JP3057383U - Disinfection storage device for large cutting boards - Google Patents

Abstract

(57) [Problem] To provide a hot air flow path between a large chopping board and both sides of the storage chamber and between the chopping boards even when a plurality of large chopping boards are stored in parallel with both sides of the storage chamber. In addition, a hot disinfecting storage device having a good disinfecting and drying effect is provided by the hot air well hitting the cutting board in between. SOLUTION: A shelf 18 of a cutting board 24 is provided by partitioning the inside of a box of the disinfecting storage device with a heat shadow blowing plate 13 having a large number of hot air blowing holes 17 with a space between the box and a rear inner surface. The cutting board storage chamber 14 is provided, and the space between the rear surface inner surface and the heat shadow blowing plate 13 is a high temperature chamber 6 at an upper part and a hot air ventilation path 15 communicating with the cutting board storage chamber 14 at a lower part. A hot air flow path is provided between the large chopping board 24 placed on the shelf 18 and the inner surfaces on both sides of the storage chamber, and between the middle chopping boards.

Description

[Detailed description of the invention]

[0001]

[Technical field to which the invention belongs]

 This invention relates to a device for disinfecting and storing large chopping boards.

[0002]

[Prior art]

 As a conventional disinfection storage device, a disinfection storage device disclosed in Utility Model Registration No. 3038638 is disclosed. This device consists of two partition panels provided with a number of ventilation holes inside the body of a heat-insulating box with a heat-insulating door in front, with the upper and lower edges between the ceiling and bottom of the box. A ceiling panel with an opening at the center between the upper edges of the two partition panels, with a space between the inner surfaces of both sides of the box body. An appliance storage room partitioned by the two partition panels and the ceiling panel in the box body and having an open lower part; and a space between the lower surface of the ceiling of the main body and the upper surface of the ceiling panel of the equipment storage room, A fan provided to face the opening of the ceiling panel, a heater provided at a position facing the blower opening of the fan, and a drain groove having a plurality of ventilation holes and having one or two opposite edges. Guide bars for multiple cutting boards are provided on the top of the shelf One or a plurality of cutting board storage shelves, which are erected at intervals, placed on both sides of the shelf board on projections or shelves provided on the partition panel, and provided freely to be taken out; And a means for connecting the heater to an external power supply.

[0003]

[Problems to be solved by the invention]

 The conventional disinfecting storage device is a two-partition panel provided with a large number of ventilation holes, an upper edge and a lower edge are spaced between a ceiling and a bottom surface of the box, and the inner surfaces on both sides of the box. The hot air sent from the fan installed above the ceiling of the instrument storage room passes between the box plates on both sides of the box and the partition panel, and passes through the holes in the partition panel. Spouts out into the instrument storage room. That is, the equipment placed on the shelf of the equipment storage room is sprayed from both sides, that is, the sides of the equipment storage room. Therefore, in the above-mentioned apparatus, the cutting board is made perpendicular to both sides of the storage chamber, that is, with respect to the door, so that the cutting boards on both sides of the stored cutting boards do not obstruct the flow of hot air from the side. Must be stored in parallel. However, it is a little difficult to store and remove a plurality of cutting boards in this way because of the guide bar. It is necessary to take out the whole shelf with it placed. However, it is heavy to lift the shelves on which multiple cutting boards are placed, and in the case of a large cutting board, it becomes very heavy and the work becomes heavy labor.

[0004] This invention proposes that even if a large chopping board is stored in parallel on both sides of the storage chamber so that a plurality of large chopping boards can be easily stored and taken out, the space between the large chopping board and both sides of the storage chamber can be reduced. The hot and cold air flows well between the large and large cutting boards as well as the flow path from below and from below, and the hot and hot air hits the cutting boards in between, providing a disinfecting storage device with a better disinfecting and drying effect. Aim.

