CN203877560U - Transmission mechanism of paper conveyor - Google Patents

Transmission mechanism of paper conveyor Download PDF

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Publication number
CN203877560U
CN203877560U CN201420296763.0U CN201420296763U CN203877560U CN 203877560 U CN203877560 U CN 203877560U CN 201420296763 U CN201420296763 U CN 201420296763U CN 203877560 U CN203877560 U CN 203877560U
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CN
China
Prior art keywords
paper
group
frame
crank
wheel body
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Expired - Lifetime
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CN201420296763.0U
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Chinese (zh)
Inventor
洪圣超
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Individual
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Individual
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Priority to CN201420296763.0U priority Critical patent/CN203877560U/en
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Publication of CN203877560U publication Critical patent/CN203877560U/en
Anticipated expiration legal-status Critical
Expired - Lifetime legal-status Critical Current

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Abstract

The utility model provides a transmission mechanism of a paper conveyor. The transmission mechanism comprises a machine frame and a linkage unit. The linkage unit comprises a linkage piece, a paper sucking set, a paper conveying set and a pressing set. A wheel disc of the linkage piece used for driving the paper sucking set, the paper conveying set and the pressing set and a cam are integrally connected to a sleeve. The sleeve is connected and fixed to a main shaft of the machine frame in a sleeved mode. According to the transmission mechanism, the components are simple, assembling and locating are fast and save labor, and locating errors will not occur easily.

