CN203373954U - Attached type lifting canopy frame or scaffold - Google Patents
Attached type lifting canopy frame or scaffold Download PDFInfo
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- CN203373954U CN203373954U CN201320319557.2U CN201320319557U CN203373954U CN 203373954 U CN203373954 U CN 203373954U CN 201320319557 U CN201320319557 U CN 201320319557U CN 203373954 U CN203373954 U CN 203373954U
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- lifting bracket
- lifting
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- frame
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Abstract
The utility model discloses an attached type lifting canopy frame or scaffold. The attached type lifting canopy frame or scaffold comprises a lifting frame, lifting mechanisms, load bearing assemblies and an outer frame, wherein the lifting mechanisms, the load bearing assemblies and the outer frame are respectively arranged on the lifting frame which comprises two or more lifting struts, each lifting strut is composed of a left lifting support and a right lifting support, the lifting mechanisms are arranged on the left lifting supports and the right lifting supports, the load bearing assemblies are arranged on the left lifting supports and the right supporting supports respectively at equal intervals, a fixing base is arranged in the middle of each left lifting support, the upper side and the lower side of each right lifting support are respectively provided with a force-bearing supporting board, the lifting mechanisms are arranged between the fixing bases and the force-bearing supporting boards, and the lifting mechanisms are connected with a hydraulic driving system. The attached type lifting canopy frame or scaffold has the advantages of being lifted automatically, being firm in structure, convenient to adjust and flexible to control, saving time, labor and cost and the like.
Description
Technical field
The utility model relates to a kind of building implements, specifically refers to a kind of attaching lifting frame or scaffold that utilizes hydraulic pressure.
Background technology
Frame or scaffold are the construction equipments that existing building is commonly used.Existing frame or scaffold are all to adopt artificial mode to build, and its cost is high, labour intensity is large, the cycle is long.
Also occurred in prior art that a lot of solutions manually build the trouble of mode, proposed the scheme of automatic-lifting type, as:
Application number 200910192121.X, applying date 2009-09-07, utility model title guide rail frame type adhering lifting scaffold, disclose a kind of guide rail frame type adhering lifting scaffold, aimed to provide that a kind of lifting is stable, overturn-preventing, guide rail frame type adhering lifting scaffold that whole load-bearing is good, safe.The utility model comprises the anti-dumping Load Relief System, drop preventer, Hoisting System, automatically controlled dynamical system, the load early warning system, frame system, support body 12, guard system, described anti-dumping Load Relief System comprises guide rail 1, off-load limit base 2, off-load tripod 3, described Hoisting System comprises lifting hanging seat 8, motor hoist 6, promote base 4, described off-load tripod 3 is fixed on building by through-wall bolt 5, be the described guide rail 1 that the guide wheel group of spill grapple shape is embraced in described off-load tripod 3, described off-load limit base 2 is arranged on the described guide rail 1 of described off-load tripod 3 upsides, described frame system comprises vertical main framework, the horizontal support framework.
Application number 201010231970.4, the applying date: 2010-07-20, utility model title are tool-type combination adhering lifting scaffolds, a kind of tool-type combination adhering lifting scaffold is disclosed, comprise frame structure, power-equipment, adhere to supporting arrangement, wherein frame structure comprises vertical main framework and support body framework; The support body framework is connected with vertical main framework; Frame structure by vertical main framework with adhere to supporting arrangement and be connected; Adhere to supporting arrangement and be connected on building, adhere to supporting arrangement and be provided with leading anti leaning equipment and falling proof device; During operation, power-equipment connects and adheres to supporting arrangement and vertical main framework, it is characterized in that: described support body framework comprises vertical equity beam, transverse horizontal bar, vertical member, two vertical equity beams of same level and between the transverse horizontal bar that connects form cross beam frame, cross beam frame is along support body short transverse hierarchal arrangement, described cross beam frame two ends connect respectively vertical main framework, between adjacent cross beam frame, connect vertical member.
