KR101314416B1 - Receiving device of storage battery - Google Patents

Abstract

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a battery storage device, comprising: a storage body for storing a plurality of storage batteries, the storage body being disposed at a position where the plurality of storage batteries are installed, and having a storage space for storing the plurality of storage batteries therein; A plurality of support fixing parts disposed on both sides of the storage body from a lower side to an upper direction, and installed at a position where the plurality of accumulators are stacked in the storage space; Is disposed in a plurality, the support body is installed to be fixed to the support fixing portion, disposed between the support fixing portion and the support body, the support body is installed with an insulating material in a position fixed to the support fixing portion And a plurality of insulators arranged on top of the support body, An upper part is open and has a settling space into which the battery is inserted, and includes a settling body which is installed on the upper portion of the support body so that the plurality of the battery is settled.

Description

Storage device storage device {Receiving device of storage battery}

The present invention relates to a battery storage device.

In general, a storage battery is composed of a positive and negative electrode plate and an electrolytic solution, and is a device that can generate a direct current electromotive force by a chemical action to be used as a power source. Batteries can convert chemical energy into electrical energy, and this state is called discharge. Electric energy can be supplied from another power source and converted into chemical energy to accumulate. This state is called charging. The battery which is repeatedly charged and discharged is called a storage battery or a secondary battery.

That is, the storage battery is connected to a device that requires power in a charged state and supplies the required power, and is charged to be used again when discharged by the power supply.

Such a battery can be installed and used in a location where various types of power are needed, and are installed in a place where emergency power is needed so that emergency power is supplied at the time of interruption or power failure.

In this way, the storage battery is installed in the place where the emergency power is supplied, the capacity is determined, when a large capacity of power is required is connected to supply a plurality of storage batteries to the place where power is needed. The plurality of storage batteries are installed in the storage device in a state where the storage batteries are connected to each other, and are installed to supply emergency power.

The above-described conventional battery storage device is provided to stack a space in which a plurality of batteries are stored in a plurality of layers, and is installed to be connected to each other in a state in which a large quantity of batteries are stored.

However, in the conventional battery storage device, the pedestals partitioned so that the storage spaces are stacked and installed so that a plurality of batteries are stored therein are integrally installed, so that the quantity of storage batteries installed so as to be connected according to the capacity used for emergency power varies. In addition, the deformation of the storage device according to this problem was difficult. That is, as the storage device remains fixed, when the storage battery is larger than the storage capacity of the storage device, a large amount of empty storage space is generated and it is difficult to arrange the battery according to the interconnected position. There has been a problem of using another storage device having a large space.

In addition, the conventional battery storage device has a problem that it is difficult to move and install, as the pedestal is integrally provided to maintain a fixed state.

In addition, the conventional battery storage device is integrally provided with an iron structure in which a plurality of batteries are installed and an outer frame is energized so that electric power is supplied. When electrolyte leakage and short-circuit problems occur without the insulation between the pedestals, a closed circuit is formed inside the storage device, causing a fire due to high-voltage, high-current discharge, and a secondary accident such as a personnel accident due to the fire. There was a problem that could be.

In addition, according to the conventional battery storage device, a pedestal installed so that a plurality of batteries are stacked in a state in which a plurality of batteries are connected to each other is not insulated. There is a problem that a power loss occurs, the risk that an electric shock accident may occur when a user or a pedestrian touches while the storage device is energized.

In addition, the conventional battery storage device is integrally provided to accommodate a plurality of batteries, so when an external shock is applied, the battery is delivered to the battery, causing the electrolyte to leak as the flow is generated, and the life is shortened. There was a problem that occurred.

In addition, in the conventional battery storage device, a plurality of batteries are accommodated in a sealed space. When impurities are introduced into the battery during charging and discharging, a short circuit may increase, and the battery may be sealed during charging and discharging. As the internal temperature is increased to a temperature that is overheated, there is a problem in that a risk of a short circuit due to impurities or a fire due to overheating is increased.

The problem to be solved by the present invention is to install a pedestal for storing a plurality of batteries in an insulating structure that can be assembled, the structure is insulated while the vibration is absorbed at the storage position of the battery to prevent leakage and short circuit of the electrolyte solution to improve safety. It is to provide a battery storage device that is.

