CN213710301U - Guide diagonal bracing - Google Patents

Abstract

The utility model discloses a direction bracing, prop the pole setting including the bracing with throwing, the bracing is fixed with the floor through the screw rod for the base respectively with throwing the lower extreme that props the pole setting, the bracing with throw the guide rail that the upper end that props the pole setting was held the inserted lift scaffold through same connecting piece, and the connecting piece with be sliding connection between the guide rail, throw and prop the pole setting including overlapping outer tube and inner tube together, the both ends of bracing are equipped with the bracing lead screw respectively. The inclined strut, the throwing strut upright rod and the floor are connected into a triangle. The product is only required to be configured at the guide rail position of the attached lifting scaffold in application, so that the diagonal effect is directly acted on a main stressed member of the attached lifting scaffold, the diagonal safety and stability are improved, more free operation spaces are provided for field construction, and the working efficiency is improved.

Description

Guide diagonal bracing

Technical Field

The utility model relates to an inserted lift scaffold part in building body structure construction especially relates to a direction bracing.

Background

The attached lifting scaffold can be used as a peripheral protection system for building construction in the current building structure construction, in order to enable the attached lifting scaffold to be effectively and safely applied to construction, a plurality of auxiliary tools for the attached lifting scaffold are derived, wherein the problem that how to solve the windproof requirement of a top overhanging frame body of the attached lifting scaffold in the construction and the overhanging height of the overhanging frame body does not exceed the relevant building specification requirement is always a technical problem, the traditional existing traditional solution is to use a construction site steel pipe to carry out simple pulling and connecting treatment, and the mode can not meet the existing national specification and site construction requirements from the aspects of safety and high efficiency. Modern construction site engineering is concerned with the normative of construction and the instrumental and efficient properties of using construction equipment, and the traditional steel pipe frame mode cannot meet the requirements.

Among the prior art, as shown in fig. 1, the oblique-pulling technique of encorbelmenting on current attached lift scaffold during building site construction is as the system that draws to one side for on-the-spot steel pipe and fastener, concrete way is pre-buried in the floor in advance when pouring the top floor, treat that the concrete reaches the one end of steel pipe and this buries with steel pipe fastener after intensity and connect the fastening, the other end of steel pipe is connected the fastening with attached lift scaffold support body with fastener, prevent attached lift scaffold to meet the dangerous and encorbelment end that prevents attached lift scaffold and exceed the standard requirement of overturning of strong wind weather with this kind of oblique-pulling system.

The disadvantages of the prior art are as follows:

in the steel pipe was done to one side and is drawn the system, the intensity of steel pipe is limited, if guarantee to draw intensity and stability effect to one side, will carry out the multichannel and draw the design to one side, and it is more laborious and labourious like this, security and efficiency of construction and economic nature are relatively poor, draw the increase of number to one side and also cause the unfavorable benefit in other constructions of compression in site work space.

The steel pipe is connected with built-in fitting and inserted lift scaffold support body and is used steel pipe fastener, and the fastening of fastener is limited, and the fastening effect is not good, causes sliding of steel pipe easily, causes the potential safety hazard for safe construction.

The different requirements of the cantilever height also have different length specifications of the diagonal-pulling steel pipe, so that the length of the steel pipe needs to be processed on a construction site, and extra workload is increased.

Because draw the steel pipe to one side and be connected with inserted lift scaffold frame body be fixed connection not sliding connection, this just requires to pull the system to one side and demolish when climbing inserted lift scaffold frame body each time, and operation such as this influences the efficiency of construction firstly, has secondly increased the potential safety hazard in inserted lift scaffold frame body stage of climbing, draws the system to one side and can not protect the support body in real time at inserted lift scaffold frame body in the in-process of climbing.

SUMMERY OF THE UTILITY MODEL

The utility model aims at providing a direction bracing.

