CN207128040U - A kind of small-sized workshop processing is extruded to shape device with clay sculpture mould - Google Patents

A kind of small-sized workshop processing is extruded to shape device with clay sculpture mould Download PDF

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Publication number
CN207128040U
CN207128040U CN201721091691.6U CN201721091691U CN207128040U CN 207128040 U CN207128040 U CN 207128040U CN 201721091691 U CN201721091691 U CN 201721091691U CN 207128040 U CN207128040 U CN 207128040U
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China
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fixedly connected
rectangular
plate
extruded
shape
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CN201721091691.6U
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Chinese (zh)
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陈珍倩
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Individual
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Individual
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Abstract

One kind is the utility model is related to be extruded to shape device, it is extruded to shape device with clay sculpture mould more particularly to a kind of small-sized workshop processing, including drive device, transmission component, roll-in flattening device, the device that is extruded to shape, conveying device and support frame device, the drive device includes motor, drive shaft, drive gear, rectangular block, rack-plate, T-shaped slider, sliding chute seat, depression bar, pressure head, catch bar and fixed plate;The output end of the motor connects drive shaft, and drive gear is fixedly connected with drive shaft;The lower end engagement connection rack-plate of the drive gear;The top surface of the rectangular block sets rectangular channel, and the bottom surface of rack-plate is fixedly connected with the inside of rectangular channel;T-shaped slider is fixedly connected among the bottom of the rectangular block.The utility model provides a kind of material conveying, the smooth extruding of material and small-sized workshop processing for being extruded to shape of material of integrating and is extruded to shape device with clay sculpture mould, its processing efficiency is higher, processing effect preferably, the cost of procuring equipment it is relatively low.

Description

A kind of small-sized workshop processing is extruded to shape device with clay sculpture mould
Technical field
It the utility model is related to one kind to be extruded to shape device, squeezed more particularly to a kind of small-sized workshop processing with clay sculpture mould Press shaping equipment.
Background technology
At present, generally all it is to utilize the outside made during the exterior contour in clay sculpture craftwork manufacturing process makes Outline mold suppress the blank of clay sculpture craftwork, but existing clay sculpture mould processing device volume is big, equipment cost is high, Processing efficiency is low, which results in the equipment acquisition cost of small-sized workshop processing compared with it is high, the sales volume of the product is small, and need more people behaviour Make distinct device, labor intensive is more, and cost is higher, causes small-sized workshop constantly to be gone bankrupt.
Utility model content
The purpose of this utility model is to provide a kind of small-sized workshop processing and is extruded to shape device with clay sculpture mould, can be effective Solve the problems such as clay sculpture mould processing device volume of the prior art is big, cost is high, processing efficiency is low, the utility model provides A kind of small-sized workshop processing clay sculpture mould extruding for integrating material conveying, the smooth extruding of material and material and being extruded to shape Shaping equipment, its processing efficiency is higher, processing effect is preferable, the cost of procuring equipment is relatively low, is used suitable for small-sized workshop processing The demand of clay sculpture mould.
The purpose of this utility model is achieved through the following technical solutions:
A kind of small-sized workshop processing is extruded to shape device with clay sculpture mould, including drive device, transmission component, roll-in are smooth Device, the device that is extruded to shape, conveying device and support frame device, the drive device include motor, drive shaft, sliding tooth Wheel, rectangular block, rack-plate, T-shaped slider, sliding chute seat, depression bar, pressure head, catch bar and fixed plate;The output end of the motor Drive shaft is connected, drive gear is fixedly connected with drive shaft;The lower end engagement connection rack-plate of the drive gear;The rectangle The top surface of block sets rectangular channel, and rack-plate is fixedly connected with the inside of rectangular channel;The bottom of the rectangular block is fixedly connected with T-shaped cunning Block;T-shaped chute, the lower end of the inner side sliding connection T-shaped slider of T-shaped chute are set on the sliding chute seat;The rectangular block The centre of right flank be fixedly connected with the left end of depression bar, the right-hand member of depression bar is fixedly connected with pressure head;On the trailing flank of the rectangular block It is fixedly connected with catch bar;Manhole, the medial gap mating connection catch bar of manhole are set in the fixed plate;
The transmission component includes fixed seat, door shape gangbar, disc seat, fixing axle, side plate and power transmission shaft;It is described solid The front end of reservation is fixedly connected on the rear end of catch bar;The rear side of the fixed seat sets rectangular channel, and rectangular channel inner side is fixed to be connected Spindle bar;The front end of the door shape gangbar sets rectangular slide groove, and the inner side of rectangular slide groove is slidably connected axostylus axostyle, The rear end of door shape gangbar is fixedly connected with disc seat;The centrally disposed manhole of the disc seat, the inner side of manhole Gap mating connection power transmission shaft;Annular fixing member is set among the bottom of the door shape gangbar, set on annular fixing member Put manhole, the medial gap of manhole is fixedly connected axle;The both ends of the fixing axle are respectively connected through a screw thread one Block side plate;
The roll-in flattening device includes extruding wheel, central block, rectangle side lever, wheel shaft, left fixed mount, right fixed mount and circle Shape rotating disk I;The round turntable I is fixedly connected on the left end of wheel shaft, the right-hand member of wheel shaft sequentially pass through left fixed mount, central block and Right fixed mount;All connected between the wheel shaft and left fixed mount and right fixed mount by bearing, wheel shaft is fixedly connected with central block; For the outside uniform ring of the central block around more rectangle side levers are set, the outer end of more rectangle side levers is fixedly connected on extruding wheel On medial surface;The outer end of the left surface of the round turntable I is fixedly connected with the right-hand member of power transmission shaft;
The device that is extruded to shape includes rectangular frame, diaphragm plate, fixed column and pressurizing unit;The rectangular frame it is interior Diaphragm plate is set among side, two fixed columns are fixedly connected with the side of diaphragm plate;The inner side of the rectangular frame is set simultaneously Multiple pressurizing units of row;The middle-end of the pressurizing unit passes through diaphragm plate, and the lower end of pressurizing unit passes through the bottom of rectangular frame Face;
