CN105751361A - Integrated automatic hollow component die device of connection rod mechanism - Google Patents

Integrated automatic hollow component die device of connection rod mechanism Download PDF

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Publication number
CN105751361A
CN105751361A CN201610262990.5A CN201610262990A CN105751361A CN 105751361 A CN105751361 A CN 105751361A CN 201610262990 A CN201610262990 A CN 201610262990A CN 105751361 A CN105751361 A CN 105751361A
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CN
China
Prior art keywords
bearing
holes
little axle
steel
bearing bracket
Prior art date
Application number
CN201610262990.5A
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Chinese (zh)
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CN105751361B (en
Inventor
朱忠银
Original Assignee
南通铁军机械有限公司
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Priority to CN201610262990.5A priority Critical patent/CN105751361B/en
Publication of CN105751361A publication Critical patent/CN105751361A/en
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Publication of CN105751361B publication Critical patent/CN105751361B/en

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    • BPERFORMING OPERATIONS; TRANSPORTING
    • B28WORKING CEMENT, CLAY, OR STONE
    • B28BSHAPING CLAY OR OTHER CERAMIC COMPOSITIONS; SHAPING SLAG; SHAPING MIXTURES CONTAINING CEMENTITIOUS MATERIAL, e.g. PLASTER
    • B28B7/00Moulds; Cores; Mandrels
    • B28B7/28Cores; Mandrels
    • B28B7/30Cores; Mandrels adjustable, collapsible, or expanding

Abstract

The invention provides an integrated automatic hollow component die device of a connection rod mechanism. The integrated automatic hollow component die device comprises a center bearing bracket A (1-1), a center bearing bracket B(1-2), a center bearing bracket C (1-3), a center bearing bracket D (1-4), a center bearing bracket E (1-5), a center bearing bracket F (1-6), a center bearing bracket G (1-7), a center bearing bracket H (1-8), an oscillating follower A (2-4), an oscillating follower B (2-7), an oscillating follower C (3-3) and an oscillating follower D (3-5).The integrated automatic hollow component die device has the technical advantages that movement of a final execution piece is achieved through a simple connection rod movement mode, adoption of a complex structure is avoided, and manufacturing cost is saved; a pulling system is adopted to pull a die, drawing can be conducted more conveniently and fast, labor intensity of workers is relieved, labor time of workers is reduced, and the automated degree is improved; a combined center bracket is utilized, integrated movement of the die is made to be possible, production efficiency is greatly improved, the dies does not need to be disassembled and assembled once again, and production cost is saved.