The storage device according to an embodiment of the present invention is a storage device for storing a plurality of storage batteries, the storage device being disposed at a position where the plurality of storage batteries are installed, and has a storage space for storing the plurality of storage batteries therein. A receiving body; A plurality of support fixing parts disposed on both sides of the storage body from a lower side to an upper direction, and installed at positions in which the plurality of storage batteries are stacked in the storage space; A support body disposed in a plurality from the bottom toward the inside of the housing body and installed to be fixed to the support fixing part; An insulator disposed between the support fixing portion and the support body and installed with an insulating material at a position where the support body is fixed to the support fixing portion; A plurality of arranging parts disposed on an upper portion of the support body, the upper part of which is open inward to have a settling space into which the storage battery is inserted, and a settling part installed on the upper portion of the supporting body so that the plurality of storage batteries are settled; It includes, but the support body is insulated in the position fixed to the support fixing portion in the state in which the battery is inserted into the settled in the plurality of arrangements are arranged to insulate between the support body and the receiving body It is characterized by.
It is disposed on one side of the receiving body, and is further provided with a departure prevention bar which is installed across the storage space in the form of a bar to prevent the separation of the storage battery is placed in the settled portion of the upper support body It is characterized by.
Is disposed on one side of the storage body, the door is installed so that the open one side of the storage space is opened and closed, protrudes on one side of the storage body, wraps around the outer surface of the open side of the storage space, A dustproof body protrudes toward the door and is made of a material having elasticity. The dustproof body is deformed while contacting when the door is closed, thereby sealing the space between the door and the housing body. It is characterized by preventing the introduction of external impurities.
A lamp switch disposed on one side of the housing body and installed to detect opening and closing at a position at which the door is opened and closed, and disposed at an inner upper portion of the housing body, and connected to the lamp switch to the lamp switch; And a lamp that is turned on in the storage space when the door is opened and is turned off when the door is closed, in response to a signal of the lamp, wherein the lamp is sensed by the lamp switch when the door is opened. The state is turned on so that the user can recognize, and when the door is closed, it is turned off to save energy.
A distribution fan disposed inside the storage body and communicating with the outside on the other closed side of the storage space, the circulation fan being operated to circulate inside the storage space by introducing and discharging air to the outside, and on one side of the distribution fan; And a filter body disposed in a direction of the storage space of the distribution fan to filter impurities of air introduced and discharged by the operation of the distribution fan to be removed. By circulating while inflow and outflow, it is possible to prevent overheating of the storage battery stored in the storage space, and to provide the filter body at a position at which air of the distribution fan is introduced to block external impurities from flowing into the outside. It is done.
A plurality of distribution holes are formed in the lower surface of the settle body so as to penetrate the settling space in which the storage battery is placed, and are disposed in the settled body and have an upper portion open to the inner surface of the settled space. A buffer insulator is disposed to be separated from both sides of the ball and is provided with an insulating material which is in contact with the lower surface and the side when the battery is settled. The buffer insulator is provided with a penetrated position of the distribution hole of the settle body. It is disposed on the inner side that is off and the lower surface and the side contact when the battery is placed, the impact amount due to the external shock is absorbed, insulates between the settle body and the battery, the distribution hole is the lower surface of the settle body The storage battery is formed in the air is circulated by the operation of the distribution fan is settled It characterized in that the cooling.
The upper portion of the insulator is formed with a groove-shaped support groove in a position fixed to the support body, protrudes in the lower portion of the support body, the position to divide the storage space upward from the bottom so that the storage battery is stacked And a support protrusion protruding at a position fixed to the rack support fixing member installed in the insert support to be inserted into the support groove of the insulator, wherein the support body is located above the insulator. Inserted into the support groove is characterized in that the support body is fixed to the insulator.
The lower portion of the insulator is formed with a groove-shaped fixing groove at a position where the support fixing portion is fixed, the support fixing portion is arranged in a plurality from the lower side to the upper direction on both sides of the receiving body is stacked position A rack support fixture installed to protrude in the direction of the storage space, and protruding from an upper portion of the rack support fixture, and protruding at a position to be inserted into the fixing groove of the insulator so that the insulator is inserted and fixed. The rack supporting fixture includes a fixing protrusion, wherein the rack fixing protrusion which protrudes at a position where the supporting body is fixed is inserted into the fixing groove of the insulator, and the supporting body is fixed to the upper portion of the insulator. Is fixed to an upper portion of the rack support fixture so that the support body is insulated with the insulator. It is characterized in that fixed to the rack support fixture.
The lower part of the insulator is formed with a groove-shaped fixing groove at a position where the support fixing part is fixed, the support fixing part is disposed in a plurality from the lower side to the upper direction on both sides of the receiving body, a plurality of the battery is settled The support body to which the support body is fixed is formed at a position gradually raised in a plurality of directions from one side to the other side, and a stepped portion is formed to connect the support portion to have a step so that the support body is stacked in a step shape. Protruding from an upper part of the stair support fixture and the stair support fixture, the protruding portion being protruded from the upper part of the plurality of the supporting parts, and being inserted into the fixing groove of the insulator. Comprising a stair fixing projection is fixed, the stair pedestal fixed to the step portion The stair fixing protrusions protruding from the plurality of connected supporting parts respectively are inserted into the fixing grooves of the insulator so that the insulator having the support body fixed thereon is fixed in a step shape on the top of the stair support fixture. The support body is fixed to the stair support fixture in the form of a step in the state insulated with the insulator.
The lower part of the insulator is formed with a groove-shaped fixing groove at a position where the support fixing part is fixed, the support fixing part is disposed in a plurality from the lower side to the upper direction on both sides of the receiving body, a plurality of the battery is settled The support body is fixed to the support body is disposed in the position descending to the front and rear side around the center, respectively, the step is connected to the stepped portion is formed is the support body is lowered is installed so that the support body is stacked in a step shape A staircase supporting fixture and a staircase protruding from an upper portion of the staircase supporting fixture, each of which protrudes on an upper portion of the plurality of the supporting portions to protrude into a fixing groove of the insulator so that the insulator is inserted and fixed. It includes a fixing protrusion, the stair pedestal is connected to the step portion The step fixing protrusions protruding from the plurality of supporting portions respectively are inserted into the fixing grooves of the insulator, and the insulator having the support body fixed thereon is fixed in a step shape on the top of the step support fixing body. Characterized in that the support body is fixed in the form of a staircase to the stair support fixture in a state insulated with the insulator.