The conveying device include preceding sprocket wheel, rear sprocket wheel, round turntable II, drive sprocket, by movable sprocket, short axle, brace, Preceding major axis, rear major axis, blanket roller, rear roller, auxiliary roller, roller shaft, left arrow rack, right arrow rack, conveyer belt and rubber card Blend stop;The round turntable II is fixedly connected on the right-hand member of short axle;The middle splaying of the short axle is connected on brace The inner side of manhole;The left end of the short axle is fixedly connected with drive sprocket;The drive sprocket connects passive chain by chain Wheel;It is described to be fixedly connected on by movable sprocket on rear major axis;The left end of major axis is fixedly connected with rear sprocket wheel after described, and rear sprocket wheel passes through chain Sprocket wheel before bar connection, the left end of major axis before preceding sprocket wheel is fixedly connected on;The right-hand member of major axis sequentially passes through a left side from left to right after described Arrow rack, rear roller and right arrow rack, are all connected between rear major axis and left arrow rack and right arrow rack by bearing, and rear roller is consolidated Surely it is connected on rear major axis;The right-hand member of the preceding major axis sequentially passes through left arrow rack, blanket roller and right arrow rack from left to right, preceding All connected between major axis and left arrow rack and right arrow rack by bearing, before blanket roller is fixedly connected on major axis;The auxiliary Roller be provided with it is multiple, it is multiple auxiliary rollers inner sides be respectively fixedly connected with a roller shaft;The both ends of the roller shaft are by dividing Other bearing is connected on the right flank of left arrow rack and on the left surface of right arrow rack, is uniformly arranged before and after multiple auxiliary rollers; By conveying band connection between the blanket roller and rear roller;The left side of the outer surface of the conveyer belt and each bonding connection in right side One rubber card blend stop;
Support frame as described above device includes door shape fixed mount, upper rectangle frame plate, supporting leg and lower rectangle frame plate;The door word Shape fixed mount is fixedly mounted on the front side on rectangle frame plate top;The corner of the upper rectangle frame plate bottom uniformly connects four branch Support leg, the bottom of four supporting legs are fixedly connected on the top of lower rectangle frame plate;
The motor, sliding chute seat and fixed plate are all fixedly connected on the top surface of door shape fixed mount;It is described to squeeze The left end of fixed column inside pressure shaping equipment is fixedly connected on the right side of door shape fixed mount;The front end of two blocks of described side plates It is fixedly connected on the trailing flank of door shape fixed mount;The front end of the brace is fixedly connected on the trailing flank of door shape fixed mount On;The lower end of the left fixed mount is fixedly connected on the top surface of rectangle frame plate;The lower end of the right fixed mount is fixedly connected Rear side on the top of right arrow rack;The left end of the left arrow rack is connected to the right-hand member of rectangle frame plate.
The left end of the left arrow rack welds one piece of rectangular blade, and an outer spiral shell is fixedly connected with front side of rectangular blade top Line lifting shaft, an axis of guide is fixedly connected with rear side of rectangular blade top;The upper end of the external screw thread lifting shaft passes through screw thread Connect spacing ring;The upper end of the axis of guide is fixedly connected with rounded stops;The axis body of the external screw thread lifting shaft is connected by screw thread The right-hand member of rectangle frame plate is connected on, spacing ring is arranged on the upper end of rectangle frame plate;The axis body gap of the axis of guide, which coordinates, to be connected The right-hand member of rectangle frame plate is connected on, rounded stops are arranged on the upper end of rectangle frame plate.
The width of the upper rectangle frame plate is the half of the width of lower rectangle frame plate, and the bottom of supporting leg is fixedly connected In the left side on the top of lower rectangle frame plate.
The lower end block of the pressure head is in the upper end of pressurizing unit.
The pressurizing unit is made up of snaphead, upper compression leg, rectangular connecting panels, spring, lower compression leg and rectangular platen;Institute Snaphead is stated by being threadably mounted on the top surface of upper compression leg, manhole of the upper compression leg gap mating connection on diaphragm plate Inner side, the bottom of upper compression leg is fixedly connected on the upper end of rectangular connecting panels;The corner of the bottom of the rectangular connecting panels passes through Bottom surface on the inside of four spring connection rectangular frames;The upper end of the lower compression leg is fixedly connected in the bottom of rectangular connecting panels Between, lower compression leg is arranged on the inner side of four springs;The lower end of the lower compression leg passes through the manhole on the bottom surface of rectangular frame, The bottom connection rectangular platen of lower compression leg.
Material delivery area, rectangle are formed between the inner side of the rubber card blend stop at the belt outer surface both ends and conveyer belt Pressing plate is arranged on the upper end of material delivery area.
Drive gear engagement is connected to the front end of rack-plate, the front end block of the drive gear rectangular channel in rectangular block Inner side front end face on when, rectangular slide groove that the stem clearance gap on rear side of fixed seat is connected on front side of door shape gangbar Upper end, the power transmission shaft on the inside of disc seat drives round turntable I to be rotated counterclockwise forwards;The drive gear engagement connects Be connected on the rear end of rack-plate, the rear end block of drive gear in rectangular block on the rear end face of the inner side of rectangular channel when, fixed seat The stem clearance gap of rear side is connected the lower end of the rectangular slide groove on front side of door shape gangbar, the power transmission shaft on the inside of disc seat Round turntable I is driven rearward to be rotated counterclockwise.
The beneficial effects of the utility model:A kind of small-sized workshop processing of the present utility model is extruded to shape dress with clay sculpture mould Put, can effectively solve clay sculpture mould processing device equipment volume of the prior art is big, equipment cost is high, processing efficiency is low etc. Problem, the utility model provide a kind of small-sized work for integrating material conveying, the smooth extruding of material and material and being extruded to shape Mill processing is extruded to shape device with clay sculpture mould, overall to be driven using an engine, has that consuming energy is smaller, processes Efficiency is higher, processing effect is preferable, the more low a variety of advantages of the cost of procuring equipment, suitable for small-sized workshop processing clay sculpture mould The demand of tool.
