Hoop support convenient and diversified to install and connecting structure of hoop support and meter box

Abstract

The invention discloses a hoop support convenient and diversified to install and a connecting structure of the hoop support and a meter box, the hoop support comprises a hanging loop and an n-shaped hoop plate used for being in lap joint with the hanging loop, and a bent plate is embedded in an arched part of the n-shaped hoop plate, so that the bent plate and extending parts on the two sides of the n-shaped hoop plate form a plane; the extension part is provided with at least two bent hooks for bearing the hanging loop; the n-shaped hoop plates are connected through the long screw rod, so that an adjustable rectangular space used for clamping a structure is formed between the n-shaped hoop plates and the long screw rod. Through the design of the double-layer hoop plate shaped like the Chinese character'ji 'and the cooperation of a preferable scheme, the problem that a traditional semicircular hoop is single in application scene is solved, the requirement for diversified installation is met through the combination of the two hoop plates, and the hoop is particularly suitable for installation of overseas meter boxes. The support can be installed by a single person, the support body can be formed by bending plates, and the support is more suitable for batch production and suitable for application and popularization in production practice.

Description

Technical Field

[0001] The present invention relates to the technical field of clamps, and in particular to a clamp bracket which is conveniently and diversifiedly installed, and a connection structure thereof with a meter box. Background Art

[0002] At present, the installation of metal meter boxes mostly adopts a circular clamp fastening installation structure. The common hot-dip galvanized clamps on the market are used for round poles with diameters within a certain range. Most of the designed clamps are customized for a certain product, with poor versatility and cannot be applied to more complex installation environments overseas. Conventional installation clamps are relatively bulky in design, and usually use a structure that combines the upper and lower 4 clamps with the meter box screws. Although the installation reliability is guaranteed, the number and complexity of the clamp brackets are increased, and usually two people are required to collaborate in the installation at high altitude. The bulkiness and large size of the clamp will also increase the transportation cost and labor cost of the entire product.

[0003] For example, patent CN202010195989.1 discloses a pole clamp for an electric meter box, comprising a clamp body, the clamp body comprising a first semicircular clamp and a second semicircular clamp for clamping the electric pole; a connecting plate, the middle part of which is fixedly connected to the side of the first semicircular clamp away from the second semicircular clamp, and the end of which is provided with a second bolt hole for fixing with the first bolt hole. This technical solution achieves a close fit between the clamp and the electric pole by buckling two semicircular clamps, but the size of the electric pole to which the clamp is adapted needs to be determined before installation, and cannot be applied to a variety of practical scenarios.

[0004] Another example is a reinforced meter box clamp disclosed in patent CN202222755273.X. This technical solution sets a connecting plate on the circular clamp and sets a waist hole on the connecting plate, so that the clamp can be used for the installation of meter boxes of different sizes. However, the clamp in this technical solution can only be adapted to round columns, not to special-shaped columns of other shapes such as square columns. At the same time, the circular clamp and the connecting plate of this technical solution are only fixed by a single connecting rod, and the meter box is prone to tilt. In addition, when installing the meter box, this technical solution requires at least two people to cooperate in the operation. One person lifts the meter box to the target position, and the other person can install the clamp.

[0005] Another example is a universal hoop-type tower crane attachment support with adjustable size and its construction method disclosed in patent CN202211556026.5. This technical solution uses four groups of connecting columns of the same structure, and adjacent connecting columns are inserted and connected and fixed around the rectangular frame column. The four connecting columns are fastened by four tension screws, so that they are firmly fixed on the frame column. This technical solution can adapt to square columns of different sizes, but the installation is complicated. Before installation, the matching parts need to be welded to the I-beam, which is difficult to meet the requirements of quick installation, and the load-bearing weight is also difficult to guarantee. In addition, when this technical solution is applied to a cylinder, due to the small bending degree of the I-beam and the extremely small contact area with the cylinder, the hoop is easy to slip when the load is high, and it is difficult to ensure the stability of the device.

