KR200221006Y1 - Wall insertion structure of small tools box needs low tempeerature - Google Patents

Abstract

The present invention is accommodated in the upper part of the receiving space inside the frame by the power supply to dissipate cold air on one side and heat dissipation on the other side by using the electronic cooling method and the refrigerant to circulate the refrigerant to a predetermined refrigeration cycle, compressor, capillary, evaporator The air conditioner is provided with a cooling device adopting any one of the cooling methods of the mechanical cooling method, and the props are stored in the accommodating space by the cold air generated from the air cooler, which is embedded in the recessed part formed on the wall by coupling an opening / closing door to one side of the frame. The present invention relates to a buried prop box that requires a low temperature to be stored at a low temperature. In particular, a predetermined receiving space is formed inward and the frame is embedded in an outer frame inserted into the recess.

Therefore, even when the inner surface of the recess is formed irregularly formed on the wall surface of the building, the outer frame is inserted into the recess, and then the frame is inserted into the receiving space of the outer frame, thereby simplifying the buying operation of the frame, as well as the frame. To reduce the work time by smoothly adjusting the horizontal and vertical of the frame, and to provide a refillable prop box that requires low temperature to make the finishing work more neat after the frame is filled. do.

Description

WALL INSERTION STRUCTURE OF SMALL TOOLS BOX NEEDS LOW TEMPEERATURE}

The present invention is accommodated in the upper part of the receiving space of the frame to form a predetermined receiving space is supplied by the power supply to the cold air on one side and heat dissipation on the other side by using an electronic cooling method using a cooling semiconductor and a predetermined refrigeration cycle circulation supply It is equipped with a cooler adopting any one of the cooling method of the mechanical cooling method consisting of a compressor, a capillary, an evaporator, and is coupled to an opening door on one side of the frame and embedded in a buried recess formed on the wall to be received as a cooler generated from the cooler. The buried props need a low temperature so that the props stored in the space can be stored in a low temperature state, a predetermined receiving space is formed inward and the frame is embedded in the outer frame inserted into the recess, Even when the inner surface of the recess is formed irregularly on the wall After inserting the outer frame into the recess, the frame is inserted into the receiving space of the outer frame, which simplifies the embedding of the frame and smoothly adjusts the horizontal and vertical positions of the frame, thereby reducing the work time. And, moreover, after embedding the frame, the buried props need a low temperature to make the finishing work more neat.

First, the buried type small tool box that requires the low temperature is the applicant of the utility model registration application (Application No. 99-15247) dated July 28, 1999, the purchase required as shown in FIG. Sliding insert the concave-convex binding groove (4) formed on the outer surface of the frame (3) toward the guide bracket (2) formed in 1) so that the small tool box is embedded in the wall surface, the embedded small tool box is embedded in the wall surface It is configured to be used in a state in which it is stored, and cosmetics or film or other small scales that require low-temperature storage in an accommodating space (not shown) inside the frame 3 or in an accommodating portion (not shown) inside the opening / closing door 5. The cold air generated from one side by storing the drinks and applying the power to operate the air conditioner by applying the power supply by receiving the cooling heat semiconductor in any one of the upper part and the lower part of the inside of the frame 3 An electronic cooling method that allows the stored props to be stored in a low temperature state by allowing it to stay on the inner accommodating space, and as described above, is installed at any one of the upper and lower portions of the accommodating space to provide refrigerant to a predetermined freezing cycle. After the heat exchange is made by circulating supply, the cold air can be supplied to the inside of the receiving space inside the frame so that the stored props can be stored in a low temperature state. As a technique already used in the art, anyone skilled in the art who is skilled in the art will be omitted since it is a technique for public administration that can be implemented, and the organic coupling relationship between the prop box and the air conditioner 30 will be described in FIG. 1B. The air conditioner 30 described above is formed in the frame 3 as shown in FIG. 1B. It can be installed in one of the upper and lower portions which, when installed in the lower part of the cool air passage 31 so that it can be cold air is supplied to the upper part of the receiving space from the bottom is provided on the rear surface of the frame 3. Accordingly, when cold air is generated in the air conditioner 30 installed at the lower portion, the cold air flow path 31 is raised and discharged to be in contact with the props stored in each cabinet. Therefore, the props stored in the props are always stored at a low temperature. This becomes possible.