Brief description of the drawings
Fig. 1 is overall structure diagram one of the present utility model;
Fig. 2 is overall structure diagram two of the present utility model;
Fig. 3 is the structural representation of the drive device inside the utility model;
Fig. 4 is the structural representation of the transmission component inside the utility model;
Fig. 5 is the structural representation of the roll-in flattening device inside the utility model;
Fig. 6 is the structural representation of the device that is extruded to shape inside the utility model;
Fig. 7 is the structural representation of the conveying device inside the utility model;
Fig. 8 is the partial enlargement structural representation of the conveying device inside the utility model;
Fig. 9 is the structural representation of the support frame device inside the utility model;
Figure 10 is the structural representation of the rectangular blade inside the utility model;
Figure 11 is the cross section structure diagram of the T-shaped slider and sliding chute seat inside the utility model.
In figure:Drive device 1;Motor 1-1;Drive shaft 1-2;Drive gear 1-3;Rectangular block 1-4;Rack-plate 1-5; T-shaped slider 1-6;Sliding chute seat 1-7;Depression bar 1-8;Pressure head 1-9;Catch bar 1-10;Fixed plate 1-11;Transmission component 2;Fixed seat 2- 1;Door shape gangbar 2-2;Disc seat 2-3;Fixing axle 2-4;Side plate 2-5;Power transmission shaft 2-6;Roll-in flattening device 3;Extruding wheel 3-1;Central block 3-2;Rectangle side lever 3-3;Wheel shaft 3-4;Left fixed mount 3-5;Right fixed mount 3-6;Round turntable I3-7;Extruding is fixed Type device 4;Rectangular frame 4-1;Diaphragm plate 4-2;Fixed column 4-3;Pressurizing unit 4-4;Conveying device 5;Preceding sprocket wheel 5-1;Chain afterwards Take turns 5-2;Round turntable II5-3;Drive sprocket 5-4;By movable sprocket 5-5;Short axle 5-6;Brace 5-7;Preceding major axis 5-8;Major axis afterwards 5-9;Blanket roller 5-10;Roller 5-11 afterwards;Aid in roller 5-12;Roller shaft 5-13;Left arrow rack 5-14;Right arrow rack 5-15; Conveyer belt 5-16;Rubber card blend stop 5-17;Support frame device 6;Door shape fixed mount 6-1;Upper rectangle frame plate 6-2;Supporting leg 6- 3;Lower rectangle frame plate 6-4;Rectangular blade 7;External screw thread lifting shaft 7-1;Axis of guide 7-2;Spacing ring 7-3;Rounded stops 7-4.
Embodiment
1-11 is described in further detail to the utility model below in conjunction with the accompanying drawings.
Embodiment one:
As shown in figs. 1-11, a kind of small-sized workshop processing is extruded to shape device with clay sculpture mould, including drive device 1, is passed Dynamic component 2, roll-in flattening device 3, the device 4 that is extruded to shape, conveying device 5 and support frame device 6, the drive device 1 include Motor 1-1, drive shaft 1-2, drive gear 1-3, rectangular block 1-4, rack-plate 1-5, T-shaped slider 1-6, sliding chute seat 1-7, pressure Bar 1-8, pressure head 1-9, catch bar 1-10 and fixed plate 1-11;The output end connection drive shaft 1-2 of the motor 1-1, drives Drive gear 1-3 is fixedly connected with moving axis 1-2;The lower end engagement connection rack-plate 1-5 of the drive gear 1-3;The rectangle Block 1-4 top surface sets rectangular channel, and rack-plate 1-5 bottom surface is fixedly connected with the inside of rectangular channel;The bottom of the rectangular block 1-4 Centre be fixedly connected with T-shaped slider 1-6;T-shaped chute, the inner side sliding connection of T-shaped chute are set on the sliding chute seat 1-7 T-shaped slider 1-6 lower end;The centre of the right flank of the rectangular block 1-4 is fixedly connected with depression bar 1-8 left end, the depression bar 1-8 right side End is fixedly connected with pressure head 1-9;Catch bar 1-10 is fixedly connected with the trailing flank of the rectangular block 1-4;On the fixed plate 1-11 Manhole, the medial gap mating connection catch bar 1-10 of manhole are set;The drive device 1 when in use, drives Motor 1-1 connects power supply, and after opening motor 1-1 by controlling switch, motor 1-1 drives drive shaft 1-2 to enter first Row rotates clockwise, and drive shaft 1-2 drives drive gear 1-3 to be rotated clockwise, and drive gear 1-3 passes through rack-plate first 1-5 drives rectangular block 1-4 to move backward, and rectangular block 1-4 bottoms are moved backward by T-shaped slider 1-6 in sliding chute seat 1-7, square Shape block 1-4 is moved when rectangular block 1-4 rear end face backward, and motor 1-1, which changes, to be turned to, and motor 1-1, which drives, to be driven Dynamic motor 1-1 is rotated counterclockwise, and motor 1-1 drives drive gear 1-3 to be rotated counterclockwise, drive gear 1-3 Carry out driving rectangular block 1-4 to travel forward by rack-plate 1-5, rectangular block 1-4 bottoms can be in sliding chute seat by T-shaped slider 1-6 1-7 travels forward;When the rectangular block 1-4 is moved forward and backward, catch bar 1-10 is driven to be moved forward and backward.
The transmission component 2 includes fixed seat 2-1, door shape gangbar 2-2, disc seat 2-3, fixing axle 2-4, side plate 2- 5 and power transmission shaft 2-6;The front end of the fixed seat 2-1 is fixedly connected on catch bar 1-10 rear end;After the fixed seat 2-1 Side sets rectangular channel, and axostylus axostyle is fixedly connected with the inside of rectangular channel;The front end of the door shape gangbar 2-2 sets rectangular slide groove, The inner side sliding connection axostylus axostyle of rectangular slide groove;Door shape gangbar 2-2 rear end is fixedly connected with disc seat 2-3;It is described Disc seat 2-3 centrally disposed manhole, the medial gap mating connection power transmission shaft 2-6 of manhole;The door shape connection Annular fixing member is set among lever 2-2 bottom, manhole, the medial gap of manhole are set on annular fixing member Be fixedly connected axle 2-4;The both ends of the fixing axle 2-4 are respectively connected through a screw thread one piece of side plate 2-5;The transmission component 2 When in use, the catch bar 1-10 drives fixed seat 2-1 motions, when fixed seat 2-1 is moved backward, drive door shape gangbar 2-2 front end is moved backward to a certain extent, and door shape gangbar 2-2 rear end moves downward to a certain extent, door word Shape gangbar 2-2 drives power transmission shaft 2-6 to carry out circular motion counterclockwise by disc seat 2-3.