Application number 201210069765.1, applying date 2012-03-16, utility model name space truss-like attached lift scaffold, disclose a kind of space truss type inserted lift scaffold, included a plurality of support bodys and in order to control the electrical control system of support body lifting; Described support body includes vertical main framework, load-bearing chassis 1, horizontal support truss, lifting gear, falling proof device and support body framework; Bottom at vertical main framework connects load-bearing chassis 1; Described horizontal support truss is connected with load-bearing chassis, the vertical main framework of both sides; Described support body framework is on the top of horizontal support truss and be connected between two vertical main frameworks; Be provided with guide rail on vertical main framework; It is characterized in that: have the frame type tubular construction in described vertical main framework, described frame type tubular construction is connected and composed by some frame type cylindrical shells 2 of vertical setting; Described frame type cylindrical shell 2 has the rectangular frame I3 of two vertical settings, between the rectangular frame I3 of two vertical settings, by horizontal brace rod, connects, and forms frame type cylindrical shell 2; The frame type cylindrical shell 2 that is positioned at the bottom is connected on the load-bearing chassis 1 of scaffold; Described lifting gear includes hanging beam 10, electric block 12, attached wall hanging seat 11 and leading block 9; Described hanging beam 10 is fixed on the vertical main framework of scaffold; Described electric block 12 is suspended on hanging beam, and the wire rope 14 be connected with electric block is fixed on building by attached wall hanging seat 11 after walking around leading block 9, forms the structure of described scaffold rise and fall under the effect of lifting gear; Described falling proof device is provided with anti-fall bearing 18, anti-fall suspension rod 17 and catching device; Described catching device is fixed on load-bearing chassis 1; Be provided with articulated slab 20 on described load-bearing chassis 1, described articulated slab 20 is two, on described articulated slab 20, has strip hole 21; Leading block 9 between two articulated slabs is hinged by bearing pin 22 and two articulated slabs, and can move up and down along the strip hole on articulated slab; Described catching device includes housing 19, top board 15 and briquetting 16; Described top board 15 and briquetting 16 are positioned at the housing 19 of catching device and lay respectively at the both sides of catching device housing; Wherein, top board 15 is fixedly connected with the housing 19 of catching device, and briquetting 16 is hinged with the housing 19 of catching device; Described anti-fall bearing 18 is fixed on building, and the upper end of described anti-fall suspension rod 17 is connected with anti-fall bearing 18, and the lower end of anti-fall suspension rod 17 is through the housing of catching device and between the top board 15 and briquetting 16 of catching device; The corresponding surface of top board and briquetting and anti-fall suspension rod is toothed surface, and the toothed surface of briquetting 16 is arc; The depression bar 24 of briquetting 16 other ends is connected with bearing pin 22, and between depression bar 24 and load-bearing chassis 1, extension spring 23 is set.
The structure relative complex of such scheme, the implementation process trouble.
The utility model content
The problem that the utility model need solve be to provide a kind of automatic lifting, sound construction, easy to adjust, control flexibly, save time, attaching lifting frame or the scaffold of laborsaving, cost-saving.
To achieve these goals, the utility model is designed a kind of attaching lifting frame or scaffold, comprise hoisting frame, hoisting mechanism, bearing component and outrigger, hoisting mechanism, bearing component and outrigger are separately positioned on hoisting frame, hoisting frame includes two or more lift columns, described lift columns is comprised of left lifting bracket and right lifting bracket, on left lifting bracket and right lifting bracket, hoisting mechanism is installed, hoisting mechanism includes the first hydraulic means and the second hydraulic means, be respectively arranged with right lifting bracket the bearing component that spacing is consistent at left lifting bracket, be provided with the holder of the first hydraulic means and the second hydraulic means in the centre of left lifting bracket, be respectively equipped with up and down stressed supporting plate at right lifting bracket, the first hydraulic means is located between the stressed supporting plate of holder and right lifting bracket top, the second hydraulic means is located between the stressed supporting plate of holder and right lifting bracket below, the base of the first hydraulic means and the second hydraulic means be arranged on respectively the top of holder and below, the first hydraulic means is connected with fluid power system with the second hydraulic means, fluid power system is controlled rise or the decline of the first hydraulic means and the second hydraulic means, make left lifting bracket and right lifting bracket promote respectively or land.