[0006] Traditional meter box clamps are mostly used on cylindrical structures, so most of the existing clamps on the market are semicircular. When installing the meter box, two pairs of semicircular clamps are usually required. This kind of traditional clamp usually requires casting molds, thread rolling, hot-dip galvanizing and other processes. The cost of re-molding for clamped cylinders of different sizes is high, which is not conducive to standardized large-scale production and sales. In addition, due to the different structures of structures supporting meter boxes in various countries, especially the large number of square columns and special-shaped columns in Latin America, traditional semicircular clamps are difficult to adapt to overseas needs. In addition, when traditional clamps are used to carry and install large-volume devices similar to meter boxes, more than two workers are usually required to install them. After the device is maintained in the target position, another worker can connect the clamp to the device. The installation is complicated, time-consuming and labor-intensive. Summary of the invention

[0007] The present invention aims to overcome the problems in the prior art that traditional clamps are only suitable for a single scenario, require the cooperation of multiple people for installation, have cumbersome installation steps, complex manufacturing processes, and are not convenient for standardized production. A clamp bracket with convenient and diversified installation and a connection structure with a meter box are provided to overcome the above-mentioned defects.

[0008] In order to achieve the purpose of the above invention, the present invention is implemented by the following technical solutions: A convenient and diversified installation clamp bracket, comprising: Hanging climbing, used to carry meter boxes or other devices, and overlapped with the "X" shaped hoop plate; The "X"-shaped hoop plate comprises an arched portion protruding to one side, the arched portion extends to two sides respectively, a bent plate is embedded in the arched portion, so that the bent plate and the two sides of the extension form a plane, and the extension is provided with at least two bent hooks for carrying the hanging climbing; The long screw rod is used for connecting and fixing the I-shaped hoop plate, so that an adjustable rectangular space is formed between the I-shaped hoop plate and the long screw rod.

[0009] The common clamp structure on the market is relatively simple. Since most domestic clamps are used on round electric poles, traditional clamps are usually made of left and right halves of the clamp that are connected after being matched. The left and right halves of the clamp are both semi-circular, and the friction between the clamp and the cylinder is increased by maximally close to the cylinder. However, in this way, for structures of different sizes that need to be covered, traditional clamps need to be redesigned and molded. And in the context of companies going overseas, the application scenarios of clamps overseas are more complicated. For example, in Latin American countries, there are more application scenarios on square columns, and each country has more detailed standards for the spacing and size of the clamps. Therefore, how to design a clamp that can be used on cylindrical and square columns at the same time and meet the national standard size requirements of different countries has become an urgent problem for companies going overseas.

[0010] The clamp bracket of the present invention abandons the traditional semicircular design of the clamp and designs the left and right clamps into plate shapes, which maximizes the contact area between the clamp and the square column, thereby meeting the installation requirements of the clamp on the square column. The two clamp plates are connected by a long screw, and the clamping force of the structure is adjusted by installing nuts at both ends of the long screw, so that the two clamp plates can fit tightly with the square column and the cylinder.

[0011] However, since the left and right halves of the hoop are both flat, when the hoop is applied to a cylinder, the contact area between the hoop plate and the cylinder is small. If a device such as a meter box is to be loaded with a large weight, more force perpendicular to the cylinder must be applied to the hoop. However, if the nut is screwed too tight, the hoop plate is prone to plastic deformation. As the installation time increases, the clamping force of the hoop plate on the structure decreases, which can easily cause the hoop to fall off. Therefore, the present invention discloses a double-layer "I"-shaped hoop plate, in which a bent plate is embedded in the arched portion of the "I"-shaped hoop plate. The bent plate and the hoop plate can be connected by rivets, and the bent plate and the extensions on both sides form a plane. Through the split double-layer structure, the longitudinal deformation resistance of the hoop plate is significantly improved, and the double-layer structure can play a good energy absorption role. Taking the installation of a cylinder as an example, when the nut is tightened to apply a greater force to the left and right hoops, the plane formed by the bent plate and the extensions on both sides is in close contact with the cylinder, and a slight elastic deformation is generated in the direction of the pressure, forming a micro-curved surface between the hoop plate and the cylinder, thereby increasing the contact area between the hoop plate and the cylinder, allowing this type of clamp to withstand a heavier weight and ensure the clamping stability of the clamp for a longer period of time.

