CN220942617U - Orthopedic frock of thin wall box - Google Patents

Abstract

The utility model belongs to the frock, concretely relates to frock is orthopedic to thin wall box. The utility model provides an orthopedic frock of thin wall box, wherein, includes the frock organism, and the frock organism is cuboid type frame, sets up the slide on the frock organism lateral wall, sets up the support on frock organism top, sets up orthopedic mechanism in the below of support, is equipped with the gyro wheel that corresponds with the slide on the orthopedic mechanism for orthopedic mechanism can follow the slide and remove. The novel remarkable effect is: the utility model has the characteristics of simple operation, controllable orthopedic quantity, high quality, low working noise and the like, has simple structure, is easy to manufacture in batches, and can adjust the orthopedic position at any time along with the actual situation. Saving manpower and material resources. The construction is convenient, the orthopedic requirement is met, and the working efficiency is improved.

Description

Orthopedic frock of thin wall box

Technical Field

The utility model belongs to the frock, concretely relates to frock is orthopedic to thin wall box.

Background

In the technical field of orthopedic tools, in particular to the field of thin-wall box body orthopedic treatment, a multi-purpose hammering orthopedic method or a jack is used for orthopedic.

Patent number CN202020797349.3, patentees China nuclear industry II and III build a steel cladding integrated orthopedic tool of Limited company, disclose a steel cladding integrated orthopedic tool, which comprises a profile steel framework, a working platform, an orthopedic support, a support travelling mechanism and a pressing mechanism (jack and a fixed component thereof), wherein the working principle is that a steel cladding support keel is placed on the profile steel framework of the working platform, the pressing mechanism is moved to a position needing to be orthopedic, and the jack is used for correcting deformation of the steel cladding support keel. The utility model has the advantages of limited by the working platform, only being capable of correcting the two-dimensional plane plate or section bar, not being capable of correcting the large-volume three-dimensional article to be corrected, and being large in volume and inconvenient to move.

Disclosure of utility model

The utility model provides a thin wall box orthopedic frock to prior art's defect.

The novel implementation is as follows: the utility model provides an orthopedic frock of thin wall box, wherein, includes the frock organism, and the frock organism is cuboid type frame, sets up the slide on the frock organism lateral wall, sets up the support on frock organism top, sets up orthopedic mechanism in the below of support, is equipped with the gyro wheel that corresponds with the slide on the orthopedic mechanism for orthopedic mechanism can follow the slide and remove.

According to the thin-wall box body orthopedic tool, the chain block is arranged between the support and the orthopedic mechanism.

The thin-wall box body orthopedic tool is characterized in that the universal wheels are arranged at the bottom of the tool body.

The thin-wall box body orthopedic tool is characterized in that the length, the width and the height of the machine body and the length of the slideway are set according to the external dimension of the thin-wall box body.

The thin-wall box body orthopedic tool comprises the jack assembly, wherein the jack assembly is arranged on the support fixing base, the support fixing base is provided with the left arm and the right arm, each arm is provided with the roller, the roller corresponds to the slideway, and each arm is provided with the sliding square tube assembly.

The thin-wall box body orthopedic tool comprises a sliding square tube, wherein the sliding square tube assembly comprises a sliding square tube arranged on an arm, a round bar force arm is arranged on the sliding square tube, and a force arm clamp is arranged at the tail end of the round bar force arm.

The thin-wall box body orthopedic tool comprises the jack assembly, wherein the jack assembly comprises a jack bracket and a mechanical jack arranged on the jack bracket.

The thin-wall box body orthopedic tool is characterized in that the front end of the mechanical jack is provided with the pressure-bearing disc.

The thin-wall box body orthopedic tool is characterized in that the orthopedic mechanism is further provided with the pulleys and the bolts.

The novel remarkable effect is: the utility model has the characteristics of simple operation, controllable orthopedic quantity, high quality, low working noise and the like, has simple structure, is easy to manufacture in batches, and can adjust the orthopedic position at any time along with the actual situation. Saving manpower and material resources. The construction is convenient, the orthopedic requirement is met, and the working efficiency is improved.

Specifically, the method comprises the following steps:

1) The utility model has simple structure, the components of the utility model are common materials and common type equipment, and part of the components can be manufactured by waste materials, thus being easy to be manufactured in batch and having low manufacturing cost;

2) The utility model has simple operation, can finish the orthopedic work by driving the jack after being fixed, greatly reduces the labor intensity of workers, and can be upgraded into the electric hoist to realize faster adjustment of the orthopedic position.

3) The quality of the correction is high, the surface quality of the workpiece is well controlled, noise is hardly generated during correction, and potential safety quality hazards are reduced.

4) The method is suitable for the situation that the thin-wall box body is required to be corrected, such as various wavy lines, bulges and the like.

5) Compared with a hammering orthopedic method that the box body can be hammered and shaped only by overturning the upper part of the orthopedic box body, the hammering orthopedic method reduces the overturning times of the box body and improves the working efficiency.

6) Compared with hammering orthopedic method, the utility model reduces the manpower and material resources, the orthopedic workload of the original thin-wall box body can be completed in 2 days by 3 people, and can be completed in 1 day by 2 people, and the labor and time cost of 1 person for 4 days can be saved by one thin-wall box body.

