CN107933131A - The gear wheel linkage open-and-close mechanism and cementing machine of cementing machine - Google Patents
The gear wheel linkage open-and-close mechanism and cementing machine of cementing machine Download PDFInfo
- Publication number
- CN107933131A CN107933131A CN201711366106.3A CN201711366106A CN107933131A CN 107933131 A CN107933131 A CN 107933131A CN 201711366106 A CN201711366106 A CN 201711366106A CN 107933131 A CN107933131 A CN 107933131A
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- China
- Prior art keywords
- gear wheel
- milling cutter
- bookblock
- connection board
- component
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B42—BOOKBINDING; ALBUMS; FILES; SPECIAL PRINTED MATTER
- B42C—BOOKBINDING
- B42C9/00—Applying glue or adhesive peculiar to bookbinding
- B42C9/0006—Applying glue or adhesive peculiar to bookbinding by applying adhesive to a stack of sheets
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- Crushing And Pulverization Processes (AREA)
- Nonmetal Cutting Devices (AREA)
Abstract
This application discloses gear wheel linkage open-and-close mechanism and cementing machine, gear wheel linkage open-and-close mechanism includes left connection board and right connection board, left milling cutter baffle is sequentially installed with left connection board, left side glue sliding block and left installing rack, right milling cutter baffle is sequentially installed with right connection board, right side glue sliding block and right installing rack, further include elastic reset component and folder bookblock component, elastic reset component is used to make left connection board and right connection board have the movement tendency mutually drawn close, folder bookblock component is used to strut gear wheel with a left side and the right side struts gear wheel and coordinates, it is located remotely from each other left connection board and right connection board.Two pieces of milling cutter baffles of the application, two pieces of side glue sliding blocks and two mounting brackets can be opened synchronously, form the opening being adapted with bookblock thickness, when pressing from both sides bookblock component by these three openings, the machinery that hardness will not occur is hit, effectively reduce mechanical impact noise and mechanical wear, the stability of equipment is improved, is prolonged the service life, and it is more environmentally-friendly.
Description
Technical field
The present invention relates to mucilage binding equipment, and in particular to the gear wheel linkage open-and-close mechanism and cementing machine of cementing machine.
Background technology
, can be in same glue in order to adapt to the bookblock of different size since the bookblock size and thickness of wireless mucilage binding are all changes
Mucilage binding is carried out in installation, can not to avoid the deformation of the bookblock back caused by bookblock directly hits milling cutter baffle and side rubber tire of thickness
Mucilage binding, most of cementing machine folder bookblock trolley is all to rush open milling cutter gear by bookblock or so clamping plate when walking currently on the market
Wheel carries out book back milling with side glue gear wheel and is glued with bookblock side.This open-and-close mechanism without linkage, can cause trolley bookblock
Rigid machinery can occur with gear wheel on the milling cutter gear wheel and side rubber tire on milling cutter baffle and touch for clamping plate each working cycles in left and right
Hit, produce larger mechanical impact noise and mechanical wear, bring the unstability of equipment, reduce the service life of equipment.
The content of the invention
The present invention is in view of the above-mentioned problems, overcome at least one deficiency, it is proposed that simple and stable, practical reliable gear wheel linkage
Open-and-close mechanism and cementing machine, realize the linkage folding of each gear wheel, allow folder bookblock component from initial position to end position all
Rigid mechanical collision will not occur, effectively reduce mechanicalness noise and abrasion, extend service life of equipment, more meet environmental requirement.
The technical solution that the present invention takes is as follows：
A kind of gear wheel linkage open-and-close mechanism of cementing machine, including left connection board and right connection board, left connection board and right connection
Plate can be relatively close or remote, and left milling cutter baffle, left side glue sliding block and left installation are sequentially installed with the left connection board
Frame, a left side is rotatablely equipped with left milling cutter baffle, left side glue sliding block and left installing rack and struts gear wheel, in the right connection board according to
It is secondary that right milling cutter baffle, right side glue sliding block and right installing rack be installed, in right milling cutter baffle, right side glue sliding block and right installing rack
It is rotatablely equipped with the right side and struts gear wheel；
Gear wheel linkage open-and-close mechanism further includes elastic reset component and folder bookblock component, the elastic reset component are used for
Make left connection board and right connection board that there is the movement tendency mutually drawn close, the folder bookblock component is used to strut gear wheel and the right side with a left side
Gear wheel cooperation is strutted, the elastic force of elastic reset component is overcome, is located remotely from each other left connection board and right connection board.