Description

The overall hollow unit die device automatically of a kind of linkage
Technical field
The present invention relates to the overall hollow unit die device automatically of a kind of linkage, belong to field of mechanical technique.
Background technology
In trapezoidal hollow unit process, interior mould move integrally and assembly and disassembly are troublesome repeated works, the present invention is directed to current mould deficiency in use, spy designs the overall hollow unit mould automatically of band linkage.
Existing trapezoidal hollow unit Nei Moyin is non-integral, very inconvenient during shifting formwork, needs demolition, installation again repeatedly, not only adds cost but also add the labour intensity of workman, has delayed the progress of engineering, reduces the production efficiency of engineering.
Summary of the invention
In place of it is an object of the invention to overcome the deficiencies in the prior art, it is provided that the overall hollow unit die device automatically of a kind of linkage.
nullThe overall hollow unit die device automatically of the linkage of the present invention,Including center bearing bracket A(1-1)、Center bearing bracket B(1-2)、Center bearing bracket C(1-3)、Center bearing bracket D(1-4)、Center bearing bracket E(1-5)、Center bearing bracket F(1-6)、Center bearing bracket G(1-7)、Center bearing bracket H(1-8)、Oscillating follower A(2-4)、Oscillating follower B(2-7)、Oscillating follower C(3-3)、Oscillating follower D(3-5)、Oscillating follower E(4-3)、Oscillating follower F(5-3)、Little axle A(2-5)、Little axle B(2-6)、Little axle C(2-8)、Little axle D(3-2)、Little axle E(3-4)、Little axle F(3-7)、Little axle G(4-2)、Little axle H(4-4)、Little axle I(5-2)、Little axle G(5-5)、Bearing A(2-3 with holes)、Bearing B(2-9 with holes)、Bearing C(3-1 with holes)、Bearing D(3-6 with holes)、Bearing E(4-1 with holes)、Bearing F(4-5 with holes)、Bearing G(5-1 with holes)、Bearing H(5-4 with holes)、Channel-section steel A(2-2)、Channel-section steel B(3-9)、Channel-section steel C(4-7)、Channel-section steel D(5-7)、Lower link bar (2-10)、Big pull bar (3-8)、Movable little template (2-1)、Movable large form (3-10)、Template A(4-6)、Template B(5-6)、Angle steel A(2-11) and angle steel B(3-11);
Wherein,
Described center bearing bracket A(1-1), center bearing bracket B(1-2), center bearing bracket C(1-3), center bearing bracket D(1-4), center bearing bracket E(1-5), center bearing bracket F(1-6), center bearing bracket G(1-7), center bearing bracket H(1-8) combine, form a center bearing bracket sub-assembly;
Described bearing A(2-3 with holes) it is fixed on channel-section steel A(2-2) on;
Described bearing D(3-6 with holes) it is fixed on channel-section steel B(3-9) on;
Described bearing E(4-1 with holes) it is fixed on channel-section steel C(4-7) on;
Described bearing H(5-4 with holes) it is fixed on channel-section steel D(5-7) on;
Described channel-section steel A(2-2) it is fixed on movable little template (2-1);
Described channel-section steel B(3-9) it is fixed on movable large form (3-10);
Described channel-section steel C(4-7) it is fixed on template A(4-6) on;
Described channel-section steel D(5-7) it is fixed on template B(5-6) on;
Described bearing B(2-9 with holes), bearing C(3-1 with holes), bearing F(4-5 with holes) and bearing G(5-1 with holes) be fixed on center bearing bracket sub-assembly;
Described little axle B(2-6) it is fixed on oscillating follower A(2-4) and oscillating follower B(2-7) on;
Described little axle E(3-4) it is fixed on oscillating follower C(3-3) and oscillating follower D(3-5) on;
Described little axle A(2-5) be placed in bearing A(2-3 with holes) hole in;
Described little axle C(2-8) be placed in bearing B(2-9 with holes) hole in;
Described little axle D(3-2) be placed in bearing C(3-1 with holes) hole in;
Described little axle F(3-7) be placed in bearing D(3-6 with holes) hole in;
Described little axle G(4-2) be placed in bearing E(4-1 with holes) hole in;
Described little axle H(4-4) be placed in bearing F(4-5 with holes) hole in;
Described little axle I(5-2) be placed in bearing G(5-1 with holes) hole in;
Described little axle G(5-5) be placed in bearing H(5-4 with holes) hole in;
Described lower link bar (2-10) passes through angle steel A(2-11) and little axle B(2-6) it is linked to be a motion entirety;
Described big pull bar (3-8) passes through angle steel B(3-11) and little axle E(3-4) it is linked to be a motion entirety;
Channel-section steel A(2-2 is passed through in the little template of described activity (2-1)) and bearing A(2-3 with holes) it is linked to be a motion entirety;