However, the applicant's prior application utility model registration application (Application No. 99-15247) of the present applicant described above, when most of the wall is made of concrete, when the small box is embedded in the wall, When the frame 3 is directly inserted, the frame 3 may be damaged on the surface of the concrete, and the frame 3 may be damaged during the finishing of the inner surfaces of the frame 3 and the recess 1. There is a problem that the work speed is reduced because there is a concern.

In addition, in attaching the guide bracket (2) to most of the walls made of concrete, it is very difficult to attach the guide bracket (2) to match or match the concave-convex binding groove (4) formed in the frame (3). Rather, it acts as a factor that delays the working time, which causes a problem in the overall installation work.

The present invention devised to solve the above problems shortens the purchase time of the props to be purchased on the wall, as well as to achieve a neat finish without damaging the frame during finishing after purchase, and also the purchase required By eliminating the inconvenience of attaching the guide bracket to, it provides an object to shorten the working time as a whole to prevent waste of manpower.

The above object is achieved according to the present invention by forming a predetermined receiving space inwardly and embedding the frame in an outer frame inserted into the recess.

Figure 1a is a view showing a conventional recessed type small box. Figure 1b is a view showing an organic coupling relationship between the conventional small box and the air conditioner.

Figure 2 is a view showing the subject innovation embedded small box.

Figure 3 is a view showing the subject innovation embedded small box.

Figure 4 is a cross-sectional view showing a state of the small box and the outer frame of the subject innovation embedded in the wall.

Explanation of Drawings

101-frame 102-opening door 103-buy required

104-Outer frame 105-First guide groove 106-First fixing bracket

107-Second Fixing Bracket 108-Second Guide Groove 109-Rib

110-finish member

Hereinafter, the configuration of the present invention will be described in Figures 2 to 4 as follows.

Compressor, capillary, and evaporator, which are accommodated in the upper part of the receiving space inside the frame 101 and circulate and supply the refrigerant to a predetermined refrigeration cycle with an electronic cooling method using a cold heat semiconductor to emit cold air on one side and heat on the other side. Equipped with a cooling machine of any one of the mechanical cooling method of the configuration of the configuration, coupled to the opening and closing door 102 on one side of the frame is embedded in the buried recess 103 formed on the wall to receive the cold generated from the cooler In the embedded prop tool which requires low temperature so that the props stored in the space can be stored at a low temperature, a predetermined receiving space is formed inward and the frame 101 is inserted into the outer frame 104 inserted into the recess recess 103. ) To buy.

And, at least one of the first guide groove 105 and at least one member formed on at least one surface of the inner surface of the receiving space of the outer frame 104, the frame corresponding to the first guide groove 105 The first fixing bracket 106 is formed integrally or separately on the outer surface of the 101 and slidingly inserted into the first guide groove 105.

In addition, at least one or more second fixing brackets 107 are formed integrally or separately on at least one of the inner surface of the receiving space of the outer frame 104, and the frame corresponding to the second fixing bracket 107 ( It is preferable to include a second guide groove 108 is formed integrally or separately on the outer surface of the 101 to allow the second fixing bracket 107 to be received sliding from one end.

In addition, it is preferable to further include a rib 109 formed in a predetermined thickness on at least one of the outer surface and the rear surface in order to prevent deformation of the outer frame 104 inserted into the buried recess 103.

It further includes a closing member 110 is inserted into the gap between the outer frame 104 and the frame 101 embedded in the outer frame 104.

Referring to the technology of the present invention made of the above configuration is as follows.