A left side for left milling cutter baffle struts gear wheel and the right side of right milling cutter baffle struts gear wheel first group of gear wheel of composition, and left side glue is slided
A left side for block struts gear wheel and the right side of right side glue sliding block struts gear wheel second group of gear wheel of composition, and a left side for left installing rack struts gear wheel and the right side
The right side of mounting bracket struts gear wheel and forms the 3rd group of gear wheel, described in the application " the folder bookblock component is used to strut gear wheel with a left side
Gear wheel is strutted with the right side to coordinate " refer to coordinating with wherein at least one group of gear wheel, because being sequentially installed with left milling cutter in left connection board
Baffle, left side glue sliding block and left installing rack, are sequentially installed with right milling cutter baffle, right side glue sliding block and right peace in right connection board
Shelve, as long as therefore folder bookblock component coordinate with any one group of gear wheel, so that it may so that left connection board and right connection board are located remotely from each other,
Realize that two pieces of milling cutter baffles, two pieces of side glue sliding blocks and two mounting brackets synchronously open (size of opening and bookblock thickness phase
Adaptation), after two pieces of milling cutter baffles, two pieces of side glue sliding blocks and two mounting brackets are synchronously opened, formation is adapted with bookblock thickness
Opening, when press from both sides bookblock component by these three opening when, will not occur hardness machinery hit, effectively reduce mechanical impact
Noise and mechanical wear, improve the stability of equipment, prolong the service life, and more environmentally-friendly.
As a result of left installing rack and right installing rack so that folder bookblock component movement is to can also be with left installation during end
Frame and the gear wheel of right installing rack coordinate accordingly even when hardness will not occur for the process that folder bookblock component back returns to initial position
Mechanical collision.
Optionally, the first fulcrum bearing and the second fulcrum bearing are further included, there is the first guide rail, left milling cutter gear in the first fulcrum bearing
Plate and right milling cutter baffle are slidably matched with the first guide rail；There is the second guide rail, left side glue sliding block and right side in second fulcrum bearing
Uniform second guide rail of glue sliding block is slidably matched.
The first fulcrum bearing and the second fulcrum bearing described in the application both can be two components, or same portion
Part.
By setting the first guide rail and the second guide rail left connection board and right connection board to be preferably slidably matched.
Optionally, the 3rd fulcrum bearing is further included, left installing rack and right installing rack are slidably arranged in the 3rd fulcrum bearing
On.
3rd fulcrum bearing is set, and left installing rack and right installing rack are slidably arranged in the 3rd fulcrum bearing so that Zuo Lian
Fishplate bar and right connection board can preferably be slidably matched, and total stressed effect is more preferably more stable.
Optionally, the 3rd supporting seat is guide rod.
Optionally, the elastic reset component includes resetting spring.
Resetting spring is the pressure for providing direction center, ensures folder bookblock component and each gear wheel good contact.
Optionally, second guide rail is guide rod, and the left side glue sliding block and right side glue sliding block are sleeved on second outside and lead
On rail, in the second guide rail, resetting spring is used to make two pieces of side glue sliding blocks have movement close to each other the back-moving spring overcoat
Trend.
Because side glue sliding block is fixed with corresponding connecting plate, resetting spring is used to make two pieces of side glue sliding blocks have mutually
Close movement tendency is equivalent to make left connection board and right connection board have movement tendency close to each other.
The lower end of left side glue sliding block and right side glue sliding block has convex block during practice, by the specific through hole of convex block, passes through
It is sleeved on outside convex block on the second guide rail.
Resetting spring is arranged on the second guide rail of centre, and so setting can ensure that stress is more uniformly distributed, Zuo Lian
Fishplate bar and right connection board can preferably be slidably matched.
Optionally, the folder bookblock component includes the left clamp to cooperate and right clamping plate, the left clamp are used for and a left side
Gear wheel cooperation is strutted, the right clamping plate is used to strut gear wheel cooperation with the right side.
Optionally, left clamp and the exterior bottom of right clamping plate are respectively provided with lining bar, and a left side struts gear wheel and the right side struts gear wheel difference
Coordinate with corresponding lining bar, folder bookblock component includes starting working position and terminal working position, when originating working position, before serving as a contrast bar
End is between two of left milling cutter baffle and right milling cutter baffle strut gear wheel, and in terminal working position, the rear end for serving as a contrast bar is located at
Two of left installing rack and right installing rack are strutted between gear wheel.
So set so that all without the rigid mechanical collision of generation when folder bookblock component moves back and forth.
Optionally, it is equipped with milling component below left milling cutter baffle and right milling cutter baffle.
Optionally, it is equipped with side glue spreading assembly below left side glue sliding block and right side glue sliding block.
Disclosed herein as well is a kind of cementing machine, including gear wheel described above linkage open-and-close mechanism.
The cementing machine of the application both can be wired cementing machine, or less glue binding machine.
The beneficial effects of the invention are as follows：A left side for left milling cutter baffle struts gear wheel and the right side of right milling cutter baffle struts gear wheel composition
First group of gear wheel, a left side for left side glue sliding block struts gear wheel and the right side of right side glue sliding block struts gear wheel second group of gear wheel of composition, Zuo An
The left side shelved struts gear wheel and the right side of right installing rack struts gear wheel the 3rd group of gear wheel of composition, " the folder bookblock described in the application
Component is used to strut gear wheel with a left side and the right side struts gear wheel and coordinates " refer to coordinating with wherein at least one group of gear wheel, because left connection
Left milling cutter baffle, left side glue sliding block and left installing rack are sequentially installed with plate, right milling cutter gear is sequentially installed with right connection board
Plate, right side glue sliding block and right installing rack, as long as therefore folder bookblock component coordinate with any one group of gear wheel, so that it may so that left connection
Plate and right connection board are located remotely from each other, that is, realize that two pieces of milling cutter baffles, two pieces of side glue sliding blocks and two mounting brackets are synchronously opened and (beaten
The size opened is adapted with bookblock thickness), after two pieces of milling cutter baffles, two pieces of side glue sliding blocks and two mounting brackets are synchronously opened,
The opening being adapted with bookblock thickness is formed, when pressing from both sides bookblock component by these three openings, the machinery that hardness will not occur is hit,
Mechanical impact noise and mechanical wear are effectively reduced, the stability of equipment is improved, prolongs the service life, and more ring
Protect.
