CN217350362U - Tool capable of stacking and hoisting stirrups - Google Patents

Abstract

The utility model belongs to the technical field of building construction, in particular to a tool capable of stacking and hoisting stirrups; including stirrup tray and many pole settings, it has from the top down male jack to distribute on the stirrup tray, the inserting of many pole settings one-to-ones is in the jack, restriction structure between pole setting and the jack prevents the pole setting to emerge from the bottom surface of stirrup tray, the support is constituteed to a plurality of pole settings, each pole setting in the support is all internal stay in a angle of buckling of the stirrup of same model, the figure and/or the cartridge hole site of pole setting in the transform support are in order to adapt to the stirrup of different models, the left and right sides of stirrup tray all is provided with the hoisting point that is used for being connected with handling equipment. The vertical rods on the stirrup tray can be combined in a changeable inserting hole position, and stirrups in different shapes or different specifications can be stacked only by proper adjustment when the stirrups in different shapes or different specifications need to be stacked. The stirrups of various models can be increased by free configuration, and the field stirrup stacking area is tidy and tidy.

Description

Tool capable of stacking and hoisting stirrup

Technical Field

The utility model belongs to the technical field of the construction, concretely relates to can stack and hoist instrument of stirrup.

Background

National economy of China is still in the period of economic recovery development, and due to long-term supply shortage and economic leap-type development, huge gaps in supply of general infrastructures, common industries and civil buildings are caused. Therefore, the major tasks facing the construction industry to date still are to meet the enormous social needs for such buildings.

Among the building products that form the output value, the technical content is lower, and the development and innovation of the building industry is less, and whole building industry is in the stage of scarcity, therefore the building industry also has certain problem, for example: the storage of the stirrups, the reinforcement stirrups processed and finished on the construction site at the current stage are vertically stacked in a pile, so that the stirrups are very easy to topple over due to the reasons of collision, vibration and the like, damage is caused to surrounding construction personnel, the stirrups are deformed and scattered, great influence is caused to the engineering quality and the safe and civilized construction, and the first feeling of people is dirty and messy. Meanwhile, the hoisting of the stirrups is not convenient, great potential safety hazards exist, and the engineering progress is influenced. At present, most construction sites are directly placed on the ground, stirrups rust due to factors such as rain and humidity in the weather, and rust removal is needed in the later period of use, so that the labor and economic costs of the sites are increased. In the construction of main body structures (including foundations), particularly in the construction of beams and columns, more stirrups are needed and specifications are different. Because the stirrups are placed in a large occupied area, the storage amount can be increased as much as possible by increasing the stacking height on the spot, and the higher the stirrups are placed, the greater the risk of collapse or sliding. Therefore, a placing table is needed in which stirrups with different specifications can be placed respectively without sliding. The problems that the field is inconvenient to extract due to the fact that the types of stirrups are more, the tower crane is inconvenient to transfer in use, the stacking and the use are easy to collapse, the stirrups are limited in stacking height and the like are solved.

The utility model with publication number CN210152290U discloses a stacking and hoisting tool for movable secondary structure tie bars and constructional column hoops, which comprises a bottom plate, a plurality of hoisting columns, a plurality of upright rods and hoops hooks positioned on the upright rods; the lifting column is vertically connected with the bottom plate, a fixing ring is arranged at the top end of the lifting column, a lifting rope is respectively arranged between two fixing rings which are arranged diagonally, vertical upright rods are uniformly arranged on one side of the bottom plate along the long edge direction of the bottom plate, and a plurality of stirrup hooks are arranged on the upright rods; the bottom plate is all installed the drawknot muscle shelves bank along its all edges all around, and the drawknot muscle is placed on the bottom plate between the drawknot muscle shelves bank. The stirrup stacking and hoisting tool is fixed in structure, cannot be adjusted correspondingly according to the size of a stirrup, and is low in space utilization rate and unstable in stacking when stirrups with different sizes are stacked and hoisted.

SUMMERY OF THE UTILITY MODEL

The utility model aims to overcome the not enough that exists among the prior art, provide a stirrup piling bin, hoist and mount frame, the stirrup that can increase various models deposits quantity, makes on-the-spot stirrup pile district clean and tidy, neat, and in use conveniently draws, and stability is good when stirrup integral hoisting.

