CN217350362U - A tool for 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

A tool for stacking and hoisting stirrups

technical field

The utility model belongs to the technical field of building construction, in particular to a tool for stacking and hoisting stirrups.

Background technique

my country's national economy is still in the period of economic recovery and development. Due to the long-term shortage of supply and the leap-forward development of the economy, there is a huge gap in the supply of general infrastructure, general industry and civil buildings. Therefore, the main task facing the construction industry so far is still to meet the huge social demand for such buildings.

Among the construction products that form the output value, the technical content is low, the development and innovation of the construction industry is less, and the entire construction industry is in a stage of scarcity. Therefore, there are also certain problems in the construction industry, such as: the storage of stirrups, the processing completed on the construction site at this stage. Reinforced stirrups are stacked vertically in piles. It is very easy to cause the stirrups to fall due to collision and vibration, causing damage to the surrounding construction personnel, causing the stirrups to deform and scattered, and have a great impact on the quality of the project and safe and civilized construction. The first impression is that it is dirty. At the same time, it is inconvenient to lift and transport the stirrups, there is a greater safety hazard, and it also affects the progress of the project. At present, most of the construction sites are placed directly on the ground. The stirrups are rusted due to factors such as weather, rain, humidity, etc., and rust needs to be removed in the later use, resulting in increased labor and economic costs on the site. In the construction of the main structure (including the foundation), especially in the construction of beams and columns, many stirrups are required, and the specifications are different. Since stirrups take up a lot of space, increase the storage capacity as much as possible by increasing the stacking height on site, and the higher the stirrups are placed, the greater the risk of collapse or slipping. Therefore, there is a need for a table where stirrups of different specifications can be placed separately without slipping off. It solves the situation that there are many types of stirrups on site and it is inconvenient to extract them during use, as well as the inconvenient retrieval of tower cranes in use, stacking and use are easy to collapse, and the stacking height of stirrups is limited.

The utility model patent with the publication number CN210152290U discloses a movable secondary structure tie bar and structural column stirrup stacking and hoisting tool, including a bottom plate, a number of hoisting columns, a number of vertical rods and a stirrup hook located on the vertical rod The bottom plate is a rectangular structure, the four corners of the upper surface of the bottom plate are respectively fixed with lifting columns, the lifting columns are vertically connected with the bottom plate, the top of the lifting column is provided with a fixing ring, and a suspending rope is installed between the two fixing rings at the opposite corners. The bottom plate is evenly provided with vertical poles along one side of its long side, and several stirrup hooks are arranged on the poles; on the bottom plate between the sills. The structure of the stirrup stacking and hoisting tool is fixed, and cannot be adjusted according to the size of the stirrup. At the same time, when stacking and hoisting stirrups of different sizes, the space utilization rate is low and the stacking is unstable.

Utility model content

The purpose of this utility model is to overcome the deficiencies in the prior art, and to provide a stirrup stacking rack and a hoisting rack, which can increase the storage quantity of various types of stirrups, and make the on-site stirrup stacking area neat and tidy. It is easy to extract and has good stability when the stirrup is hoisted as a whole.

The utility model provides the following technical scheme: a tool for stacking and hoisting stirrups, comprising a stirrup tray and a plurality of vertical rods, the stirrup tray is distributed with jacks inserted from top to bottom, and the plurality of vertical rods correspond one-to-one is inserted into the jack, the restriction structure between the vertical rod and the jack prevents the vertical rod from emerging from the bottom surface of the stirrup tray, several vertical rods form a bracket, and each vertical rod in the bracket is supported by the same type of hoop A bending angle of the rib, changing the number of neutral rods and/or inserting holes of the bracket to adapt to different types of stirrups, the left and right sides of the stirrup tray are provided with lifting points for connecting with lifting equipment.

Further, the stirrup tray includes at least two connecting beams and supporting beams, the connecting beams are arranged in parallel, a plurality of supporting beams and the connecting beams are vertically arranged between the connecting beams, and the sockets are distributed on the supporting beams.

Further, the stirrup tray is a double-layer structure overlapping up and down, the upper and lower layers are connected by the struts at the ends of the connecting beams, the insertion holes of the upper support beams are through holes, and the insertion holes of the lower support beams are sealed at the bottom.

Further, the spacing of the support beams is equal.

Further, the jacks are distributed in a multi-row multi-column matrix.

Further, it also includes a hanging bar, the middle part of the hanging bar is bent to form a hanging point, and the two ends are fixed on the beam end of the connecting beam.

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

Further, the vertical rod is a square tube, and the jack is a square hole matched with it.

Further, the horizontal and vertical hole spacing of the jack is 15cm.

Compared with the prior art, the advantage of the present utility model is:

The utility model provides a tool for stacking and hoisting stirrups. The vertical rods on the stirrup trays can be changed and inserted in any combination. When there are stirrups of different shapes or specifications that need to be stacked, it only needs to be adjusted appropriately. It can be suitable for stacking of stirrups of different shapes or specifications. The free configuration can increase the storage quantity of various types of stirrups, make the on-site stirrup stacking area neat and tidy, easy to extract during use, and has good stability when the stirrups are hoisted as a whole. To solve the high stacking height of stirrups on site, there is a danger of collapse or slip.

Description of drawings

Figure 1 is a schematic structural diagram of the utility model.

Figure 2 is a plan view of a stirrup tray.

In the picture: 1- stirrup tray; 1.1- support beam; 1.2- connecting beam; 2- jack; 3- vertical rod; 4- hanging bar.