Brief description of the drawings：
Fig. 1 is the schematic diagram that embodiment 1 presss from both sides bookblock component gear wheel linkage open-and-close mechanism when originating working position；
Fig. 2 is the schematic diagram that embodiment 1 presss from both sides bookblock component gear wheel linkage open-and-close mechanism in terminal working position；
Fig. 3 is the structure diagram of 2 bookblock milling backing paper of embodiment bits baffle mechanism；
Fig. 4 is the partial exploded view of 2 bookblock milling backing paper of embodiment bits baffle mechanism；
Fig. 5 is the top view of 2 bookblock milling backing paper of embodiment bits baffle mechanism；
Fig. 6 is the A-A sectional views of Fig. 5；
Fig. 7 is the schematic diagram that 2 bookblock milling backing paper of embodiment bits baffle mechanism coordinates with bookblock；
Fig. 8 is the structure diagram of 3 hollow type milling cutter mechanism of embodiment；
Fig. 9 is the top view of 3 hollow type milling cutter mechanism of embodiment；
Figure 10 is the B-B sectional views of Fig. 9；
Figure 11 is the Section View that embodiment 3 removes hollow type milling cutter mechanism after milling cutter baffle；
Figure 12 is the schematic diagram of 4 milling cutter mechanism of embodiment.
Each reference numeral is in figure：
1st, left connection board；2nd, right connection board；3rd, the first fulcrum bearing；4th, the second fulcrum bearing；5th, the 3rd fulcrum bearing；6th, bookblock is pressed from both sides
Component；7th, bookblock；8th, the first guide rail；9th, the second guide rail；10th, left milling cutter baffle；11st, left side glue sliding block；12nd, left installing rack；13、
A left side struts gear wheel；14th, right milling cutter baffle；15th, right side glue sliding block；16th, right installing rack；17th, the right side struts gear wheel；18th, resetting spring；
19th, left clamp；20th, right clamping plate；21st, bar is served as a contrast；22nd, side glue spreading assembly；23rd, first gear bits component；24th, second gear bits component；25、
Left paper scrap baffle；26th, right paper scrap baffle；27th, recess is extruded；28th, inclined plane；29th, reduction torsion spring；30th, passage；31st, facing cutter；
32nd, arm；33rd, paper scrap baffle fixed block；34th, rotation axis；35th, installing plate；36th, shield is aspirated；37th, crumb mouth；38th, cutter spindle；
39th, hollow bulb；40th, bits recess is crossed；41st, bits mouth is crossed；42nd, motor is driven；43rd, output shaft；44th, disk body；45th, the first blade；46、
Second blade；47th, hairbrush；48th, the first mounting groove；49th, cutter shaft；50th, the first fastener hole；51st, the second mounting groove；52nd, second is tight
Solid hole；53rd, milling cutter platen；54th, notch；55th, positioning column；56th, bearing block；57th, bearing.
Embodiment：
With reference to each attached drawing, the present invention is described in detail.
Embodiment 1
As illustrated in fig. 1 and 2, the gear wheel linkage open-and-close mechanism of a kind of cementing machine, including left connection board 1 and right connection board 2, it is left
Connecting plate 1 and right connection board 2 can be relatively close or remote, and left milling cutter baffle 10, left side glue are sequentially installed with left connection board 1
Sliding block 11 and left installing rack 12, are rotatablely equipped with a left side in left milling cutter baffle 10, left side glue sliding block 11 and left installing rack 12
Gear wheel 13 is strutted, right milling cutter baffle 14, right side glue sliding block 15 and right installing rack 16, right milling are sequentially installed with right connection board 2
The right side, which is rotatablely equipped with, in knife baffle 14, right side glue sliding block 15 and right installing rack 16 struts gear wheel 17；
Gear wheel linkage open-and-close mechanism further includes elastic reset component and folder bookblock component 6, and elastic reset component is used to make
Left connection board 1 and right connection board 2 have the movement tendency mutually drawn close, and folder bookblock component 6 is used to strut gear wheel 13 and the right side with a left side
Strut gear wheel 17 to coordinate, overcome the elastic force of elastic reset component, be located remotely from each other left connection board 1 and right connection board 2.
