CN207859135U - A kind of ceramic mold automatic roll production line - Google Patents
A kind of ceramic mold automatic roll production line Download PDFInfo
- Publication number
- CN207859135U CN207859135U CN201721333613.2U CN201721333613U CN207859135U CN 207859135 U CN207859135 U CN 207859135U CN 201721333613 U CN201721333613 U CN 201721333613U CN 207859135 U CN207859135 U CN 207859135U
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- Prior art keywords
- mold
- roll
- push rod
- wheel
- driving
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Abstract
The utility model discloses a kind of ceramic mold automatic roll production lines, including assembly line, roll squeezer and aligning gear；The roll squeezer includes driving mechanism, press moulding mechanism, mold lifting mechanism and mold pushing mechanism；The aligning gear includes driving mechanism, left and right aligning gear and front and back aligning gear；The assembly line includes rack and gearbox.The utility model compared with prior art the advantages of be：The ceramic mold automatic roll machine of the utility model realizes ceramic mold automatic roll, realizes mechanical automation operation, reduces manually, avoid worker tired, improves production efficiency.Meanwhile whole production line only needs two motors, energy conservation and environmental protection.
Description
Technical field
The utility model is related to rolling equipment more particularly to a kind of ceramic mold automatic roll production lines.
Background technology
For the roll-in need of work of ceramic mold on traditional ceramic product production line by manual hand manipulation, work is strong
Degree is big, and worker is easy tired, and production efficiency is low, and the aligning gear of unmatched rear mold distance, is easy to happen mold spacing mistake
Thin or overstocked situation, meanwhile, the energy consumption of traditional production line is big, and therefore, research and development are a kind of being capable of automatic roll and small life of consuming energy
Producing line becomes those skilled in the art's urgent problem to be solved.
Utility model content
The utility model provides a kind of ceramic mold automatic roll production to solve the above-mentioned deficiency of the prior art
Line.
The above-mentioned purpose of the utility model is realized by technical solution below：A kind of ceramic mold automatic roll production
Line, including assembly line, roll squeezer and aligning gear；The roll squeezer includes the first driving mechanism, press moulding mechanism, die lifting machine
Structure and mold pushing mechanism；First driving mechanism includes that first motor, gear-box, output shaft, the first eccentric wheel and second are eccentric
Wheel, the axis connection gear-box of first motor, gear-box connect output shaft, and the first eccentric wheel and the second eccentric wheel are each attached to output
On axis；The press moulding mechanism includes roll-in mechanical arm, and roll-in mechanical arm middle part lower end is equipped with moving fulcrum, roll-in mechanical arm front
Equipped with roll-in cup, roll-in mechanical arm rear portion is equipped with the first driving bearing, and the first driving bearing is located above the first eccentric wheel, and with
First eccentric wheel is tangent；The mold lifting mechanism includes holder, lifting cross bar and longitudinal mandril, and the lifting cross bar both ends are set
There is a bearing, in the sliding rail being arranged on the inside of bearing Stent Implantation；In the middle part of the longitudinal direction mandril lower end connection lifting cross bar, longitudinal mandril
Upper end connecting mold placement plate；The holder is equipped with mold rotating seat, and mold placement plate is located in mold rotating seat, mold rotation
Mold card edge is equipped in swivel base, mold rotating seat bottom connects revoling tube, and revoling tube is sleeved on longitudinal mandril, revoling tube
Lower end connects sprocket wheel, and sprocket wheel is connect by chain with the second motor being arranged on holder；The mold pushing mechanism include upper push-rod,
V-arrangement oscillating rod, y shapes down-pressed pole, the first fixing axle and the second fixing axle, the upper push-rod front end are articulated in the middle part of lifting cross bar,
Back end activity is connected to the first fixing axle；V-arrangement oscillating rod lower end is movably connected on the second fixing axle, passes through on front side of V-arrangement oscillating rod
Adjusting yoke is connect with upper push-rod front, and V-arrangement swings rod rear end and is connected with the second driving bearing, and the second driving bearing and second is partially
Heart wheel is tangent, and the both arms of y shape down-pressed poles are separately connected on rear side of the both arms of V-arrangement oscillating rod；Y shapes push rod rear end and connect a counterweight
Block.The aligning gear includes the second driving mechanism, left and right aligning gear and front and back aligning gear；The second driving mechanism packet
Belt pulley, transmission shaft, reduction box and rotating push rod are included, the belt pulley connects the first motor of roll squeezer, belt by belt
Wheel connects transmission shaft by sprocket wheel, is driven axis connection reduction box, the input axis connection rotating push rod of reduction box, rotating push rod setting
In front and back aligning gear bottom；The left and right aligning gear includes left fixed plate and right fixed plate, left fixed plate and right fixed plate
It is equipped with limited post；The front and back aligning gear includes swing holder, and the cross section of swing holder is in " Qian " shape, bottom
Portion is equipped with push rod and drives circle body, and it is in ellipticity that push rod, which drives circle body, and push rod drives the left and right sides of circle body to be equipped with U-lag；The rotation
Turn the axle center setting of push rod in one end, the rotating push rod other end is equipped with bearing, and rotating push rod length is equal to push rod and drives circle body
Radial distance in the front-back direction；It is equipped with several unidirectional springs being equally spaced at left and right sides of the swing cradle top
Swing rod；Swing holder front end is equipped with mold pushing block.
