JPH0359384A - Cooling storage cabinet for beer mug - Google Patents

Abstract

PURPOSE:To put beer mugs so as to be lined up regularly and facilitate the receiving as well as the taking-out of the beer mugs by establishing a rotation regulating member used both for beer mug guide on the upper surface of a rack along the receiving and take-out direction of the beer mugs. CONSTITUTION:A plurality of stages of racks 14, attached to rack supporting pillars 15 detachably so as to be capable of regulating the heights thereof and inclined by 5-10 degrees toward an opening and closing door 6 so that the side of the same door 6 becomes lower, is arranged in an upper cooling chamber 4. Rotation regulating members 16, used both for beer mug guide, are arranged detachably with the same slant angle as the racks 14. The rotation regulating members 16 are arranged so as to satisfy a condition that a distance between guide surfaces 16B is wider than the outer diametral size A of the main body 3A of the beer mug 3 but narrower than the size B of the main body 3A of the mug plus the width of a grip 3B. The grip 3B of the mug 3 is regulated by the guide surface 16B so as not to be turned and so as to be lined up regularly whereby many mugs may be received in the title storage cabinet while the opening and closing door 6 for taking-out is provided whereby a required number of mug 3 may be taken out easily.

Description

DETAILED DESCRIPTION OF THE INVENTION (a) Industrial Application Field The present invention relates to a beer mug cooling storage for cooling beer mugs.

<Explanation> Conventional technology As a prior art 1, for example, Japanese Utility Model Application Publication No. 63-201981 discloses a cooling device that can store a plurality of beer mugs in the main body of the cooling device, which has an opening/closing door on the front, and has a notch on the rear surface. A beer mug characterized in that a plurality of mug storage boxes are provided so as to be freely drawn out, and a cold air outlet and a forced convection fan are respectively provided on the rear wall surface of the cooling device main body, facing the notch of the mug storage box. A cooling device is disclosed.

(c) Problems to be Solved by the Invention In the prior art beer mug cooling device, it was not possible to take out beer mugs one by one as needed, and all the beer mugs had to be taken out from the cooling chamber along with the storage box. In addition, putting beer mugs in and out of the storage box was a cumbersome task.

The present invention provides a beer mug cooling storage that can store a large number of beer mugs in a row and also allows easy loading and unloading of the beer mugs.

(2) Means for Solving the Problems In order to solve the above-mentioned problems, the present invention provides a system in which a shelf on which a plurality of beer mugs are placed is sloped low toward the front door in a cooling storage main body having opening and closing doors on the front and rear sides. On the upper surface of the shelf, along the direction in which beer mugs are taken in and taken out, there is a beer mug guide/rotation regulator that is wider than the outer diameter dimension A of the beer mug body and narrower than the dimension B of the beer mug body and handle. This is a cooling storage made up of upright members.

(E) Function The present invention allows beer mugs to be placed in alignment in the loading/unloading direction by the action of a guide/rotation regulating wall provided on a shelf disposed in a cooling chamber in a cooling storage main body. A large number of beer mugs can be stored without creating a large gap between the main bodies, and the handle of the beer mug can be placed in the direction of the rear opening/closing door, or
Since the handles of the beer mugs can be arranged diagonally and regularly with respect to the direction of the front opening/closing door, it is easy to take the beer mugs in and out.

Embodiments Embodiments of the present invention will be described below with reference to the drawings. Reference numeral 1 denotes a cooling storage body with an adiabatic structure, a partition wall 2 is arranged in the middle of the main body 1, and a beer mug 3 dedicated to the beer mug 3 is installed. Upper cooling chamber 4
This forms a lower cooling chamber 5 for cooling beer, beer bottles, etc. Among these, the front opening of the main body of the upper cooling chamber 4 has
A double-sided extraction opening/closing door 6 having a see-through window 6A is provided,
A sliding door 7 for storage is provided at the rear opening of the main body l. This sliding door 7 is transparent and has a double glass structure. Further, a double door 8 for opening and closing the main body 1 of the lower cooling chamber 5 is provided in the front side of the main body 1 .

A cooler 9 and a cold air circulation fan 1O are disposed at the upper convex part of the upper cooling chamber 4, and a suction port 11 for the cold air circulated by the circulation fan 10 is located in front of the extraction door 6. A cold air outlet 12 is formed at a rear portion where the storage sliding opening/closing door 7 is located. In addition, the air outlet 12 is connected to the door 7 located on the cooling chamber 4 side among the slide opening/closing doors 7 in the normal closed state.
It is formed corresponding to A. On the other hand, a cooler 13 is also provided in the upper part of the lower cooling chamber 5. These are each connected to a dedicated refrigerator (not shown) to constitute an independent refrigeration system. For example, the upper cooling chamber 4 is controlled to a freezing temperature of about -5°C, and the lower cooling chamber 5 is controlled to a freezing temperature of about 10"C. Controlled by refrigeration temperature.