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According to an embodiment of the present invention, while a plurality of storage space for storing a plurality of batteries are divided into a plurality of batteries are installed so as to be assembled, and an insulator is installed at the assembly position of the pedestal is connected in series to connect a high voltage Since the pedestals of the plurality of accumulators are insulated, it is not composed of a closed circuit in the event of leakage or short circuit problem of the electrolyte, thereby preventing the occurrence of fire due to high voltage and high current discharge, thereby providing an effect of improving safety.

In addition, since the pedestal in which the plurality of batteries of the storage device is placed is provided in an assembled form, even if the quantity of the plurality of batteries is changed according to the amount of power required, it can be transformed and assembled, and can be assembled and installed in the field in a disassembled state. Accordingly, the convenience of installation is improved.

And, the pedestal body is installed in contact with the support body according to the shape of the battery, and the support body having an insulating performance while absorbing vibration to the inside of the body is installed to absorb the vibration generated by the external impact after the battery installation It prevents the leakage of electrolyte and short circuit caused by the flow of battery, and it is installed on the insulated settled body to prevent the electric shock from being shortened by the electric discharge on the frame and pedestal of the storage device. It provides the effect of improving safety performance.

In addition, a dustproof structure is installed at a position where a door for opening and closing an open side of the storage space of the storage device in which the battery is stored is installed to prevent external impurities from flowing into the interior. It provides an effect of increasing safety as it prevents the risk of occurrence of a fire due to a short generation by contact with.

In addition, a plurality of distribution holes are provided in a pedestal in which air is circulated as air is introduced and discharged into one side of a storage space in which a plurality of batteries are stored in the storage device opened and closed by a door, and the batteries are stored therein. As the circulated air cools the plurality of batteries while passing through the pedestal, it provides an effect of preventing performance degradation and fire caused by overheating.

In addition, a lamp that lights up in accordance with the opening and closing of the door is installed inside the storage device, so that the user can easily check the internal condition even in a dark space, and save energy by maintaining a dark state when closing. This gives an increasing effect.

1 is a front view of a use state showing a state in which a battery is accommodated in a battery storage device according to an embodiment of the present invention.
FIG. 2 is a side view of a use state showing a state in which a battery is accommodated in the battery storage device of FIG. 1. FIG.
3 is an enlarged partial cutaway view showing a state in which a settling portion, which is a main part of the battery storage device of FIG. 1, is installed;
Fig. 4 is a perspective view showing a settling portion which is a main part of the battery storage device of Fig. 1.
FIG. 5 is a front view illustrating a distribution fan and a filter body which are main parts of the battery storage device of FIG. 1. FIG.
6 is an enlarged partial cutaway view showing a state where a door, which is a main part of the battery storage device of FIG. 1, is installed;
7 is a front view of a use state illustrating a state in which a battery is accommodated in a battery storage device according to another exemplary embodiment of the present invention.
FIG. 8 is a side view of a use state illustrating a state in which a battery is accommodated in the battery storage device of FIG. 7. FIG.
9 is a front view of a use state illustrating a state in which a battery is accommodated in a battery storage device according to still another exemplary embodiment of the present invention.
FIG. 10 is a side view of a use state illustrating a state in which a battery is accommodated in the battery storage device of FIG. 9. FIG.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art can easily carry out the present invention. The present invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. Like parts are designated with like reference numerals throughout the specification.