Described bearing component comprises lifting supporting plate group, spacing pin, location load-bearing pin, auxiliary load-bearing pin, be sequentially provided with from top to bottom a plurality of lifting supporting plates at left lifting bracket and right lifting bracket, spacing pin, location load-bearing pin, auxiliary pin are inserted into respectively on left lifting bracket and right lifting bracket, will promote supporting plate and be separately fixed on left lifting bracket and right lifting bracket.
Described lifting supporting plate includes the protruding end of the cement plane that extend into wall or floor or windowsill or reserved opening and is arranged on the fixed end of left lifting bracket or right lifting bracket, in the bottom of protruding end, is provided with jagged anti-skid structure.
Described lifting supporting plate is provided with stretch hole, and each promotes stretch hole on supporting plate and couples together by pull rope and left lifting bracket is installed respectively is connected at electric block with right lifting bracket.
Described lifting supporting plate is provided with safety vent, and safety vent is located on protruding end.
Be respectively equipped with spacing pin, location load-bearing pin on described lifting supporting plate, assist the corresponding spacing hole of pin, location bearing hole and auxiliary bearing hole, centered by the bearing hole of location, lightweight with the left-hand component of protruding end than with the fixed end right-hand component.
Described left lifting bracket and right lifting bracket the lifting supporting plate of below are connected with back-moving spring, and each promotes on supporting plate and is respectively equipped with spacing pin, location load-bearing pin, assists the corresponding spacing hole of pin, locates bearing hole and auxiliary bearing hole.
The auxiliary bearing hole of described left lifting bracket and right lifting bracket is arranged on lug.
Described left lifting bracket is provided with the fixed block of the first outrigger, and right lifting bracket, at the fixed block that is provided with the second outrigger, is provided with through hole on fixed block.
The interface of described left lifting bracket and right lifting bracket is respectively equipped with the first protected apron and the second protected apron, by screw, the first protected apron and the second protected apron is fixed on left lifting bracket or right lifting bracket.
Described left lifting bracket and first outer the first half that is configured to frame or scaffold, right lifting bracket and second outer the latter half that is configured to frame or scaffold.
The utility model attaching lifting frame or the scaffold hydraulic means by the HYDRAULIC CONTROL SYSTEM hoisting mechanism flexible, thereby rising or the decline of the left lifting bracket in the drive lift columns and right lifting bracket, be provided with a plurality of lifting supporting plates on left lifting bracket and right lifting bracket, the protruding end that promotes supporting plate extend into cement plane or windowsill or the reserved opening of wall or floor, realize the fixing of lift columns, be provided with outrigger between lift columns, can facilitate the carrying out of other constructions works.The utility model attaching lifting frame or scaffold can be realized whole rising and decline, rise and descend automatically to complete, need not be manually assembling in layer, efficiency is high, laborsaving, save time and cost-saving.
The accompanying drawing explanation:
Fig. 1 is the original state structural representation of the utility model attaching lifting frame or scaffold;
Fig. 2 is the cross-sectional structure schematic diagram of the utility model attaching lifting frame or scaffold;
Fig. 3 is the lifting support board structure schematic diagram of the utility model attaching lifting frame or scaffold;
Fig. 4 is the left hoisting frame structural representation of the utility model attaching lifting frame or scaffold;
Fig. 5 is the right hoisting frame structural representation of the utility model attaching lifting frame or scaffold;
Fig. 6 is the lifting principle schematic of the utility model attaching lifting frame or scaffold;
Fig. 7 is the right hoisting frame rising principle schematic of the utility model attaching lifting frame or scaffold;
Fig. 8 is the left hoisting frame rising principle schematic of the utility model attaching lifting frame or scaffold;
Fig. 9 is the right hoisting frame rising structural representation one of the utility model attaching lifting frame or scaffold;
Figure 10 is the right hoisting frame rising structural representation two of the utility model attaching lifting frame or scaffold;
Figure 11 is the left hoisting frame rising structural representation of the utility model attaching lifting frame or scaffold.