First, the outer frame 104 has a predetermined space to accommodate the frame 101, and as described above, the first guide groove 105 and the first guide groove 105 are formed on at least one surface of the inner surface of the outer frame 104. One of the two fixing brackets 107 should be formed.

In addition, when at least one first guide groove 105 is formed on the inner surface of the outer frame 104, the second fixing bracket 107 corresponding to the first guide groove 105 on the outer surface of the frame 101. ) Should be formed, and when the first fixing bracket 106 is formed on the inner side of the outer frame 104, the second guide groove 108 should be formed on the outer side of the frame 101 correspondingly.

The outer frame 104 is inserted into the recessed recess 103 before the frame 101 is inserted into the outer frame 104. After the outer frame 104 is inserted into the recessed recess 103 as described above, the operator In accordance with the intention of passing through the fixing screw through the outer frame 104, it is preferable that the outer frame 104 is firmly coupled to the inner wall surface of the buried recess 103.

In addition, a first guide groove 105 or a second fixing bracket 107 formed at the time of manufacturing the outer frame 104 may be formed on the inner surface of the outer frame 104 coupled to the embedding recess 103. After the fixing bracket 106 or the second guide groove 108 is inserted, the frame 101 can be inserted into the outer frame 104.

In addition, the rib 109 formed on the rear surface of the outer shell 104 is finished with mortar, thereby reinforcing the adhesive force of the mortar attached to the outer shell 104 and preventing the mortar from detaching and peeling after attachment. .

In addition, it is preferable to form a rib 109 of a predetermined thickness on the outer surface of the outer frame 104 to prevent deformation of the outer frame 104.

Meanwhile, the first and second fixing brackets and the first and second guide grooves formed on the outer frame 104 and the frame 101 between the outer frame 104 and the frame 101 inserted and fixed to the embedding recess 103. As a gap may occur, it is desirable to close the gap with the finishing member 110 as shown in FIG. 3, so that a more beautiful appearance can be obtained.

As described above, the present invention allows the frame to be inserted into the recess to be formed on the wall so that the frame of the prop box can be inserted into the frame, so that the prop box can be more conveniently purchased on the wall made of concrete, which is required for the purchase operation. It is a very useful design that has the effect of shortening the working time and the effect of allowing the purchased props to have a cleaner appearance.

Claims (5)

It is accommodated in the upper part of the accommodating space inside the frame, and the electronic cooling method using the cooling heat semiconductor that emits cold air on one side and heat on the other side, and the compressor, capillary, and evaporator to circulate the refrigerant through a predetermined freezing cycle. The air conditioner is provided with a cooler adopting any one of the mechanical cooling methods, and the props are stored in the receiving space by the cooler generated from the cooler by being combined with an opening / closing door on one side of the frame. In buried props requiring low temperatures to be stored, A predetermined storage space is formed inward and the embedded props requiring low temperature, characterized in that the frame is embedded in the outer frame to be inserted into the recess. The method of claim 1, At least one first guide groove formed integrally or separately with at least one of the inner surfaces of the receiving space of the outer frame; Embeddable props needing low temperature, characterized in that it comprises a first fixing bracket which is formed integrally or separately on the outer surface of the frame corresponding to the first guide groove and slidingly inserted into the first guide groove. The method of claim 1, At least one or more second fixing brackets formed integrally or separately with at least one of the inner surfaces of the receiving space of the outer frame; Embedding props requiring low temperature, characterized in that it comprises a second guide groove which is formed integrally or separately on the outer surface of the frame corresponding to the second fixing bracket to allow the second fixing bracket to slide from one end. box. The method of claim 1, Recessed recessed tool box requiring a low temperature, characterized in that it further comprises a rib formed to a predetermined thickness on at least one of the outer surface and the rear surface to prevent deformation of the outer frame inserted into the recess. The method of claim 1, Embed small props needing low temperature, characterized in that it further comprises a closing member inserted into the gap between the frame and the frame embedded in the outer frame.