The roll-in flattening device 3 includes extruding wheel 3-1, central block 3-2, rectangle side lever 3-3, wheel shaft 3-4, left fixed mount 3-5, right fixed mount 3-6 and round turntable I3-7;The round turntable I3-7 is fixedly connected on wheel shaft 3-4 left end, wheel shaft 3-4 Right-hand member sequentially pass through left fixed mount 3-5, central block 3-2 and right fixed mount 3-6;The wheel shaft 3-4 and left fixed mount 3-5 and the right side All connected between fixed mount 3-6 by bearing, wheel shaft 3-4 is fixedly connected with central block 3-2;The outside of the central block 3-2 is equal Even surround sets more rectangle side lever 3-3, and more rectangle side lever 3-3 outer end is fixedly connected on extruding wheel 3-1 medial surface; The outer end of the left surface of the round turntable I3-7 is fixedly connected with power transmission shaft 2-6 right-hand member;The roll-in flattening device 3 is using When, the power transmission shaft 2-6 drives round turntable I3-7 to be rotated counterclockwise, during round turntable I3-7 is driven by wheel shaft 3-4 Heart block 3-2 is rotated counterclockwise, and central block 3-2 drives extruding wheel 3-1 to be rotated counterclockwise, and realizes extruding wheel 3-1 to thing The compressional movement of material.
The device 4 that is extruded to shape includes rectangular frame 4-1, diaphragm plate 4-2, fixed column 4-3 and pressurizing unit 4-4;Institute State the middle of rectangular frame 4-1 inner side and diaphragm plate 4-2 is set, two fixed column 4- are fixedly connected with diaphragm plate 4-2 side 3;The inner side of the rectangular frame 4-1 sets multiple pressurizing unit 4-4 side by side;The middle-end of the pressurizing unit 4-4 passes through horizontal stroke Dividing plate 4-2, pressurizing unit 4-4 lower end pass through rectangular frame 4-1 bottom surface;It is described to be extruded to shape device 4 when in use, rectangle Block 1-4 is moved forward and backward, and rectangular block 1-4 is moved forward and backward by depression bar 1-8 bands dynamic head 1-9, before and after pressure head 1-9 is carried out During motion, front and rear multiple pressurizing unit 4-4 inside the device 4 that is extruded to shape constantly are pressed, it is downward by multiple pressurizing unit 4-4 Extruding, realizes the heat treatment to material.
The conveying device 5 includes preceding sprocket wheel 5-1, rear sprocket wheel 5-2, round turntable II5-3, drive sprocket 5-4, passive chain Take turns 5-5, short axle 5-6, brace 5-7, preceding major axis 5-8, rear major axis 5-9, blanket roller 5-10, rear roller 5-11, auxiliary roller 5-12, Roller shaft 5-13, left arrow rack 5-14, right arrow rack 5-15, conveyer belt 5-16 and rubber card blend stop 5-17;The round turntable II5-3 is fixedly connected on short axle 5-6 right-hand member;The circle that the middle splaying of the short axle 5-6 is connected on brace 5-7 is led to The inner side in hole;The left end of the short axle 5-6 is fixedly connected with drive sprocket 5-4;It is passive that the drive sprocket 5-4 is connected by chain Sprocket wheel 5-5;It is described to be fixedly connected on by movable sprocket 5-5 on rear major axis 5-9;Major axis 5-9 left end is fixedly connected with rear chain after described 5-2 is taken turns, major axis 5-8 left end before sprocket wheel 5-1 before rear sprocket wheel 5-2 is connected by chain, preceding sprocket wheel 5-1 are fixedly connected on;It is described Major axis 5-9 right-hand member sequentially passes through left arrow rack 5-14, rear roller 5-11 and right arrow rack 5-15, rear major axis 5- from left to right afterwards All connected between 9 and left arrow rack 5-14 and right arrow rack 5-15 by bearing, rear roller 5-11 is fixedly connected on rear major axis 5-9 On;The right-hand member of the preceding major axis 5-8 sequentially passes through left arrow rack 5-14, blanket roller 5-10 and right arrow rack 5-15 from left to right, All connected between preceding major axis 5-8 and left arrow rack 5-14 and right arrow rack 5-15 by bearing, blanket roller 5-10 is fixedly connected on On preceding major axis 5-8;The auxiliary roller 5-12 is provided with multiple, and multiple auxiliary roller 5-12 inner sides are respectively fixedly connected with a roller Cylinder axle 5-13;The both ends of the roller shaft 5-13 are connected to by bearing respectively on left arrow rack 5-14 right flank and right bar shaped On frame 5-15 left surface, it is uniformly arranged before and after multiple auxiliary roller 5-12;Between the blanket roller 5-10 and rear roller 5-11 Connected by conveyer belt 5-16;The left side of the outer surface of the conveyer belt 5-16 and right side one rubber card blend stop of each bonding connection 5-17;When in use, power transmission shaft 2-6 drives round turntable II5-3 to be rotated counterclockwise to the conveying device 5, round turntable II5-3 drives drive sprocket 5-4 to be rotated counterclockwise, and drive sprocket 5-4 drives and rotated counterclockwise by movable sprocket 5-5, Sprocket wheel 5-2 is rotated counterclockwise after being driven by movable sprocket 5-5, and sprocket wheel 5-1 is rotated counterclockwise before rear sprocket wheel 5-2 drives, Preceding sprocket wheel 5-1 drives blanket roller 5-10 to be rotated counterclockwise, and roller 5-11 is rotated counterclockwise after rear sprocket wheel 5-2 drives, Blanket roller 5-10, rear roller 5-11 driving conveying belts 5-16 are operated, and so as to realize that conveyer belt 5-16 is fed forward material, and are conveyed During material, smooth extrusion process is carried out by the extruding wheel 3-1 of roll-in flattening device 3.