The specific embodiment
For the ease of those skilled in the art's understanding, below in conjunction with specific embodiment and accompanying drawing, structural principle of the present utility model is described in further detail:
As Figure 1-Figure 5, a kind of attaching lifting frame or scaffold, comprise hoisting frame, hoisting mechanism, bearing component and outrigger, hoisting mechanism, bearing component and outrigger are separately positioned on hoisting frame, hoisting frame includes two or more lift columns, described lift columns is comprised of left lifting bracket 3 and right lifting bracket 4, on left lifting bracket 3 and right lifting bracket 4, hoisting mechanism is installed, hoisting mechanism includes the first hydraulic means 7 and the second hydraulic means 8, be respectively arranged with right lifting bracket 4 bearing component that spacing is consistent at left lifting bracket 3, be provided with the holder 5 of the first hydraulic means 7 and the second hydraulic means 8 in the centre of left lifting bracket 3, at the stressed supporting plate 6 of being respectively equipped with up and down of right lifting bracket 4, the first hydraulic means 7 is located between the stressed supporting plate 6 of holder 5 and right lifting bracket 4 tops, the second hydraulic means 8 is located between the stressed supporting plate 6 of holder 5 and right lifting bracket 4 belows, the base of the first hydraulic means 7 and the second hydraulic means 8 be arranged on respectively the top of holder 5 and below, the first hydraulic means 7 is connected with fluid power system with the second hydraulic means 8, fluid power system is controlled rise or the decline of the first hydraulic means 7 and the second hydraulic means 8, make left lifting bracket 3 and right lifting bracket 4 promote respectively or land.
As shown in Figure 1, Figure 2, Figure 3 shows, described bearing component comprises lifting supporting plate group, spacing pin, location load-bearing pin, auxiliary load-bearing pin, be sequentially provided with from top to bottom a plurality of lifting supporting plates 2 at left lifting bracket 3 and right lifting bracket 4, spacing pin 42, location load-bearing pin 41, auxiliary pin 43 are inserted into respectively on left lifting bracket 3 and right lifting bracket 4, will promote supporting plate 2 and be separately fixed on left lifting bracket 3 and right lifting bracket 4.
As shown in Figure 1, Figure 2, Figure 3 shows, described lifting supporting plate 2 includes the protruding end of the cement plane that extend into wall or floor or windowsill or reserved opening and is arranged on the fixed end of left lifting bracket 3 or right lifting bracket 4, is provided with jagged anti-skid structure 21 in the bottom of protruding end.Anti-skid structure 21 can effectively be realized skidproof effect.
As shown in Figure 1, Figure 3, described lifting supporting plate 2 is provided with stretch hole 25, and each promotes stretch hole 25 on supporting plate 2 and couples together by pull rope 31 and left lifting bracket 3 is installed respectively is connected at electric block 9 with right lifting bracket 4.Be separately installed with fixed pulley 1 at left lifting bracket 3 and right lifting bracket 4, pull rope 31, by fixed pulley 1 stretch hole 25 of going here and there, promotes supporting plate 2 by each and is serially connected, and starts electric block 9, will promote supporting plate 2 and pack up.
As shown in Figure 1, Figure 3, described lifting supporting plate 2 is provided with safety vent 26, and safety vent 26 is located on protruding end.When the protruding end that promotes supporting plate 2 extend into the cement plane of wall or floor or windowsill or reserved opening, can insert pin or screw or be bundled on pillar in safety vent 26, realize further locating, tighten security.
As shown in Figure 1, Figure 2, Figure 3 shows, while considering that promoting supporting plate 2 rises or descend, can touch the cement plane of wall or floor, in order to promote supporting plate 2 returns, be respectively equipped with spacing pin 42, location load-bearing pin 41 on described lifting supporting plate 2, assist the corresponding spacing hole 23 of pin 43, location bearing hole 22 and auxiliary bearing hole 24, centered by the bearing hole 22 of location, lightweight with the left-hand component of protruding end than with the fixed end right-hand component.