A left side for left milling cutter baffle 10 struts gear wheel 13 and the right side of right milling cutter baffle 14 struts the first group of gear wheel of composition of gear wheel 17,
A left side for left side glue sliding block 11 struts gear wheel 13 and the right side of right side glue sliding block 15 struts the second group of gear wheel of composition of gear wheel 17, left installing rack
12 left side struts gear wheel 13 and the right side of right installing rack 16 struts the 3rd group of gear wheel of composition of gear wheel 17, " the folder bookblock described in the application
Component 6 is used to strut gear wheel 13 with a left side and the right side struts gear wheel 17 and coordinates " refer to coordinating with wherein at least one group of gear wheel, because left
Left milling cutter baffle 10, left side glue sliding block 11 and left installing rack 12 are sequentially installed with connecting plate 1, is pacified successively in right connection board 2
Equipped with right milling cutter baffle 14, right side glue sliding block 15 and right installing rack 16, as long as therefore pressing from both sides bookblock component 6 with any one group of gear wheel
Coordinate, so that it may so that left connection board 1 and right connection board 2 are located remotely from each other, that is, realize two pieces of milling cutter baffles, two pieces of side glue sliding blocks and
Two mounting brackets synchronously open (size of opening is adapted with 7 thickness of bookblock), two pieces of milling cutter baffles, two pieces of side glue sliding blocks and
After two mounting brackets are synchronously opened, the opening being adapted with 7 thickness of bookblock is formed, when folder bookblock component 6 is by these three openings
When, the machinery that hardness will not occur is hit, and is effectively reduced mechanical impact noise and mechanical wear, is improved the stabilization of equipment
Property, prolong the service life, and it is more environmentally-friendly.
As a result of left installing rack 12 and right installing rack 16 so that can also be with when folder bookblock component 6 moves to end
The gear wheel of left installing rack 12 and right installing rack 16 coordinates accordingly even when folder bookblock component 6 back returns to the process of initial position also not
Rigid mechanical collision can occur.
As illustrated in fig. 1 and 2, in this present embodiment, the first fulcrum bearing 3 and the second fulcrum bearing 4, the first fulcrum bearing 3 are further included
Upper to have the first guide rail 8, left milling cutter baffle 10 and right milling cutter baffle 14 are slidably matched with the first guide rail 8；In second fulcrum bearing 4
With the second guide rail 9, left side glue sliding block 11 and 15 uniform second guide rail 9 of right side glue sliding block are slidably matched.Described in the application
One fulcrum bearing 3 and the second fulcrum bearing 4 both can be two components, or same component.By setting 8 He of the first guide rail
Second guide rail 9 enables left connection board 1 and right connection board 2 to be preferably slidably matched.
As illustrated in fig. 1 and 2, the 3rd fulcrum bearing 5 is further included, left installing rack 12 and right installing rack 16 are slidably arranged in the 3rd
In fulcrum bearing 5.3rd fulcrum bearing 5 is set, and left installing rack 12 and right installing rack 16 are slidably arranged in the 3rd fulcrum bearing 5,
Left connection board 1 and right connection board 2 are preferably slidably matched, total stressed effect is more preferably more stable.In this implementation
In example, the 3rd fulcrum bearing 5 is guide rod.
As shown in Figure 1, in this present embodiment, elastic reset component includes resetting spring 18.Resetting spring 18 is to be used to carry
Pressure for being directed toward center, ensures folder bookblock component 6 and each gear wheel good contact.
As shown in Figure 1, in this present embodiment, the second guide rail 9 is guide rod, left side glue sliding block 11 and right side glue sliding block 15 are equal
It is sleeved on outside on the second guide rail 9, the second guide rail 9 is sleeved on outside resetting spring 18, resetting spring 18 is used to have two pieces of side glue sliding blocks
Movement tendency close to each other.Because side glue sliding block is fixed with corresponding connecting plate, resetting spring 18 is used to make two pieces of sides
Glue sliding block is equivalent to make left connection board 1 and right connection board 2 with movement close to each other with movement tendency close to each other
Trend.
The lower end of left side glue sliding block 11 and right side glue sliding block 15 has convex block during practice, by the specific through hole of convex block,
By being sleeved on outside convex block on the second guide rail 9.Resetting spring 18 is arranged on the second guide rail 9 of centre, and so setting can
Ensure that stress is more uniformly distributed, left connection board 1 and right connection board 2 can preferably be slidably matched.
As shown in Figure 1, in this present embodiment, folder bookblock component 6 includes left clamp 19 and the right clamping plate 20 to cooperate, left
Clamping plate 19 coordinates for strutting gear wheel 13 with a left side, and right clamping plate 20 coordinates for strutting gear wheel 17 with the right side.
As shown in Figure 1, in this present embodiment, the exterior bottom of left clamp 19 and right clamping plate 20 is respectively provided with lining bar 21, left support
Open gear wheel 13 and the right side struts gear wheel 17 and coordinates respectively with corresponding lining bar 21, folder bookblock component 6 includes starting working position and terminal
Working position, when originating working position (see Fig. 1), the front end of lining bar 21 is located at two of left milling cutter baffle 10 and right milling cutter baffle 14
Between strutting gear wheel, in terminal working position (see Fig. 2), the rear end of lining bar 21 is located at the two of left installing rack 12 and right installing rack 16
It is a to strut between gear wheel.So set so that all without the rigid mechanical collision of generation when folder bookblock component 6 moves back and forth.