The assembly line includes rack and gearbox, and rack is curved equipped with left bend drive sprocket, left bend driving wheel, the right side
Road drive sprocket, straight line roll shaft, umbrella roll shaft；The vertical chain wheel conveyor of center axis connection therewith, umbrella are equipped on the outside of the straight line roll shaft
Side elevation gear is equipped on the outside of shape roll shaft, the outer side frame of umbrella roll shaft is equipped with the horizontal sprocket wheel engaged with side elevation gear；Institute
It states left bend drive sprocket to engage with a wherein vertical chain wheel conveyor, vertical chain wheel conveyor engagement is connected by chain and output shaft of gear-box
It connects, meanwhile, left bend drive sprocket is connect by chain with left bend driving wheel, and left bend driving wheel passes through chain and left bend
Horizontal sprocket wheel connection；The right bend drive sprocket is arranged on reduction gearbox output shaft, and right bend drive sprocket passes through chain
It is connect with the horizontal sprocket wheel of right bend.
The operation principle of roll squeezer in the utility model：When work, gearbox output shaft drives the first eccentric wheel and second
Eccentric wheel operates simultaneously, and the first eccentric wheel and the second eccentric wheel respectively drive the first driving bearing and the second driving bearing, in turn
Drive that press moulding mechanism pushes and mold pushing mechanism jacks up respectively, due to the effect of two eccentric wheels, the pressing action of press moulding mechanism and
The jack-up action of mold pushing mechanism is synchronous to be carried out, and when mold pushing mechanism jacks up mold, press moulding mechanism pushes and carries out roll-in to mold just.
The operation principle of aligning gear in the utility model：When work, driven by first motor, final drive reduction box
Output shaft rotates, and rotating push rod is made to rotate, and the bearing of rotating push rod end drives along circle body along push rod along row in rotary course
It walks, falls into U-lag halfway, drive swing holder constantly to carry out front and back back and forth movement, and then efficiently control production line
The longitudinal separation of upper mold.Mold is after roll-in, and when swing holder moves forward, the mold pushing block of front end is by the mold after roll-in
Roll-in platform is released, is allowed to continue to walk in the production line, flows to next production process.
The utility model compared with prior art the advantages of be：The ceramic mold automatic roll machine of the utility model realizes pottery
Porcelain mold automatic roll realizes mechanical automation operation, reduces manually, avoid worker tired, improves production efficiency.Meanwhile it is whole
Production line only needs two motors, energy conservation and environmental protection.
Description of the drawings
Fig. 1 is the structural schematic diagram of roll squeezer and aligning gear in the utility model.
Fig. 2 is the structural schematic diagram of mold lifting mechanism in the utility model.
Fig. 3 is the overlooking structure diagram of aligning gear in the utility model.
Fig. 4 is the present invention looks up structural representation of aligning gear in the utility model.
Fig. 5 is the structural schematic diagram of assembly line in the utility model.
Specific implementation mode
The utility model is described in further detail with reference to embodiment.