In addition, described left lifting bracket 3 and right lifting bracket 4 the lifting supporting plate 2 of below are connected with back-moving spring, each promotes on supporting plate 2 and is respectively equipped with and spacing pin, location load-bearing pin, the auxiliary corresponding spacing hole 23 of pin, location bearing hole 22 and auxiliary bearing hole 24, promote supporting plate 2 risings or descend and packed up, when rising or dropping to assigned address, the back-moving spring tractive is the lifting supporting plate 2 of below, because promoting supporting plate 2, remaining by pull rope 31, is coupled together, when being pulled up of below, remaining promotes also pull-up in the lump of supporting plate 2, get back to the state of clamping.In addition, because realize the reliable and accurate of return, can promote supporting plate 2 at each back-moving spring is installed respectively.
As shown in Figure 1, the auxiliary bearing hole 24 of described left lifting bracket 3 and right lifting bracket 4 is arranged on lug 20.
As shown in Fig. 1, Fig. 9, described left lifting bracket 3 is provided with the fixed block 29 of the first outrigger 10, and right lifting bracket 4, at the fixed block 29 that is provided with the second outrigger 11, is provided with through hole 30 on fixed block 29.
As shown in Figure 2, the interface of described left lifting bracket 3 and right lifting bracket 4 is respectively equipped with the first protected apron 12 and the second protected apron 13, by screw 14, the first protected apron 12 and the second protected apron 13 is fixed on left lifting bracket 3 or right lifting bracket 4.
As shown in Figure 9, described left lifting bracket 3 and the first outrigger 10 form the first half of frame or scaffold, and right lifting bracket 4 and the second outrigger 11 form the latter half of frame or scaffold.
As shown in Fig. 6, Fig. 7, Fig. 8, Fig. 6 is original state, when wanting hoisting depth, as shown in Figure 7, presses the gauge tap of the first hydraulic means 7 switches, and the hydraulic prop pressurization of the first hydraulic means 7 is risen, the hydraulic prop of the second hydraulic means 8 decompression simultaneously.Left lifting bracket 3 still blocks cement plane, window or the reserved opening at floor, and right lifting bracket 4 rises, promote supporting plate 2 encounter while keeping out can automatic pressing under, will auto-extending when not keeping out, get final product to requiring behind position to stop.Press afterwards the gauge tap of the second hydraulic means 8 switches, as shown in Figure 8, the pressurization of the hydraulic prop of the second hydraulic means 8 is risen, the hydraulic prop of the first hydraulic means 7 decompression simultaneously.At this moment right lifting bracket 4 still blocks cement plane, window or the reserved opening at floor, must be that left lifting bracket 3 rises, and gets final product to requiring behind position to stop.Just reuse like this and frame or scaffold can be risen to tens to hundreds of rice.In the time will descending, press the gauge tap of the second hydraulic means 8 switches, stop after rising to 0.3-0.5 rice in the left side, the electric block 9 all lifting supporting plates 2 in the pull-up left side, then press the gauge tap of the first hydraulic means 7 switches, when left lifting bracket 3 drops to the front 0.3-0.5 rice of assigned address, electric block 9 is by lifting supporting plate 2 returns of pull-up, after allowing lifting supporting plate 2 chuckings to assigned address, stop and get final product.Continue afterwards to press the gauge tap of the first hydraulic means 7 switches, after rising to 0.3-0.5 rice, the right stops, the electric block 9 all lifting supporting plates 2 in pull-up the right, then press the gauge tap of the second hydraulic means 8 switches, when right lifting bracket 4 drops to the front 0.3-0.5 rice of assigned address, electric block 9, by the lifting supporting spring return of pull-up, after allowing lifting supporting spring chucking to assigned address, stops and gets final product.Just reuse like this and can get back to ground from eminence.