[0005]

[Means for Solving the Problems]

 The invention of claim 1 is to provide a disinfecting storage device for a large chopping board, which is an insulated box body provided with an insulated door in front thereof, the inside of which is partitioned upward by a ceiling plate having an opening, and a number of hot air blowing holes are provided. The hot air blow-off plate is partitioned in parallel with the inner surface of the rear surface of the box at an interval, a high temperature chamber is provided above the ceiling plate, and the space between the rear surface of the box and the hot air blow-out plate is defined as hot air. A cutting board storage room in front of the hot air blow-out plate below the ceiling plate, and communicating between the rear of the high-temperature chamber and the upper side of the ventilation path, below the ventilation path and below the cutting board storage chamber. The hot air blowing hole of the hot air blowing plate is provided between the cutting boards on both sides of a plurality of cutting boards placed on a shelf described later and the inner surface on both sides of the cutting board storage chamber. Make sure that the space between the plates is a hot air flow path. A main body provided between the cutting boards on both sides of the plurality of cutting boards and the inner surfaces on both sides of the cutting board storage chamber and at an interval between the intermediate cutting boards, and facing the opening of the ceiling board in the high temperature chamber of the main body. And a motor for driving the fan, a heater provided at a position facing the blower of the fan, and a lower guide bar having a plurality of ventilation holes and having a plurality of cutting boards on an upper surface. The shelves are arranged in parallel at equal intervals, and the shelves are stored in the cutting board storage chamber with the lower guide bar at right angles to the hot air blow-out plate, and a plurality of cutting boards are inserted between the lower guide bars. When mounted on a shelf, a plurality of upper guide bars projecting in parallel to the hot air blow-out plate at right angles to the positions of the hot air blow-out plates between the cutting plates, and the fan and heater are connected to an external power supply. And means for, in configuring.

According to a second aspect of the present invention, in the large-sized cutting board disinfecting storage apparatus according to the first aspect, the opening of the ceiling plate is provided near the front of the main body.

[0007]

[Embodiment of the invention]

 An embodiment of the present invention will be described with reference to the drawings. The main body 1 has a door 2 in the front, and the door 2, the side surface 3, and the rear surface 4 have a heat insulating material between the inner surface and the outer surface.

The ceiling of the main body 1 is partitioned by a ceiling plate 5, and the upper part of the ceiling plate 5 is a high-temperature chamber 6. The high temperature chamber 6 is provided with a blower 7 and a damper 8.

The blower 7 fixes the motor 9 outside the high-temperature chamber 6, protrudes the rotating shaft 10 into the high-temperature chamber 6, rotates the impeller on the rotating shaft 10, and releases air at the center. A fan 11 having a structure for sucking and ejecting air from a peripheral edge is provided. However, the fan 11 is not limited to the above-described structure, and may use another known blower. The motor 9 is connected to an external power supply by wiring (not shown).

A heater 12 is provided facing the air ejection hole on the periphery of the fan 11, spaced from the periphery of the fan 11, and surrounding the periphery of the fan 11. The heater 12 is connected to an external power supply by wiring (not shown). If a blower with a structure other than the above is used, a heater shall be provided at a position facing the air outlet.

The damper 8 is for discharging water vapor generated in the main body 1.

Inside the main body 1, a hot air blowout is provided at a distance from the inner surface of the rear surface portion 4, the upper edge is connected to the rear edge of the ceiling plate 5, and the lower edge is spaced from the bottom surface of the main body 1. The board 13 is partitioned, and the hot air blow-out board 13, the ceiling board 5, the side wall 3, and the door 2 form a cutting board storage room 14. The space between the hot air blow-out plate 13 and the inner surface of the rear surface portion 4 is defined as a hot air passage 15, which communicates with the high temperature chamber 6 above the ventilation passage 15 and with the cutting board storage chamber 14 below. An opening 16 is provided on the ceiling plate 5 below the fan 11. The air in the cutting board storage chamber 14 is drawn into the fan 11 through the opening 16 by the rotation of the impeller of the fan 11.

The hot-air blowing plate 13 has a large number of hot-air blowing holes 17 between a cutting board on both sides of a plurality of cutting boards placed on a shelf 18 to be described later and inner surfaces on both sides of the cutting-board storage chamber 14 and an intermediate cutting board. A fan 11 is provided between the chopping boards on both sides of the plurality of chopping boards and the inner faces on both sides of the chopping board accommodating chamber, and opposite to the gap between the middle chopping boards so that the gaps become hot air flow paths. The hot air blown by the heater 12 and heated by the heater 12 is sent to the ventilation passage 15, and is blown out of the hot air blowout hole 17 into the cutting board appliance storage room 14. The lower edge of the hot air blow-out plate 13 has an interval with the bottom surface of the main body 1, and the hot air also passes from below the hot air blow-out plate 13 through the ventilation holes 23 of the shelf 18, which will be described later, in the cutting board storage chamber 14. Flows into. Due to the air blown by the fan 11, the hot air from below the ventilation hole 17 of the hot air blow-out plate 13 and the hot air blow-out plate 13 flows into the cutting board storage room 14, and the hot air from the opening 16 of the ceiling plate 5 to the fan 11. Hot air circulates by suction.