Described movable large form (3-10) passes through channel-section steel B(3-9) and bearing D(3-6 with holes) it is linked to be a motion entirety;
Described template A(4-6) by channel-section steel C(4-7) and bearing E(4-1 with holes) it is linked to be a motion entirety;
Described template B(5-6) by channel-section steel D(5-7) and bearing H(5-4 with holes) it is linked to be a motion entirety.
nullThe operation principle of the present invention is as follows: after concrete curing,Lower link bar (2-10) is drawn respectively by special draw-gear、Big pull bar (3-8) moves axially,Oscillating follower A(2-4 simultaneously) and oscillating follower B(2-7) around little axle A(2-5)、Little axle B(2-6)、Little axle C(2-8) forward to,Oscillating follower C(3-3) and oscillating follower D(3-5) around little axle D(3-2)、Little axle E(3-4)、Little axle F(3-7) rotate,Another outer small shaft A(2-5)、Little axle C(2-8)、Little axle D(3-2)、Little axle F(3-7) rotating around bearing A(2-3 with holes)、Bearing B(2-9 with holes)、Bearing C(3-1 with holes)、Bearing D(3-6 with holes) rotate,Make movable little template (2-1)、Movable large form (3-10) moves radially disengaging concrete;Move axially with draw-gear centre of pull frame again, the least axle G(4-2), little axle H(4-4), little axle I(5-2), little axle G(5-5) rotating around bearing E(4-1 with holes), bearing F(4-5 with holes), bearing G(5-1 with holes), bearing H(5-4 with holes) rotate, make template A(4-6), template B(5-6) move radially and separate with concrete, and by the disengaging distance of special locating piece Control architecture Yu concrete, use draw-gear to hang out whole template.
The present invention has the following technical effect that
1) mode of simple link motion is utilized to realize the motion of final executive item, it is to avoid to use labyrinth, saved manufacturing cost;
2) utilize trailer system to draw mould, make molding more convenient and quicker, alleviate labour intensity and the working time of workman, improve automaticity;
3) utilize combination center frame, make moving integrally of mould become possibility, greatly improve production efficiency, it is not necessary to dismounting mould and assembly jig the most again, save production cost.
Accompanying drawing explanation
In order to make present disclosure be more likely to be clearly understood, below according to specific embodiment and combine accompanying drawing, the present invention is further detailed explanation.
Fig. 1 is the overall hollow unit die device structural representation automatically of linkage;
Fig. 2 is that A is to partial structurtes schematic diagram;
Fig. 3 is movable little formwork tie rod partial structurtes schematic diagram in Fig. 1;
Fig. 4 is movable large form connecting rod partial structurtes schematic diagram in Fig. 2.
nullWherein,Support A centered by 1-1,Support B centered by 1-2,Support C centered by 1-3,Support D centered by 1-4,Support E centered by 1-5,Support F centered by 1-6,Support G centered by 1-7,Support H centered by 1-8,2-1 is movable little template,2-2 is channel-section steel A,2-3 is bearing A with holes,2-4 is oscillating follower A,2-5 is little axle A,2-6 is little axle B,2-7 is oscillating follower B,2-8 is little axle C,2-9 is bearing B with holes,2-10 is lower link bar,2-11 is angle steel A,3-1 is bearing C with holes,3-2 is little axle D,3-3 is oscillating follower C,3-4 is little axle E,3-5 is oscillating follower D,3-6 is bearing D with holes,3-7 is little axle F,3-8 is big pull bar,3-9 is channel-section steel B,3-10 is movable large form,3-11 is angle steel B,4-1 is bearing E with holes,4-2 is little axle G,4-3 is oscillating follower E,4-4 is little axle H,4-5 is bearing F with holes,4-6 is template A,4-7 is channel-section steel C,5-1 is bearing G with holes,5-2 is little axle I,5-3 is oscillating follower F,5-4 is bearing H with holes,5-5 is little axle G,5-6 is template B,5-7 is channel-section steel D.
Detailed description of the invention
nullAs Figure 1-4,The overall hollow unit die device automatically of the linkage of the present invention,Including center bearing bracket A(1-1)、Center bearing bracket B(1-2)、Center bearing bracket C(1-3)、Center bearing bracket D(1-4)、Center bearing bracket E(1-5)、Center bearing bracket F(1-6)、Center bearing bracket G(1-7)、Center bearing bracket H(1-8)、Oscillating follower A(2-4)、Oscillating follower B(2-7)、Oscillating follower C(3-3)、Oscillating follower D(3-5)、Oscillating follower E(4-3)、Oscillating follower F(5-3)、Little axle A(2-5)、Little axle B(2-6)、Little axle C(2-8)、Little axle D(3-2)、Little axle E(3-4)、Little axle F(3-7)、Little axle G(4-2)、Little axle H(4-4)、Little axle I(5-2)、Little axle G(5-5)、Bearing A(2-3 with holes)、Bearing B(2-9 with holes)、Bearing C(3-1 with holes)、Bearing D(3-6 with holes)、Bearing E(4-1 with holes)、Bearing F(4-5 with holes)、Bearing G(5-1 with holes)、Bearing H(5-4 with holes)、Channel-section steel A(2-2)、Channel-section steel B(3-9)、Channel-section steel C(4-7)、Channel-section steel D(5-7)、Lower link bar (2-10)、Big pull bar (3-8)、Movable little template (2-1)、Movable large form (3-10)、Template A(4-6)、Template B(5-6)、Angle steel A(2-11) and angle steel B(3-11);
