KR930003945Y1 - Table ware dryer - Google Patents

Abstract

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Description

Dish dryer

1 is a perspective view of the dish dryer according to the present invention.

Figure 2 is a longitudinal sectional view schematically showing the configuration of the present invention dish dryer.

* Explanation of symbols for main parts of the drawings

100: fuselage 110: drying chamber

112 Q: 114

115: bottom surface 115A: outlet

115B: Aerator 120: Machine room

121: dish 122: hot air generator

The present invention relates to a dish dryer, and more particularly, to a dish dryer, which is more convenient to use and improves dryness.

Dish dryer is a drying apparatus for forcibly drying various cookers, such a dish dryer has been developed and used to date.

For example, the drying chamber and the machine room are partitioned in the upper and lower parts of the body having a rectangular box shape, a mounting table is arranged in the upper drying room, and a hot air generator is installed in the lower machine room. .

These food dryers display the dishes in a row in the drying chamber, and display them in a row, blowing hot air from the hot air generator in the lower machine room upward through the hot air supply port provided at the center of the bottom of the drying chamber. It is drying.

However, in such a dish dryer, the supply of hot air is uneven due to the uneven distribution of the dishes set up in the drying chamber in the vertical direction, that is, the horizontal direction is crossed with the blowing direction at the upper part of the hot air supply port provided at the center of the drying chamber. The distribution plate is installed, and the hot air blown by the dispersion plate is distributed to all sides of the drying chamber to achieve drying, and the supply of the hot air does not reach the dishes displayed on the upper stand of the distribution plate. There was a problem that the drying is poor because the supply of hot air is not uniform.

In addition, the drying chamber had a small space for providing the drying, that is, it had only one row of dish arranging rows in a plane, and there was a defect in that the amount of drying was small and furthermore, it was not easy to put the dishes to be dried on the mounting table in the drying chamber.

In other words, the abdominal body covering the upper surface of the drying chamber hermetically is divided into two parts, the front body and the rear body, and the front body and the rear body of the front and rear face are parallel to the rear body with the shaft pin and the front body is the rear body. It is inscribed into the interior of the fold and developed to allow it to be used as a lid to open and close the drying room.

However, since the opening operation of the drying chamber has an area of less than half of the plane of the drying chamber, it is not easy to insert and take out the dishes displayed on the mounting table located at the rear of the mounting table that is installed over the entire area of the drying chamber, that is, inside the rear surface. Discomfort in using the dish dryer.

The present invention has been made in consideration of the above circumstances, and an object thereof is to provide a dish dryer for increasing a dryness providing area without widening an installation area.

Another object of the present invention is to provide a dish dryer with a high overall drying efficiency by supplying hot air uniformly.

Still another object of the present invention is to provide a dish dryer having convenient access to a dry matter in a drying room.

The object of the present invention is achieved by providing a dish dryer for drying dishes, that is, forcibly drying the dishes using hot air. The dish dryer has a body composed of a cylindrical body, and the upper and lower parts of the body There is a drying room and a machine room.

The drying chamber opens a suitable place of the circumferential wall over the entire length of the upper and lower lengths, moves the opening portion along the cylindrical circumferential wall of the drying chamber, and installs a door to open and close.

In the inner center of the drying chamber, there is also a support pipe for providing a hot air supply passage, and at the same time, a stepped mounting of the tank mounting table where the dishes are displayed.

The machine room is provided with a hot air generating device connected to the support cylinder, the drawer type detachable dish for collecting the washing water discharged through the drain passage provided in the bottom of the drying chamber.

Therefore, it is possible to simply install in a small space and perform the drying operation more effectively and conveniently.

Next, a practical example of the present invention has been described in detail with reference to the drawings.

1 shows a dish dryer according to the present invention, which has a fuselage 100 having a cylindrical shape, and the fuselage 100 has a body divided into upper and lower parts, and a drying chamber 110 and a machine room ( 120).

2 shows the configuration of the dish dryer in detail.

That is, the drying chamber 110 has a circular space inside to provide a drying space for tableware. The drying chamber 110 includes an opening 111 for opening an appropriate place of the circumferential wall to provide an access passage of the building, and the opening 111 of the drying chamber 110. The door 112 is opened and closed along the circumferential wall of the drying chamber.

At this time, the door 112 emerges toward the receiving chamber 113 provided in the main wall of the drying chamber 110 and performs the opening and closing operation in an arc shape along the main wall surface.

In the drying chamber 110 configured as described above, a mounting table 114 on which tableware 200 is vertically erected and displayed is installed in a hydrothermal layer type.

In other words, the mounting table 114 is installed to be freely rotatable in the support pipe 116 installed in the center of the bottom surface 115 of the drying chamber 110, and each of the mounting tables 114 is attached to the support pipe 116. The fixing bolt 117 is supported by the fixing stand 118 fixedly installed to maintain an appropriate interval and is installed in a stairway type.