In this present embodiment, left milling cutter baffle 10 and the lower section of right milling cutter baffle 14 are equipped with milling component (being not drawn into figure).
As illustrated in fig. 1 and 2, in this present embodiment, left side glue sliding block 11 and the lower section of right side glue sliding block 15 are equipped with side gluing group
Part 22.
The specific work process of the present embodiment gear wheel linkage open-and-close mechanism, first passes through the left and right clamping plate 20 of folder bookblock component 6
Bookblock 7 is clamped, because the relation of bookblock 7, a left side for two lining bars 21 and left milling cutter baffle 10 struts gear wheel 13 and right milling cutter
The right side of baffle 14 struts gear wheel 17 and coordinates, and makes have the opening being adapted with 7 thickness of bookblock between two pieces of milling cutter baffles, because left
The presence of connecting plate 1 and right connection board 2 so that two pieces of side glue sliding blocks and two mounting brackets also open an equal amount of opening, folder
By three an equal amount of openings rigid mechanical impact will not occur for bookblock component 6, and resetting spring 18 is to be used to provide direction
The pressure at center, ensures folder bookblock component 6 and each gear wheel good contact.Bookblock component 6 is pressed from both sides to move to terminal from starting working position
After working position, lining bar 21 still struts gear wheel with two of left installing rack 12 and right installing rack 16 and coordinates, and two mounting brackets are opened
Mouth size is as starting working position, therefore folder bookblock component 6 is returned when originating working position, and rigid machinery will not occur and hit
Hit.
Embodiment 2
As shown in Fig. 3,4,5 and 6, a kind of 7 milling backing paper of the bookblock bits baffle mechanism of cementing machine, including：
First fulcrum bearing 3；
Two pieces of milling cutter baffles, are slidably mounted on the first fulcrum bearing 3, and two pieces of milling cutter baffles are respectively left milling cutter baffle 10 and the right side
Milling cutter baffle 14, during work, left milling cutter baffle 10 and right milling cutter baffle 14 is opposite opens, left milling cutter baffle 10 and right milling cutter baffle
There is the passage 30 passed through for bookblock 7 or folder bookblock component 6 between 14；
Multigroup gear bits component, (in this present embodiment, gear bits component has two groups, is respectively first gear bits component 23 and second
Gear bits component 24), every group of gear bits component includes two pieces of paper scrap baffles being rotatably installed in the first fulcrum bearing 3, with the two of group
Block paper scrap baffle is respectively left paper scrap baffle 25 and right paper scrap baffle 26, and two pieces of paper scrap baffles are arranged at the upper of milling cutter baffle
Side, two pieces of paper scrap baffles with group abut or clearance fit, and for covering passage 30, every group of gear bits component further includes reset
Torsional spring 29, reduction torsion spring 29 are used to make two pieces of paper scrap baffles have the rotation trend mutually drawn close；With two pieces of paper scrap baffles of group
In same level, difference group paper scrap baffle it is setting up and down, with group two pieces of paper scrap baffles between have with bookblock 7 or
When pressing from both sides the extruding recess 27 that bookblock component 6 coordinates, bookblock 7 or folder bookblock component 6 and extruding the cooperation of recess 27, overcome corresponding multiple
The elastic force of position torsional spring 29, makes corresponding two pieces of paper scraps baffle Unscrew；In multigroup gear bits component, the extruding positioned at upside is recessed
Near mouthfuls 27 position the position of the extruding recess 27 of near downside more posteriorly, at work, making bookblock 7 or folder bookblock group
Part 6 first coordinates with the extruding recess 27 of downside.
7 milling backing paper of bookblock bits baffle mechanism operation principle is as follows：Bookblock 7 or folder bookblock component 6 move into, and make left milling cutter
Baffle 10 and the opposite opening of right milling cutter baffle 14, because the effect of reduction torsion spring 29, each group paper scrap baffle is also in closed mode
(two pieces of paper scrap baffles i.e. with group abut or clearance fit), bookblock 7 or folder bookblock component 6 continue to move to, 7 back of bookblock
While the milling component milling in being arranged on passage 30, the 6 first extruding recess with lower side of bookblock 7 or folder bookblock component
27 coordinate (referring to Fig. 7), are gradually opened two pieces of paper scrap baffles of lower side, and due to being gradually to open, paper scrap is kept off in paper scrap
Fallen down under the action of plate, be not easy to fly out, and other paper scrap baffles positioned at upside, still in closure state, this can
Effectively prevent paper scrap to fly out, with continuing to move to for bookblock 7 or folder bookblock component 6, can open successively from down to up pair
Answer two pieces of paper scrap baffles of layer, when bookblock 7 gradually completes 7 back milling machine operation of bookblock, gear bits component paper scrap baffle because
Bookblock 7 or folder bookblock component 6 leave and lose supporting force, and paper scrap baffle resets under the action of resetting spring 18, again into
Enter closure state, as long as after that is, bookblock 7 or folder bookblock component 6 leave, each gear bits component can close, this word can effectively play
Safeguard protection effect (prevents high-speed rotating milling component because inertial rotation power causes personal injury).