Wherein,
Described center bearing bracket A(1-1), center bearing bracket B(1-2), center bearing bracket C(1-3), center bearing bracket D(1-4), center bearing bracket E(1-5), center bearing bracket F(1-6), center bearing bracket G(1-7), center bearing bracket H(1-8) combine, form a center bearing bracket sub-assembly;
Described bearing A(2-3 with holes) it is fixed on channel-section steel A(2-2) on;
Described bearing D(3-6 with holes) it is fixed on channel-section steel B(3-9) on;
Described bearing E(4-1 with holes) it is fixed on channel-section steel C(4-7) on;
Described bearing H(5-4 with holes) it is fixed on channel-section steel D(5-7) on;
Described channel-section steel A(2-2) it is fixed on movable little template (2-1);
Described channel-section steel B(3-9) it is fixed on movable large form (3-10);
Described channel-section steel C(4-7) it is fixed on template A(4-6) on
Described channel-section steel D(5-7) it is fixed on template B(5-6) on;
Described bearing B(2-9 with holes), bearing C(3-1 with holes), bearing F(4-5 with holes) and bearing G(5-1 with holes) be fixed on center bearing bracket sub-assembly;
Described little axle B(2-6) it is fixed on oscillating follower A(2-4) and oscillating follower B(2-7) on;
Described little axle E(3-4) it is fixed on oscillating follower C(3-3) and oscillating follower D(3-5) on;
Described little axle A(2-5) be placed in bearing A(2-3 with holes) hole in;
Described little axle C(2-8) be placed in bearing B(2-9 with holes) hole in;
Described little axle D(3-2) be placed in bearing C(3-1 with holes) hole in;
Described little axle F(3-7) be placed in bearing D(3-6 with holes) hole in;
Described little axle G(4-2) be placed in bearing E(4-1 with holes) hole in;
Described little axle H(4-4) be placed in bearing F(4-5 with holes) hole in;
Described little axle I(5-2) be placed in bearing G(5-1 with holes) hole in;
Described little axle G(5-5) be placed in bearing H(5-4 with holes) hole in;
Described lower link bar (2-10) passes through angle steel A(2-11) and little axle B(2-6) it is linked to be a motion entirety;
Described big pull bar (3-8) passes through angle steel B(3-11) and little axle E(3-4) it is linked to be a motion entirety;
Channel-section steel A(2-2 is passed through in the little template of described activity (2-1)) and bearing A(2-3 with holes) it is linked to be a motion entirety;
Described movable large form (3-10) passes through channel-section steel B(3-9) and bearing D(3-6 with holes) it is linked to be a motion entirety;
Described template A(4-6) by channel-section steel C(4-7) and bearing E(4-1 with holes) it is linked to be a motion entirety;
Described template B(5-6) by channel-section steel D(5-7) and bearing H(5-4 with holes) it is linked to be a motion entirety.
Described center bearing bracket sub-assembly is trapezoidal.
nullThe course of work of the present invention is as follows: after concrete curing,Lower link bar (2-10) is drawn respectively by special draw-gear、Big pull bar (3-8) moves axially,Oscillating follower A(2-4 simultaneously) and oscillating follower B(2-7) around little axle A(2-5)、Little axle B(2-6)、Little axle C(2-8) forward to,Oscillating follower C(3-3) and oscillating follower D(3-5) around little axle D(3-2)、Little axle E(3-4)、Little axle F(3-7) rotate,Another outer small shaft A(2-5)、Little axle C(2-8)、Little axle D(3-2)、Little axle F(3-7) rotating around bearing A(2-3 with holes)、Bearing B(2-9 with holes)、Bearing C(3-1 with holes)、Bearing D(3-6 with holes) rotate,Make movable little template (2-1)、Movable large form (3-10) moves radially disengaging concrete;Move axially with draw-gear centre of pull frame again, the least axle G(4-2), little axle H(4-4), little axle I(5-2), little axle G(5-5) rotating around bearing E(4-1 with holes), bearing F(4-5 with holes), bearing G(5-1 with holes), bearing H(5-4 with holes) rotate, make template A(4-6), template B(5-6) move radially and separate with concrete, and by the disengaging distance of special locating piece Control architecture Yu concrete, use draw-gear to hang out whole template.

Claims (1)

  1. null1. the overall hollow unit die device automatically of linkage,It is characterized in that,Including center bearing bracket A(1-1)、Center bearing bracket B(1-2)、Center bearing bracket C(1-3)、Center bearing bracket D(1-4)、Center bearing bracket E(1-5)、Center bearing bracket F(1-6)、Center bearing bracket G(1-7)、Center bearing bracket H(1-8)、Oscillating follower A(2-4)、Oscillating follower B(2-7)、Oscillating follower C(3-3)、Oscillating follower D(3-5)、Oscillating follower E(4-3)、Oscillating follower F(5-3)、Little axle A(2-5)、Little axle B(2-6)、Little axle C(2-8)、Little axle D(3-2)、Little axle E(3-4)、Little axle F(3-7)、Little axle G(4-2)、Little axle H(4-4)、Little axle I(5-2)、Little axle G(5-5)、Bearing A(2-3 with holes)、Bearing B(2-9 with holes)、Bearing C(3-1 with holes)、Bearing D(3-6 with holes)、Bearing E(4-1 with holes)、Bearing F(4-5 with holes)、Bearing G(5-1 with holes)、Bearing H(5-4 with holes)、Channel-section steel A(2-2)、Channel-section steel B(3-9)、Channel-section steel C(4-7)、Channel-section steel D(5-7)、Lower link bar (2-10)、Big pull bar (3-8)、Movable little template (2-1)、Movable large form (3-10)、Template A(4-6)、Template B(5-6)、Angle steel A(2-11) and angle steel B(3-11);
    Wherein,
    Described center bearing bracket A(1-1), center bearing bracket B(1-2), center bearing bracket C(1-3), center bearing bracket D(1-4), center bearing bracket E(1-5), center bearing bracket F(1-6), center bearing bracket G(1-7), center bearing bracket H(1-8) combine, form a center bearing bracket sub-assembly;
    Described bearing A(2-3 with holes) it is fixed on channel-section steel A(2-2) on;
    Described bearing D(3-6 with holes) it is fixed on channel-section steel B(3-9) on;
    Described bearing E(4-1 with holes) it is fixed on channel-section steel C(4-7) on;
    Described bearing H(5-4 with holes) it is fixed on channel-section steel D(5-7) on;
    Described channel-section steel A(2-2) it is fixed on movable little template (2-1);
    Described channel-section steel B(3-9) it is fixed on movable large form (3-10);
    Described channel-section steel C(4-7) it is fixed on template A(4-6) on;
    Described channel-section steel D(5-7) it is fixed on template B(5-6) on;
    Described bearing B(2-9 with holes), bearing C(3-1 with holes), bearing F(4-5 with holes) and bearing G(5-1 with holes) be fixed on center bearing bracket sub-assembly;
    Described little axle B(2-6) it is fixed on oscillating follower A(2-4) and oscillating follower B(2-7) on;
    Described little axle E(3-4) it is fixed on oscillating follower C(3-3) and oscillating follower D(3-5) on;
    Described little axle A(2-5) be placed in bearing A(2-3 with holes) hole in;
    Described little axle C(2-8) be placed in bearing B(2-9 with holes) hole in;
    Described little axle D(3-2) be placed in bearing C(3-1 with holes) hole in;
    Described little axle F(3-7) be placed in bearing D(3-6 with holes) hole in;
    Described little axle G(4-2) be placed in bearing E(4-1 with holes) hole in;
    Described little axle H(4-4) be placed in bearing F(4-5 with holes) hole in;
    Described little axle I(5-2) be placed in bearing G(5-1 with holes) hole in;
    Described little axle G(5-5) be placed in bearing H(5-4 with holes) hole in;
    Described lower link bar (2-10) passes through angle steel A(2-11) and little axle B(2-6) it is linked to be a motion entirety;
    Described big pull bar (3-8) passes through angle steel B(3-11) and little axle E(3-4) it is linked to be a motion entirety;
    Channel-section steel A(2-2 is passed through in the little template of described activity (2-1)) and bearing A(2-3 with holes) it is linked to be a motion entirety;
    Described movable large form (3-10) passes through channel-section steel B(3-9) and bearing D(3-6 with holes) it is linked to be a motion entirety;
    Described template A(4-6) by channel-section steel C(4-7) and bearing E(4-1 with holes) it is linked to be a motion entirety;
    Described template B(5-6) by channel-section steel D(5-7) and bearing H(5-4 with holes) it is linked to be a motion entirety.
CN201610262990.5A 2016-04-26 2016-04-26 A kind of overall automatic hollow unit die device of linkage CN105751361B (en)

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CN201610262990.5A CN105751361B (en) 2016-04-26 2016-04-26 A kind of overall automatic hollow unit die device of linkage

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Application Number Priority Date Filing Date Title
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CN105751361B CN105751361B (en) 2017-11-21

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Publication number Priority date Publication date Assignee Title
CN106437764A (en) * 2016-09-19 2017-02-22 南通铁军机械有限公司 Integral automatic adjustment device of tunnel trolley template

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CN204431456U (en) * 2014-12-31 2015-07-01 北京利建恒高新技术有限公司 Mechanization rigging
CN104985677A (en) * 2015-06-29 2015-10-21 中民筑友有限公司 Prefabricated part group standing mould
CN204725641U (en) * 2015-06-29 2015-10-28 中民筑友有限公司 A kind of prefabricated components battery mould
CN205630947U (en) * 2016-04-26 2016-10-12 南通铁军机械有限公司 Whole automatic hollow component mould device of link mechanism

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Publication number Priority date Publication date Assignee Title
JP2000117722A (en) * 1998-10-16 2000-04-25 Sekisui House Ltd Device for releasing concrete molded product
CN101324056A (en) * 2008-08-06 2008-12-17 中铁大桥局股份有限公司 Upside suspension type moving die carrier
CN201279830Y (en) * 2008-09-26 2009-07-29 中国建筑第六工程局有限公司 Low-height prefabricated case beam internal mold
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CN204431456U (en) * 2014-12-31 2015-07-01 北京利建恒高新技术有限公司 Mechanization rigging
CN104985677A (en) * 2015-06-29 2015-10-21 中民筑友有限公司 Prefabricated part group standing mould
CN204725641U (en) * 2015-06-29 2015-10-28 中民筑友有限公司 A kind of prefabricated components battery mould
CN205630947U (en) * 2016-04-26 2016-10-12 南通铁军机械有限公司 Whole automatic hollow component mould device of link mechanism

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* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106437764A (en) * 2016-09-19 2017-02-22 南通铁军机械有限公司 Integral automatic adjustment device of tunnel trolley template

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