The utility model attaching lifting frame or scaffold couple together use by two above lift columns, can be freely upper and lower on body of wall by being attached to its thing with it.Each lift columns is comprised of left lifting bracket 3 and right lifting bracket 4 both sides symmetries, and centre is placed with hoisting mechanism.Be respectively equipped with one group of lifting supporting plate at left lifting bracket 3 and right lifting bracket 4, every group all is comprised of a plurality of lifting supporting plates 2.Hydraulic prop or laborsaving cucurbit are arranged as the power source that rises or descend in the middle of each support, power source is comprised of one or more.The lifting supporting plate 2 of each support is movable, can add, and can subtract.The junction, the left and right sides of each support is provided with spill the first protected apron 12 and the second protected apron 13, the first protected aprons 12 and the second protected apron 13 and is fixed therein front and back on one side, and another side can be movable, and certain stroke is arranged.Promote supporting plate 2 centered by the bearing hole 22 of location, protruding end is the Ka Qiang part, and fixed end is for holding part, and the Ka Qiang part will be lighter than holds part gently; Perhaps Ka Qiang partly overweights while holding part, holding part increase back-moving spring, by back-moving spring, makes to promote supporting plate 2 returns.
As shown in Fig. 9, Figure 10, Figure 11, the distance by lift columns by 6-10 rice (effect is best) between each, be put on the wall face of Jian mansion.Be respectively arranged with four lifting supporting plates 2 at left lifting bracket 3 and right lifting bracket 4, the inside is put in the protruding end that promotes supporting plate 2, four promote cement plane A, B, C, the D that supporting plates 2 block respectively floor.As shown in Figure 9, Figure 10, the cement plane that the cement plane E of floor is floor yet to be built.The steel pipe connecting that forms outrigger 10 is connected on the fixed block 29 of left lifting bracket 3, the steel pipe connecting that forms outrigger 11 is connected on the fixed block 29 of right lifting bracket 4, then each lift columns is coupled together and become a solid.Divide upper part and lower part, upper part (altitude effect is preferably 6-8 rice) is connected to the right, and lower part (altitude effect is preferably 6-8 rice) is connected to the left side, connects hydraulic oil pipe and power supply.When the cement plane of floor E builds up, as shown in figure 10, control right lifting bracket 4 and rise, the lifting supporting plate 2 of right lifting bracket 4 is extend into to the cement plane E of floor, and then control left lifting bracket 3 and rise, as shown in figure 11.
Foregoing, be only preferred embodiment of the present utility model, and not for limiting embodiment of the present utility model, those skilled in the art are according to design of the present utility model, and the appropriate adaptation of having done or modification, all should be within protection domain of the present utility model.
Claims (10)
1. an attaching lifting frame or scaffold, it is characterized in that: comprise hoisting frame, hoisting mechanism, bearing component and outrigger, hoisting mechanism, bearing component and outrigger are separately positioned on hoisting frame, hoisting frame includes two or more lift columns, described lift columns is comprised of left lifting bracket (3) and right lifting bracket (4), on left lifting bracket (3) and right lifting bracket (4), hoisting mechanism is installed, hoisting mechanism includes the first hydraulic means (7) and the second hydraulic means (8), be respectively arranged with right lifting bracket (4) bearing component that spacing is consistent at left lifting bracket (3), be provided with the holder (5) of the first hydraulic means (7) and the second hydraulic means (8) in the centre of left lifting bracket (3), be respectively equipped with up and down stressed supporting plate (6) at right lifting bracket (4), the first hydraulic means (7) is located between the stressed supporting plate (6) of holder (5) and right lifting bracket (4) top, the second hydraulic means (8) is located between the stressed supporting plate (6) of holder (5) and right lifting bracket (4) below, the base of the first hydraulic means (7) and the second hydraulic means (8) be arranged on respectively the top of holder (5) and below, the first hydraulic means (7) is connected with fluid power system with the second hydraulic means (8), fluid power system is controlled rise or the decline of the first hydraulic means (7) and the second hydraulic means (8), make left lifting bracket (3) and right lifting bracket (4) promote respectively or land.
2. attaching lifting frame according to claim 1 or scaffold, it is characterized in that: described bearing component comprises lifting supporting plate group, spacing pin (42), location load-bearing pin (41), auxiliary load-bearing pin (43), be sequentially provided with from top to bottom a plurality of lifting supporting plates (2) at left lifting bracket (3) and right lifting bracket (4), spacing pin (42), location load-bearing pin (41), auxiliary pin (43) is inserted into respectively on left lifting bracket (3) and right lifting bracket (4), to promote supporting plate (2) is separately fixed on left lifting bracket (3) and right lifting bracket (4).
