KR20030013776A - A input-box for the wall - Google Patents

Abstract

PURPOSE: A multipurpose feeding structure installed on the wall object is provided to prevent the penetration of a thief and the fire-setting by an incendiary through the feeding structure which subjects are delivered in a normal way through. CONSTITUTION: The multipurpose feeding structure installed on the wall member essentially includes a feeding hole(10) buried on one side of the wall member(100) of a building having a door installed thereon, and a feeding box(20) installed on the inner side of the feeding hole and having a drawing door to withdraw the delivered subjects fed inside the feeding hole through. The feeding structure can be integrally installed to a utility case such as shoe shelves. The feeding hole and the feeding box are made of fire-resistant material. The feeding hole has a feeding door(11) installed in the front, and a bottom, the surface of which is downward-inclined for delivered subjects are easily input. The bottom surface of the feeding box includes a buffer member to prevent the damages of fed subjects.

Description

Multi-purpose input box for wall {A input-box for the wall}

The present invention relates to a multi-purpose input for the wall, and more particularly, the input port is embedded in the entrance-side wall of the building and provided with a multi-purpose input that is provided with an input in the inner wall of the wall for the input of delivery goods such as milk. It is intended to prevent the intrusion of thieves by the injection hole or the arson by the arsonist.

In general, the door of a multi-residential building, such as an apartment or a villa, is provided with an input port through which milk or newspapers can be delivered.

The inlet as described above is formed by cutting one side of the lower side of the door and having a door on the front side thereof, so that delivery of milk or newspapers into the building can be prevented from theft.

However, as described above, the inlet formed in the lower side of the door is formed such that a robot arm can be inserted, so that thieves break into the building after releasing the lock by inserting the robot arm into the inlet. It is happening frequently.

In addition, since the inlet is always open, firebreakers frequently insert fireproof articles and fires occur frequently in buildings.

Accordingly, the present invention has been made in order to solve the above-described problems, the input port is formed on the wall of the building spaced apart from the door, and the closed input box is formed inside the input port to release the locking device using the input port. In addition to preventing the intrusion and to prevent the fire caused by the injection of fire through the inlet.

1 is a perspective view of the main configuration showing an embodiment according to the present invention.

Figure 2 is a side view showing a state in which the present invention is applied to a multipurpose box such as a shoebox.

Figure 3 is a side cross-sectional view showing an embodiment according to the present invention.

Figure 4 is a side side view showing another embodiment according to the present invention.

Figure 5 is a side cross-sectional view showing another embodiment according to the present invention.

<Description of the symbols for the main parts of the drawings>

10: inlet

11: Input door 12: Insulated door

20: input box

21: drawer door 22: saucer

23a: sponge 23b: spring

30: cooling device

31 controller 32 temperature sensor 33 input sensor

34: Icing Semiconductor

35a: evaporator 35b: compressor 35c: condenser

100: wall

Hereinafter, described in detail by the accompanying drawings as follows.

The present invention is to prevent the multi-purpose inlet to be abused by thieves and firebugs, the inlet 10 is embedded in one wall 100 of the building in which the door is installed, and the withdrawal of the delivered delivery is provided inside the inlet 10 It is configured as an input box having a withdrawal door 21 for it, and can be carried out integrally with a multipurpose box such as a shoe box provided at the entrance and exit.

Here, it is preferable that the inlet 10 and the inlet 20 are formed of a refractory material so as to prevent a fire caused by the addition of fire protection. The inlet 10 has an inlet door 11 on its front surface. It is preferably provided to be formed to be inclined downward so as to be easily introduced when the delivery of milk, such as milk.

And, the input box can be carried out with a cooling device 30 for the refrigerated storage of the delivered goods such as milk, etc., the cooling device 30 only when the delivery is put into the input box (20) It is provided with a delivery sensor 33 for detecting a delivery delivered to operate, the delivery sensor 33 is preferably carried out by a weight sensor, the insulation of the input 20 to the inner end of the inlet 10 It can be carried out with a thermal insulation door 12 to be opened by pushing from the front of the inlet 10 for maintenance.