7 milling backing paper of the bookblock bits baffle mechanism of the application is simple in structure, can effectively stop paper scrap, so as to reduce
The number of the cleaning equipment of operator, saves human resources.
During practice, the installation and removal of gear bits component can not influence the working performance of original mechanism.
As shown in figure 4, in this present embodiment, it is respectively provided with the two pieces of paper scrap baffles organized and matches somebody with somebody with bookblock 7 or folder bookblock component 6
The inclined plane 28 of conjunction, the inclined plane 28 of two mutual cooperations form extruding recess 27；It is V-arrangement or splayed configuration knot to extrude recess 27
Structure.Extruding recess 27 be V-arrangement or splayed configuration structure, and bookblock 7 or folder bookblock component 6, can be compared with when with the extruding cooperation of recess 27
The good corresponding paper scrap flapper of driving.
As shown in Figure 3 and 7, in this present embodiment, a left side is rotatablely equipped with left milling cutter baffle 10 and struts gear wheel 13, right milling cutter
The right side is installed on baffle 14 and struts gear wheel 17, during work, the left and right sides of bookblock 7 or folder bookblock component 6 struts gear wheel with a left side respectively
13 and the right side strut gear wheel 17 and coordinate, for making left milling cutter baffle 10 and right milling cutter baffle 14 are opposite to open.
As shown in fig. 6, in this present embodiment, a left side struts the top that gear wheel 13 is installed on left milling cutter baffle 10, and a left side struts
There is gap, each left paper scrap baffle 25 is arranged at a left side and struts gear wheel 13 and left milling cutter gear between gear wheel 13 and left milling cutter baffle 10
Between plate 10；The right side struts the top that gear wheel 17 is installed on right milling cutter baffle 14, and the right side strut gear wheel 17 and right milling cutter baffle 14 it
Between there is gap, each right paper scrap baffle 26 is arranged at the right side and struts between gear wheel 17 and right milling cutter baffle 14.Each left paper scrap baffle
25, which are arranged at a left side, struts between gear wheel 13 and left milling cutter baffle 10, this can prevent paper scrap baffle from strutting gear wheel 13 to a left side and carrying out
Interference, and ensure there is preferable milling effect, similarly each left paper scrap baffle 25 is arranged at the right side and struts gear wheel 17 and right milling cutter
Effect between baffle 14 is also similar.
As shown in Figures 3 and 4, in this present embodiment, gear bits component further includes the paper scrap baffle being fixedly connected with paper scrap baffle
Fixed block 33, paper scrap baffle fixed block 33 are rotatably assorted by rotation axis 34 and the first fulcrum bearing 3, are sleeved on and are turned outside reduction torsion spring 29
On moving axis 34.
As shown in figure 4, in this present embodiment, paper scrap baffle is L-shaped or v-shaped structure, paper scrap baffle includes two arms 32, its
In arm 32 be used to cover passage 30, another arm 32 is fixed with paper scrap baffle fixed block 33.
As shown in fig. 6, in this present embodiment, the lower section of two pieces of milling cutter baffles is used to install facing cutter 31, right milling cutter baffle
14 and right milling cutter baffle 14 is opposite when opening, facing cutter 31 exposes, for carrying out milling machine operation to 7 back of bookblock.
Embodiment 3
As shown in Fig. 8,9,10 and 11, a kind of hollow type milling cutter mechanism of cementing machine, including：
Installing plate 35；
Shield 36 is aspirated, is relatively fixed with installing plate 35, aspirates 36 upper end opening of shield, the lower part of suction shield 36 has
Crumb mouth 37；
Cutter spindle 38, is rotatably arranged in suction shield 36,38 inner hollow of cutter spindle, the side wall of cutter spindle 38 have with
What the hollow bulb 39 of cutter spindle 38 connected crosses bits recess 40；
Facing cutter 31, is fixed with the top of cutter spindle 38, and the middle part of facing cutter 31 had bits mouth 41, crossed bits mouth 41 and milling
The hollow bulb 39 of cutter shaft 38 connects；
Motor 42 is driven, for driving quill shaft to rotate.
During practice, crumb mouth 37 can be connected with extractor fan, so as to which paper scrap is inhaled out of suction shield 36
Go out, " lower part of suction shield 36 " position described in the application is either lower face or bottom side of the wall.
The operation principle of hollow type milling cutter mechanism：Motor 42 is driven to drive 31 quick rotation of cutter spindle 38 and facing cutter, book
Core 7 by when to 7 back of bookblock carry out milling, paper scrap is cut into graininess and is dropped, most of paper scrap by facing cutter 31 outside
Discharged in dropping in week into suction shield 36 and from crumb mouth 37, and the paper scrap of center section then passed sequentially through bits mouth
41st, discharged after the hollow bulb 39 of cutter spindle 38 and mistake bits recess 40 from crumb mouth 37.
The facing cutter 31 of the application and this hollow structure of cutter spindle 38 so that whole mechanism effectively prevents more than 95%
Paper scrap flies out, and can improve the Stability and dependability of the other components of equipment, reduces time of the cleaning equipment of operator
Number, saves human resources, also improves the security of equipment.