As shown in Figures 1 to 5, a kind of ceramic mold automatic roll production line, including assembly line, roll squeezer and correction machine
Structure；The roll squeezer includes the first driving mechanism 1, press moulding mechanism 2, mold lifting mechanism 3 and mold pushing mechanism 4；Described first drives
Motivation structure 1 includes first motor 1-1, gear-box 1-2, output shaft 1-3, the first eccentric wheel 1-4 and the second eccentric wheel 1-5, and first
The axis connection gear-box 1-2 input shafts of motor 1-1, gear-box 1-2 connection output shafts 1-3, the first eccentric wheel 1-4 and the second bias
Wheel 1-5 is each attached on output shaft 1-3；The press moulding mechanism 2 includes roll-in mechanical arm 2-1, the middle parts roll-in mechanical arm 2-1 lower end
Equipped with moving fulcrum 2-2, the fronts roll-in mechanical arm 2-1 are equipped with roll-in cup 2-3, and the rear portions roll-in mechanical arm 2-1 are equipped with the first driving
Bearing 2-4, the first driving bearing 2-4 are located at the first tops eccentric wheel 1-4, and tangent with the first eccentric wheel 1-4；The mold liter
Descending mechanism 3 includes that holder 3-1, lifting cross bar 3-2 and the longitudinal direction both ends mandril 3-3, the lifting cross bar 3-2 are equipped with bearing 3-4, axis
It holds in the sliding rail 3-5 being arranged on the inside of 3-4 Stent Implantations 3-1；In the middle part of the longitudinal direction lower ends the mandril 3-3 connection lifting cross bar 3-2, indulge
To the upper ends mandril 3-3 connecting mold placement plate 3-6；The holder 3-1 is equipped with mold rotating seat 3-7, mold placement plate 3-6
In being equipped with mold card in mold rotating seat 3-7, in mold rotating seat 3-7 along 3-8, the bottoms mold rotating seat 3-7 connect rotary sleeve
On longitudinal mandril 3-3, the lower ends revoling tube 3-9 connect sprocket wheel 3-10 by pipe 3-9, rotary sleeve pipe sleeve 3-9, and sprocket wheel 3-10 passes through chain
3-11 is connect with the second motor 3-12 being arranged on holder 3-1；The mold pushing mechanism 4 includes upper push-rod 4-1, V-arrangement swing
It is horizontal that bar 4-2, y shape down-pressed pole 4-3, the first fixing axle 4-4 and the second front ends fixing axle 4-5, the upper push-rod 4-1 are articulated with lifting
In the middle part of bar 2-2, back end activity is connected to the first fixing axle 4-4；The lower ends V-arrangement oscillating rod 4-2 are movably connected on the second fixing axle 4-
It is connect with the fronts upper push-rod 4-1 by adjusting yoke 4-6 on front side of 5, V-arrangement oscillating rod 4-2, the rear ends V-arrangement oscillating rod 4-2 are connected with the
Two driving bearing 4-7, the second driving bearing 4-7 and the second eccentric wheel 1-5 is tangent, connects respectively on rear side of the both arms of V-arrangement oscillating rod 4-2
Connect the both arms of y shape down-pressed poles 4-3；The rear ends y shape down-pressed pole 4-3 connect a clump weight 4-8.
The aligning gear includes the second driving mechanism 5, left and right aligning gear 6 and front and back aligning gear 7；Described second drives
Motivation structure 5 includes that belt pulley 5-1, transmission shaft 5-2, reduction box 5-3 and rotating push rod 5-4, the belt pulley 5-1 pass through belt 5-
The first motor of 5 connection roll squeezers, belt pulley 5-1 pass through sprocket wheel 5-6 connection transmission shaft 5-2, transmission shaft 5-2 connection reduction boxes 5-
The input axis connection rotating push rod 5-4 of 3, reduction box 5-3, rotating push rod 5-4 are arranged in 7 bottom of front and back aligning gear；The left side
Right aligning gear 6 includes left fixed plate 6-1 and right fixed plate 6-2, and left fixed plate 6-1 and right fixed plate 6-2 are equipped with limited post
6-3；The front and back aligning gear 7 includes swing holder 7-1, and the cross section of swing holder 7-1 is in " Qian " shape, bottom
Circle body 7-2 is driven equipped with push rod, it is in ellipticity that push rod, which drives circle body 7-2, and push rod drives the left and right sides of circle body 7-2 to be equipped with U-lag
7-3；In one end, the rotating push rod 5-4 other ends are equipped with bearing 5-7, rotating push rod 5- for the axle center setting of the rotating push rod 5-4
4 length are equal to push rod and drive circle body 7-2 radial distances in the front-back direction；The left and right sides is equal at the top of the swing holder 7-1
The unidirectional spring swing rod 7-4 being equally spaced equipped with several；The front ends swing holder 7-1 are equipped with mold pushing block 7-5.