Detailed ways

In order to more clearly illustrate the embodiments of the present utility model or the technical solutions in the prior art, the following briefly introduces the accompanying drawings that need to be used in the description of the embodiments or the prior art. Obviously, the accompanying drawings in the following description These are just some embodiments of the present invention, and for those of ordinary skill in the art, other drawings can also be obtained from these drawings without creative effort.

As shown in Figure 1; a tool for stacking and hoisting stirrups, including a stirrup tray 1 and a plurality of vertical rods 3, the stirrup tray 1 is distributed with jacks 2 inserted from top to bottom, a plurality of vertical rods 3 a A corresponding one is inserted into the jack 2, the restriction structure between the vertical rod 3 and the jack 2 prevents the vertical rod 3 from emerging from the bottom surface of the stirrup tray 1, preventing the vertical rod 3 from falling off the stirrup tray 1, and several vertical rods The rods 3 form a bracket, and each vertical rod 3 in the bracket is internally supported by a bending angle of a stirrup of the same type. When the stirrup is hoisted, the stirrup is stabilized and does not shake, and the number of vertical rods 3 in the bracket and/or are changed. Or insert holes to adapt to different types of stirrups, suitable for stacking of stirrups of different shapes or specifications without collapsing or slipping. point.

As shown in Figure 2; the stirrup tray 1 includes at least two connecting beams 1.2 and supporting beams 1.1, the connecting beams 1.2 are arranged in parallel, and several supporting beams 1.1 and the connecting beams 1.2 are vertically arranged between the connecting beams 1.2. The holes 2 are distributed on the support beam 1.1.

The stirrup tray 1 is a double-layer structure that overlaps up and down. The upper and lower layers are connected by the pillars at the ends of the connecting beam 1.2. Passing through the upper support beam 1.1, the bottom falls into the lower support beam 1.1. The upper and lower rows of support beams 1.1 support the pole 3 to improve the buckling resistance of the pole 3 in the horizontal direction.

The spacing between the support beams 1.1 is equal, the sockets 2 are distributed in a matrix of multiple rows and columns, and the horizontal and vertical hole spacing of the sockets 2 is 15cm.

It also includes a hanging bar 4, the middle of the hanging bar 4 is bent to form a hanging point, and both ends are fixed on the beam end of the connecting beam 1.2. The hoisting is convenient, the work efficiency is high, and the hoisting safety is guaranteed.

The connecting beam 1.2 and the supporting beam 1.1 are square tubes. The pole 3 is a 2cm*2cm*120cm square tube, the jack 2 is a matching square hole, and the opening size is 2cm*2cm.

Instructions for use:

1. After the stirrups are made, place the stirrup tray 1, insert the vertical pole 3, and determine the insertion distance and position of the vertical pole 3 according to the size of the stirrup.

2. The finished stirrup site must be covered with rain cloth.

3. Before hoisting, check whether the stirrups are fixed in place.

The stirrup tray can be recycled during use, saving costs and increasing the on-site recycling rate; using this tool to store more stirrups than traditional ground stacking and wooden pallets can reduce the site area and create a good safety civilization on site Construction image; easy to distinguish between different types of stirrups, easy to use during construction; neat and firm stacking of stirrups on site, will not cause safety hazards to the site; will not cause the stirrups to fall due to collision and vibration, etc. cause safety damage.

The above description of the disclosed embodiments enables those skilled in the art to implement 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 implemented in other embodiments without departing from the spirit or scope of the present 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. A tool for stacking and hoisting stirrups, characterized in that it comprises a stirrup tray (1) and a plurality of vertical rods (3), and the stirrup tray (1) is distributed with jacks ( 2), a plurality of poles (3) are inserted into the jacks (2) in one-to-one correspondence, and the restriction structure between the poles (3) and the jacks (2) prevents the poles (3) from being removed from the stirrup tray (1). ) emerges from the bottom surface of the bracket, and several vertical rods (3) form a bracket, and each vertical rod (3) in the bracket is internally supported by a bending angle of the same type of stirrup, changing the number of bracket neutral rods (3) and/ Or insert holes to adapt to different types of stirrups, and the left and right sides of the stirrup tray (1) are provided with lifting points for connecting with lifting equipment. 2. A tool for stacking and hoisting stirrups according to claim 1, characterized in that: the stirrup tray (1) comprises at least two connecting beams (1.2) and supporting beams (1.1), which are connected The beams (1.2) are arranged in parallel, a plurality of 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 hoisting stirrups according to claim 2, characterized in that: the stirrup tray (1) is a double-layer structure overlapping up and down, and connecting beams (1.2 ) at the end of the pillar connection, the upper support beam (1.1) through the socket hole, the lower support beam (1.1) socket back cover. 4. A tool for stacking and hoisting stirrups according to claim 2 or 3, characterized in that the spacing between the support beams (1.1) is equal. 5 . The tool for stacking and hoisting stirrups according to claim 4 , wherein the jacks ( 2 ) are distributed in a matrix with multiple rows and columns. 6 . 6. A tool for stacking and hoisting stirrups according to claim 3, characterized in that it further comprises a hanger bar (4), the middle part of the hanger bar (4) is bent to form a hanging point, and both ends are fixed at the Connect the beam ends of the beam (1.2). 7. A tool for stacking and hoisting 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 stacking and hoisting stirrups according to claim 7 , wherein the vertical rod ( 3 ) is a square tube, and the jack ( 2 ) is a matching square hole. 9 . 9 . The tool for stacking and hoisting stirrups according to claim 5 , wherein the horizontal and vertical hole spacings of the insertion holes ( 2 ) are 15 cm. 10 .

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