The benefit comparison of the present invention before and after application is shown in the following table,

Drawings

FIG. 1 is a schematic structural diagram of an orthopedic tool for a thin-walled box body

Figure 2 schematic of an orthopedic mechanism

In the figure: 1. the tool comprises a tool body, a slide way, a universal wheel, a correction mechanism, a chain block, a pulley, a bolt, a right sliding square tube, a round bar arm, a moment arm clamp, a pressure-bearing disc, a mechanical jack, a jack support, a support fixing base and a left sliding square tube, wherein the universal wheel is 4, the correction mechanism is 5, the chain block is 4-1, the pulley is 4-2, the bolt is 4-3, the right sliding square tube is 4-4, the round bar arm is 4-5, the moment arm clamp is 4-6, the pressure-bearing disc is 4-7, the mechanical jack is 4-8, the jack support is 4-9, and the support fixing base is 4-10.

Detailed Description

The utility model provides a thin wall box orthopedic frock mainly comprises parts such as frock organism 1, slide 2, universal wheel 3, orthopedic mechanism 4, chain block 5, and the length, width and the height of organism 1 and the length of slide 2 are according to thin wall box external dimension design to the needs of the orthopedic position of most when satisfying the thin wall box and rectifying.

The orthopedic mechanism 4 mainly comprises a pulley 4-1, a bolt 4-2, a right sliding square tube 4-3, a round rod force arm 4-4, a force arm clamp 4-5, a pressure-bearing disc 4-6, a mechanical jack 4-7, a jack support 4-8, a support fixing base 4-9, a left sliding square tube 4-10 and other parts, and a schematic diagram of the orthopedic mechanism is shown in figure 2.

The working principle is as follows: when the thin-wall box body is required to be corrected, the tool is pushed to a rough position required to be corrected, the tool is adjusted to a detailed position required to be corrected through the chain block 5, the right sliding square pipe 4-3 and the left sliding square pipe 4-10, then the force arm clamp 4-5 is used for connecting and clamping the correction tool with an outer rib plate of the thin-wall box body, finally the mechanical jack 4-7 is driven to lift the pressure-bearing disc 4-6 to the position required to be corrected of the thin-wall box body, and the correction work is completed through the reaction force generated by the connection and fixation of the pressing acting force and the force arm clamp.

The lifting action is mainly realized by means of a chain block 5, a slideway 2 and a pulley 4-1, the left and right positioning of the orthopedic mechanism is mainly realized by means of a right sliding square tube 4-3, a force arm clamp 4-5 and a left sliding square tube 4-10, and the orthopedic action is realized by a mechanical jack 4-7 lifting pressure-bearing disc 4-6.

The utility model designs and manufactures a movable thin-wall box body orthopedic tool with a clamping fixing part, the orthopedic position of which can be adjusted up and down, the designed orthopedic tool can carry out orthopedic work on a large-volume three-dimensional thin-wall box body water tank, the position of an orthopedic mechanism (clamping fixing part and jack) can be adjusted according to the position of a part to be orthopedic, the height position of the jack can be adjusted by using a chain block, the bottom of the chain block is provided with a corresponding universal wheel, the portable movement can be realized, and the labor intensity of workers can be greatly reduced by using the jack to carry out orthopedic on the thin-wall box body.

Claims (9)

1. The utility model provides an orthopedic frock of thin wall box which characterized in that: including frock organism (1), frock organism (1) is cuboid type frame, sets up slide (2) on frock organism (1) lateral wall, sets up the support on frock organism (1) top, sets up orthopedic mechanism (4) in the below of support, is equipped with the gyro wheel that corresponds with slide (2) on orthopedic mechanism (4) for orthopedic mechanism (4) can follow slide (2) and remove.

2. The thin-walled tank orthopedic tooling of claim 1, wherein: a chain block (5) is arranged between the bracket and the orthopedic mechanism (4).

3. The thin-walled tank orthopedic tooling of claim 2, wherein: and a universal wheel (3) is arranged at the bottom of the tool machine body (1).

4. A thin-walled tank orthopedic tool according to claim 3, wherein: the length, width and height of the machine body (1) and the length of the slideway (2) are set according to the external dimension of the thin-wall box body.

5. The thin-walled tank orthopedic tooling of claim 4, wherein: the orthopedic mechanism (4) comprises a jack component, the jack component is arranged on a bracket fixing base (4-9), a left arm and a right arm are arranged on the bracket fixing base (4-9), each arm is provided with a roller, the roller corresponds to the slideway (2), and each arm is provided with a sliding square tube component.

6. The thin-walled tank orthopedic tooling of claim 5, wherein: the sliding square tube assembly comprises a sliding square tube arranged on an arm, a round bar force arm (4-4) is arranged on the sliding square tube, and a force arm clamp (4-5) is arranged at the tail end of the round bar force arm (4-4).

7. The thin-walled tank orthopedic tool of claim 6, wherein: the jack assembly comprises a jack bracket (4-8) and a mechanical jack (4-7) arranged on the jack bracket (4-8).

8. The thin-walled tank orthopedic tooling of claim 7, wherein: the front end of the mechanical jack (4-7) is provided with a pressure-bearing disc (4-6).

9. The thin-walled tank orthopedic tooling of claim 8, wherein: the orthopedic mechanism (4) is also provided with a pulley (4-1) and a bolt (4-2).