JP3219243U - Reinforced fixture with enhanced support, tensile strength and safety - Google Patents

Abstract

The present invention provides a reinforcing device that has enhanced support force, tensile strength, and safety and can be stored in a more compact manner. A reinforcing device (1) with enhanced support force, tensile strength and safety includes a connection base (11), a first hub unit (12), a loading unit (13), and a reinforcement unit (14). The first hub unit 12 has one end connected to the connection base 11 so as to rotatably support both the connection base 11 and the loading unit 13 and the other. The end is connected to the loading unit 13, the loading unit 13 is connected to the first hub unit 12 so as to reinforce the pressure on the load, and the reinforcing unit 14 is connected to the loading unit 13 at one end. The other end is supported by the connection base 11. [Selection] Figure 1

Description

  The present invention relates to a reinforcing device, and more particularly, to a reinforcing device having enhanced support force, tensile strength, and safety.

  In general, a reinforcing device for reinforcing the supporting force and loading weight of the loading unit is used by integrally connecting the loading unit and the fixed base, and one end of the reinforcing device is connected to the fixed base. The other end of the reinforcing device is connected to the loading unit. The fixed base plays a role of assisting the supporting ability of the stacking unit, and is used to fix the stacking unit. Therefore, the fixed base is made of a material that is not easily deformed. In this way, generally, a triangular shape is fixed by the loading unit, the fixing base, and the reinforcing device. After using this reinforcing device, the loading unit is in a fixed or unfolded state. At this time, since the loading unit occupies a certain space, a large storage space is required when the reinforcing device is not used. Therefore, it is an important subject in the field that the reinforcing performance can be obtained and the reinforcing device can be stored compactly.

  As a document disclosing the conventional columnar object reinforcement apparatus, there exists patent document 1 (Unexamined-Japanese-Patent No. 2018-10000551), for example. The columnar object reinforcement device disclosed in Patent Document 1 is for reinforcing a hollow columnar object installed on the ground by having a distal end portion and a proximal end portion, and the proximal end portion is embedded in the ground. A reinforcing part installed so as to straddle the top and bottom of the ground part which is a boundary part between the ground and the ground inside the hollow columnar object, and configured to abut against the peripheral wall of the hollow columnar object And an urging portion that urges the abutting portion against the peripheral wall by an operation from the outside of the hollow columnar object, and the abutting portion is urged by the urging portion. By being in contact with the peripheral wall in a biased state, it is configured to be positioned in the longitudinal direction with respect to the hollow columnar object, and the reinforcing portion is configured such that the contact portion is positioned with respect to the hollow columnar object. It is fixed to the contact portion in the positioned state.

  By using the reinforcing device disclosed in Patent Document 1, the hollow columnar object can be reinforced in a short time and with a simple operation. However, the reinforcing device disclosed in Patent Document 1 can be applied only to a columnar object having a hollow inside, and it is still possible to reinforce both a reinforcing performance and a compact storage for reinforcing a normal columnar object. Not done.

  Due to the above-mentioned problems, the applicant has been engaged in research and development in related fields for many years, delving into the above-mentioned drawbacks and discussing them actively, and actively seeking solutions based on the above-mentioned needs. The present invention has been completed.

Japanese Patent Laid-Open No. 2018-100531

  The main object of the present invention is to provide a reinforcing device, and more particularly to provide a reinforcing device with enhanced support, tensile strength, and safety.

  In order to achieve the above object, the reinforcing device of the present invention includes a connection base, a first hub unit, a loading unit, and a reinforcing unit.

  The connection base is used for connecting and fixing the reinforcing device to a predetermined location.

  The first hub unit has one end connected to the connection base and the other end connected to the stacking unit, and pivotally supports both the connection base and the stacking unit.

  The loading unit is connected to the first hub unit so as to increase the pressure on the load.

  The reinforcement unit has one end connected to the loading unit and the other end supported by the connection base, and the load applied to the loading unit is distributed by supporting the reinforcement unit. And the loading capacity of the loading unit can be increased.

  As a feature of the present invention, the connecting end of the stacking unit and the reinforcing unit is connected by a second hub unit, and the stacking unit is provided with a magnet, and the reinforcing unit has a magnetic member corresponding to the magnet. When the reinforcing unit receives a force and approaches the stacking unit upward, the reinforcing unit is attracted to the magnet of the stacking unit by the magnetic member and fixedly connected to the stacking unit.

  In the above embodiment, the reinforcing unit may be made of a magnetic metal material.

  In the above-described embodiment, an accommodation space is provided inside the loading unit, the magnet is provided in the accommodation space, and when the magnetic member of the reinforcement unit comes close to the magnet, these attract each other by a magnetic force, thereby reinforcing the reinforcement. It is preferable that the unit enters the accommodation space.