Support frame as described above device 6 includes door shape fixed mount 6-1, upper rectangle frame plate 6-2, supporting leg 6-3 and lower rectangle rack Plate 6-4;The door shape fixed mount 6-1 is fixedly mounted on the front side on rectangle frame plate 6-2 tops;The upper rectangle frame plate 6-2 The bottom that the corner of bottom uniformly connects four supporting legs 6-3, four supporting leg 6-3 is fixedly connected on lower rectangle frame plate 6-4's Top;
The bottom of the motor 1-1 is fixedly connected on the left side of the front end of door shape fixed mount 6-1 top surface;It is described Sliding chute seat 1-7 bottom is fixedly connected on the right side of the front end of door shape fixed mount 6-1 top surface;The bottom of the fixed plate 1-11 End is fixedly connected on the right side of the rear end of door shape fixed mount 6-1 top surface;Fixed column 4- inside the device 4 that is extruded to shape 3 left end is fixedly connected on door shape fixed mount 6-1 right side;The front end of two pieces of described side plate 2-5 is fixedly connected on a word On shape fixed mount 6-1 trailing flank;The front end of the brace 5-7 is fixedly connected on door shape fixed mount 6-1 trailing flank;Institute The lower end for stating left fixed mount 3-5 is fixedly connected on rectangle frame plate 6-2 top surface;The lower end of the right fixed mount 3-6 is fixed It is connected to the rear side on right arrow rack 5-15 top;The left end of the left arrow rack 5-14 is connected to the rectangle frame plate 6-2 right side End.
The left end of the left arrow rack 5-14 welds one piece of rectangular blade 7, and rectangular blade 7 is fixedly connected with one on front side of top Root external screw thread lifting shaft 7-1, an axis of guide 7-2 is fixedly connected with rear side of the top of rectangular blade 7;The external screw thread lifting shaft 7- 1 upper end is connected through a screw thread spacing ring 7-3;The upper end of the axis of guide 7-2 is fixedly connected with rounded stops 7-4;The outer spiral shell Line lifting shaft 7-1 axis body is threadedly attached in rectangle frame plate 6-2 right-hand member, and spacing ring 7-3 is arranged on rectangle frame plate 6-2 upper end;The axis body gap of the axis of guide 7-2 is connected to be set in upper rectangle frame plate 6-2 right-hand member, rounded stops 7-4 Put in upper rectangle frame plate 6-2 upper end.The rectangular blade 7 when in use, can be adjusted by external screw thread lifting shaft 7-1 and conveyed The height of device 5, so as to realize the regulation for the abundant degree for treating extrusion forming material.
The width of the upper rectangle frame plate 6-2 be lower rectangle frame plate 6-4 width half, supporting leg 6-3 bottom End is fixedly connected on the left side on lower rectangle frame plate 6-4 top.
The lower end block of the pressure head 1-9 is in pressurizing unit 4-4 upper end.
The pressurizing unit 4-4 by snaphead 4-4-1, upper compression leg 4-4-2, rectangular connecting panels 4-4-3, spring 4-4-4, Lower compression leg 4-4-5 and rectangular platen 4-4-6 are formed;The snaphead 4-4-1 is by being threadably mounted at upper compression leg 4-4-2 top On face, the inner side of manhole of the upper compression leg 4-4-2 gaps mating connection on diaphragm plate 4-2, upper compression leg 4-4-2 bottom is consolidated Surely it is connected to rectangular connecting panels 4-4-3 upper end;The corner of the bottom of the rectangular connecting panels 4-4-3 passes through four spring 4-4- Bottom surface on the inside of 4 connection rectangular frame 4-1;The upper end of the lower compression leg 4-4-5 is fixedly connected on rectangular connecting panels 4-4-3 bottom The centre at end, lower compression leg 4-4-5 are arranged on four spring 4-4-4 inner side;The lower end of the lower compression leg 4-4-5 passes through rectangle frame Manhole on frame 4-1 bottom surface, lower compression leg 4-4-5 bottom connection rectangular platen 4-4-6.The pressurizing unit 4-4 exists In use, when pressure head 1-9 is pressed on snaphead 4-4-1, compression leg 4-4-2 is pushed in snaphead 4-4-1 drives, upper compression leg 4- 4-2 drives lower compression leg 4-4-5 to push, and lower compression leg 4-4-5 drives rectangular platen 4-4-6 to push, and rectangular platen 4-4-6 lower end can To connect installation mold, it is easy to extrusion forming;After pressure head 1-9 departs from pressure head 1-9, the four of rectangular connecting panels 4-4-3 bottom Root spring 4-4-4 rebounds rectangular connecting panels 4-4-3 upwards so that pressurizing unit 4-4 reinstatement states, constantly repeats extruding fortune It is dynamic.
Construct between the rubber card blend stop 5-17 at conveyer belt 5-16 outer surfaces both ends inner side and conveyer belt 5-16 Expect delivery area, rectangular platen 4-4-6 is arranged on the upper end of material delivery area.
The drive gear 1-3 engagements are connected to rack-plate 1-5 front end, and drive gear 1-3 front end block is in rectangle When in block 1-4 on the front end face of the inner side of rectangular channel, the stem clearance gap on rear side of fixed seat 2-1 is connected in door shape gangbar The upper end of rectangular slide groove on front side of 2-2, the power transmission shaft 2-6 on the inside of disc seat 2-3 drive round turntable I3-7 to carry out forwards Rotate counterclockwise;The drive gear 1-3 engagements are connected to rack-plate 1-5 rear end, and drive gear 1-3 rear end block is in square When in shape block 1-4 on the rear end face of the inner side of rectangular channel, the stem clearance gap on rear side of fixed seat 2-1 is connected to link in door shape The lower end of rectangular slide groove on front side of bar 2-2, the power transmission shaft 2-6 on the inside of disc seat 2-3 drive round turntable I3-7 rearward to enter Row rotates counterclockwise, so as to realize that round turntable I3-7 drives roll-in flattening device 3 and conveying device 5 to be rotated counterclockwise, Realize the motion that roll-in is smooth and conveys.