The utility model aims at realizing through the following technical scheme:

the utility model discloses a direction bracing, prop the pole setting including the bracing with throwing, the bracing is fixed with the floor through the screw rod for the base respectively with throwing the lower extreme that props the pole setting, the bracing embraces the guide rail of inserted lift scaffold through same connecting piece with throwing the upper end that props the pole setting, just the connecting piece with be sliding connection between the guide rail, it includes overlapping outer tube and inner tube together to throw the pole setting, the both ends of bracing are equipped with the bracing lead screw respectively.

By the foregoing the technical scheme the utility model provides a can see out, the embodiment of the utility model provides a direction bracing has increased this utility model overall stability in using, only needs in using to dispose this product at the guide rail position of inserted lift scaffold, draws the effect direct action to one side like this on the main atress component of inserted lift scaffold, has increased security and the stability of drawing to one side. Because the product is only needed to be configured at the position of the guide rail of the attached lifting scaffold, more free operation space is provided for field construction, and the working efficiency is improved.

Drawings

Fig. 1 is a schematic view of a diagonal brace in the prior art.

Fig. 2 and fig. 3 are the structural schematic diagram that inclines laterally and sideways of the direction bracing that the embodiment of the utility model provides.

Fig. 4 and fig. 5 are schematic side view and schematic side view of the engineering scheme of the present invention.

In the figure:

1. the device comprises a connecting piece, 2, a clip pin, 3, an attached lifting scaffold guide rail, 4, an inclined strut screw rod, 5, an inclined strut outer pipe, 6, a throwing strut upright rod outer pipe, 7, a throwing strut upright rod inner pipe, 8, a base, 9 and an attached lifting scaffold body.

Detailed Description

Embodiments of the present invention will be described in further detail below. Details not described in the embodiments of the present invention belong to the prior art known to those skilled in the art.

The utility model discloses a direction bracing, the concrete implementation of its preferred is:

prop the pole setting including the bracing with throwing, the bracing is fixed with the floor through screw rod for the base respectively with throwing the lower extreme that props the pole setting, the bracing props the guide rail of attaching type lift scaffold through same connecting piece armful with throwing the upper end that props the pole setting, just the connecting piece with be sliding connection between the guide rail, it props the pole setting including overlapping outer tube and inner tube together to throw, the both ends of bracing are equipped with the bracing lead screw respectively.

The inclined strut, the throwing strut upright rod and the floor are connected into a triangle.

The connecting piece includes the direction anti-pinch plate, the direction anti-pinch plate with the bracing is articulated with the upper end of throwing the pole setting to be equipped with back shape round pin in the one end of hinge, the direction anti-pinch plate with guide rail sliding connection.

The lower ends of the inclined strut and the throwing strut vertical rod are hinged with the base.

The utility model discloses a direction bracing, the intensity design accords with the actual requirement, is furnished with the bracing and has increased this utility model overall stability in using, only needs in using to dispose this product at the guide rail position of inserted lift scaffold, draws the effect direct action to one side like this on the main atress component of inserted lift scaffold, has increased security and the stability of drawing to one side. Because the product is only needed to be configured at the position of the guide rail of the attached lifting scaffold, more free operation space is provided for field construction, and the working efficiency is improved.

The utility model discloses an all fasteners are round pin axle or bolt, and when intensity can satisfy the construction requirement, the dismouting is also very convenient simple, can guarantee the fastening nature of each component effectively after the installation, prevents the loose possibility between each component.

The utility model discloses be furnished with adjustable bracing, make this product adjust bracing length according to drawing the difference of height to one side like this, this makes the application of this product nimble more high-efficient.

The product is in sliding connection with the connecting end of the attached lifting scaffold guide rail, and the guide rail can freely slide up and down in the diagonal end device, so that the attached lifting scaffold guide rail can be protected by diagonal pulling of the product in real time even when climbing, and the safety and the efficiency of construction are improved; the device at the connecting position of the product and the guide rail end is hinged, and the guide inclined strut guide reverse buckling plate can be automatically adjusted along with the inclination angle of the guide rail relative to the guide inclined strut.