  According to the above configuration, at least the reinforcing device of the present invention can be folded or unfolded. When the reinforcing device of the present invention is folded, simply by applying an upward force to the loading unit, the reinforcing unit is rotated toward the connection base via the first hub unit and moved together with the loading unit to reinforce. When the unit is close to the loading unit, the reinforcement unit is attracted by the magnetic member to the magnet of the loading unit and enters the accommodation space of the loading unit, and the weight received by the reinforcement unit is offset by the magnetic force, and the reinforcement unit and the loading unit are folded. It can be.

  Following the above, when the reinforcing device of the present invention is deployed, the stacking unit is rotated downward to separate the magnetic force between the magnet of the stacking unit and the magnetic member of the reinforcing unit, and the reinforcing unit is deployed. The end of the reinforcement unit opposite to the end fixed to the loading unit is supported by the connection base so that the reinforcement unit reinforces the loading unit and distributes the load on the loading unit to level the loading unit. The loading unit can be fixed to maintain.

It is an enlarged view of a reinforcing device with enhanced support force, tensile strength and safety according to the present invention. It is the schematic explaining the state which combined the reinforcement apparatus by which the bearing force of this invention, tensile strength, and safety | security were strengthened. It is the schematic explaining operation | movement of the loading unit which supports the reinforcement apparatus by which the supporting force, tensile strength, and safety | security of this invention were reinforced. It is the schematic of the state where the loading unit and reinforcement unit of the reinforcement apparatus with which the supporting force of this invention, tensile strength, and safety were strengthened were mutually attracted.

  In order that the purpose, function, features and structure of the present invention may be understood in more detail, preferred embodiments will be described in conjunction with the drawings.

  Referring to FIGS. 1 and 2, FIG. 1 is an enlarged view of a reinforcing device with enhanced support force, tensile strength, and safety according to the present invention, and FIG. 2 illustrates support force, tensile strength according to the present invention. It is the schematic explaining the state which combined the reinforcement apparatus with which safety | security and safety | security were strengthened.

  As shown in the figure, the reinforcing device 1 with enhanced support force, tensile strength and safety according to the present invention includes a connection base 11, a first hub unit 12, a loading unit 13, and a reinforcing unit 14. ing.

  The connection base 11 is used for connecting and fixing the reinforcing device to a predetermined location.

  The first hub unit 12 has one end connected to the connection base 11 and the other end connected to the stacking unit 13, and pivotally supports the connection base 11 and the stacking unit 13.

  The loading unit 13 is connected to the first hub unit 12 so as to withstand the load of the load placed on the loading unit 13.

  One end of the reinforcing unit 14 is connected to the stacking unit 13 and the other end is supported by the connection base 11, so that the load applied to the stacking unit 13 is dispersed by the support of the reinforcing unit 14. Thus, the life of the loading unit 13 can be extended and the loading capacity of the loading unit 13 can be increased.

  In the reinforcing device of the present invention, the connecting end of the stacking unit 13 and the reinforcing unit 14 is connected via the second hub unit 15, and the stacking unit 13 is provided with a magnet 131. Is provided with a magnetic member 141 corresponding to the magnet 131. When the reinforcing unit 14 receives force and approaches the stacking unit 13 upward, the reinforcing unit 14 is attracted to the magnet 131 of the stacking unit 13 by the magnetic member 141 and fixedly connected to the stacking unit 13.

  In the present invention, the reinforcing unit 14 is preferably made of a magnetic metal material. By comprising such a material, the magnetic attraction between the reinforcing unit 14 and the loading unit 13 can be strengthened.

  An accommodation space 132 is provided inside the loading unit 13, the magnet 131 is provided in the accommodation space 132, and when the magnetic member 141 of the reinforcement unit 14 comes close to the magnet 13, they are attracted by a magnetic force to reinforce. The unit 14 is attracted to the accommodation space 132. The use space can be reduced by the reinforcement unit entering the accommodation space 132 in this manner.

  Embodiments of the present invention are described in detail below in conjunction with the associated reference drawings.

  Referring to FIGS. 3 and 4, FIG. 3 is a schematic diagram illustrating the operation of the loading unit that supports the reinforcing device with enhanced support force, tensile strength, and safety according to the present invention. FIG. 2 is a schematic view of a state in which the loading unit and the reinforcing unit of the reinforcing device with enhanced support force, tensile strength, and safety according to the present invention are attracted to each other.