Bearing employed in the utility model is all NMB NSK miniature bearings L-1060ZZ.
A kind of small-sized workshop processing of the present utility model is extruded to shape device with clay sculpture mould, and its operation principle is:Make Used time, the motor 1-1 inside drive device 1 is connected into power supply first, after opening motor 1-1 by controlling switch, Motor 1-1 drives drive shaft 1-2 to be rotated clockwise first, and it is clockwise that drive shaft 1-2 drives drive gear 1-3 to carry out Rotate, drive gear 1-3 drives rectangular block 1-4 to move backward by rack-plate 1-5 first, and rectangular block 1-4 is slided bottom by T-shaped Block 1-6 is moved backward in sliding chute seat 1-7, and rectangular block 1-4 is moved when rectangular block 1-4 rear end face backward, motor 1-1, which changes, to be turned to, and motor 1-1 drives motor 1-1 to be rotated counterclockwise, and motor 1-1 drives drive gear 1-3 is rotated counterclockwise, and drive gear 1-3 carries out driving rectangular block 1-4 to travel forward by rack-plate 1-5, rectangular block 1-4 Bottom can be travelled forward by T-shaped slider 1-6 in sliding chute seat 1-7;When the rectangular block 1-4 is moved forward and backward, drive and promote Bar 1-10 is moved forward and backward, and the catch bar 1-10 is moved backward, drives fixed seat 2-1 to move backward, fixed seat 2-1 is backward During motion, door shape gangbar 2-2 front end is driven to move backward to a certain extent, door shape gangbar 2-2 rear end exists Move downward to a certain extent, door shape gangbar 2-2 drives power transmission shaft 2-6 to carry out circumference counterclockwise by disc seat 2-3 Motion;The power transmission shaft 2-6 drives round turntable I3-7 to be rotated counterclockwise, and round turntable I3-7 is driven by wheel shaft 3-4 Central block 3-2 is rotated counterclockwise, and central block 3-2 drives extruding wheel 3-1 to be rotated counterclockwise, and realizes 3-1 pairs of extruding wheel The compressional movement of material;The power transmission shaft 2-6 drives round turntable II5-3 to be rotated counterclockwise, and round turntable II5-3 drives Drive sprocket 5-4 is rotated counterclockwise, and drive sprocket 5-4 drives and rotated counterclockwise by movable sprocket 5-5, by movable sprocket 5- Sprocket wheel 5-2 is rotated counterclockwise after 5 drives, and sprocket wheel 5-1 is rotated counterclockwise before rear sprocket wheel 5-2 drives, preceding sprocket wheel 5-1 bands Dynamic blanket roller 5-10 is rotated counterclockwise, and roller 5-11 is rotated counterclockwise after rear sprocket wheel 5-2 drives, blanket roller 5-10, Roller 5-11 driving conveying belts 5-16 is operated afterwards, so as to realize that conveyer belt 5-16 is fed forward material, then by the material of needs It is seated on material web, when conveying material, smooth extrusion process is carried out by the extruding wheel 3-1 of roll-in flattening device 3;The rectangle When block 1-4 is moved forward and backward, moved forward and backward by depression bar 1-8 bands dynamic head 1-9, when pressure head 1-9 is moved forward and backward, Front and rear multiple pressurizing unit 4-4 inside the device 4 that is extruded to shape constantly are pressed, are pressed down against by multiple pressurizing unit 4-4, it is real Now to the heat treatment of material;The pressurizing unit 4-4 when in use, when pressure head 1-9 is pressed on snaphead 4-4-1, hemisphere Compression leg 4-4-2 is pushed in forming head 4-4-1 drives, and upper compression leg 4-4-2 drives lower compression leg 4-4-5 to push, and lower compression leg 4-4-5 drives square Shape pressing plate 4-4-6 is pushed, and rectangular platen 4-4-6 lower end can connect installation mold, be easy to extrusion forming;When pressure head 1-9 takes off After tripping head 1-9, four spring 4-4-4 of rectangular connecting panels 4-4-3 bottom rebound rectangular connecting panels 4-4-3 upwards, make Obtain pressurizing unit 4-4 reinstatement states, constantly repeatedly compressional movement.
Certainly, described above is not limitation of the utility model, and the utility model is also not limited to the example above, this skill The variations, modifications, additions or substitutions that the those of ordinary skill in art field is made in essential scope of the present utility model, also belong to In the scope of protection of the utility model.

