CN108190567A (en) * | 2018-01-25 | 2018-06-22 | 浙江正博印刷机械有限公司 | Take paper paper feeder |
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Effective date of registration: 20160805 Address after: 325200, Zhejiang, Wenzhou Pingyang County town, Zheng building, standard factory building, Park Road, No. 4 Applicant after: Wenzhou Asahi Machinery Co., Ltd. Address before: 325200, Zhejiang County, Wenzhou province Pingyang County light industrial base furniture Park Road 23 Wansheng Road Applicant before: Wenzhou Qidi Machinery Co., Ltd. |
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