  With the above configuration, the reinforcing device 1 of the present invention can be folded and unfolded at least. In the present embodiment, the connection base 11 of the reinforcement device 1 is coupled to a wall. When an upward force is applied to the stacking unit 13 with no load, the reinforcement unit 14 is folded and the connection base 11 is folded. Naturally separated from its original position. Then, by loading the load on the loading unit 13, the first hub unit 12 rotates and one end of the loading unit 13 moves to the connection base 11 side as a fixed end, and the loading unit 13 rotates and moves. During this time, the reinforcing unit 14 rotates together with the loading unit 13. Then, the reinforcing unit 14 comes close to the stacking unit 13, the magnet 131 of the stacking unit 13 is attracted to the magnetic member 141 of the reinforcing unit 14, and the reinforcing unit 14 is attracted to the accommodation space 132 of the stacking unit 13 by magnetic force. It is done. The gravity received by the reinforcing unit 14 can be canceled by the magnetic force, and the reinforcing unit 14 is attracted to the loading unit 13 and is fixedly connected.

  As described above, when the reinforcing device of the present invention is deployed, the stacking unit 13 is rotationally driven downward, and the magnetic force between the reinforcing unit 14 and the stacking unit 13 is separated, so that the stacking unit 13 is attached to the connection base 11. The tub on the side opposite to the side connected to the stacking unit 13 of the reinforcing unit 14 is supported by the connection base 11. Thereby, the stacking unit 13 can be fixed horizontally, and a state where the stacking unit 13 that can be stacked above the stacking unit 13 is developed is completed.

  The above loading unit 13 is reinforced by the reinforcing unit 14, so that one third of the weight held by the loading unit 13 can be distributed to the reinforcing unit 14, thereby increasing the loading function of the loading unit 13. Can be reinforced. Further, when the load is transported to another place, the reinforcement unit 14 can be folded by receiving the accommodation space 132 of the load unit 13, so that the use space can be saved. Moreover, it is also possible to extend the service life of the reinforcement unit 14 by using the reinforcement unit 14 in the unfolded state. By deploying the reinforcing unit 14 and the loading unit 13 in this way, it is possible to prevent the loading unit 13 from losing balance and the load loaded on the loading unit 13 from falling and injuring a person. The reinforcing unit 14 can be used more safely.

When the above is summarized comprehensively, the advantages of the reinforcing device with enhanced support force, tensile strength, and safety according to the present invention are as follows.
1. Folding is convenient: The loading unit can be unfolded and folded as needed, so there is no need for a wide space.
2. Improved safety: As long as the unit is deployed and used, the reinforcing unit can disperse the gravity applied to the loading unit in the long term, so that the service life of the loading unit 13 can be improved. As a result, the balance of the loading unit is not impaired, and an object on the loading unit can be prevented from falling and being injured.

  As a result of checking domestic and international technical information documents related to the present invention, it was found that the same or similar structure did not exist before the present invention was made. For this reason, the inventive step and the practicality and practicality of similar products of the present invention are recognized. Therefore, the present invention satisfies the registration requirements under the Utility Model Law of “creativity”, “industrial applicability” and “inventive step”.

  The above descriptions are merely preferred embodiments of the present invention, and other equivalent structural changes applied to the present specification and the claims of the utility model registration are also included in the scope of the present invention. And

DESCRIPTION OF SYMBOLS 1 Reinforcing device of the present invention 11 Connection base 12 First hub unit 13 Loading unit 131 Magnet 132 Housing space 14 Reinforcement unit 141 Magnetic member 15 Second hub unit

Claims (3)

A reinforced device with enhanced support, tensile strength, and safety,
Includes connection base, first hub unit, loading unit, reinforcement unit,
The connection base is used for connecting and fixing the reinforcing device to a predetermined location;
The first hub unit has one end connected to the connection base and the other end connected to the loading unit so as to pivotally support both the connection base and the loading unit.
The loading unit is connected to the first hub unit to increase the pressure on the load;
The reinforcing unit has one end connected to the loading unit and the other end supported by a connection base,
The connection end of the loading unit and the reinforcing unit is connected by a second hub unit, and the loading unit is provided with a magnet, and the reinforcing unit is provided with a magnetic member corresponding to the magnet, When the reinforcing unit receives force and approaches the stacking unit upward, the reinforcing unit is attracted to the magnet of the stacking unit by a magnetic member and fixedly connected to the stacking unit.   The reinforcing apparatus according to claim 1, wherein the reinforcing unit is made of a magnetic metal material.   An accommodation space is provided inside the loading unit, and the magnet is provided in the accommodation space. When the magnetic member of the reinforcement unit is close to the magnet, the magnetic member and the magnet attract each other by a magnetic force to accommodate the reinforcement unit. The reinforcing apparatus according to claim 1, wherein the supporting force, tensile strength, and safety are enhanced.