During practice, the paper scrap come out from crumb mouth 37 enters paper scrap collecting bag.Preferably, hollow bulb 39 is along cutter spindle
38 axis are setting up and down.
As shown in FIG. 10 and 11, in this present embodiment, driving motor 42 is relatively fixed with installing plate 35, and positioned at suction shield
The outside of cover 36, the output shaft 43 of driving motor 42 is stretched into suction shield 36 to be fixed with cutter spindle 38.
As shown in figure 11, in this present embodiment, facing cutter 31 includes disk body 44, crosses bits mouth 41 and is arranged on the middle part of disk body 44,
Multiple first blades 45 are provided with the circumferencial direction of disk body 44.
As shown in FIG. 10 and 11, in this present embodiment, the upper surface of disk body 44 is also equipped with the second blade 46, the second blade
46 positioned at the inner side of the first blade 45, and the top of 46 blade of the second blade is higher than the top of 45 blade of the first blade.First
For first that 7 back milling of bookblock is smooth, the second blade 46 is used on the basis of 7 back milling of bookblock is smooth to it blade 45
Slot.
As shown in FIG. 10 and 11, in this present embodiment, the upper surface of disk body 44 is also equipped with hairbrush 47.
In book by upper fluting, this can all be remained at the back of bookblock 7 for the 31 milling book back of facing cutter and the second blade 46
A small amount of paper scrap, these residual paper scraps will produce larger harmful effect to next procedure, by setting hairbrush 47 can be with
Disk body 44 rotates together, and the remaining paper scrap in 7 back of bookblock is brushed off and is dropped in suction shield 36, and is finally discharged.
As shown in FIG. 10 and 11, in this present embodiment, the upper surface of disk body 44 is provided with the first mounting groove 48, crosses bits mouth 41
Side wall there is the first fastener hole 50 for being connected with the first mounting groove 48, the cutter shaft 49 of the second blade 46 is arranged on the first mounting groove
In 48, and the cutter shaft 49 of the second blade 46 is fixed on the first mounting groove 48 by the fastener by coordinating with the first fastener hole 50
In.
As shown in FIG. 10 and 11, in this present embodiment, the upper surface of disk body 44 is provided with the second mounting groove 51, crosses bits mouth 41
Side wall there is the second fastener hole 52 for being connected with the second mounting groove 51, the lower end of hairbrush 47 is arranged in the second mounting groove 51,
And 47 lower end of hairbrush is fixed in the second mounting groove 51 by the fastener by coordinating with the second fastener hole 52.
In this present embodiment, the distance of 48 axis of the first mounting groove and 44 axis of disk body be equal to 51 axis of the second mounting groove with
The distance of 44 axis of disk body.So setting preferably can clean out paper scrap.
As shown in Fig. 8,10 and 11, in this present embodiment, further include and installing plate 35 is relatively fixed and be located at installing plate 35
The milling cutter platen 53 of top, milling cutter platen 53 have the notch 54 of perforation, and the openend of suction shield 36 is fixed on notch 54
Lower end, facing cutter 31 are located at notch 54, and left milling cutter baffle 10 and right milling cutter baffle 14 are slidably fitted with milling cutter platen 53, left
Milling cutter baffle 10 and right milling cutter baffle 14 are used to cover in notch 54；The blade of the blade of first blade 45, the second blade 46
And 47 upper end of hairbrush is pierced by notch 54.
As shown in FIG. 10 and 11, in this present embodiment, aspirating in shield 36 has more positioning columns 55, hollow type milling cutter
Structure further includes the bearing block 56 fixed with each 55 upper end of positioning column and the bearing 57 on bearing block 56, in cutter spindle 38
It is sleeved on bearing 57.
Embodiment 4
As shown in figure 12, present embodiment discloses the milling cutter mechanism of cementing machine, the technical solution of the present embodiment is embodiment 2
With the combination of embodiment 3, in this implementation, the first fulcrum bearing includes installing plate 35 and the milling cutter platen above installing plate 35
53。
Embodiment 5
Present embodiment discloses a kind of cementing machine, which includes all technical characteristic of embodiment 1,2 and 3, i.e.,
The present embodiment adds gear bits component, while further restriction (milling has been carried out to milling component on the basis of embodiment 1
Component is defined to the milling structure of embodiment 3).
The foregoing is merely the preferred embodiment of the present invention, not thereby limits the scope of patent protection of the present invention, all
It is the equivalent structure transformation made with description of the invention and accompanying drawing content, is directly or indirectly used in other relevant technologies
Field, similarly includes within the scope of the present invention.