The specific embodiment is as follows:

as shown in fig. 2, fig. 3, the utility model discloses be furnished with the bracing and throw and prop the pole setting, after adhesion type lifting scaffolding climbs the set position, it is fixed with the floor through the screw rod for the base with the one end of this product, the guide rail is embraced through the connecting piece to the other end, this product is installed after on adhesion type lifting scaffolding guide rail, this factory article provides the horizontal constraint force for the guide rail at the guide rail position, in order to realize preventing the potential safety hazard that adhesion type lifting scaffolding encorbelments the end and topples over, it is sliding contact with adhesion type lifting scaffolding guide rail, the existence of this product protects the support body under the prerequisite that can not influence the normal lift of guide rail like this. The connecting piece adopts the design of outer pipe sleeve inner tube for the connecting piece can adapt to the swing angle change around the inserted lift scaffold guide rail in real time.

As shown in fig. 4 and 5, the utility model discloses the product is used for inserted lift scaffold top for inserted lift scaffold end of encorbelmenting is prevent wind and prevent that the end of encorbelmenting is encorbelmented highly and is surpassed the standard requirement.

The utility model has the advantages that:

the pulling and connecting measures of the overhanging end of the attached lifting scaffold are enabled to be toolized and standardized.

The utility model discloses suitable height specification is adjustable, can once only solve the end of adhering to type lift scaffold in the multiple different altitude ranges and draw the demand to one side, and reuse rate is high.

The product is connected with the guide rail of the attached lifting scaffold by adopting a sliding contact design, and the anti-overturn protection of the frame body can be realized in the construction and climbing process of the attached lifting scaffold.

The product component is instrumentalized and lightweight, the carrying, assembling and disassembling are simple and convenient, the occupied space is small, and the construction efficiency and the construction space are greatly improved.

The triangle atress design form of this product can provide firm stable protection of preventing toppling more for inserted lift scaffold.

The guide inclined strut of the utility model, the throwing strut vertical rod with guide, the auxiliary inclined strut and the floor are connected into a triangle (namely a static structure form), so that the guide end of the inclined strut with guide has the horizontal constraint function at the set height; the guide reverse buckling plate is hinged with the guide throwing support vertical rod and the upper end of the inclined support, and the guide inclined support guide reverse buckling plate can be automatically adjusted along with the inclination angle of the guide rail relative to the guide inclined support.

The above description is only for the preferred embodiment of the present invention, but the protection scope of the present invention is not limited thereto, and any changes or substitutions that can be easily conceived by those skilled in the art within the technical scope of the present invention are all covered by the protection scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the protection scope of the claims.

Claims (4)

1. The utility model provides a direction bracing, its characterized in that includes the bracing and throws and prop the pole setting, the bracing is fixed with the floor through the screw rod for the base respectively with throwing the lower extreme that props the pole setting, the bracing with throw the guide rail that props the upper end of pole setting and embrace the inserted lift scaffold through same connecting piece, just the connecting piece with be sliding connection between the guide rail, throw and prop the pole setting including overlapping outer tube and inner tube together, the both ends of bracing are equipped with the bracing lead screw respectively.

2. The guide diagonal brace of claim 1, wherein the diagonal brace is connected to the cast brace upright and the floor in a triangular configuration.

3. The guide inclined strut as claimed in claim 2, wherein the connecting piece comprises a guide reverse buckling plate, the guide reverse buckling plate is hinged with the upper ends of the inclined strut and the throwing strut vertical rod, a clip-shaped pin is arranged at one end of a hinge shaft, and the guide reverse buckling plate is connected with the guide rail in a sliding mode.

4. A guide diagonal brace according to claim 1, 2 or 3, wherein the lower ends of the diagonal brace and the cast brace upright are hinged to the base.

Images