At this time, each mounting base 114 allows the user to arbitrarily adjust the height.

In addition, the support rods 114 are provided with support rods 114A for vertically displaying the tableware 200 mounted on the upper surface thereof at an appropriate interval, and the washing waters buried in the tableware 200 that are set up and displayed in this manner are drying chambers. It is collected to fall to the bottom surface 115 of 110.

In addition, the support pipe 116 serves as a support of the mounting table 114, and provides a passage of hot air blown from the hot air generator 122 to be described later.

The bottom surface 115 has a predetermined gradient surface for collecting the wash water collected by selecting any suitable place, and has a discharge port 115A which is discharged to the machine room 120 side at the lowest part thereof to thereby remove the wash water falling from the tableware. In the machine room 120 to be described later will be collected by the gypsy 121 to be detachably installed in the drawer type.

On the other hand, the machine room 120 is configured in the same manner as the drying chamber 110, the hot air generating device 122 is provided in direct contact with the lower end of the support tube 116 installed in the center, that is, the center of the drying chamber 110 inside. .

The hot air generator 122 is composed of a blowing member 122A and a broadcasting member 122B, and its driving will be controlled by a separate control circuit.

In addition, the machine room 120 is provided with a gypsy 121 for collecting the washing water falling in the drying chamber 110, the plate 121 is directly below the outlet 115A provided on the bottom surface 115, With the outlet 115A at the center, a pair of guide rails 123 arranged on both sides are installed in a drawer-type manner.

At this time, the outlet 115A is installed at a proximal position that does not affect the insertion and removal operation of the plate 121.

In addition, the bottom surface 115 is provided with a ventilation hole 115B for the hot air convection of the drying chamber 110 and the machine room 120 to prevent the wash water from penetrating into the machine room.

And the front circumferential wall of the machine room 120 is provided with a control unit 124 is provided with a variety of operation switches.

The operation of the dish dryer will now be described in detail with reference to FIGS. 1 and 2.

The inventive dish dryer 100 has a cylindrical shape to reduce its volume while maintaining a drying space, and thus can be easily installed and used in a small installation space.

The door 112 of the drying chamber 110 of the dish dryer 100 installed as described above is opened, and the door 112 performs an opening operation along the circular arc main wall of the drying room, and thus does not require a separate opening space. Regardless of the surrounding situation, can be easily installed anywhere, the kitchen space utilization is very excellent effect.

After opening the door 112, the table 200 is placed on each mounting table 114. At this time, the mounting table 114 is freely rotated to provide convenience for the work of the tableware.

That is, while rotating the mounting table 114 is to display the dishes simply.

When the tableware is finished, the door 112 is closed and the drive switch of the controller 124 is operated.

Then, the hot air generator 122 is driven, and at the same time, the hot air is supplied to the drying chamber 110 through each of the air blowing holes 116A of the support pipe 116 in the drying chamber 110 to the mounting table 114 at each stage. The dishes 200 placed are dried.

The air-conditioning air that has passed through the tableware or has undergone heat exchange is recovered to the hot air generator 122 through the air vent 115B provided in the bottom surface 115 of the drying chamber 110, and the recovered air-conditioning air is again blown. Through 122A and the heat generating member 122B, it is uniformly distributed and supplied to each of the drying chambers.

Therefore, the hot air is forced convection in the drying chamber to achieve a desired drying, and in particular, by supplying hot air through the blow holes 116A at each mounting point 114, the hot air is supplied evenly to each of the dishes to further improve the drying effect. It can increase the effect.

In addition, since the washing water buried in the dishes 200 can be easily collected and processed by the dish 121, there is an excellent use and manageability.

Claims (5)

A dish dryer having a hot air generating device, and having a mounting table on which dishes are displayed, wherein the dish dryer has a cylindrical shape, and includes at least one mounting table in a fuselage having a drying chamber and a machine chamber on the upper and lower sides thereof and a drying chamber of the fuselage. It is provided with a stair-type installation, a support tube for providing a passage for distributing and supplying hot air to the upper part of the drying chamber, and a dish which is detachably installed in the machine room and collects the washing water falling from the dishes. Dish dryer. The dish dryer of claim 1, wherein the mounting table on which the tableware is displayed is rotatably installed in the support tube. The dish dryer of claim 1, further comprising a blower for supplying hot air to each circumferential wall of the support pipe on which the mounting table is located. The dish dryer of claim 1, wherein the bottom surface of the drying chamber includes an air vent formed by convection of hot air. 2. The dish dryer of claim 1, wherein the door for opening and closing the opening of the drying chamber is configured to open and close along an arc surface of the main wall of the drying chamber.