The assembly line includes rack 8 and gearbox 9, and rack 8 is equipped with left bend drive sprocket 10, left bend driving wheel
11, right bend drive sprocket 12, straight line roll shaft 13, umbrella roll shaft 14；13 outside of the straight line roll shaft connects equipped with central shaft therewith
The vertical chain wheel conveyor 15 connect, the outside of umbrella roll shaft 14 are equipped with side elevation gear 16,14 outer side frame 8 of umbrella roll shaft equipped with it is edge-on
The horizontal sprocket wheel 17 that face gear 16 engages；The left bend drive sprocket 10 is engaged with a wherein vertical chain wheel conveyor 15, the Verticle chained
15 engagement of wheel exports axis connection by chain and gearbox 9, meanwhile, left bend drive sprocket 10 is driven by chain and left bend
11 connection of wheel, left bend driving wheel 11 are connected by chain and the horizontal sprocket wheel 17 of left bend；The right bend drive sprocket 12
It is arranged on reduction box 5-3 output shafts, right bend drive sprocket 12 is connect by chain with the horizontal sprocket wheel 17 of right bend.
The operation principle of roll squeezer in the utility model：When work, gear-box 1-2 output shafts 1-3 drives the first eccentric wheel
1-4 and the second eccentric wheel 1-5 are operated simultaneously, and the first eccentric wheel 1-4 and the second eccentric wheel 1-5 respectively drive the first driving bearing 2-
The 4 and second driving bearing 4-7, and then drive that press moulding mechanism 2 pushes and mold pushing mechanism 4 jacks up respectively, due to two eccentric wheels
Effect, the pressing action of press moulding mechanism 2 is synchronous with the action of the jack-up of mold pushing mechanism 4 to carry out, when mold pushing mechanism 4 jacks up mold, pressure
Mold mechanism 2 pushes and carries out roll-in to mold just.
The operation principle of aligning gear in the utility model：When work, driven by first motor, it is final to drive reduction box 5-
3 output shaft rotation, makes rotating push rod 5-4 rotate, the bearing 5-7 of the ends rotating push rod 5-4 drives along push rod in rotary course
Along walking in moving-coil body 7-2, U-lag 7-3 is fallen into halfway, and swing holder 7-1 is driven constantly to carry out front and back back and forth movement,
And then efficiently control the longitudinal separation of production line upper mold.Mold is after roll-in, when swing holder 7-1 moves forward, front end
Mold pushing block 7-5 by after roll-in mold release roll-in platform, be allowed to continue to walk in the production line, flow to next production work
Sequence.
The above specific embodiments are only exemplary, is to preferably make skilled artisans appreciate that originally
Patent, be not to be construed as include to this patent range limitation；As long as appointing according to made by spirit disclosed in this patent
How with change or modification, the range that this patent includes is each fallen within.
Claims (1)
1. a kind of ceramic mold automatic roll production line, it is characterised in that：Including assembly line, roll squeezer and aligning gear；
The roll squeezer includes the first driving mechanism, press moulding mechanism, mold lifting mechanism and mold pushing mechanism；First driving machine
Structure includes first motor, gear-box, output shaft, the first eccentric wheel and the second eccentric wheel, the axis connection gear-box of first motor, tooth
Roller box connects output shaft, and the first eccentric wheel and the second eccentric wheel are each attached on output shaft；The press moulding mechanism includes roll squeezer
Tool arm, roll-in mechanical arm middle part lower end are equipped with moving fulcrum, and roll-in mechanical arm front is equipped with roll-in cup, and roll-in mechanical arm rear portion is set
There are the first driving bearing, the first driving bearing to be located above the first eccentric wheel, and tangent with the first eccentric wheel；The die lifting
Mechanism includes holder, lifting cross bar and longitudinal mandril, and the lifting cross bar both ends are equipped with bearing, are arranged on the inside of bearing Stent Implantation
Sliding rail in；In the middle part of the longitudinal direction mandril lower end connection lifting cross bar, longitudinal mandril upper end connecting mold placement plate；The holder
It is equipped with mold rotating seat, mold placement plate is located in mold rotating seat, and mold card edge, mold rotation are equipped in mold rotating seat
Seat bottom connects revoling tube, and revoling tube is sleeved on longitudinal mandril, and revoling tube lower end connects sprocket wheel, sprocket wheel by chain with
The the second motor connection being arranged on holder；The mold pushing mechanism includes upper push-rod, V-arrangement oscillating rod, y shapes down-pressed pole, first solid