Description

The transmission device of paper conveyor
Technical field
The utility model provides a kind of transmission device of paper conveyor, refers to especially a kind of simple element, assembling location fast and conveyance of sheets carry out smoothly and the transmission device of not sluggish paper conveyor.
Background technology
Printing, cutting or other operation of general paper, to utilize paper conveyor, paper is adsorbed one by one, through paper advance mechanism, be delivered to desired location and carry out other processing operation, because the paper being transferred is stacked state, paper is easily offset in absorption course of action, adds that paper sheet delivery machine part is various, and assembly and disassembly is very wasted time and energy.
TaiWan, China certificate number is counted No. M340921 " paper conveyor " and No. M340922 " briquetting machine of paper conveyor " new patent, disclosing a paper conveyor is that a suction mechanism of paper, a paper advance mechanism and a briquetting machine are installed in a frame, rely on cooperatively interacting of this suction mechanism of paper, this paper advance mechanism and this briquetting machine, the action that completes paper adsorption, blows off and carry; Yet, due to after this suction mechanism of paper, this paper advance mechanism and this briquetting machine need be connected to the center shaft in this frame, cooperatively interact after adjusting and located respectively again, assemble complicated and waste time and energy, the error of location easily occurs, cause the mistake of paper sheet delivery action, the gas of supplying with while adding this paper advance mechanism because of paper feeding is interrupted discontinuous, cannot carry out smoothly paper feeding action, and produce the phenomenon of paper sheet delivery sluggishness.
Utility model content
Main purpose of the present utility model provides a kind of transmission device of paper conveyor, its simple element, assembling location fast and conveyance of sheets carry out smoothly and not sluggish.
For reaching above-mentioned purpose, the utility model provides a kind of transmission device of paper conveyor, and this transmission device comprises:
One frame, has a main shaft; And
One linkage unit, has a moving part, and inhales paper group, a paper feeding group and a compacting group; This moving part, there is a socket and be fixed on arc recess, that a wheel disc, that the sleeve of this main shaft, one be connected in this sleeve one end is formed at this wheel disc outer peripheral face and be formed at the cam that the first eccentric slot, one on this wheel disc is connected in this sleeve other end, and second eccentric slot being formed on this cam; This inhales paper group, has one first wheel body, one second wheel body, a Transmission, one first crank, a fixed track and a sliding shoe; This first wheel body, this second wheel body and this first crank are articulated in respectively this frame, this first wheel body and this second wheel body by this Transmission in addition winding be connected, this Transmission one end is connected in this first crank, this Transmission other end connects this sliding shoe; This first crank is articulated with one in order to stick to the first roller in this wheel disc outer peripheral face; This fixed track is fixed in this frame; This sliding shoe is installed in this fixed track slidably; This paper feeding group has one second crank and one second roller; This second crank has a pivot end that is articulated in this frame, and one and the reverse free-end of this pivot end; This second roller is articulated in this second crank and correspondence is inserted this first eccentric slot; This compacting group, has a connecting rod and one the 3rd roller; This connecting rod is articulated in this frame; The 3rd roller is articulated in this connecting rod one end and correspondence is inserted this second eccentric slot.
The transmission device of described paper conveyor, wherein, this suction paper group has more one first elastic component that two ends connect respectively this sliding shoe and this frame.
The transmission device of described paper conveyor, wherein, this compacting group has more one second elastic component that two ends connect respectively this frame and this connecting rod.
The transmission device of described paper conveyor, wherein, this Transmission of this suction paper group is a chain, this first wheel body and this second wheel body of this suction paper group are respectively a gear.
The transmission device of described paper conveyor, wherein, more comprises a gas storage unit, and this gas storage unit has a block set, that is installed on this frame and inserts in this block set and the axis of affixed this main shaft, and a set of housing that covers this block set; This block set has an air storage chamber.
This wheel disc of this moving part is connected this sleeve with this cam one, this sleeve directly and this main shaft be fixed by socket, simple element not only, and assembling location fast power-saving, be difficult for position error occurs, add the gas of this air storage chamber internal reservoir, when a paper advance mechanism is done the action of paper feeding, can sustained release go out gas and supply with this paper advance mechanism and use, guarantee that paper feeding action is carried out smoothly and not sluggish.
Accompanying drawing explanation
Fig. 1 is a stereo appearance figure of the present utility model;
Fig. 2 is a stereo appearance figure of the utility model moving part;
Fig. 3 is a part of three-dimensional exploded view of the present utility model, shows the relevant position of a frame, a block set and an axis;
Fig. 4 is a part of combination stereogram of the present utility model, shows that a housing cover covers this block set;
Fig. 5 and Fig. 6 are a part of combination view of the present utility model, show that one inhales the operating state of paper group and a paper feeding group; And
Fig. 7 and Fig. 8 are a part of combination view of the present utility model, show the operating state of a compacting group.
Description of reference numerals: 10-frame; 11-main shaft; 20-linkage unit; 21-moving part; 211-sleeve; 212-wheel disc; 213-arc recess; 214-the first eccentric slot; 215-cam; 216-the second eccentric slot; 217-outer peripheral face; 22-inhales paper group; 221-the first wheel body; 222-the second wheel body; 223-Transmission; 224-the first crank; 225-fixed track; 226-sliding shoe; 227-the first elastic component; 228-the first roller; 23-paper feeding group; 231-the second crank; 232-the second roller; 233-pivot end; 234-free-end; 24-compacting group; 241-connecting rod; 242-the 3rd roller; 243-the second elastic component; 244-pole; 30-gas storage unit; 311-block set; 312-axis; 313-housing; 314-air storage chamber.
The specific embodiment