Then, the storage device according to an embodiment of the present invention will be described with reference to FIGS. 1 to 6.

1 is a front view illustrating a state in which a battery is accommodated in a battery storage device according to an exemplary embodiment of the present invention, and FIG. 2 is a side view illustrating a state in which a battery is stored in the battery storage device of FIG. 1. 3 is an enlarged partial cutaway view showing a state in which a settling portion of a battery storage device of FIG. 1 is installed, FIG. 4 is a perspective view illustrating a settling portion of a battery storage device of FIG. 1, and FIG. 6 is a front view illustrating a distribution fan and a filter body, which are main parts of the battery storage device, and FIG. 6 is an enlarged partial cutaway view illustrating a state in which a door, which is a main part of the battery storage device of FIG. 1, is installed.

1 to 6, the battery storage device 100 according to the exemplary embodiment of the present invention includes an accommodating body 110 in which the battery 10 is accommodated, a support fixing part 120, and an insulating support part 130. ), And the settling portion 140. The housing body 110 includes a housing body 111 in which a plurality of batteries 10 are stored, a separation prevention bar 113, a door 114, a dustproof body 115, a distribution fan 116, and a filter body 117. ), Lamp switch 118, and lamp 119.

The storage body 111 is disposed at a position where the plurality of storage batteries 10 are installed, and has a storage space 112 in which the plurality of storage batteries 10 are stored. The receiving body 111 is provided in the form of a box so that the plurality of storage batteries 10 are stored therein. The front of the storage space is open, the support fixing portion 120, the insulating support portion 130, and the mounting portion 140 are provided inward.

The separation prevention bar 113 is disposed on one side of the housing body 111 and is bar-shaped so that the separation of the storage battery 10 disposed on the upper part of the insulation support part 130 is placed in the settled portion 140. Furnace is provided across the storage space 112. The separation prevention bar 113 is installed in a bar shape to partially close the storage space 112 at a position where the storage battery 10 is installed to prevent the plurality of storage batteries 10 stored in the storage space 112 from being separated outward. Therefore, the plurality of storage batteries 10 disposed inside the storage space 112 may be prevented from being caught and released from the closed position when moved to the outside.

The door 114 is disposed on the front of the housing body 111 and is installed to open and close the open front of the storage space 112. The door 114 may include all conventional opening and closing means for opening and closing the receiving body 111, so that detailed description thereof will be omitted.

The dustproof body 115 surrounds the storage space 112 opened to the front of the housing body 111 and is provided to be in contact when the door 114 is closed. The dustproof body 115 may be made of a material having elasticity and thus deformed and sealed while being contacted when the door 114 is closed, thereby preventing impurities from being introduced into the inside. That is, the dustproof body 115 is restored to its original state when the door 114 is opened, and the sealing force is improved by deformation at the time of closing, thereby preventing the inflow of impurities to the outside, thereby improving the dustproof effect. Can be. As the dustproof body 115 may be any material having elasticity, rubber, urethane, or the like may be used.

The distribution fan 116 is disposed inside the storage body 111 and communicates with the outside on the closed rear surface of the storage space 112 so that air is introduced into and discharged from the outside to circulate inside the storage space 112. It is installed to work. The distribution fan 116 is arranged in a plurality from the top to the lower direction on the closed rear of the storage space 112, the outside air is introduced from the lower position, the internal air is discharged from the upper position of the storage space 112 It is installed to circulate inside. That is, the distribution fan 116 has a structure that prevents overheating while being in contact with the battery 10 in the interior of the storage space 112 when air is introduced from the lower by the operation, and circulated while the air is discharged from the upper portion.

The filter body 117 is disposed on the front surface of the distribution fan 116 and is disposed in the direction of the storage space 112 of the distribution fan 116 to filter the air introduced and discharged by the operation of the distribution fan 116 and thereby to remove impurities. Installed to remove The filter body 117 is installed in the air inflow direction of the distribution fan 116 that is operated to allow the outside air to be filtered to block the inflow of impurities mixed in the outside air into the inside. That is, as the filter body 117 removes impurities to air introduced from the outside through the distribution fan 116, the dustproof effect may be increased.

The lamp switch 118 is disposed in the front of the housing body 111 and is installed to detect the opening and closing at the position at which the door 114 is opened and closed. The lamp switch 118 is disposed in front of the housing body 111 and is provided in the form of a sensor for detecting a state in which the door 114 is opened and closed. The lamp switch 118 includes all sensors for detecting that the door 114 is opened and closed, and thus detailed description thereof will be omitted.