Claims (7)

1. a kind of small-sized workshop processing is extruded to shape device, including drive device (1), transmission component (2), roll-in with clay sculpture mould Flattening device (3), the device that is extruded to shape (4), conveying device (5) and support frame device (6), it is characterised in that:The driving dress Putting (1) includes motor (1-1), drive shaft (1-2), drive gear (1-3), rectangular block (1-4), rack-plate (1-5), T-shaped Sliding block (1-6), sliding chute seat (1-7), depression bar (1-8), pressure head (1-9), catch bar (1-10) and fixed plate (1-11);The driving The output end of motor (1-1) connects drive shaft (1-2), and drive gear (1-3) is fixedly connected with drive shaft (1-2);The driving The lower end engagement connection rack-plate (1-5) of gear (1-3);The top surface of the rectangular block (1-4) sets rectangular channel, rectangular channel it is interior Side is fixedly connected with rack-plate (1-5);The bottom of the rectangular block (1-4) is fixedly connected with T-shaped slider (1-6);Sliding chute seat (the 1- 7) T-shaped chute, the lower end of the inner side sliding connection T-shaped slider (1-6) of T-shaped chute are set on;The rectangular block (1-4) The centre of right flank is fixedly connected with depression bar (1-8) left end, and the right-hand member of depression bar (1-8) is fixedly connected with pressure head (1-9);The rectangle Catch bar (1-10) is fixedly connected with the trailing flank of block (1-4);Manhole, manhole are set on the fixed plate (1-11) Medial gap mating connection catch bar (1-10);
The transmission component (2) include fixed seat (2-1), door shape gangbar (2-2), disc seat (2-3), fixing axle (2-4), Side plate (2-5) and power transmission shaft (2-6);The front end of the fixed seat (2-1) is fixedly connected on catch bar (1-10) rear end;It is described The rear side of fixed seat (2-1) sets rectangular channel, and axostylus axostyle is fixedly connected with the inside of rectangular channel;Before the door shape gangbar (2-2) End sets rectangular slide groove, the inner side sliding connection axostylus axostyle of rectangular slide groove;The rear end of door shape gangbar (2-2) is fixed Clutch disk seat (2-3);The centrally disposed manhole of the disc seat (2-3), the medial gap of manhole are connected Power transmission shaft (2-6);Annular fixing member is set among the bottom of the door shape gangbar (2-2), set on annular fixing member Manhole, the medial gap of manhole are fixedly connected axle (2-4);The both ends of the fixing axle (2-4) respectively pass through spiral shell Line connects one piece of side plate (2-5);
The roll-in flattening device (3) includes extruding wheel (3-1), central block (3-2), rectangle side lever (3-3), wheel shaft (3-4), a left side Fixed mount (3-5), right fixed mount (3-6) and round turntable I (3-7);The round turntable I (3-7) is fixedly connected on wheel shaft (3- 4) left end, the right-hand member of wheel shaft (3-4) sequentially pass through left fixed mount (3-5), central block (3-2) and right fixed mount (3-6);It is described All it is connected between wheel shaft (3-4) and left fixed mount (3-5) and right fixed mount (3-6) by bearing, wheel shaft (3-4) and central block (3-2) is fixedly connected;The outside uniform ring of the central block (3-2) is around more rectangle side levers (3-3) of setting, more rectangle side levers The outer end of (3-3) is fixedly connected on extruding wheel (3-1) medial surface;The outer end of the left surface of the round turntable I (3-7) is consolidated Surely the right-hand member of power transmission shaft (2-6) is connected;
The device that is extruded to shape (4) includes rectangular frame (4-1), diaphragm plate (4-2), fixed column (4-3) and pressurizing unit (4- 4);Diaphragm plate (4-2) is set among the inner side of the rectangular frame (4-1), two are fixedly connected with the side of diaphragm plate (4-2) Root fixed column (4-3);The inner side of the rectangular frame (4-1) sets multiple pressurizing units (4-4) side by side;The pressurizing unit The middle-end of (4-4) passes through diaphragm plate (4-2), and the lower end of pressurizing unit (4-4) passes through the bottom surface of rectangular frame (4-1);
The conveying device (5) include preceding sprocket wheel (5-1), rear sprocket wheel (5-2), round turntable II (5-3), drive sprocket (5-4), By movable sprocket (5-5), short axle (5-6), brace (5-7), preceding major axis (5-8), rear major axis (5-9), blanket roller (5-10), rear roller (5-11), auxiliary roller (5-12), roller shaft (5-13), left arrow rack (5-14), right arrow rack (5-15), conveyer belt (5-16) With rubber card blend stop (5-17);The round turntable II (5-3) is fixedly connected on short axle (5-6) right-hand member;The short axle (5-6) Middle splaying be connected the inner side of manhole on brace (5-7);The left end of the short axle (5-6) is fixedly connected with biography Movable sprocket (5-4);The drive sprocket (5-4) is connected by movable sprocket (5-5) by chain;It is described fixed by movable sprocket (5-5) It is connected on rear major axis (5-9);The left end of major axis (5-9) is fixedly connected with rear sprocket wheel (5-2) after described, and rear sprocket wheel (5-2) passes through Sprocket wheel (5-1) before chain connection, preceding sprocket wheel (5-1) are fixedly connected on preceding major axis (5-8) left end;Major axis (5-9) after described Right-hand member sequentially passes through left arrow rack (5-14), rear roller (5-11) and right arrow rack (5-15) from left to right, rear major axis (5-9) with All connected between left arrow rack (5-14) and right arrow rack (5-15) by bearing, rear roller (5-11) is fixedly connected on rear major axis On (5-9);The right-hand member of the preceding major axis (5-8) sequentially passes through left arrow rack (5-14), blanket roller (5-10) and the right side from left to right Arrow rack (5-15), preceding major axis (5-8) is all connected between left arrow rack (5-14) and right arrow rack (5-15) by bearing, preceding Roller (5-10) is fixedly connected on preceding major axis (5-8);The auxiliary roller (5-12) is provided with multiple, multiple auxiliary rollers The inner side of (5-12) is respectively fixedly connected with a roller shaft (5-13);The both ends of the roller shaft (5-13) are connected by bearing respectively On left arrow rack (5-14) right flank and on the left surface of right arrow rack (5-15), before and after multiple auxiliary rollers (5-12) Even setting;Connected between the blanket roller (5-10) and rear roller (5-11) by conveyer belt (5-16);Conveyer belt (the 5- 16) left side of outer surface and one rubber card blend stop (5-17) of each bonding connection in right side;
Support frame as described above device (6) includes door shape fixed mount (6-1), upper rectangle frame plate (6-2), supporting leg (6-3) and lower square Shape frame plate (6-4);The door shape fixed mount (6-1) is fixedly mounted on the front side on rectangle frame plate (6-2) top;The upper square The corner of shape frame plate (6-2) bottom uniformly connects four supporting legs (6-3), and the bottom of four supporting legs (6-3) is fixedly connected on The top of lower rectangle frame plate (6-4);
The motor (1-1), sliding chute seat (1-7) and fixed plate (1-11) are all fixedly connected on door shape fixed mount (6-1) Top surface on;The left end of the internal fixed column (4-3) of the device that is extruded to shape (4) is fixedly connected on door shape fixed mount (6- 1) right side;The front end of two pieces of described side plates (2-5) is fixedly connected on door shape fixed mount (6-1) trailing flank;It is described The front end of brace (5-7) is fixedly connected on door shape fixed mount (6-1) trailing flank;The lower end of the left fixed mount (3-5) It is fixedly connected on rectangle frame plate (6-2) top surface;The lower end of the right fixed mount (3-6) is fixedly connected on right arrow rack The rear side on the top of (5-15);The left end of the left arrow rack (5-14) is connected to rectangle frame plate (6-2) right-hand member.