[0012] Since a large part of the use scenarios of the clamp bracket are outdoors, the anti-corrosion performance of the clamp bracket is required to be high, so the clamp bracket needs to be sprayed with plastic in advance. Compared with the one-piece double-layer hoop plate structure, for example, using an integrated square tube steel as the hoop plate, the spraying process inside the hoop plate is complicated and it is difficult to ensure that there are no dead angles in the spraying. The present invention selects embedded bent plates to realize a double-layer structure, so that the "J"-shaped hoop plate and the bent plate can be sprayed with plastic separately, which can ensure that the hoop plate is evenly covered with plastic powder. Then the "J"-shaped hoop plate and the bent plate are assembled to achieve the effect of no dead angle and anti-corrosion of the clamp bracket.

[0013] Furthermore, the main body of the clamp disclosed in the present invention can be formed by bending a plate, and can be completed only through bending, spraying, and riveting processes. It can be processed by an ordinary sheet metal factory, with a short manufacturing time, a wide range of applications, and is suitable for mass production. Furthermore, when installing the clamp disclosed in the present invention, only one person is required to operate. When installing, the worker first installs the clamp at the target position of the structure, fixes the hanging bracket to the required device, and then overlaps the hanging bracket with the bent hook on the hoop plate to complete the connection between the device and the structure. After the connection, the device can also be reinforced by one person through the reserved screw holes on the clamp bracket.

[0014] Preferably, the arched portion and the bent plate are provided with through holes for guiding the long screw to move along the "X"-shaped hoop plate. The distance between the two hoop plates can be adjusted by the long screw, and through holes are provided at corresponding positions of the arched portion and the bent plate to adjust the relative distance between the screws, so that the rectangular space between the "X"-shaped hoop plate and the long screw has a larger adjustable range, which is of special significance for adapting to installation on structures of different sizes overseas.

[0015] As a further preference, the long screw and the I-shaped hoop plate are fixed by nuts, and an elastic component is sleeved between the nut and the I-shaped hoop plate. To facilitate single-person installation, one hoop plate can be clamped by two pairs of nuts on the long screw, and then moved to the target position on the structure. At this time, the worker only needs to pass the long screw through the through hole of the other hoop plate and tighten it with the nut to achieve the connection between the clamp bracket and the structure. As mentioned above, the nut exerts a large force on the left and right hoops, and the elastic component can help evenly distribute the pressure between the bolt and the hoop plate and reduce local stress concentration. And as the installation time goes by, even if the elasticity of the I-shaped hoop plate is reduced due to material and other reasons, the elastic component can compensate for the loss of elastic force to a certain extent.

[0016] Preferably, the bending hooks are all arranged on the extension part on the same side, and a receiving groove is arranged on the extension part on the other side where the bending hook is not arranged. This preferred solution is suitable for the installation of the clamp on the vertical rod, and more than two bending hooks play the main role in bearing force. In practice, screw holes can be arranged on the bending hooks, and the device can be hung on the bending hooks and bolts can be used to further improve the overall stability. At the same time, a receiving groove is arranged on the other side of the hoop plate, which cooperates with the hanging hook to play the role of auxiliary support and limit.

[0017] Preferably, the bent hooks are respectively arranged on the extensions on both sides. This preferred solution is suitable for installing the clamp on the crossbar.

[0018] Preferably, the hanging bracket includes a hanging plate body, two first hanging plates extending in the same direction perpendicular to the hanging plate body at both ends of the hanging plate body, and two second hanging plates extending towards each other at one end of the first hanging plate away from the hanging plate body. The hanging bracket forms a "X"-shaped structure through multiple folding of the plate, and the protruding hanging plate body is used to overlap the bent hook.

[0019] As a further preferred embodiment, the first hanging plate extends a mounting piece away from the hanging plate body, and the mounting piece overlaps the bent hook. When the clamp is installed on the vertical rod, since the distance between the two bent hooks is long, if the hanging plate body is directly overlapped on the bent hook, the required hanging length is long, resulting in a waste of space. Therefore, a mounting piece is extended from the first hanging plate to overlap the bent hook, which saves space and enhances the stability of the suspension.

[0020] As a further preferred embodiment, a support sheet is extended from the side of the hanging plate body away from the mounting sheet. When the clamp is installed on the vertical rod, the support sheet can be embedded in the receiving groove to play the role of auxiliary support and position limiting.