First, refer to Fig. 1, Fig. 2, Fig. 3 and Fig. 4, the transmission device of the utility model paper conveyor, this transmission device comprises a frame 10, a linkage unit 20 and a gas storage unit 30.This paper conveyor is provided with a propulsion source (figure does not draw), and inhales mechanism of paper (figure does not draw), a paper advance mechanism (figure does not draw), and a briquetting machine (figure does not draw).Rely on this collocation running of inhaling mechanism of paper, this paper advance mechanism and this briquetting machine, and can carry out the conveying of paper.
This frame 10, has a main shaft 11 being connected with this propulsion source.
This linkage unit 20, has a moving part 21, and inhales paper group 22, a paper feeding group 23 and a compacting group 24.
This moving part 21, there is a socket and be fixed on arc recess 213, that a wheel disc 212, that sleeve 211, the one of this main shaft 11 be connected in these sleeve 211 one end is formed at these wheel disc 212 outer peripheral faces 217 and be formed at the cam 215 that the first eccentric slot 214, one on this wheel disc 212 is connected in these sleeve 211 other ends, and second eccentric slot 216 being formed on this cam 215.
This inhales paper group 22, has one first wheel body 221, one second wheel body 222, a Transmission 223, one first crank 224, a fixed track 225, a sliding shoe 226 and one first elastic component 227.This first wheel body 221, this second wheel body 222 are articulated in respectively this frame 10 with this first crank 224, this first wheel body 221, this second wheel body 222 by this Transmission 223 in addition winding connect, these Transmission 223 one end are connected in this first crank 224; This first crank 224 is articulated with one in order to stick to the first roller 228 (as shown in Figure 5) in this wheel disc 212 outer peripheral faces 217; This fixed track 225 is fixed in this frame 10, and this sliding shoe 226 is installed on slidably in this fixed track 225 and with this suction mechanism of paper and is connected; These Transmission 223 other ends connect this sliding shoe 226; These the first elastic component 227 two ends connect respectively this sliding shoe 226 and this frame 10, in order to keep the degree of stability of these sliding shoe 226 upper and lower slippages.Wherein, this Transmission 223 is preferably a chain, and this first wheel body 221 is preferably respectively a gear with this second wheel body 222.
This paper feeding group 23, has one second crank 231 and one second roller 232.This second crank 231 has a pivot end 233, that is articulated in this frame 10 in order to connect this paper advance mechanism and the free-end 234 reverse with this pivot end 233; This second roller 232 is articulated in this second crank 231 and correspondence is inserted this first eccentric slot 214.
This compacting group 24, has a connecting rod 241, one the 3rd roller 242, and one second elastic component 243; This connecting rod 241 is articulated in this frame 10 by a pole 244; The 3rd roller 242 is articulated in these connecting rod 241 one end and correspondence is inserted this second eccentric slot 216; These connecting rod 241 other ends connect this briquetting machine; These the second elastic component 243 two ends connect respectively this frame 10 and this connecting rod 241, in order to keep the degree of stability of these connecting rod 241 beats.
This gas storage unit 30, has a block set 311, that is installed on this frame 10 and inserts in this block set 311 and the axis 312 of affixed this main shaft 11, and a set of this block set 311 and housing 313 in order to prevent that these block set 311 internal gas from leaking outside of covering.This block set 311 has an air storage chamber 314.
Refer to Fig. 5, Fig. 6, Fig. 7 and Fig. 8, during use, drive this propulsion source to drive this main shaft 11 this moving part 21 of interlock, make this first roller 228 roll and this arc recess 213 of process along these wheel disc 212 outer peripheral faces 217, and then guide this first crank 224 beats and move, make this this sliding shoe 226 of Transmission 223 interlocks along in this fixed track 225, lower slippage, drive this suction mechanism of paper to do to inhale the action of paper, this second roller 232 is in the interior movement of this first eccentric slot 214 simultaneously, these the second crank 231 beat motions of these the first eccentric slot 214 guidings, make this second crank 231 drive this paper advance mechanism to do the action of paper feeding, and this cam 215 synchronously rotates, the 3rd roller 242 is in the interior movement of this second eccentric slot 216, make this connecting rod 241 take this pole 244 as the motion of fulcrum beat, and then drive this briquetting machine to do the action of compacting paper.
In addition, rely on this main shaft 11 to drive this axis 312 synchronously to rotate, controlling gas enters and in this block set 311, sequentially exports this suction mechanism of paper and this paper advance mechanism to again, make this suction mechanism of paper inhale paper action, this paper advance mechanism carries out paper feeding action, relevant suction mechanism of paper utilizes gas to inhale paper and paper advance mechanism utilizes gas paper feeding, is existing technology and non-structure technology emphasis of the present utility model, therefore no longer adds explanation.The interior unnecessary gas of this block set 311 is stored in this air storage chamber 314 inside, and the inner stored gas of this air storage chamber 314, when this paper advance mechanism is done the action of paper feeding, can export this paper advance mechanism to by sustained release, guarantees carrying out smoothly of paper feeding operation.
Therefore the utility model forms via above structure, compare with prior art, really there is following creativeness:
This moving part 21 of the utility model drives this to inhale paper group 22, the important component of this paper feeding group 23 and this express paper 24, this wheel disc 212 of this moving part 21 is connected in this sleeve 211 with these cam 215 one, this sleeve 211 is also directly fixed by socket with this main shaft 11, simple element not only, and assembling location fast power-saving, be difficult for occurring position error, add the gas that this air storage chamber 314 is inner stored, when this paper advance mechanism is done the action of paper feeding, can sustained release go out gas and supply with this paper advance mechanism and use, guarantee that paper feeding action is carried out smoothly and not sluggish.
Although the utility model discloses as above with preferred embodiment, yet it is not in order to limit to the utility model, and any those who are familiar with this art, within not departing from spirit and scope of the present utility model, still can do a little change and modification.Therefore protection domain of the present utility model should be defined by accompanying claim, and contains its legal equivalents, and is not limited to previous description.