On the other hand, the cooling device 30 may be configured by a cooling unit controlled by the controller 31 for sensing the temperature of the input box from the temperature sensor 32 provided in the input box 20, the cooling unit It consists of an icing semiconductor 34 which radiates heat to one side and endothermic to the other side according to the supply of electricity, or by a refrigerant cooling system composed of a compressor 35b, a condenser 35c and an evaporator 35a. It can be configured and implemented.

In addition, the input box 20 is provided with a cushioning member on the bottom surface so as not to be damaged when the delivery, such as milk, etc., the buffer member is carried out by forming a sponge (23a), or the spring on the bottom surface It is equipped with 23b and can carry out.

In addition, the bottom surface of the input box is carried out by forming a recess so that the delivered delivery is broken and the delivery is not leaked to the withdrawal door 21 when the delivery is spilled, and a separate support plate 22 is provided on the recessed surface. It can be.

In addition, the withdrawal door 21 of the input box 20 is provided with a locking device, the locking device is preferably formed to be opened only outside the input box 20.

Hereinafter, the use of the present invention will be described.

As described above, the present invention includes an inlet 10 embedded in the door side wall 100 of the building, and an inlet 20 provided inside the inlet 10. The present invention is regularly delivered such as milk or newspaper. When the delivery is made by opening the input door 11 of the input port 10, the input delivery is put into the input box (20).

At this time, a buffer member such as a sponge 23a or a spring 23b is provided at the bottom of the input box 20 to prevent the delivery of milk or the like from being damaged during the input process.

Delivery delivered as described above is to be withdrawn through the withdrawal door 21 of the input box (20). At this time, the withdrawal door 21 is not able to open the locking device in the interior, even if a thief or the like to put the robot arm through the inlet 20 will not be able to open the drawer door 21 inside.

On the other hand, since the cooler 30 is provided in the input box 20 and the delivery sensor 33 is provided, the delivery sensor that requires refrigerated storage, such as milk, is input through the inlet 10. The 33 detects this and operates the cooling device 30 so that the delivery is freshly refrigerated.

Therefore, the present invention forms an inlet on the wall, and is provided with an inlet made of an enclosure sealed at the inner end thereof, whereby a thief or the like can prevent the invasion after releasing the lock of the door through the inlet. will be.

In addition, it is possible to prevent fire due to the purpose of fire prevention because it is only burned inside the container when it is put into the fire container through the inlet for the purpose of fire protection. It can be kept fresh.

In addition, since the buffer member is provided on the bottom of the input box, it is possible to prevent a plate loss in the process of delivery of the delivery, and to form the bottom surface and the container is provided to prevent leakage through the inlet when the delivery is damaged.

In addition, since the present invention is installed in a versatile box such as a shoe rack, it is very useful to increase the decorative properties.

Claims (3)

An inlet 10 embedded in one wall 100 of a building in which a door is installed, It is provided inside the inlet (10) and the multi-purpose input for the wall, characterized in that configured with an input door having a withdrawal door 21 for the withdrawal of the delivered delivery. The method of claim 1; The inlet 10 and the inlet 20 is formed of a refractory material, The inlet 10 is provided with an inlet door 11 on its front surface and is formed to be inclined downward so as to be easily inserted when the delivery of the delivery, The input box 20 is a multi-purpose wall input, characterized in that the buffer member is provided on the bottom surface so as not to be damaged when the delivery, such as milk. The method of claim 1; The input box 20 is provided with a cooling device 20 for refrigerated storage of the delivered delivery, The cooling device 30 comprises a cooling unit controlled by the controller 31 for sensing the temperature of the input box 20 from the temperature sensor 32 provided in the input box 20, Multipurpose input for wall, characterized in that the cooling device 30 is provided with a delivery sensor 33 for detecting the delivery delivered to operate only when the delivery is put into the input box (20).