[0021] As a further preferred embodiment, a strap hole through which a strap can pass is provided at the first hanging plate. When the clamp is installed on the vertical rod, a single clamp bracket is sufficient to bear the weight of the meter box. To further improve the stability of the meter box installation, a hanging rack can be provided on the meter box, and the strap is passed through the strap hole and fastened to the vertical rod, thereby achieving a more stable installation effect while saving a set of clamp plates. In practice, the strap can be connected and fixed using a metal hose clamp, a plastic hose clamp, a wire harness, or the like.

[0022] On the other hand, the present invention also discloses a connection structure between a clamp bracket and a meter box that is convenient and diversified to install, including a meter box and a structure, wherein the hanging bracket is fixedly connected to one side of the meter box, and the structure is just clamped in the rectangular space formed by the I-shaped clamp plate and the long screw rod, and the bent hook overlaps the hanging bracket to realize a detachable connection of the meter box structure.

[0023] Therefore, the present invention has the following beneficial effects: (1) The present invention enhances the bending resistance of the hoop plate through the design of the "J"-shaped double-layer hoop plate, and improves the fit between the hoop plate and the cylinder to a certain extent, thereby solving the problem of the single application scenario of the traditional semi-circular hoop and solving the problem of the hoop plate being easy to slip due to insufficient bearing capacity when installed on the cylinder.

[0024] (2) In the preferred embodiment of the present invention, bending hooks are installed at different positions of the hoop plate to realize two application scenarios of a set of hoop application: horizontal bar and vertical bar. In addition, through the coordination of hooks at different positions with receiving grooves and support plates, the meter box can be quickly installed by one person while ensuring the stability of the device.

[0025] (3) The present invention forms a clamping space with a large adjustment range by cooperating with the screw and the through hole. There is no need to replace the clamp for different application scenarios, and there is no need to redesign the mold and manufacture. It is particularly suitable for the installation of multiple devices under complex installation conditions overseas.

[0026] (4) The main body of the present invention can be formed by bending a plate, which has a short manufacturing time and a wide range of applications. It is more suitable for mass production and has a low cost, and is suitable for promotion and application in production practice. BRIEF DESCRIPTION OF THE DRAWINGS

[0027] Figure 1 This is a schematic diagram of an I-shaped hoop plate in a hoop bracket that is conveniently and diversely installed as shown in Example 1 of the present invention.

[0028] Figure 2 This is a schematic diagram of a hanging climb in a clamp bracket that is conveniently and diversifiedly installed as shown in Example 1 of the present invention.

[0029] Figure 3 This is a schematic diagram of the connection between the I-shaped hoop plate and the hanging bracket in a hoop bracket that is conveniently and diversifiedly installed as shown in Example 1 of the present invention.

[0030] Figure 4 This is a schematic diagram of the installation of a vertical column in a clamp bracket that is conveniently and diversely installed as shown in Example 2 of the present invention.

[0031] Figure 5 This is a schematic diagram of the installation of a cross column in a clamp bracket that is conveniently and diversely installed as shown in Example 2 of the present invention.

[0032] Figure 6 This is a schematic diagram of the connection structure between a clamp bracket for convenient and diversified installation and a meter box on a vertical column as shown in Example 2 of the present invention.

[0033] Figure 7 This is a schematic diagram of the connection structure between a clamp bracket for convenient and diversified installation and a meter box on a horizontal column as shown in Example 2 of the present invention.

[0034] In the figure: a long screw 1; a rectangular space 2; a nut 3; an elastic component 4; a structure 5; an I-shaped hoop 10; an arched portion 11; an extension portion 12; a bent plate 13; a through hole 14; a hanging rack 20; a hanging plate body 21; a first hanging plate 22; a second hanging plate 23; a mounting plate 24; a supporting plate 25; a binding strap 26; a binding strap hole 27; a bent hook 30; a receiving groove 31; and a meter box 40. DETAILED DESCRIPTION

[0035] The present invention is further described below in conjunction with specific embodiments. Those of ordinary skill in the art will be able to implement the present invention based on these descriptions. In addition, the embodiments of the present invention involved in the following description are generally only embodiments of a part of the present invention, rather than all of the embodiments. Therefore, based on the embodiments in the present invention, all other embodiments obtained by those of ordinary skill in the art without making creative work should fall within the scope of protection of the present invention. It should be noted that the words "front", "back", "left", "right", "up" and "down" used in the above description refer to the directions in the accompanying drawings, and the words "inside" and "outside" refer to the directions toward or away from the geometric center of a specific component, respectively.