A shelf 18 for placing a cutting board is provided below the cutting board storage chamber 14. The shelf 18 has a plurality of shelf pipes 20 attached in parallel at intervals between two opposing sides of a rectangular frame 19, and straddles the other opposing sides across the two sides. Is provided at a right angle with a lower guide bar 21 in which a plurality of angled pipes are erected at equal intervals. The shelf 18 is formed with a plurality of ventilation holes 22 partitioned by a frame 19 and a shelf pipe 20. Instead of the shelf 18, a shelf plate having a plurality of holes in a plate may be used without providing the frame 19 and the shelf pipe 20.

The shelf 18 is provided with a lower guide bar 21 at a right angle to the hot air blow-out plate 13 below the cutting board storage chamber 14. An interval is provided between the lower surface of the shelf 18 and the bottom surface of the cutting board storage chamber 14 so that hot air blown from below the hot air passage 15 is blown into the cutting board storage chamber 14 through the ventilation holes 21.

The shelf 18 is placed on a projection 25 provided on the inner surface of the cutting board storage chamber 14 and can be taken out. The shelves 18 may be provided in two stages. However, when storing a large chopping board 24, only the lower shelf 18 is stored and used. The shelf 18 may be fixed to the side portion 3 of the main body 1. However, when two shelves 18 are provided, the upper shelves 18 are placed on the projections 25 and can be taken out.

An upper guide bar 23 inserted between the lower guides 21 of the shelves 18 stored in the cutting board storage chamber 13 and supporting the upper part of the cutting board 24 placed on the shelf pipes corresponds to the lower guide bars 21. It is preferable to project upward and perpendicularly to the hot air blow-out plate 13. The upper guide bar 23 is for preventing a plurality of cutting boards 24 placed on the shelf pipes 20 of the shelf 18 from coming into contact with each other from above.

A drain hole (not shown) for draining water flowing down from the stored cutting board 24 is provided on the bottom of the main body 1, and a drain plug (not shown) is attached to the drain hole.

When the chopping board storage room 13 accommodates a large chopping board having a depth, the ceiling plate 5 16 is furthest away from the hot air blowing plate 13 and if provided in front, the hot air blowing holes 17 and The hot air blown into the cutting board storage chamber 14 from below the hot air blowing plate 13 is effectively collected and circulated, so that a deep cutting board can be efficiently disinfected and dried.

When the apparatus according to the present invention is used, if the shelf 18 is not fixed, the shelf 18 and the lower guide bar 21 are moved to the cutting board storage chamber 14 before the cutting board 24 is stored in the shelf 18. Into the chopping board room 14 in parallel with both sides of the board. Then, the cutting board 24 is inserted horizontally or vertically between the lower guide bar 21 and the upper guide bar 23 of the shelf 18, and the cutting board 24 is placed on the shelf pipe 20. If the shelf 18 is of a fixed type, the cutting board 24 is immediately placed on the shelf pipe 20 in the manner described above. The cutting board 24 has almost only point contact with the shelf pipe 20.

A cooking utensil such as a spoon or a kitchen knife may be locked or supported on the side portion 3 of the main body 1 by using locking means or supporting means.

After the cutting board 24 is placed on the shelf 18 and, in some cases, other cooking utensils are stored in the utensil storage chamber 16, the door 2 of the apparatus is closed, the heater 12 is energized, and the motor 9 is rotated. The air is sent by the fan 11. The air is heated by the heater 12, flows into the ventilation passage 15, blows out from the hot air blow-out hole 17 of the hot air blow-out plate 13 toward the front of the cutting board storage chamber 14, and also enters the shelf from below the hot air blow-out plate 13. 18 into the cutting board storage chamber 14 through the ventilation holes 22. The space between the cutting boards 24 serves as a hot air flow path, and the hot air blown out from the hot air blowing holes 17 flows from the lateral direction, and the hot air flowing through the ventilation holes 22 flows from below to above, so that the cutting board 24 and other cooking utensils are evenly distributed. Dry and disinfect them. The hot air obtained by drying and disinfecting the cutting board 24 and the like is sucked from the opening 16 below the fan 11 by the fan 11, is ejected again from the side of the impeller, and is sent to the ventilation passage 15. Water vapor generated in the cutting board storage chamber 14 is discharged from the damper 8.

