KR200192255Y1 - A store room of chip - Google Patents

Abstract

This paper relates to chip storage box. In particular, the inlet and outlet of upper and lower storage chambers are formed by upper and lower supporters fixed by screws to the front of the storage room. By storing boxes, etc., in the storage room of the storage box, the chips that are first stored in the storage room are first selected and used to prevent selection of chips from inventory and deterioration of the product due to long-term storage. Was created so that

The chip material 111 of the electrolytic capacitor is loaded into the storage room 102 of the storage box 101 by storing the chip material, the release chip, the resistors, and various boxes 111, etc. The inlet 106 and the outlet formed above and below the storage compartment 102 by the upper and lower supporters 103 fixed by the screw 104 to the front of the storage compartment 102 so that the back can be selected and used first. 107, and a viewing window 105 supported by the upper and lower support 103 in order to easily identify the contents of the chip 111 and the like stored in the storage chamber 102 from the outside. Provides a chip storage easy to first-in, first-out.

Description

First In First Out Chip Storage {A STORE ROOM OF CHIP}

This paper relates to chip storage box. In particular, the inlet and outlet of upper and lower storage chambers are formed by upper and lower supporters fixed by screws to the front of the storage room. By storing boxes, etc., in the storage room of the storage box, the chips that are first stored in the storage room are first selected and used to prevent selection of chips from inventory and deterioration of the product due to long-term storage. A first-in, first-out chip storage that can be easily.

Generally, chip materials, release chips, resistors and various boxes of electrolytic capacitors are placed in a storage box for ease of use.

Conventionally, the structure of the storage box for storing the chip material is made of wood or steel, and the chip material of the electrolytic capacitors, the release chip, the registers, the various boxes, etc. are loaded in various spaces of the shelf. The required parts were taken out and used.

As described above, the chips stacked on the shelf can be stacked in the order in which they are made, but when the worker uses them, they cannot be known that they are made first, and thus they are randomly selected and used according to the taste of the worker.

Therefore, the shelf is in a state where components such as chips manufactured long ago exist.

As described above, if a component such as a chip stays on the shelf for a long time, it is likely to be processed in a stock, and the internal devices may be deteriorated, and thus the use of the disposal may occur.

The purpose of this article to solve and complement these conventional problems,

It provides the purpose of preventing chip material, mold release chips, resistors and various boxes from being stocked in electrolytic capacitors stored in the storage room and preventing the deterioration of products due to long-term storage.

In order to achieve the above object,

If the inlet and outlet are formed on the upper and lower sides of the storage room by the upper and lower supports fixed by screws to the front of the storage room so that the chips, etc., which are first entered into the storage room of the storage box can be selected and used first, the purpose of this paper can be achieved It becomes possible.

1 is a perspective view showing the configuration of the chip safe deposit box

Figure 2 is a cross-sectional view showing the operation of the chip storage chip

<Code Description of Main Parts of Drawing>

101-Storage 102-Storage

103-Upper and Lower Support 104-Screw

105-view window 106-entrance

107-Exit 108-Exhibition Room

111-chip

The configuration of the present invention will be described in detail with reference to FIGS. 1 and 2.

The chip material 111 of the electrolytic capacitor is loaded into the storage room 102 of the storage box 101 by storing the chip material, the release chip, the resistors, and various boxes 111, etc. The inlet 106 and the outlet formed above and below the storage compartment 102 by the upper and lower supporters 103 fixed by the screw 104 to the front of the storage compartment 102 so that the back can be selected and used first. With 107,

In order to be able to easily identify the contents of the chip 111 and the like stored in the storage room 102 from the outside, it is a configuration having a viewing window 105 supported by the upper and lower support 103.

In addition, the exhibition room 108 is disposed at the lower side of the storage room 102 to display a sample such as the chip 111 so that the contents of the chip 111 and the like loaded into the storage room 102 can be easily identified from the outside. It was further equipped.

The operation of this paper is as follows.

First, when the chip material of the electrolytic capacitor, the release chip and the resistors or various boxes 111, etc. are manufactured, the chip is formed through the inlet 106 formed by the upper and lower support members 103 on the front upper part of the storage chamber 102. (111) is inserted.

As described above, the chip 111 inserted through the inlet 106 is stacked on top of the bottom of the storage chamber 102.

In order to use the chip 111 loaded in the storage chamber 102 as described above, the chip 111 is formed through the outlet 107 formed by the upper and lower support members 103 at the front lower side of the storage chamber 102. 2) and the like, as shown in Fig. 2, the chip material of the electrolytic capacitor, the release chip, and the registers and various boxes 111 can be taken out in the order in which they are stored first.

In addition, by fixing the viewing window 105 between the upper and lower support 103, which is fixed by the screw 104 to the front of the storage room 102, the operator inside the storage box 102 through the viewing window 105 above. Since it is possible to identify the chip 111 and the like loaded on it, it is possible to select and withdraw the required chip 111 and the like quickly and accurately.

On the other hand, in the exhibition room 108 formed on the lower side of the storage room 102, the chip 111 loaded in the storage box 102 by displaying a sample such as the chip 111 being stored in the storage room 102. Since it is possible to easily identify the back and the like, it is possible to select and withdraw the required chip 111 and the like quickly and accurately.

In this way, the inlet and outlet are formed on the upper and lower sides of the storage room by upper and lower supports fixed by screws to the front of the storage room so that the chips in storage can be selected and used first. It prevents the stock of chip materials, mold release chips, resistors, and various boxes of electrolytic capacitors stored in the storage room from being in stock and at the same time has a useful effect to prevent the deterioration of products due to long-term storage.

Claims (2)

The chip material 111 of the electrolytic capacitor is loaded into the storage room 102 of the storage box 101 by storing the chip material, the release chip, the resistors, and various boxes 111, etc. The inlet 106 and the outlet formed above and below the storage compartment 102 by the upper and lower supporters 103 fixed by the screw 104 to the front of the storage compartment 102 so that the back can be selected and used first. With 107, First-in, first-out, characterized in that provided with a viewing window 105 supported by the upper and lower support 103 in order to easily identify the contents of the chip 111 and the like stored in the storage room 102 from the outside. Easy chip storage. The method of claim 1, An exhibition room 108 is further provided on the lower side of the storage room 102 in order to display a sample such as the chip 111 so that the contents of the chip 111 and the like loaded into the storage room 102 can be easily identified from the outside. Chip storage easy to first-in, first-out characterized in that.