[0036] Embodiment 1: like Figure 1-3 As shown, this embodiment is suitable for the installation of the hoop of the traditional vertical column. This embodiment includes two pieces such as Figure 1 The rectangular "I"-shaped hoop plate 10 shown in the figure has a protruding arch 11 at the center thereof, and two sides extend to form extensions 12, a bent plate 13 is embedded in the cavity formed by the arch 11, and the bent plate 13 is connected to the hoop plate by rivets, and the bent plate 13 and the extensions 12 on both sides form a plane for contacting with structures such as vertical columns; two pairs of through holes 14 are respectively provided on the arch 11 and the bent plate 13, so as to accommodate and guide the long screw 1 to move along the long side of the rectangle; two bent hooks 30 are bent toward the side of the arch 11 on the extension 12 of one long side of the rectangular "I"-shaped hoop plate 10, and screw holes that can pass the fixing screws are provided on the bent hooks 30, and a receiving groove 31 is bent toward the side of the arch 11 on the extension 12 of the other long side of the rectangular "I"-shaped hoop plate 10. In order to fix the two pieces of I-shaped hoop plates 10, the present embodiment further requires two long screw rods 1, nuts 3 and elastic components 4. In practice, the elastic components 4 can be a combination of flat washers and spring washers.

[0037] like Figure 2As shown, this embodiment also includes a hanging rack 20, the main body of the hanging rack 20 is a hanging plate body 21, and a supporting plate 25 extends downward from the hanging plate body 21 to overlap with the receiving groove 31. Two first hanging plates 22 extend in the same direction perpendicular to the hanging plate body 21 at both ends of the hanging plate body 21, and two second hanging plates 23 extend toward each other at one end of the first hanging plate 22 away from the hanging plate body 21, thereby forming a "+" shape of the hanging rack 20, which is convenient for subsequent bolt fixation and connection with the clamp; in order to stabilize the fixation with the bent hook 30, a mounting plate 24 with screw holes is extended from the two first hanging plates 22 away from the hanging plate body 21.

[0038] The usage process of this embodiment is as follows: When installing various devices on the vertical column, the hanging plate 20 should be fixed to the required device first, and the second hanging plate 23 can be fixed to the required device by welding or bolt connection. To achieve single-person installation, first roughly estimate the diameter of the vertical column, select a suitable pair of through holes 14 to insert the long screw 1, and clamp the I-shaped hoop plate 10 tightly with two pairs of nuts 3; then move the half frame composed of the I-shaped hoop plate 10 and the long screw 1 to the target installation position of the vertical column, so that the bent hook 30 is vertically upward, and then the through hole 14 of the other I-shaped hoop plate 10 is inserted into the long screw 1, thereby forming a rectangular space 2 for clamping the vertical column, and then the flat washer and the spring washer are inserted into the long screw 1 and tightened with the nut 3 to complete the connection between the hoop bracket body and the vertical column; finally, move the required device with the hanging climb 20 to the target installation position, and overlap the mounting plate 24 of the hanging climb 20 on the bent hook 30, and at the same time make the support plate 25 just overlap the receiving groove 31, and then reinforce the mounting plate 24 and the bent hook 30 with bolts to complete the installation.

[0039] Embodiment 2: As another embodiment, Figure 4-7 As shown, the clamp bracket of this embodiment can be used for the installation of meter boxes in various scenarios such as horizontal columns and vertical columns, square columns and cylindrical columns. This embodiment includes two rectangular "+" shaped hoop plates 10. The center of the "+" shaped hoop plates 10 protrudes to one side to form an arch 11, and the two sides extend to both sides to form an extension 12. A bent plate 13 is embedded in the cavity formed by the arch 11. The bent plate 13 and the hoop plates are connected by rivets. The bent plate 13 and the extensions 12 on both sides form a plane for contacting with structures such as vertical columns; two pairs of through holes 14 are respectively provided on the arch 11 and the bent plate 13, so as to accommodate and guide the long screw 1 to move along the long side of the rectangle. In order to fix the two "+" shaped hoop plates 10, this embodiment also requires two long screws 1, nuts 3 and elastic components 4. In practice, the elastic component 4 can be a combination of a flat washer and a spring washer.