Dead axle and the second fixing axle, the upper push-rod front end are articulated in the middle part of lifting cross bar, and back end activity is connected to the first fixing axle；V
Shape oscillating rod lower end is movably connected on the second fixing axle, is connect with upper push-rod front by adjusting yoke on front side of V-arrangement oscillating rod, V
Shape swings rod rear end and is connected with the second driving bearing, and the second driving bearing and the second eccentric wheel are tangent, after the both arms of V-arrangement oscillating rod
Side is separately connected the both arms of y shape down-pressed poles；Y shapes push rod rear end and connect a clump weight；The aligning gear includes the second driving
Mechanism, left and right aligning gear and front and back aligning gear；Second driving mechanism includes belt pulley, transmission shaft, reduction box and rotation
Turn push rod, the belt pulley connects the first motor of roll squeezer by belt, and belt pulley connects transmission shaft, transmission shaft by sprocket wheel
Reduction box, the input axis connection rotating push rod of reduction box are connected, rotating push rod is arranged in front and back aligning gear bottom；The left and right
Aligning gear includes left fixed plate and right fixed plate, and left fixed plate and right fixed plate are equipped with limited post；The front and back correction machine
Structure includes swing holder, and the cross section of swing holder is in " Qian " shape, and bottom is equipped with push rod and drives circle body, push rod driving
Circle body is in ellipticity, and push rod drives the left and right sides of circle body to be equipped with U-lag；The axle center setting of the rotating push rod is in one end, rotation
Turn the push rod other end and be equipped with bearing, rotating push rod length is equal to push rod and drives circle body radial distance in the front-back direction；It is described front and back
The left and right sides is equipped with several unidirectional spring swing rods being equally spaced at the top of swinging mounting；Swing holder front end is equipped with mould
Has pushing block；The assembly line includes rack and gearbox, and rack is curved equipped with left bend drive sprocket, left bend driving wheel, the right side
Road drive sprocket, straight line roll shaft, umbrella roll shaft；The vertical chain wheel conveyor of center axis connection therewith, umbrella are equipped on the outside of the straight line roll shaft
Side elevation gear is equipped on the outside of shape roll shaft, the outer side frame of umbrella roll shaft is equipped with the horizontal sprocket wheel engaged with side elevation gear；Institute
It states left bend drive sprocket to engage with a wherein vertical chain wheel conveyor, vertical chain wheel conveyor engagement is connected by chain and output shaft of gear-box
It connects, meanwhile, left bend drive sprocket is connect by chain with left bend driving wheel, and left bend driving wheel passes through chain and left bend
Horizontal sprocket wheel connection；The right bend drive sprocket is arranged on reduction gearbox output shaft, and right bend drive sprocket passes through chain
It is connect with the horizontal sprocket wheel of right bend.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721333613.2U CN207859135U (en) | 2017-10-17 | 2017-10-17 | A kind of ceramic mold automatic roll production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721333613.2U CN207859135U (en) | 2017-10-17 | 2017-10-17 | A kind of ceramic mold automatic roll production line |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207859135U true CN207859135U (en) | 2018-09-14 |
Family
ID=63475258
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721333613.2U Expired - Fee Related CN207859135U (en) | 2017-10-17 | 2017-10-17 | A kind of ceramic mold automatic roll production line |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207859135U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109168124A (en) * | 2018-10-29 | 2019-01-08 | 东莞市九思自动化科技有限公司 | A kind of sound equipment mesh enclosure assemble mechanism |
| CN116852501A (en) * | 2023-06-09 | 2023-10-10 | 泰山石膏重庆綦江有限公司 | Gypsum board production system |
-
2017
- 2017-10-17 CN CN201721333613.2U patent/CN207859135U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109168124A (en) * | 2018-10-29 | 2019-01-08 | 东莞市九思自动化科技有限公司 | A kind of sound equipment mesh enclosure assemble mechanism |
| CN109168124B (en) * | 2018-10-29 | 2021-01-05 | 东莞市九思自动化科技有限公司 | Sound mesh enclosure assembling mechanism |
| CN116852501A (en) * | 2023-06-09 | 2023-10-10 | 泰山石膏重庆綦江有限公司 | Gypsum board production system |
| CN116852501B (en) * | 2023-06-09 | 2024-03-19 | 龙牌新材料(重庆)有限公司 | Gypsum board production system |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180914 Termination date: 20211017 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |