CN204019723U - Building block seperator - Google Patents
Building block seperator Download PDFInfo
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- CN204019723U CN204019723U CN201420483963.7U CN201420483963U CN204019723U CN 204019723 U CN204019723 U CN 204019723U CN 201420483963 U CN201420483963 U CN 201420483963U CN 204019723 U CN204019723 U CN 204019723U
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- walker
- hoisting frame
- drive rope
- soft drive
- building block
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Abstract
The utility model relates to the making apparatus of Concrete brick, is specifically related to a kind of building block seperator.The technical solution adopted in the utility model is: a kind of building block seperator, include walker, and the hoisting frame, the building block separator that are arranged on walker, walker includes crossbeam, crossbeam right-hand member is provided with right-hand member beam, right-hand member beam is provided with walker roller, described crossbeam is fixed with longitudinal guide pillar, described hoisting frame is assemblied on guide pillar can be elevated slippage along guide pillar, hoisting frame drives the lifting device being connected with and driving hoisting frame lifting, described crossbeam left end is provided with left end beam, and left end beam is provided with walker roller.Compared with prior art, walker volume is little, unobstructed for the utility model, and operating space is large, and operative is convenient.
Description
Technical field
The utility model relates to the making apparatus of Concrete brick, is specifically related to a kind of building block seperator.
Background technology
Traditional building block makes by technological process, steam pressure concrete segment from go out still to warehouse-in before, adopt lifting device, break trigger, unload the multiple stage complete equipments such as still fixture, conveying device and could realize concrete segment levels and be separated and the operation such as conveying, occupation area of equipment is large, operating personnel are many, and labour intensity is large, and production efficiency is low, corollary equipment is numerous and diverse, and production technology falls behind.
For dealing with problems, the applicant (Rui'an Ruigang Machinery Co., Ltd.) is to this has been corresponding Curve guide impeller, and declared " Multifunctional building block separator " (patent No. is 201110448960.0, publication number: CN 102514094A, open in 2012-06-27).Its primary structure is: a kind of Multifunctional building block separator, comprise walker (being steel driving in document), hoisting frame and building block separator, building block separator includes fixed cross beam and moved cross beam, fixed cross beam fixedly mounts below the crossbeam of walker, moved cross beam movable setting above fixed cross beam (is separator in document by separation drive unit, for describing more accurately, changed into and be separated drive unit) promote, described hoisting frame is at front and back built-in beam, pass by lifting device band action vertical displacement movement in the middle of fore-aft travel beam, the bottom of hoisting frame has the hook being carried out by the base plate placing concrete segment holding, front and back built-in beam is provided with lower fixture, fore-aft travel beam is provided with clamping device, wherein walker comprises crossbeam, and crossbeam one end is provided with and is bearing in ground feet, is provided with walking roller bottom feet, and crossbeam opposite side is provided with walker end carriage, and walker end carriage is provided with walker roller, through feet supporting on the ground, the walker other end through the supporting of walker end carriage in orbit in walker one end, lifting device includes hoist engine and cable wire, hoist engine to be drawn hoisting frame by the cable wire of solderless wrapped connection on hoisting frame and makes hoisting frame do vertical elevating movement.The present invention can realize in the moving process of equipment in infeed stroke, steam pressure concrete segment levels is separated automatically and building block be separated after base plate displacement, enhance productivity, meet building block transhipment requirement.
But there is following defect in it: 1) its walker adopts feet to arrange, form the console mode supporting of walker one end and walking, after walker is installed, floor space is large, and causes stop, the operating space that workman is positioned at below walker is little, makes troubles to the operation of workman; And walker is walked on the ground, easily cause security incident;
2) lifting device adopts hoist engine retracting and release cable wire to complete the lifting of hoisting frame, cable wire is in coiling process, exist and exist in various process in cable wire retracting and dispose procedure, the diameter change of cable wire volume, cause same hoist engine rotating speed one timing (speed of retracting and release cable wire is certain), there is change in the rising or falling speed of hoisting frame, thus causes hoisting frame to be elevated poor stability, and the problem of poor stability; And drive in hoisting frame process at lifting device, existing and drive the rope length at hoisting frame two ends inconsistent, cause the situation that hoisting frame the right and left height is inconsistent, there is certain potential safety hazard in hoisting frame two ends lifting poor synchronization.
Summary of the invention
For the deficiency that prior art exists, it is little that the purpose of this utility model is to provide a kind of walker volume, and operative space is large, and operative is building block seperator easily;
It is reasonable in design that the further object of the utility model is to provide a kind of lifting device, and hoisting frame drives stable, and hoisting frame two ends lifting synchronism is good, the building block seperator that security is high.
For achieving the above object, the utility model provides following technical scheme: a kind of building block seperator, include walker, and the hoisting frame be arranged on walker, building block separator, walker includes crossbeam, crossbeam right-hand member is provided with right-hand member beam, right-hand member beam is provided with walker roller, described crossbeam is fixed with longitudinal guide pillar, described hoisting frame is assemblied on longitudinal guide pillar longitudinally can be elevated slippage by guide pillar, hoisting frame drives the lifting device being connected with and driving hoisting frame lifting, it is characterized in that: described crossbeam left end is provided with left end beam, left end beam is provided with walker roller.
By adopting technique scheme, the feet of walker crossbeam left end is in the past changed into the design of left end beam, avoid existing below walker crossbeam blocking obstruction, make, below walker crossbeam, there is larger operating space, facilitate operative, realize walker high-altitude to walk about, security is better simultaneously.
The utility model is set to further: described left end beam and right-hand member beam are equipped with roller installation cavity along the two ends of walker direction of travel, there is bottom roller installation cavity the opening stretched out for walker roller, walker roller to be arranged in roller installation cavity and to stretch out the opening of roller installation cavity, walker roller on described left end beam at least one end position has been connected drive sprocket, and the walker roller on right-hand member beam at least one end position has been connected drive sprocket.
By adopting technique scheme; walker roller protection on left and right end carriage; improve the security and stability of walker walking; on left and right end carriage, at least one walker roller has been connected drive sprocket; realize left and right end carriage to drive simultaneously; there is driving reliable and stable, the reliable advantage of walker motion stabilization.
The utility model is set to further: described lifting device includes installing rack, and the oil cylinder be arranged on installing rack, installing rack is fixed on longitudinal guide pillar, described oil cylinder is arranged along left and right directions, the telescopic arm of described oil cylinder is provided with sliding seat, described sliding seat to be slidably fitted on installing rack and can slippage in left-right direction, sliding seat is through the slippage of hydraulic oil cylinder driving left and right, described hoisting frame left and right sides correspondence is connected with a left side, right soft drive rope, left, right soft drive rope is fixedly connected on sliding seat relative to the other end being connected one end with hoisting frame, described installing rack is provided with and realizes left soft drive rope, right soft drive rope turns backward, the left soft drive rope forming hydraulic oil cylinder driving hoisting frame left and right sides synchronization lifting turns to wheels, right soft drive rope turns to wheels.
By adopting technique scheme, adopting the flexible left and right sides synchronization lifting realizing hoisting frame of oil cylinder, there is not soft drive rope overlapping phenomenon, have hoisting frame synchronism good, lifting stability is high, the advantage that security is high.
The utility model is set to further: described oil cylinder is between the hoisting frame left and right sides, the telescopic arm of oil cylinder is arranged on the right side of hoisting frame, left soft drive rope turns to wheels to comprise left steering wheel, left steering wheel is positioned on the left of sliding seat, left soft drive rope extend on the left of hoisting frame and walk around left steering wheel be connected on the left of hoisting frame, right soft drive rope turns to wheels to include the first right turn wheel and the second right turn wheel, first right turn wheel is positioned on the left of sliding seat, second right turn wheel is positioned at the first right turn wheel right side, the first right turn wheel walked around successively by described right soft drive rope, second right turn is taken turns rear and is connected on the right side of hoisting frame, the segment of right soft drive rope between sliding seat is taken turns with the first right turn and left soft drive rope between sliding seat and left steering are taken turns segment towards identical.
By adopting technique scheme, after oil cylinder telescopic arm stretches out, realize the hoisting frame left and right sides through left soft drive rope and right soft drive rope synchronously to rise, after oil cylinder telescopic arm is retracted, realize the hoisting frame left and right sides through left soft drive rope and right soft drive rope to rise synchronously, there is driving reliable and stable, turn to through left steering wheel, the first right turn wheel and the second right turn wheel left soft drive rope of formation and right soft drive rope simultaneously, there is the advantage that arrangement is compact.
The utility model is set to further: described left soft drive rope and right soft drive rope are chain, and described left steering wheel, the first right turn wheel and the second right turn wheel are sprocket wheel.
By adopting technique scheme, chain and sprocket wheel have engagement fit, have and coordinate reliable advantage.
The utility model is set to further: described left and right soft drive rope is the chain that two side-by-side parallel are arranged, accordingly, the sprocket wheel that described left steering wheel, the first right turn wheel and the second right turn wheel are arranged by two side-by-side parallel is formed.
By adopting technique scheme, having and driving reliable and stable advantage.
The utility model is set to further: described installing rack is also provided with guided way, described guided way is arranged on oil cylinder telescopic arm side, guided way includes two relative orbit bars, two track strips has U-rail groove, U-rail channel opening on two track strips is positioned opposite, described sliding seat is provided with movable pulley, and movable pulley is assemblied in U-rail groove, and described sliding seat fits on guided way through sliding to move in turn.
By adopting technique scheme, sliding seat moves reliable and stable, and hoisting frame lifting is reliable and stable.
The utility model is set to further: described oil cylinder telescopic arm and sliding seat are articulated and connected through rotating shaft.
By adopting technique scheme, oil cylinder telescopic arm and sliding seat adopt and are articulated and connected, and when allowing hydraulic oil cylinder driving sliding seat, have certain oscillating quantity, avoid fractureing in driving process, make to connect reliably, long service life.
Below in conjunction with accompanying drawing, the utility model is further described.
Accompanying drawing explanation
Fig. 1 is that the utility model specific embodiment building block seperator is assemblied in schematic diagram on walker guide rail;
Fig. 2 is the utility model specific embodiment building block separator structure schematic diagram one;
Fig. 3 is the utility model specific embodiment building block separator structure schematic diagram two;
Fig. 4 is the utility model specific embodiment lifting device structural representation;
Fig. 5 is the structural representation after left and right soft drive rope removed by the utility model specific embodiment lifting device;
Fig. 6 is the utility model specific embodiment oil cylinder and sliding seat fit structure schematic diagram.
Detailed description of the invention
See accompanying drawing 1-6, disclosed in the utility model, a kind of building block seperator, includes walker 1, and is arranged on hoisting frame 2, the building block separator 3 on walker 1; Described walker 1 includes crossbeam 11, crossbeam 11 right-hand member is provided with right-hand member beam 12, right-hand member beam 12 is provided with walker roller 13, described crossbeam 11 is fixed with longitudinal guide pillar 14, described hoisting frame 2 is assemblied on longitudinal guide pillar 14 longitudinally can be elevated slippage by guide pillar 14, and hoisting frame 2 drives the lifting device 4 being connected with and driving hoisting frame 2 to be elevated; Longitudinally guiding post 14 is made up of the pillar that left and right two positions are relative; Described crossbeam 11 left end is provided with left end beam 15, and left end beam 15 is provided with walker roller 13.The parallel walker guide rail 5 that such employing two is built on stilts, for installation and the walking of walker 1, can realize larger operating space under walker, unobstructed, and facilitate operative, realize walker high-altitude simultaneously and walk about, security is better.In the utility model, crossbeam 11 is fixed with cantilever 16, building block separator 3 includes fixed cross beam 31 and moved cross beam 32, fixed cross beam 31 is fixed on cantilever 16, moved cross beam 32 is arranged on above fixed cross beam 31, fixed cross beam 31 is fixed with pipe bending cylinder 33, moved cross beam 32 is fixed on the piston rod of pipe bending cylinder 33, and on fixed cross beam 31, be provided with lower clamping device 34, moved cross beam 32 is provided with clamping device 35, the upper clamping device 35 of upper strata building block on moved cross beam 32 clamps, the lower clamping device 34 of lower floor's building block on fixed cross beam 31 clamps, pipe bending cylinder 33 drives the relative fixed cross beam 31 of moved cross beam 32 to rise, thus realize upper strata building block to be separated with lower floor building block, building block separator is the ordinary skill in the art, and the utility model also for making improvements, is better understood for ease of the technology improved this practicality, in this specific embodiment, does not repeat building block separator.
Wherein, described left end beam 15 and right-hand member beam 12 are equipped with roller installation cavity 6 along the two ends of walker 1 direction of travel, there is bottom roller installation cavity 6 opening stretched out for walker roller 13, walker roller 13 to be arranged in roller installation cavity 6 and to stretch out the opening of roller installation cavity 6, be bearing on walker guide rail 5, walker roller 13 on described left end beam 15 at least one end position has been connected drive sprocket 17, and drive sprocket 17 is fixedly sticked to form on walker roller 13 and is connected; Walker roller 13 on right-hand member beam 12 at least one end position has been connected drive sprocket 17.Walker roller protection on left and right end carriage; improve the security and stability of walker walking, on left and right end carriage, at least one walker roller has been connected drive sprocket, realizes left and right end carriage and drives simultaneously; there is driving reliable and stable, the reliable advantage of walker motion stabilization.
In this specific embodiment, described lifting device 4 includes installing rack 41, and is arranged on the oil cylinder 42 on installing rack 41, and installing rack 41 is fixed on longitudinal guide pillar 14, described oil cylinder 42 is arranged along left and right directions, the telescopic arm of described oil cylinder 42 is provided with sliding seat 43, described sliding seat 43 to be slidably fitted on installing rack 41 and can slippage in left-right direction, sliding seat 43 drives left and right slippage through oil cylinder 42, described hoisting frame 2 left and right sides correspondence is connected with a left side, right soft drive rope 44, 45, left, right soft drive rope 44, 45 are fixedly connected on sliding seat 43 relative to the other end being connected one end with hoisting frame 2, described installing rack 41 is provided with and realizes left soft drive rope 44, after right soft drive rope 45 turns to, forming oil cylinder 42 drives the left soft drive rope of hoisting frame 2 left and right sides synchronization lifting to turn to wheels, right soft drive rope turns to wheels.
For making lifting device compact conformation, drive more stable, described oil cylinder 42 is between hoisting frame 2 left and right sides, the telescopic arm of oil cylinder 42 is arranged on the right side of hoisting frame 2, left soft drive rope turns to wheels to comprise left steering wheel 46, left steering wheel 46 is positioned on the left of sliding seat 43, left soft drive rope 44 extends and walks around left steering wheel and 46 is connected on the left of hoisting frame 2 on the left of hoisting frame 2, right soft drive rope turns to wheels to include the first right turn wheel 47 and the second right turn wheel 48, first right turn wheel 47 is positioned on the left of sliding seat 43, second right turn wheel 48 is positioned on the right side of the first right turn wheel 47, the first right turn wheel 47 walked around successively by described right soft drive rope 45, second right turn wheel 48 after and be connected on the right side of hoisting frame 2, right soft drive rope 45 takes turns the segment between 47 at sliding seat 43 and the first right turn, left soft drive rope 44 between sliding seat 43 takes turns 46 with left steering segment towards identical.After oil cylinder 42 telescopic arm stretches out, realize hoisting frame 2 left and right sides through left soft drive rope 44 and right soft drive rope 45 synchronously to rise, after oil cylinder 42 telescopic arm is retracted, realize hoisting frame 2 left and right sides through left soft drive rope 44 and right soft drive rope 45 to rise synchronously, there is driving reliable and stable, turn to through left steering wheel, the first right turn wheel and the second right turn wheel left soft drive rope of formation and right soft drive rope simultaneously, there is the advantage that arrangement is compact.Certainly as the technical scheme that the utility model is feasible, oil cylinder can be arranged in the side of hoisting frame, and left and right soft drive Suo Jun turns to through single deflecting roller; Or oil cylinder is arranged between the left and right sides of hoisting frame, the telescopic arm of oil cylinder stretches out the decline of corresponding hoisting frame, the telescopic arm of oil cylinder is retracted the rising etc. of corresponding hoisting frame, when inconvenience is arranged in existence, or drive the defect of poor stability, therefore the utility model preferentially adopts the structural design of this specific embodiment.
Wherein, described left soft drive rope 44 and right soft drive rope 45 are chain, and described left steering wheel 46, first right turn wheel 47 and the second right turn wheel 48 are sprocket wheel.Chain and sprocket wheel have engagement fit, have and coordinate reliable advantage.Certain left soft drive rope and right soft drive rope also can be cable wire, belt etc.
For improving the stability of driving further, ensure security, described left and right soft drive rope 44,45 is the chain that two side-by-side parallel are arranged, accordingly, the sprocket wheel that described left steering wheel 46, first right turn wheel 47 and the second right turn wheel 48 are arranged by two side-by-side parallel is formed.
Reliable and stable for ensureing that sliding seat moves, described installing rack 41 is also provided with guided way 49, described guided way 49 is arranged on oil cylinder 42 telescopic arm side, guided way 49 includes two relative orbit bar 49a, 49b, two track strip 49a, 49b has U-rail groove 491, U-rail channel opening on two track strip 49a, 49b is positioned opposite, described sliding seat 43 is provided with movable pulley 431(and forms sliding machine), movable pulley 431 is assemblied in U-rail groove 491, and described sliding seat 43 moves through movable pulley 431 and fits on guided way 49.Sliding seat 43 moves reliable and stable, thus ensures that hoisting frame 2 is elevated reliable and stable.
Because sliding seat is when mobile, there is certain shifting amount, stable for ensureing that oil cylinder 42 drives sliding seat 43 to move, described oil cylinder 42 telescopic arm and sliding seat 43 are articulated and connected through rotating shaft 40.Certain oil cylinder telescopic arm can be rigidly connected in sliding seat, but there is junction and easily fracture.
Above-described embodiment is only for illustration of the use of the utility model; be not to restriction of the present utility model; those of ordinary skill in the art are under the utility model connotation instructs; also can make corresponding distortion or modification; therefore all equivalent technical schemes, all fall within the utility model protection category.
Claims (8)
1. a building block seperator, include walker, and the hoisting frame, the building block separator that are arranged on walker, walker includes crossbeam, crossbeam right-hand member is provided with right-hand member beam, right-hand member beam is provided with walker roller, described crossbeam is fixed with longitudinal guide pillar, described hoisting frame is assemblied on longitudinal guide pillar longitudinally can be elevated slippage by guide pillar, hoisting frame drives the lifting device being connected with and driving hoisting frame lifting, it is characterized in that: described crossbeam left end is provided with left end beam, and left end beam is provided with walker roller.
2. building block seperator according to claim 1, it is characterized in that: described left end beam and right-hand member beam are equipped with roller installation cavity along the two ends of walker direction of travel, there is bottom roller installation cavity the opening stretched out for walker roller, walker roller to be arranged in roller installation cavity and to stretch out the opening of roller installation cavity, walker roller on described left end beam at least one end position has been connected drive sprocket, and the walker roller on right-hand member beam at least one end position has been connected drive sprocket.
3. building block seperator according to claim 1 or 2, it is characterized in that: described lifting device includes installing rack, and the oil cylinder be arranged on installing rack, installing rack is fixed on longitudinal guide pillar, described oil cylinder is arranged along left and right directions, the telescopic arm of described oil cylinder is provided with sliding seat, described sliding seat to be slidably fitted on installing rack and can slippage in left-right direction, sliding seat is through the slippage of hydraulic oil cylinder driving left and right, described hoisting frame left and right sides correspondence is connected with a left side, right soft drive rope, left, right soft drive rope is fixedly connected on sliding seat relative to the other end being connected one end with hoisting frame, described installing rack is provided with and realizes left soft drive rope, right soft drive rope turns backward, the left soft drive rope forming hydraulic oil cylinder driving hoisting frame left and right sides synchronization lifting turns to wheels, right soft drive rope turns to wheels.
4. building block seperator according to claim 3, it is characterized in that: described oil cylinder is between the hoisting frame left and right sides, the telescopic arm of oil cylinder is arranged on the right side of hoisting frame, left soft drive rope turns to wheels to comprise left steering wheel, left steering wheel is positioned on the left of sliding seat, left soft drive rope extend on the left of hoisting frame and walk around left steering wheel be connected on the left of hoisting frame, right soft drive rope turns to wheels to include the first right turn wheel and the second right turn wheel, first right turn wheel is positioned on the left of sliding seat, second right turn wheel is positioned at the first right turn wheel right side, the first right turn wheel walked around successively by described right soft drive rope, second right turn is taken turns rear and is connected on the right side of hoisting frame, the segment of right soft drive rope between sliding seat is taken turns with the first right turn and left soft drive rope between sliding seat and left steering are taken turns segment towards identical.
5. building block seperator according to claim 4, is characterized in that: described left soft drive rope and right soft drive rope are chain, and described left steering wheel, the first right turn wheel and the second right turn wheel are sprocket wheel.
6. building block seperator according to claim 5, it is characterized in that: described left and right soft drive rope is the chain that two side-by-side parallel are arranged, accordingly, the sprocket wheel that described left steering wheel, the first right turn wheel and the second right turn wheel are arranged by two side-by-side parallel is formed.
7. building block seperator according to claim 4, it is characterized in that: described installing rack is also provided with guided way, described guided way is arranged on oil cylinder telescopic arm side, guided way includes two relative orbit bars, two track strips have U-rail groove, the U-rail channel opening on two track strips is positioned opposite, and described sliding seat is provided with movable pulley, movable pulley is assemblied in U-rail groove, and described sliding seat fits on guided way through sliding to move in turn.
8. building block seperator according to claim 4, is characterized in that: described oil cylinder telescopic arm and sliding seat are articulated and connected through rotating shaft.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420483963.7U CN204019723U (en) | 2014-08-26 | 2014-08-26 | Building block seperator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420483963.7U CN204019723U (en) | 2014-08-26 | 2014-08-26 | Building block seperator |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204019723U true CN204019723U (en) | 2014-12-17 |
Family
ID=52059630
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420483963.7U Active CN204019723U (en) | 2014-08-26 | 2014-08-26 | Building block seperator |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204019723U (en) |
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2014
- 2014-08-26 CN CN201420483963.7U patent/CN204019723U/en active Active
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| CP03 | Change of name, title or address |
Address after: 325200 No. 303 Weiwu Road, Nanbin Street, Ruian City, Wenzhou City, Zhejiang Province Patentee after: Zhejiang Ruigang Machinery Co., Ltd. Address before: 325000 Yunzhou Industrial Zone, Feiyun Town, Ruian City, Wenzhou City, Zhejiang Province Patentee before: Ruian Ruigang Machinery Co.,Ltd. |