Claims (10)
1. the gear wheel linkage open-and-close mechanism of a kind of cementing machine, it is characterised in that including left connection board and right connection board, left connection board
Can be relatively close or remote with right connection board, be sequentially installed with the left connection board left milling cutter baffle, left side glue sliding block with
And left installing rack, a left side, which is rotatablely equipped with, in left milling cutter baffle, left side glue sliding block and left installing rack struts gear wheel, the right company
Right milling cutter baffle, right side glue sliding block and right installing rack, right milling cutter baffle, right side glue sliding block and the right side are sequentially installed with fishplate bar
The right side is rotatablely equipped with mounting bracket and struts gear wheel；
Gear wheel linkage open-and-close mechanism further includes elastic reset component and folder bookblock component, and the elastic reset component is used to make a left side
Connecting plate and right connection board have the movement tendency mutually drawn close, and the folder bookblock component is used to strut gear wheel with a left side and the right side struts
Gear wheel coordinates, and overcomes the elastic force of elastic reset component, is located remotely from each other left connection board and right connection board.
2. cementing machine as claimed in claim 1 gear wheel linkage open-and-close mechanism, it is characterised in that further include the first fulcrum bearing and
Second fulcrum bearing, has the first guide rail in the first fulcrum bearing, and left milling cutter baffle and right milling cutter baffle are slided with the first guide rail matches somebody with somebody
Close；There is the second guide rail, left side glue sliding block and uniform second guide rail of right side glue sliding block are slidably matched in second fulcrum bearing.
3. the gear wheel linkage open-and-close mechanism of cementing machine as claimed in claim 2, it is characterised in that the 3rd fulcrum bearing is further included,
Left installing rack and right installing rack are slidably arranged in the 3rd fulcrum bearing.
4. the gear wheel linkage open-and-close mechanism of cementing machine as claimed in claim 3, it is characterised in that the 3rd supporting seat is
Guide rod.
5. the gear wheel linkage open-and-close mechanism of cementing machine as claimed in claim 2, it is characterised in that the elastic reset component bag
Include resetting spring.
6. the gear wheel linkage open-and-close mechanism of cementing machine as claimed in claim 5, it is characterised in that second guide rail is guiding
Bar, the left side glue sliding block and right side glue sliding block are outer to be sleeved on the second guide rail, and the back-moving spring overcoat is multiple in the second guide rail
Position spring is used to make two pieces of side glue sliding blocks have movement tendency close to each other.
7. the gear wheel linkage open-and-close mechanism of cementing machine as claimed in claim 1, it is characterised in that the folder bookblock component includes
The left clamp of mutual cooperation and right clamping plate, the left clamp are used to strut gear wheel cooperation with a left side, and the right clamping plate is used for and right support
Open gear wheel cooperation.
8. the gear wheel linkage open-and-close mechanism of cementing machine as claimed in claim 7, it is characterised in that left clamp and right clamping plate it is outer
Side bottom is respectively provided with lining bar, and a left side struts gear wheel and the right side struts gear wheel and coordinates respectively with corresponding lining bar, and folder bookblock component includes
Beginning working position and terminal working position, when originating working position, the front end for serving as a contrast bar is located at the two of left milling cutter baffle and right milling cutter baffle
It is a strut gear wheel between, in terminal working position, the rear end for serving as a contrast bar is located at left installing rack and two of right installing rack strut gear wheel
Between.
9. the gear wheel linkage open-and-close mechanism of cementing machine as claimed in claim 1, it is characterised in that left milling cutter baffle and right milling cutter
Milling component is equipped with below baffle；Side glue spreading assembly is equipped with below left side glue sliding block and right side glue sliding block.
10. a kind of cementing machine, it is characterised in that including gear wheel as claimed in any one of claims 1 to 9 wherein linkage opening-closing machine
Structure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711366106.3A CN107933131B (en) | 2017-12-18 | 2017-12-18 | Blocking wheel linkage opening and closing mechanism of cementing machine and cementing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711366106.3A CN107933131B (en) | 2017-12-18 | 2017-12-18 | Blocking wheel linkage opening and closing mechanism of cementing machine and cementing machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN107933131A true CN107933131A (en) | 2018-04-20 |
| CN107933131B CN107933131B (en) | 2023-07-18 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201711366106.3A Active CN107933131B (en) | 2017-12-18 | 2017-12-18 | Blocking wheel linkage opening and closing mechanism of cementing machine and cementing machine |
Country Status (1)
| Country | Link |
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| CN (1) | CN107933131B (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108839467A (en) * | 2018-08-17 | 2018-11-20 | 浙江大祥办公设备有限公司 | A kind of cementing machine with repetition milling and gumming mechanism |
| CN109177576A (en) * | 2018-09-28 | 2019-01-11 | 温州锐光机械有限公司 | A kind of Full-automatic glue the machine |
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| CN207670026U (en) * | 2017-12-18 | 2018-07-31 | 杭州中冠瀚明科技有限公司 | The gear wheel linkage open-and-close mechanism and cementing machine of cementing machine |
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| CN108839467A (en) * | 2018-08-17 | 2018-11-20 | 浙江大祥办公设备有限公司 | A kind of cementing machine with repetition milling and gumming mechanism |
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| CN109177576B (en) * | 2018-09-28 | 2019-08-09 | 温州锐光机械有限公司 | A kind of Full-automatic glue the machine |
Also Published As
| Publication number | Publication date |
|---|---|
| CN107933131B (en) | 2023-07-18 |
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