The utility model provides a following technical scheme: the utility model provides an instrument that can stack and hoist stirrup, including stirrup tray and many pole settings, it has from the top down male jack to distribute on the stirrup tray, the inserting of many pole settings one-to-ones is in the jack, limit structure between pole setting and the jack prevents the pole setting to emerge from the bottom surface of stirrup tray, the support is constituteed to a plurality of pole settings, each pole setting in the support is all internal stay in a dog-ear of same model, the figure and/or the stirrup of cartridge hole site in order to adapt to different models in the transform support, the left and right sides of stirrup tray all is provided with the hoisting point that is used for being connected with handling equipment.

Furthermore, the stirrup tray comprises at least two connecting beams and supporting beams, the connecting beams are arranged in parallel, the supporting beams and the connecting beams are vertically arranged between the connecting beams, and the jacks are distributed on the supporting beams.

Furthermore, the stirrup tray is of a double-layer structure which is overlapped up and down, the upper layer and the lower layer are connected through the pillars at the end parts of the connecting beams, the jack through holes of the supporting beams on the upper layer and the jack back covers of the supporting beams on the lower layer.

Further, the support beams are equally spaced.

Furthermore, the jacks are distributed in a matrix of multiple rows and columns.

Furthermore, the connecting beam further comprises a hanging rib, the middle part of the hanging rib is bent to form a hanging point, and two ends of the hanging rib are fixed at the beam end of the connecting beam.

Furthermore, the connecting beam and the supporting beam are square tubes.

Furthermore, the upright posts are square tubes, and the jacks are square holes matched with the upright posts.

Furthermore, the transverse and vertical hole spacing of the jacks is 15 cm.

Compared with the prior art, the utility model has the advantages that:

the utility model provides a pair of can stack and hoist instrument of stirrup, the convertible cartridge hole site of pole setting on the stirrup tray makes up wantonly, when the stirrup of different shapes or different specifications need to be stacked, only needs the stirrup that just can be fit for different shapes or different specifications to appropriately adjust to stack. Freely dispose, can increase the stirrup of various models and deposit quantity, make on-the-spot stirrup stack the district clean and tidy, neat, in use conveniently draws, stability is good when stirrup integral hoisting. The problem that the hooping is high in stacking height on site and has the danger of collapse or sliding is solved.

Drawings

Fig. 1 is a schematic structural diagram of the present invention.

Figure 2 is a plan view of a stirrup tray.

In the figure: 1-a stirrup tray; 1.1-supporting beam; 1.2-connecting the beams; 2-a jack; 3-erecting a rod; 4-hanging the ribs.

Detailed Description

In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to these drawings without creative efforts.

As shown in fig. 1; the utility model provides a can stack and hoist instrument of stirrup, including stirrup tray 1 and many pole settings 3, it has from the top down male jack 2 to distribute on the stirrup tray 1, the inserting of many pole settings 3 one-to-ones is in jack 2, restriction structure between pole settings 3 and the jack 2 prevents pole settings 3 from appearing from the bottom surface of stirrup tray 1, prevent that pole settings 3 from droing from stirrup tray 1, a plurality of root pole settings 3 form the support, each pole setting 3 in the support is all internal stay in a bending angle of the stirrup of same model, when hoist stirrup, make the stirrup stable, do not rock, the figure and/or the cartridge hole site of pole settings 3 in the transform support are in order to adapt to the stirrup of different models, the stirrup of different shapes or different specifications stacks and can not collapse or landing, stirrup tray 1's the left and right sides all is provided with the hoisting point that is used for being connected with handling equipment.

As shown in fig. 2; the stirrup tray 1 comprises at least two connecting beams 1.2 and supporting beams 1.1, the connecting beams 1.2 are arranged in parallel, the supporting beams 1.1 and the connecting beams 1.2 are vertically arranged between the connecting beams 1.2, and the jacks 2 are distributed on the supporting beams 1.1.

The stirrup tray 1 is of a double-layer structure which is overlapped up and down, the upper layer and the lower layer are connected through the pillars at the end parts of the connecting beams 1.2, the jack through holes of the supporting beams 1.1 on the upper layer and the jack back covers of the supporting beams 1.1 on the lower layer, the upright rods 3 penetrate through the supporting beams 1.1 on the upper layer, and the bottoms of the upright rods fall into the supporting beams 1.1 on the lower layer. The vertical rods 3 are supported by the upper and lower rows of supporting beams 1.1, and the horizontal buckling resistance of the vertical rods 3 is improved.

The supporting beams 1.1 are equal in distance, the jacks 2 are distributed in a matrix of multiple rows and columns, and the transverse and vertical hole distances of the jacks 2 are 15 cm.