The lamp 119 is disposed above the inside of the housing body 111, and is connected to the lamp switch 118 so that the lamp 119 may be opened in the storage space 112 when the door 114 is opened in response to a signal of the lamp switch 118. It is turned on and actuated to turn off upon closure. That is, the lamp 119 is turned on so that the user can recognize the internal state of the storage space 112 is detected by the lamp switch 118 when the door 114 is opened, and turned off when the door 114 is closed, Can be reduced.

The base fixing part 120 includes a rack base fixing body 121 and a rack fixing protrusion 122 installed at a position where the plurality of storage batteries 10 are stacked in the housing body 111. Rack support fixture 121 is disposed on both sides of the housing body 111 in a plurality from the bottom to the upper direction, is installed so as to protrude in the storage space 112 direction at the position where the plurality of storage batteries 10 are stacked. .

The rack support fixing body 121 is provided at a position for dividing the storage space 112 from the lower side to the upper direction so that the storage batteries 10 are stacked and stacked in the vertical direction.

The rack support fixture 121 is an insulating support portion 130 and the mounting portion 140 so that the surface occupying a small area of the side of the rectangular parallelepiped storage battery 10 is located in the front direction and arranged in the lateral direction. ) Is installed. That is, the rack support fixture 121 may be installed such that the front surface of the battery is located in a small area and a long area is located on the side.

The rack fixing protrusion 122 protrudes from an upper portion of the rack support fixing body 121 and protrudes at a position to be inserted and fixed to the insulating support 130, and is installed to insert and fix the insulating support 130.

That is, the rack support fixing body 121 has a plurality of storage batteries 10 as the rack fixing protrusion 122 protruding at the position where the insulating support 130 is fixed is inserted into and fixed to the insulating support 130. The insulation supporting unit 130, which is stored therein, may be fixedly installed in the rack support fixing body 121 installed at a position partitioning the storage space 112 so that the storage battery 10 may be stored in the storage space 112 in a stacked form. .

The insulation support 130 may include a support body 131, a support protrusion 132, and an insulator 133 in which the plurality of storage batteries 10 are accommodated by partitioning the inside of the accommodation body 111. The supporting body 131 is disposed in a plurality from the bottom to the upper direction inside the receiving body 111, and is positioned to be positioned above the rack support fixing body 121 to be fixed while insulated with the insulator 133. The supporting body 131 is provided with a settled portion in which the plurality of storage batteries 10 are placed, the lower portion is insulated by the insulator 133 and fixed to the rack support fixing body 121 so that the plurality of storage spaces 112 are located in the receiving space 112. Since the storage battery 10 can be stored in a stacked state, space utilization can be increased, and installation efficiency can be improved by being fixed by assembly.

The support protrusion 132 protrudes from the bottom of the support body 131 and protrudes at a position fixed with the rack support fixture 121 to be inserted and fixed to the insulator 133. The support protrusion 132 is installed so that the support body 131 is fixed to the insulator 133 which is fixed to the rack support fixture 121.

The insulator 133 is disposed between the rack support fixture 121 and the support body 131, and the support body 131 is installed with an insulating material at a position where the support body 131 is fixed to the rack support fixture 121.

In addition, the upper portion of the insulator 133 is formed with a support groove 134 into which the support protrusion 132 is inserted and fixed at a position where the support body 131 is fixed, and a rack support fixture (lower portion of the insulator 133). A fixing groove 135 into which the rack support fixing body 121 is inserted and fixed is formed at a position where the fixing member 121 is fixed. That is, the insulator 133 is a support protrusion 132 is inserted into the support groove 134, the rack support protrusion 132 is inserted into the fixing groove 135, the support body 131 and the rack support fixture 121 Are inserted into the insulator 133 and are installed to insulate between the support body 131 and the rack support fixture 121 at positions fixed to each other.

That is, the insulator 133 is fixed to each other so as to insulate between the support body 131 is a plurality of storage battery 10 is received and the rack support fixing body 121 for fixing the support body 131 to the housing body 111. As a result, when the electrolyte leakage and short-circuit problems occur, the closed circuit may be blocked to suppress the occurrence of fire due to high voltage and high current discharge, thereby improving stability.