[0040] The difference between the two pieces of I-shaped hoop plates 10 in this embodiment lies in the different settings of the bent hooks 30. The two bent hooks 30 of the I-shaped hoop plate 10 responsible for the installation of the vertical column are arranged on the extension portion 12 of one long side, and the bent hooks 30 are provided with screw holes that can pass the fixing screws. On the extension portion 12 of the other long side of the rectangular I-shaped hoop plate 10, a receiving groove 31 is bent toward the arched portion 11; the two bent hooks 30 of the I-shaped hoop plate 10 responsible for the installation of the horizontal column are respectively arranged on the extension portions 12 on both sides of the short side of the rectangle, and the bent hooks 30 are also provided with screw holes that can pass the fixing screws.

[0041] The present embodiment also includes two hanging brackets 20, the main body of which is a hanging plate body 21, the hanging plate body 21 is provided with screw holes that can pass through fixing bolts, the hanging plate body 21 extends downwardly to form a support sheet 25 for overlapping with the receiving groove 31, the support sheet 25 is provided with a notch that can pass through the fixing bolts, two first hanging plates 22 are extended in the same direction perpendicular to the hanging plate body 21 at both ends of the hanging plate body 21, the two first hanging plates 22 are provided with strap holes 27 that can pass through the straps 26, and the first hanging plates 22 extend towards each other from one end away from the hanging plate body 21 to form two second hanging plates 23, thereby forming a "J" shape of the hanging bracket 20, which is convenient for subsequent bolt fixing and connection with the clamp; in order to stabilize the fixation with the bent hook 30, a mounting sheet 24 with screw holes is extended from the two first hanging plates 22 away from the hanging plate body 21.

[0042] The use process of this embodiment on the vertical column is as follows: like Figure 4 and 6As shown, in order to stably fix the meter box 40 on the vertical structure 5, the two hanging plates 20 should be fixed to the meter box 40 first, and the second hanging plate 23 should be fixed to the installation surface of the meter box 40 by welding or bolting, so that the two hanging plates 20 are located on the symmetry axis of the installation surface of the meter box 40. In order to achieve single-person installation, first roughly estimate the outer diameter of the structure 5, select a suitable pair of through holes 14 to insert the long screw 1, and clamp the I-shaped hoop plate 10 tightly with two pairs of nuts 3; then move the half frame composed of the I-shaped hoop plate 10 and the long screw 1 to the target installation position of the vertical column, and ensure that the bent hook 30 of the I-shaped hoop plate 10 responsible for the installation of the vertical column is vertically upward, and then insert the through hole 14 of the other I-shaped hoop plate 10 into the long screw 1, thereby forming a rectangular space 2 for clamping the vertical column, and then insert the flat washer and the spring washer into the long screw 1 and screw them in place. Tighten the nut 3 to complete the connection between the clamp bracket body and the vertical structure 5; move the meter box 40 with the hanging rack 20 to the target installation position, and overlap the mounting plate 24 of the upper hanging rack 20 on the bent hook 30, and at the same time make the supporting plate 25 just overlap the receiving groove 31, and then reinforce the mounting plate 24 and the bent hook 30 with bolts; finally, pass the strap 26 through the two strap holes 27 of the lower hanging rack 20, and fasten the strap 26 to the vertical structure 5, so as to further improve the stability of the overall structure, and finally complete the installation of the meter box on the vertical column.