When the disinfection and drying are completed, the power is turned off, the door 2 is opened, and the inner cutting board 24 and other cooking utensils may be taken out, or they may be stored without being taken out. , May be taken out whenever necessary.

[0024]

[Effect of the invention]

 The device according to the present invention is of a hot air circulation type so that a plurality of large chopping boards can be stored and taken out easily, even if they are stored parallel to both sides of the storage chamber and perpendicular to the entrance. Since the hot air blow-out plate with blow-out holes is located at the back side parallel to the rear plate of the main body of the device, it becomes a hot air flow path between the cutting boards, and the hot air flows between the hot air blow-out holes in the hot air blow-out plate. It flows upward from the side and through the ventilation holes in the shelf from below the hot-air blow-out plate, contacts the large chopping board well, and efficiently dry-disinfects the cutting board. In addition, since it is a hot air circulation type, it is possible to directly store and wash water-washed utensils and disinfect and dry, so that disinfection and drying time can be reduced.

[Brief description of the drawings]

FIG. 1 is a cross-sectional view of a main part viewed from a side of an apparatus.

FIG. 2 is a front view of the apparatus in which the cutting board storage chamber is indicated by a dotted line.

FIG. 3 is an AA enlarged cross-sectional view of the device.

FIG. 4 is an enlarged plan view of a shelf.

FIG. 5 is an enlarged side view of a shelf.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Main body 2 Door 3 Side part 4 Rear part 5 Ceiling board 6 High temperature room 7 Blower 8 Damper 9 Motor 10 Rotating shaft 11 Fan 12 Heater 13 Hot air blow-out board 14 Cutting board storage room 15 Ventilation path 16 Opening 17 Hot air blowing hole 18 Shelf 19 Frame 20 Shelf pipe 21 Lower guide bar 22 Ventilation hole 23 Upper guide bar 24 Cutting board. 25 protrusion

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[Procedure amendment]

[Submission date] October 12, 1998

[Procedure amendment 1]

[Document name to be amended] Statement

[Correction target item name] Claims for utility model registration

[Correction method] Change

[Correction contents]

[Utility model registration claims]

Claims (2)

[Utility model registration claims] 1. A heat insulating box body provided with a heat insulating door in front thereof, wherein the inside of the heat insulating box body is partitioned by a ceiling plate having an opening, and a rear portion of the box body is provided by a hot air blowing plate provided with a number of hot air blowing holes. Partitioned in parallel with the inner surface at an interval, the upper part of the ceiling plate as a high-temperature chamber, the rear surface of the box body and the space between the hot air blowing plate as a ventilation path of hot air, the lower part of the ceiling plate below The front of the hot air blowing plate is a cutting board storage chamber, the rear of the high temperature chamber is communicated with the upper side of the ventilation path, and the lower part of the ventilation path is communicated with the lower rear of the cutting board storage chamber. The hot air blow-off holes are arranged between the cutting boards on both sides of the plurality of cutting boards mounted on the shelf described later and the inner surfaces on both sides of the cutting board storage chamber and the interval between the middle cutting boards so as to form a hot air flow path. Cutting board on both sides of the cutting board and said cutting board A main body provided between the inner surfaces of both sides of the storage chamber and at an interval between the intermediate cutting boards, a fan provided in the high-temperature chamber of the main body so as to face the opening of the ceiling plate, and driving the fan A motor to be driven, a heater provided at a position facing the air outlet of the fan, and a shelf having a plurality of ventilation holes, and a lower guide bar for a plurality of cutting boards provided on the upper surface in parallel at equal intervals. In a state where the shelf is placed in the cutting board storage chamber with its lower guide bar perpendicular to the hot air blowing plate, and a plurality of cutting boards are inserted between the lower guide bars and placed on the shelf,
A plurality of upper guide bars projecting in parallel to the hot air blow-out plate at right angles to the positions of the hot air blow-out plates between the cutting plates, and means for connecting the fan and the heater to an external power supply are provided. Disinfection storage device for large chopping boards. 2. An apparatus for disinfecting and storing a large cutting board according to claim 1, wherein the opening of the ceiling plate is provided near the front of the main body.