The settlement unit 140 includes a settled body 141 on which the storage battery 10 is placed, and a buffer insulator 144 on the upper portion of the support body 131. The settling body 141 is disposed in plurality in the upper portion of the supporting body 131, and has a settling space 142 in which the upper portion is opened inward so that the storage battery 10 is inserted and placed on the upper portion of the supporting body 131. The some storage battery 10 is provided so that it may be settled. Settle body 141 is disposed in the plurality of the upper portion of the base body 131 is provided so that the storage battery 10 is inserted into the interior. The inner surface of the settle body 141 is formed with a plurality of flow holes 143 penetrating in the lower direction. The distribution hole 143 is formed in plural so as to penetrate the settling space 142 in which the storage battery 10 is placed so that air circulated by the operation of the distribution fan 116 is settled through the distribution hole 143. By contacting the storage battery 10 placed in the cooling to prevent overheating, the risk of fire due to overheating is reduced and safety performance can be improved.

The buffer insulator 144 is disposed inside the settled body 141, and is disposed on the inner surface of the settled space 142, the upper portion of which is spaced apart from both sides of the distribution hole 143, to settle the battery 10. The bottom surface and side surface are installed with insulation material. The buffer insulator 144 is disposed at a position outside the distribution hole 143 on the inner surface of the settled body 141, so that the lower surface and the side are contacted when the battery 10 is inserted and the impact amount due to the external shock is absorbed. And may insulate between the settle body 141 and the storage battery 10. The buffer insulator 144 may be made of any material that can alleviate the impact while being insulated, and may include rubber, urethane, and the like.

In addition, the battery storage device 100 according to another embodiment of the present invention will be described with reference to FIGS. 7 and 8.

7 is a front view illustrating a state in which a battery is accommodated in a battery storage device according to another exemplary embodiment. FIG. 8 is a side view illustrating a state in which a battery is stored in the battery storage device of FIG. 7.

7 and 8, the battery storage device 100 according to another exemplary embodiment of the present invention includes an accommodating body 110 in which the battery 10 is accommodated, a support fixing part 120, and an insulating support part 130. ), And the settling portion 140. Here, the configuration of the housing body 110, the settled portion 140 and some of the insulation support portion 130 is substantially the same as the components of the battery storage device 100 shown in Figures 1 to 6 The detailed description will be omitted.

The base fixing part 120 includes a stair base fixing body 123 installed to fix the base body 131 in a stair shape, and a stair fixing protrusion 126. Stair support fixture 123 is disposed in a plurality from the lower side to the upper side on both sides of the receiving body 111, the support portion 124 is fixed to the support body 131 is a plurality of battery 10 is placed A plurality of stepped parts 125 are formed at positions gradually raised from one side to the other side direction, and the support part 124 is formed to connect the support parts 124 to have a step. It is.

Stair support fixture 123 is formed to be connected to the stepped portion 125 having a step so that the support portion 124 to which the support body 131 is fixed is gradually raised on both sides of the receiving body 111 is stepped to form a step. Support body 131 is installed in the form of a staircase.

In this, the step support fixture 123 is a side surface of the rectangular parallelepiped battery is located in the front direction is occupied by a long surface area is provided with an insulating support 130 and the mounting portion 140 in the form of a staircase. . That is, the stair support fixture 123 may be installed so that the front surface of the battery 10 has a long area and a small area on the side thereof is disposed in a stair shape.

The stair fixing protrusion 126 protrudes on an upper part of the stair support fixture 123 and protrudes on the upper portions of the plurality of support parts 124 to protrude in a position that is inserted and fixed to the insulating support part 130. 130 is provided to be inserted and fixed.

That is, the staircase fixing fixture 123 has a stair fixing protrusion 126 protruding from each of the plurality of supporting portions 124 connected to the stepped portion 125 to be inserted into the insulating supporting portion 130, and installed in a stepped shape on the top thereof. It is provided to be.

The insulation support 130 includes a support body 131, a support protrusion 132, and an insulator 133. It is fixed to the stair support 123 is disposed on the support 124 of the stair shape is provided with a support body 131 is installed in the upper portion 140 is installed on the upper, protrudes in the lower portion of the support body 131 The supporting protrusion 132 is provided.

The insulator 133 is disposed between the support part 124 of the stair support fixture 123 and the support body 131, and a support groove 134 into which the support protrusion 132 is inserted is formed at a lower portion thereof. A fixing groove 135 into which the stair fixing protrusion 126 is inserted is formed. The stair fixing protrusion 126 protruding from the plurality of support parts 124 in the form of a staircase is inserted into the fixing groove 135 to fix the insulator 133 into which the supporting body 131 is inserted and fixed to the supporting body 131. ) Is installed to be fixed in an insulated state in the form of a staircase.