2. a kind of small-sized workshop processing according to claim 1 is extruded to shape device with clay sculpture mould, it is characterised in that:Institute The left end for stating left arrow rack (5-14) welds one piece of rectangular blade (7), is fixedly connected on front side of rectangular blade (7) top outside one Screw thread lifting shaft (7-1), an axis of guide (7-2) is fixedly connected with rear side of rectangular blade (7) top;The external screw thread lifting shaft The upper end of (7-1) is connected through a screw thread spacing ring (7-3);The upper end of the axis of guide (7-2) is fixedly connected with rounded stops (7- 4);The axis body of the external screw thread lifting shaft (7-1) is threadedly attached in rectangle frame plate (6-2) right-hand member, spacing ring (7-3) It is arranged on rectangle frame plate (6-2) upper end;The axis body gap of the axis of guide (7-2) is connected in upper rectangle frame plate (6- 2) right-hand member, rounded stops (7-4) are arranged on rectangle frame plate (6-2) upper end.
3. a kind of small-sized workshop processing according to claim 1 is extruded to shape device with clay sculpture mould, it is characterised in that:Institute The width for stating rectangle frame plate (6-2) is the half of the width of lower rectangle frame plate (6-4), and the bottom of supporting leg (6-3) is consolidated Surely it is connected to the left side on the top of lower rectangle frame plate (6-4).
4. a kind of small-sized workshop processing according to claim 1 is extruded to shape device with clay sculpture mould, it is characterised in that:Institute The lower end block of pressure head (1-9) is stated in pressurizing unit (4-4) upper end.
5. a kind of small-sized workshop processing according to claim 1 is extruded to shape device with clay sculpture mould, it is characterised in that:Institute State pressurizing unit (4-4) by snaphead (4-4-1), upper compression leg (4-4-2), rectangular connecting panels (4-4-3), spring (4-4-4), Lower compression leg (4-4-5) and rectangular platen (4-4-6) are formed;The snaphead (4-4-1) is by being threadably mounted at upper compression leg (4- On top surface 4-2), the inner side of manhole of upper compression leg (4-4-2) the gap mating connection on diaphragm plate (4-2), upper compression leg The bottom of (4-4-2) is fixedly connected on rectangular connecting panels (4-4-3) upper end;The bottom of the rectangular connecting panels (4-4-3) Corner connects the bottom surface on the inside of rectangular frame (4-1) by four springs (4-4-4);The upper end of the lower compression leg (4-4-5) is consolidated Surely it is connected to the centre of the bottom of rectangular connecting panels (4-4-3), lower compression leg (4-4-5) is arranged on the interior of four springs (4-4-4) Side;The lower end of the lower compression leg (4-4-5) passes through the manhole on the bottom surface of rectangular frame (4-1), lower compression leg (4-4-5) Bottom connection rectangular platen (4-4-6).
6. a kind of small-sized workshop processing according to claim 5 is extruded to shape device with clay sculpture mould, it is characterised in that:Institute It is defeated to state composition material between the inner side of the rubber card blend stop (5-17) at conveyer belt (5-16) outer surface both ends and conveyer belt (5-16) Area is sent, rectangular platen (4-4-6) is arranged on the upper end of material delivery area.
7. a kind of small-sized workshop processing according to claim 1 is extruded to shape device with clay sculpture mould, it is characterised in that:Institute The front end that drive gear (1-3) engagement is connected to rack-plate (1-5) is stated, the front end block of drive gear (1-3) is in rectangular block (1- 4) when on the front end face of the inner side of rectangular channel, the stem clearance gap on rear side of fixed seat (2-1) is connected in door shape gangbar The upper end of rectangular slide groove on front side of (2-2), the power transmission shaft (2-6) on the inside of disc seat (2-3) drive round turntable I (3-7) to Front is rotated counterclockwise;Drive gear (1-3) engagement is connected to rack-plate (1-5) rear end, drive gear (1-3) Rear end block when on the rear end face of the inner side of rectangular block (1-4) interior rectangular channel, the stem clearance gap on rear side of fixed seat (2-1) is matched somebody with somebody Conjunction is connected to the lower end of the rectangular slide groove on front side of door shape gangbar (2-2), the power transmission shaft (2-6) on the inside of disc seat (2-3) Round turntable I (3-7) is driven rearward to be rotated counterclockwise.
CN201721091691.6U 2017-08-29 2017-08-29 A kind of small-sized workshop processing is extruded to shape device with clay sculpture mould Expired - Fee Related CN207128040U (en)

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108582841A (en) * 2018-04-13 2018-09-28 章雪霞 Rural garbage processing compression conveyor
CN108638303A (en) * 2018-04-13 2018-10-12 姜宝辉 Riverway sludge curing molding mold
CN110815513A (en) * 2019-11-28 2020-02-21 安庆米锐智能科技有限公司 Heat-insulation concrete block preparation forming machine and preparation method

Cited By (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108582841A (en) * 2018-04-13 2018-09-28 章雪霞 Rural garbage processing compression conveyor
CN108638303A (en) * 2018-04-13 2018-10-12 姜宝辉 Riverway sludge curing molding mold
CN108582841B (en) * 2018-04-13 2019-12-24 章雪霞 Compression conveying device for rural garbage disposal
CN108638303B (en) * 2018-04-13 2020-04-28 汪振朴 River silt solidification forming die
CN110815513A (en) * 2019-11-28 2020-02-21 安庆米锐智能科技有限公司 Heat-insulation concrete block preparation forming machine and preparation method
CN110815513B (en) * 2019-11-28 2021-01-05 山东铭城环保新材料科技有限公司 Heat-insulation concrete block preparation forming machine and preparation method

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