3. attaching lifting frame according to claim 2 or scaffold, it is characterized in that: described lifting supporting plate (2) includes the protruding end of the cement plane that extend into wall or floor or windowsill or reserved opening and is arranged on the fixed end of left lifting bracket (3) or right lifting bracket (4), is provided with jagged anti-skid structure (21) in the bottom of protruding end.
4. attaching lifting frame according to claim 3 or scaffold, it is characterized in that: described lifting supporting plate (2) is provided with stretch hole (25), and each promotes stretch hole (25) on supporting plate (2) and couples together by pull rope (31) and left lifting bracket (3) is installed respectively is connected at electric block (9) with right lifting bracket (4).
5. attaching lifting frame according to claim 4 or scaffold, it is characterized in that: be respectively equipped with spacing pin (42), location load-bearing pin (41) on described lifting supporting plate (2), assist the corresponding spacing hole (23) of pin (43), location bearing hole (22) and auxiliary bearing hole (24), centered by location bearing hole (22), lightweight with the left-hand component of protruding end than with the fixed end right-hand component.
6. attaching lifting frame according to claim 4 or scaffold, it is characterized in that: described left lifting bracket (3) and right lifting bracket (4) the lifting supporting plate (2) of below are connected with back-moving spring, and each promotes on supporting plate (2) and is respectively equipped with spacing pin (42), location load-bearing pin (41), assists the corresponding spacing hole (23) of pin (43), locates bearing hole (22) and auxiliary bearing hole (24).
7. according to claim 5 or 6 described attaching lifting frame or scaffold, it is characterized in that: the auxiliary bearing hole (24) of described left lifting bracket (3) and right lifting bracket (4) is arranged on lug (20).
8. attaching lifting frame according to claim 7 or scaffold, it is characterized in that: described left lifting bracket (3) is provided with the fixed block (29) of the first outrigger (10), right lifting bracket (4), in the fixed block that is provided with the second outrigger (11) (29), is provided with through hole (30) on fixed block (29).
9. attaching lifting frame according to claim 8 or scaffold, it is characterized in that: described left lifting bracket (3) and the first outrigger (10) form the first half of frame or scaffold, and right lifting bracket (4) and the second outrigger (11) form the latter half of frame or scaffold.
10. attaching lifting frame according to claim 9 or scaffold, it is characterized in that: the interface of described left lifting bracket (3) and right lifting bracket (4) is respectively equipped with the first protected apron (12) and the second protected apron (13), by screw (14), the first protected apron (12) and the second protected apron (13) is fixed on left lifting bracket (3) or right lifting bracket (4).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320319557.2U CN203373954U (en) | 2013-05-24 | 2013-05-24 | Attached type lifting canopy frame or scaffold |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320319557.2U CN203373954U (en) | 2013-05-24 | 2013-05-24 | Attached type lifting canopy frame or scaffold |
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| Publication Number | Publication Date |
|---|---|
| CN203373954U true CN203373954U (en) | 2014-01-01 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320319557.2U Expired - Fee Related CN203373954U (en) | 2013-05-24 | 2013-05-24 | Attached type lifting canopy frame or scaffold |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103362296A (en) * | 2013-05-24 | 2013-10-23 | 陈伟明 | Attached lifting canopy frame or scaffold |
| CN104652803A (en) * | 2015-02-02 | 2015-05-27 | 成军 | Attached scaffold for electric lifting guide rails |
-
2013
- 2013-05-24 CN CN201320319557.2U patent/CN203373954U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103362296A (en) * | 2013-05-24 | 2013-10-23 | 陈伟明 | Attached lifting canopy frame or scaffold |
| CN104652803A (en) * | 2015-02-02 | 2015-05-27 | 成军 | Attached scaffold for electric lifting guide rails |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| DD01 | Delivery of document by public notice |
Addressee: Chen Weiming Document name: Notification of Termination of Patent Right |
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140101 Termination date: 20140524 |
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| EXPY | Termination of patent right or utility model |