That is, the insulator 133 may be insulated between the support body 131 in which the plurality of storage batteries 10 are stored and the step support fixture 123 for fixing the support body 131 to the storage body 111 in a step shape. By fixing each other, it is possible to prevent the occurrence of fire due to high voltage and high current discharge by preventing the closed circuit from being formed when electrolyte leakage and short-circuit problems occur, thereby improving stability.

In addition, the battery storage device 100 according to another exemplary embodiment of the present invention will be described with reference to FIGS. 9 and 10.

FIG. 9 is a front view illustrating a state in which a battery is accommodated in a battery storage device according to still another exemplary embodiment. FIG. 10 is a side view illustrating a state in which a battery is stored in the battery storage device of FIG. 9.

9 and 10, the battery accommodating device 100 according to still another embodiment of the present invention includes an accommodating body 110 in which the battery 10 is accommodated, a support fixing part 120, and an insulating support part. 130, and the settled portion 140. Here, the configuration of the housing body 110, the insulating support 130, the mounting portion 140 and some of the support fixing portion 120 is a component of the battery storage device 100 shown in Figs. Since the description is substantially the same, the detailed description will be omitted.

Stair support fixture 123 of the support fixing part 120 is provided on both sides of the receiving body 111 is provided with a support 124 for supporting the support body 131 to the center, the position lowered from the front to back Support portions 124 connected to the stepped portions 125 are respectively provided to have a step in the support body 131 is provided to be installed in a position lowered from both sides in the center. A support body 131 having a settled portion where the battery 10 is placed thereon is installed at each support portion 124 formed at the front and rear sides connected to the center of the step support fixture 123 and the step portion 125. The storage battery 10 may be installed in the form of a staircase toward the center and the front and rear sides.

Although the preferred embodiments of the present invention have been described in detail above, the scope of the present invention is not limited thereto, and various modifications and improvements of those skilled in the art using the basic concepts of the present invention defined in the following claims are also provided. It belongs to the scope of right.

100: storage device 110: storage body portion
111: storage body 112: storage space
113: departure prevention bar 114: door
115: dustproof body 116: distribution fan
117: filter body 118: lamp switch
119: lamp 120: base fixing part
121: rack support fixture 122: rack fixing protrusion
123: stair support fixture 124: support
125: step 126: stair fixing projection
130: insulation base 131: base body
132: support protrusion 133: insulator
134: support groove 135: fixed groove
140: settled portion 141: settled body
142: settled space 143: distributor
144: shock absorber

Claims (10)