The connecting beam further comprises a hanging rib 4, the middle of the hanging rib 4 is bent to form a hanging point, and two ends of the hanging point are fixed at the beam end of the connecting beam 1.2. The hoisting is convenient, the working efficiency is high, and the hoisting safety is ensured.

The connecting beam 1.2 and the supporting beam 1.1 are square tubes. The upright stanchion 3 is a square pipe with 2cm x 120cm, the jack 2 is a square hole matched with the upright stanchion, and the size of the opening is 2cm x 2 cm.

Instructions for use:

1. after the stirrups are manufactured, the stirrup trays 1 are placed, the vertical rods 3 are inserted well, the inserting intervals and the inserting positions of the vertical rods 3 are determined according to the sizes of the stirrups, and the stirrups are placed on a leveling field and kept orderly.

2. The site of the manufactured stirrup must be covered by waterproof cloth.

3. Before hoisting, checking whether the stirrup is fixed in place.

The stirrup tray can be recycled during use, so that the cost is saved, and the field recycling rate is increased; the number of the stirrups stored by the tool is increased compared with the number of traditional ground stacking and wooden pallet storage, so that the site floor area is reduced, and a good site safe and civilized construction image is created; the stirrup can be distinguished conveniently in different types, and is convenient to take and use in the construction process; the hooping stacked on site is neat and firm, and potential safety hazards can not be caused on site; the stirrup cannot be toppled over due to reasons such as collision and vibration, and safety injury can be caused to surrounding construction personnel.

The previous description of the disclosed embodiments is provided to enable any person skilled in the art to make or use the present invention. Various modifications to these embodiments will be readily apparent to those skilled in the art, and the generic principles defined herein may be applied to other embodiments without departing from the spirit or scope of the invention. Thus, the present invention is not intended to be limited to the embodiments shown herein but is to be accorded the widest scope consistent with the principles and novel features disclosed herein.

Claims (9)

1. The utility model provides a can stack and hoist instrument of stirrup which characterized in that: including stirrup tray (1) and many pole setting (3), it has from the top down male jack (2) to distribute on stirrup tray (1), what many pole setting (3) one-to-one inserts in jack (2), limit structure between pole setting (3) and jack (2) prevents pole setting (3) to emerge from the bottom surface of stirrup tray (1), the support is constituteed in a plurality of pole setting (3), each pole setting (3) in the support is all internal stay in a angle of buckling of the stirrup of same model, the figure and/or the cartridge hole site of pole setting (3) are in order to adapt to the stirrup of different models in the transform support, the left and right sides of stirrup tray (1) all is provided with the hoisting point that is used for being connected with handling equipment.

2. A tool for stacking and lifting stirrups according to claim 1, characterised in that: the stirrup tray (1) comprises at least two connecting beams (1.2) and supporting beams (1.1), the connecting beams (1.2) are arranged in parallel, the supporting beams (1.1) and the connecting beams (1.2) are vertically arranged between the connecting beams (1.2), and the jacks (2) are distributed on the supporting beams (1.1).

3. A tool for stacking and lifting stirrups according to claim 2, characterised in that: the stirrup tray (1) is of a double-layer structure which is overlapped up and down, the upper layer and the lower layer are connected through the pillars at the end parts of the connecting beams (1.2), the jack through holes of the supporting beams (1.1) at the upper layer are arranged, and the jack back covers of the supporting beams (1.1) at the lower layer are arranged.

4. A tool for stacking and lifting stirrups according to claim 2 or 3, characterised in that: the spacing between the supporting beams (1.1) is equal.

5. A tool for stacking and lifting stirrups according to claim 4, characterized in that: the jacks (2) are distributed in a matrix of a plurality of rows and a plurality of columns.

6. A tool for stacking and lifting stirrups according to claim 3, characterised in that: the connecting beam further comprises a hanging rib (4), the middle part of the hanging rib (4) is bent to form a hanging point, and two ends of the hanging point are fixed at the beam end of the connecting beam (1.2).

7. A tool for stacking and lifting stirrups according to claim 4, characterized in that: the connecting beam (1.2) and the supporting beam (1.1) are square tubes.

8. The tool for stackable and erectable stirrups according to claim 7, characterised in that: the upright stanchion (3) is a square tube, and the jack (2) is a square hole matched with the upright stanchion.

9. A tool for stacking and lifting stirrups according to claim 5, characterized in that: the transverse and vertical hole intervals of the jacks (2) are 15 cm.

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