[0043] The use process of this embodiment on the horizontal column is as follows: like Figure 5 and 7 As shown, in order to stably fix the meter box 40 on the horizontal structure 5, the two hanging plates 20 should be fixed to the meter box 40 first, and the second hanging plate 23 should be fixed to the installation surface of the meter box 40 by welding or bolting, so that the two hanging plates 20 are located on the symmetry axis of the installation surface of the meter box 40, and the distance between the two hanging plates 20 does not exceed the length of the "J"-shaped hoop plate 10. In order to achieve single-person installation, first roughly estimate the outer diameter of the structure 5, select a suitable pair of through holes 14 to insert the long screw 1, and clamp the "J"-shaped hoop plate 10 tightly with two pairs of nuts 3; then move the half frame composed of the "J"-shaped hoop plate 10 and the long screw 1 to the target installation position of the vertical column, and ensure that the bent hook 30 of the "J"-shaped hoop plate 10 responsible for the installation of the horizontal column is vertically upward, and then insert the through hole 14 of the other "J"-shaped hoop plate 10 into the long screw 1, thereby forming a rectangular space 2 for clamping the vertical column, and then put the flat washer and the elastic washer into Insert the long screw rod 1 and tighten it with the nut 3 to complete the connection between the main body of the clamp bracket and the horizontal structure 5; move the meter box 40 with the hanging climb 20 to the target installation position, and overlap the hanging plate body 21 of the upper hanging climb 20 on the bent hook 30, and then fix the hanging plate body 21 and the bent hook 30 with bolts; to further enhance the stability of the structure, the fixing bolts can be passed through the notches on the support plates 25 of the two hanging climbs 20, and fixed to the through holes 14 of the I-shaped hoop plate 10, and finally complete the installation of the meter box on the horizontal column.

[0044] The above embodiments are only used to illustrate the present invention and are not used to limit the scope of the present invention. For those skilled in the art, various other corresponding changes and deformations can be made according to the technical solutions and concepts described above, and all of these changes and deformations should fall within the scope of protection of the claims of the present invention.

Claims

1. A convenient and diversified installation clamp bracket, characterized by: The invention comprises a hanging bracket (20) and an I-shaped hoop plate (10) for overlapping the hanging bracket (20), wherein the I-shaped hoop plate (10) comprises an arched portion (11) protruding toward one side, wherein the arched portion (11) extends extension portions (12) toward two sides respectively, wherein a bent plate (13) is embedded in the arched portion (11), so that the bent plate (13) and the extension portions (12) on both sides form a plane, and the extension portions (12) are provided with at least two bent hooks (30) for supporting the hanging bracket (20); the I-shaped hoop plate (10) is connected by a long screw rod (1), so that an adjustable rectangular space (2) is formed between the I-shaped hoop plate (10) and the long screw rod (1).

2. A convenient and diversified installation clamp bracket according to claim 1, characterized in that: The arched portion (11) and the bent plate (13) are provided with through holes (14) for guiding the long screw rod (1) to move along the I-shaped hoop plate (10).

3. A convenient and diversified installation clamp bracket according to claim 2, characterized in that: The long screw rod (1) and the I-shaped hoop plate (10) are fixed via a nut (3), and an elastic component (4) is sleeved between the nut (3) and the I-shaped hoop plate (10).

4. A convenient and diversified installation clamp bracket according to claim 1, characterized in that: The bending hooks (30) are all arranged on the extension part (12) on the same side, and a receiving groove (31) is provided on the extension part (12) on the other side where the bending hook (30) is not arranged.

5. The clamp bracket with convenient and diversified installation according to claim 1, characterized in that: The bent hooks (30) are respectively arranged on the extension parts (12) on both sides.

6. The clamp bracket with convenient and diversified installation according to claim 1, characterized in that: The hanging rack (20) comprises a hanging plate body (21), two first hanging plates (22) extending in the same direction perpendicularly to the hanging plate body (21) at both ends of the hanging plate body (21), and two second hanging plates (23) extending towards each other at one end of the first hanging plate (22) away from the hanging plate body (21).

7. A convenient and diversified installation clamp bracket according to claim 6, characterized in that: The first hanging plate (22) extends in a direction away from the hanging plate body (21) to form a mounting plate (24) that can overlap with the bent hook (30).

8. The clamp bracket with convenient and diversified installation according to claim 7, characterized in that: A support piece (25) extends from a side of the hanging plate body (21) away from the mounting piece (24).

9. The clamp bracket with convenient and diversified installation according to claim 6, characterized in that: The first hanging plate (22) is provided with a binding hole (27) through which a binding strap (26) can pass.

10. A connection structure between a clamp bracket and a meter box for convenient and diversified installation, comprising the clamp bracket according to any one of claims 1 to 9, characterized in that: The invention comprises a meter box (40) and a structure (5), wherein the hanging bracket (20) is fixedly connected to one side of the meter box (40), the structure (5) is just clamped in a rectangular space (2) formed by the "X"-shaped hoop plate (10) and the long screw rod (1), and the bent hook (30) overlaps the hanging bracket (20) so that the meter box (40) and the structure (5) are detachably connected.

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