In the storage device for storing a plurality of storage batteries,
An accommodating body disposed at a position at which the plurality of accumulators are installed and having an accommodation space in which the plurality of accumulators are accommodated;
A plurality of support fixing parts disposed on both sides of the storage body from a lower side to an upper direction, and installed at positions in which the plurality of storage batteries are stacked in the storage space;
A support body disposed in a plurality from the bottom toward the inside of the housing body and installed to be fixed to the support fixing part;
An insulator disposed between the support fixing portion and the support body and installed with an insulating material at a position where the support body is fixed to the support fixing portion;
It is disposed in plurality on the upper portion of the support body, the upper portion is open inwardly has a settled space in which the battery is inserted, the upper portion of the support body
A settling part which is installed so that a number of said accumulators may be settled; Including,
The support body is characterized in that the insulator is installed in a position fixed to the support fixing portion in a state in which the battery is inserted into the settled in a plurality of arranged to insulate between the support body and the receiving body, characterized in that Battery storage device. The method of claim 1,
It is disposed on one side of the receiving body, and is further provided with a departure prevention bar which is installed across the storage space in the form of a bar to prevent the separation of the storage battery is placed in the settled portion of the upper support body The battery storage device characterized by the above-mentioned. The method of claim 1,
Is disposed on one side of the storage body, the door is installed so that the open one side of the storage space is opened and closed, protrudes on one side of the storage body, wraps around the outer surface of the open side of the storage space, It further comprises a dustproof body protruding toward the door direction and made of a material having elasticity,
The dustproof body is deformed while contacting when the door is closed to seal the gap between the door and the housing body, thereby preventing the introduction of external impurities into the storage space. The method of claim 3,
A lamp switch disposed on one side of the housing body and installed to detect opening and closing at a position at which the door is opened and closed, and disposed at an inner upper portion of the housing body, and connected to the lamp switch to the lamp switch; And a lamp that is turned on in the storage space when the door is opened and is turned off when the door is closed in response to a signal of
The lamp is received by the lamp switch when the door is opened
Battery storage device, characterized in that turned on so that the user can recognize the internal state of the space, when the door is closed to save energy. The method of claim 1,
A distribution fan disposed inside the storage body and communicating with the outside on the other closed side of the storage space, the circulation fan being operated to circulate inside the storage space by introducing and discharging air to the outside, and on one side of the distribution fan; And a filter body disposed in a direction of the storage space of the distribution fan and filtering to remove impurities of air introduced and discharged by the operation of the distribution fan.
The distribution fan circulates by introducing and discharging external air by an operation to prevent overheating of the storage battery stored in the storage space, and includes the filter body at a position at which air of the distribution fan flows in to prevent external impurities. Battery storage device, characterized in that to block the flow into the outside. The method of claim 5,
A plurality of distribution holes are formed in the lower surface of the settle body so as to penetrate the settling space in which the storage battery is placed, and are disposed in the settled body and have an upper portion open to the inner surface of the settled space. It is further provided with a buffer insulator which is positioned to fall to both sides of the ball and is installed with an insulating material that the lower surface and the side contact when the battery is placed,
The buffer insulator is disposed on an inner surface outside the penetrating position of the flow hole of the settled body, and the lower surface and the side are contacted when the battery is settled so that an impact amount due to an external shock is absorbed, and the settled body and the Insulating between the storage battery, the distribution hole is formed in the lower surface of the settled body battery storage device, characterized in that for cooling the stored battery while the air circulated by the operation of the distribution fan passes. The method of claim 1,
The upper portion of the insulator is formed with a groove-shaped support groove in a position fixed to the support body,
Protruding from the lower portion of the support body, and protrudes in a position fixed with the rack support fixed to the rack support installed in a position to divide the storage space upward from the bottom so that the storage battery is stacked and inserted into the support groove of the insulator. Further provided with support protrusions installed,
And the support body is inserted into the support groove in a state where the support body is positioned above the insulator, and the support body is fixed to the insulator. The method of claim 7, wherein
The lower portion of the insulator is formed with a groove-shaped fixing groove at a position where the base fixing portion is fixed,
The support fixing portion is disposed on both sides of the receiving body from the bottom to the upper direction in a plurality of rack support fixed to the protruding in the direction of the storage space in a position where the plurality of accumulators are stacked; It protrudes in an upper portion, protrudes in a position that is inserted into the fixing groove of the insulator includes a rack fixing projection for inserting and fixing the insulator,
The rack supporting fixture is fixed to the rack fixing protrusion protruding at the position where the supporting body is fixed to the fixing groove of the insulator, and the insulator having the supporting body fixed to the rack supporting fixture Fixed to the upper portion of the battery storage device, characterized in that the support body is fixed to the rack support fixture in the state insulated with the insulator. The method of claim 7, wherein
On the lower part of the insulator is a groove-shaped high in a position where the support fixing part is fixed
The groove is formed,
The support fixing portion is disposed in a plurality from the bottom to the upper direction on both sides of the receiving body, the support portion is fixed to the support body on which the plurality of the battery is placed is gradually raised from one side to the other side direction It is formed in the position, and the step portion is formed to connect the support portion to have a step is formed in the step support fixture which is installed so that the support body is stacked in a step form, and protrudes on the top of the step support fixture, a plurality of Protruding to the upper portion of the support of the protruding in the position that is inserted into the fixing groove of the insulator of the insulator comprises a step fixing projection for inserting and fixing the insulator,
The staircase supporting body is the staircase supporting protrusions which are respectively protruded into the plurality of support portions connected to the stepped portion is inserted into the fixing groove of the insulator, the insulator in which the supporting body is fixed to the top The battery storage device, characterized in that fixed to the upper portion of the staircase is fixed to the stair pedestal fixture in a state in which the support body is insulated with the insulator. The method of claim 7, wherein
The lower portion of the insulator is formed with a groove-shaped fixing groove at a position where the base fixing portion is fixed,
The support fixing portion is disposed in a plurality from the lower side to the upper direction on both sides of the receiving body, each of the support portion is fixed to the support body on which the plurality of the battery is placed, the support body is fixed to the front and rear side around the center And a stepped portion connecting the stepped portion to which the support is lowered so that the support body is installed so that the support body is stacked in the form of a step, and protrudes on an upper portion of the stepped support. Protruding to each of the upper portion of the protruding position to be inserted into the fixing groove of the insulator includes a stair fixing projection for inserting and fixing the insulator,
The staircase supporting body is the staircase supporting protrusions which are respectively protruded into the plurality of support portions connected to the stepped portion is inserted into the fixing groove of the insulator, the insulator in which the supporting body is fixed to the top The battery storage device, characterized in that fixed to the upper portion of the staircase is fixed to the stair pedestal fixture in a state in which the support body is insulated with the insulator.

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