Claims (5)

1. a transmission device for paper conveyor, is characterized in that, this transmission device comprises:
One frame, has a main shaft; And
One linkage unit, has a moving part, and inhales paper group, a paper feeding group and a compacting group; This moving part, there is a socket and be fixed on arc recess, that a wheel disc, that the sleeve of this main shaft, one be connected in this sleeve one end is formed at this wheel disc outer peripheral face and be formed at the cam that the first eccentric slot, one on this wheel disc is connected in this sleeve other end, and second eccentric slot being formed on this cam; This inhales paper group, has one first wheel body, one second wheel body, a Transmission, one first crank, a fixed track and a sliding shoe; This first wheel body, this second wheel body and this first crank are articulated in respectively this frame, this first wheel body and this second wheel body by this Transmission in addition winding be connected, this Transmission one end is connected in this first crank, this Transmission other end connects this sliding shoe; This first crank is articulated with one in order to stick to the first roller in this wheel disc outer peripheral face; This fixed track is fixed in this frame; This sliding shoe is installed in this fixed track slidably; This paper feeding group has one second crank and one second roller; This second crank has a pivot end that is articulated in this frame, and one and the reverse free-end of this pivot end; This second roller is articulated in this second crank and correspondence is inserted this first eccentric slot; This compacting group, has a connecting rod and one the 3rd roller; This connecting rod is articulated in this frame; The 3rd roller is articulated in this connecting rod one end and correspondence is inserted this second eccentric slot.
2. the transmission device of paper conveyor as claimed in claim 1, is characterized in that, this suction paper group has more one first elastic component that two ends connect respectively this sliding shoe and this frame.
3. the transmission device of paper conveyor as claimed in claim 2, is characterized in that, this compacting group has more one second elastic component that two ends connect respectively this frame and this connecting rod.
4. the transmission device of paper conveyor as claimed in claim 3, is characterized in that, this Transmission of this suction paper group is a chain, and this first wheel body and this second wheel body of this suction paper group are respectively a gear.
5. the transmission device of paper conveyor as claimed in claim 4, is characterized in that, more comprises a gas storage unit, and this gas storage unit has a block set, that is installed on this frame and inserts in this block set and the axis of affixed this main shaft, and a set of housing that covers this block set; This block set has an air storage chamber.
CN201420296763.0U 2014-06-05 2014-06-05 Transmission mechanism of paper conveyor Expired - Lifetime CN203877560U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201420296763.0U CN203877560U (en) 2014-06-05 2014-06-05 Transmission mechanism of paper conveyor

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201420296763.0U CN203877560U (en) 2014-06-05 2014-06-05 Transmission mechanism of paper conveyor

Publications (1)

Publication Number Publication Date
CN203877560U true CN203877560U (en) 2014-10-15

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ID=51678087

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201420296763.0U Expired - Lifetime CN203877560U (en) 2014-06-05 2014-06-05 Transmission mechanism of paper conveyor

Country Status (1)

Country Link
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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109230659A (en) * 2018-09-18 2019-01-18 浙江瑞安华联药机科技有限公司 High stability paper injection mechanism

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109230659A (en) * 2018-09-18 2019-01-18 浙江瑞安华联药机科技有限公司 High stability paper injection mechanism
CN109230659B (en) * 2018-09-18 2024-03-26 浙江瑞安华联药机科技有限公司 High-stability paper guiding mechanism

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Granted publication date: 20141015