JPS58473Y2 - Dryer - Google Patents

Description

[Detailed explanation of the invention] This invention relates to a dryer that can easily dry tableware, knives, dish towels, etc. The special feature of this invention is that it can effectively use hot air to dry tableware. In particular, it is possible to dry heat-sensitive plastics and lacquerware at the same time as other tableware.

This invention will be explained below according to an illustrated embodiment.
Reference numeral 1 denotes a hot air generator, in which a blower 2 and a semiconductor heater 3 are provided on a support plate 4 and covered with a cover 5.

As a result, the wind that has passed through the heater 3 is emitted with a directionality of spreading downward.

The hot air generator is attached to one side of the base portion 7,
The shape of this base portion has a planar dish shape extending in the horizontal direction.

A hot air plate 8 is removably provided on the upper surface of this base part,
A hot air outlet 9 is provided on the surface of this hot air plate.

Reference numeral 10 denotes an air exhaust passage, which has a substantially deflected shape, and hot air from the duct 6 passes through this flat space and is discharged from the hot air outlet 9.

Therefore, this dryer has an L-shaped overall body shape, with a hot air generator disposed in the vertical part and a hot air plate 8 in the horizontal part.

Reference numeral 11 denotes a box-shaped drying case that almost fits on the L-shaped main body so as to be removably placed thereon, and has a peripheral side wall 12, and hot air is introduced into the part of the bottom surface 13 that comes into contact with the hot air plate 8. The hot air generator 1 on the bottom surface 13 has a hole 14 formed therein.
The part that comes into contact with the upper surface of is a closed surface.

A high-temperature drying chamber 16 into which warm air is directly introduced is located above the surface where the holes 14 are formed in the drying case 11, and a hot air from the high-temperature drying chamber 16 is introduced into the upper region of the closed surface. A low-temperature drying chamber 15 is formed in each case.

A plurality of partition plates 17 are formed between the low temperature drying chamber 15 and the high temperature drying chamber 16.

A lid 18 covers the top opening of the drying case 11 and has an exhaust port 20 formed in the upper side 19 of the low temperature drying chamber 15.

21 is a timer 22 that controls the generation of hot air, and 23 is an intake port.
are tableware.

In the above configuration, the hot air from the hot air generator passes through the duct and is discharged from the outlet of the hot air plate, passes through the gap between the dishes 23 in the drying case 11, imparts heat to the dishes, and is discharged along with moisture from the outlet. It is discharged from 20.

If all tableware is heat-resistant, there will be no problem, but some plastic and lacquerware are relatively heat-resistant, and they will deform and change in quality if exposed to uniform hot air temperatures.

Moreover, if the hot air temperature is set based on these, it goes without saying that the drying performance will deteriorate.

Therefore, this invention pays special attention to this point and takes advantage of the difference in temperature between the part near the hot air plate and the part far away from it by providing a high-temperature drying chamber and a low-temperature drying chamber. Can dry tableware.

In addition, since a partition plate is formed between the high temperature drying room and the low temperature drying room, tableware does not mix into the high temperature drying room from the low temperature drying room. There is a passageway through which water dripping from tableware and warm air can flow.

Furthermore, the hot air from the hot air generator passes through the hot air plate and is then discharged through the longest air exhaust path.

Therefore, the hot air efficiently imparts heat to the tableware, and the humidity evaporated from the heated tableware is discharged to the outside of the tableware case along with the warm air from which the heat has been removed, allowing for efficient drying.

[Brief explanation of the drawing]

FIG. 1 is a sectional view showing an embodiment of the dryer according to this invention, and FIG. 2 is an exploded perspective view. In addition, in the figure, 1 is a hot air generator, 7 is a base part, 8 is a hot air plate, 9 is an exhaust port, 10 is an air exhaust path, 11 is a tableware case, 12
13 is the surrounding side wall, 13 is the bottom surface, 14 is the hole, 15 is the low temperature drying chamber, 16 is the high temperature drying chamber, 17 is the partition plate, 18 is the lid, 20
is an exhaust port.

Claims (3)

[Scope of utility model registration request] (1) A main body consisting of a hot air generator and a hot air plate having a large number of hot air outlets on the surface from which hot air is discharged from the hot air generator, and this main body has a A drying case having a flat area is removably placed thereon, and a hole for introducing hot air is provided in the bottom of the drying case at a portion that comes into contact with the warm air plate of the main body, so that hot air is directly introduced into the drying case. A dryer that is partitioned into a high temperature drying chamber into which warm air is introduced and a low temperature drying chamber into which warm air from the high temperature drying chamber is introduced. (2) The high-temperature drying chamber of the above-mentioned low-temperature drying chamber is formed by providing a partition wall inside the drying case so that the hot air from the hot air plate passes through the high-temperature drying chamber and then flows out through the low-temperature drying chamber to the outside. Claim 1 for utility model registration characterized by:
Dryer as described in section. (3) The dryer according to claim 2, wherein the partition wall is formed by protruding a plurality of rod-shaped bodies at intervals.