In the upper cooling chamber 4, there is a shelf 14 for placing a pill holder 3, which is detachably attached to a shelf support 15 and whose height is adjustable. It is inclined at an angle of 10 to 10 degrees, and is arranged in multiple stages on both the left and right sides.

As shown in detail in FIG. 5, this shelf 14 has a net shelf 14A and a large number of cold air passage holes 17, and is made up of a separable placing plate 14B that covers the top surface of the net shelf 14A. A stopper wall 14G is formed by bending the lower edge facing the extraction door 6 upward.

On the upper surface of the shelf 14, more specifically, on the upper surface of the mounting plate 14B, a stainless steel beer mug guide/rotation regulating member 16 is installed along the loading/unloading direction of the beer mug 3 at an angle of 5 to 10 degrees like the shelf 14. It is installed at a tilt angle of 100 degrees and can be attached and detached freely.

The guide/rotation regulating member 16 is a sliding member that is formed into a set of two and has locking portions at the front and rear ends that are inserted and locked into locking holes formed at the front and back of the mounting plate 14B. It has an L-shape consisting of a surface 16A and a perpendicular guy surface 18B, and the surface is coated with nylon or the like to improve the slippage of the beer mug 3 and to prevent damage. Also,
In this guide/rotation regulating member 16, the distance S between the guide surfaces 16B is wider than the outer diameter dimension A of the main body 3A of the beer mug 3, and the dimension B of the beer mug main body 3A and the handle 3B.
The arrangement is such that it satisfies a narrower relationship.

In the embodiment, 10
Five sets of guide/rotation regulating members 16 are provided.

Note that the cold air passage hole 17 is located between the happy surfaces 16A forming a pair.

Next, based on the above configuration, the operation of putting in and taking out the beer mug 3, the storage state, and the cooling operation will be sequentially explained.

First, when storing the beer mug 3 in the upper cooling chamber 4,
Open the storage sliding door 7 on the rear of the main body l, and place the beer mugs 3 one after another on the sliding surface 16A forming the set.At this time, due to the above-mentioned dimensional relationship, the handle 3B of the beer mug 3 is aligned with the guide. The rotation is regulated by the surface 16B, and as a result, the handles 3B of the beer mugs 3 can be regularly arranged diagonally with respect to the direction of the storage sliding door 7, and the beer mugs 3A and 3A A large number of beer mugs 3 can be stored because no large gap is formed between them, and they can be arranged in contact or very close together.

As described above, the beer mug 3 stored in the upper cooling chamber 4 is cooled by the cold air blown out from the outlet 12 by the cooling operation.

At this time, the discharged cold air will flow down along the door 7A located on the cooling chamber 4 side of the storage sliding door 7, so the leakage of cold air from the area where this door 7A and the other door 7B overlap will be minimized. This will be prevented.

Thus, the cooled beer mugs 3 can be easily taken out in the required number by opening the take-out opening/closing door 6 on the front surface of the main body 1. When the front beer mug 3 is taken out, the rear beer mug 3 will either move to the position where it is stopped by the stopper wall 14C due to the tilting action, or even if it does not move, it will be pushed with an extremely small force and smoothly when refilling the beer mug 3. move forward.

Refilling the beer mug 3 is up to the user, but it does not need to be done so frequently, and the beer mug 3, which is refilled by opening the sliding door 7, is located at the rear near the outlet 12 from which cold air is discharged. Therefore, the refilled beer mug 3 can be quickly and extremely efficiently cooled.

In the embodiment described above, the handles 3B of the beer mug 3 are regularly arranged diagonally with respect to the direction of the storage sliding door 7, but as another embodiment of the present invention, the handle 3B of the beer mug 3 can be opened and closed for removal. They can also be regularly arranged diagonally with respect to the direction of the door 6.

(G) Effects of the Invention As described above, the present invention has a cooling storage main body having opening/closing doors on the front and rear faces, in which a shelf on which a plurality of beer mugs are placed is disposed at a low slope toward the front opening/closing door, and A beer mug comprising a beer mug guide/rotation regulating member that is wider than the outer diameter dimension A of the beer mug body and narrower than the dimension B of the beer mug body and handle, and is erected on the top surface of the shelf along the direction in which the beer mug is put in and taken out. Since it is a refrigerated storage, a large number of beer mugs can be placed on the shelves in regular rows, and the beer mugs can be easily stored and taken out, and the storage capacity of beer mugs can be increased.

[Brief explanation of drawings]

FIG. 1 is a vertical side view of the beer mug cooling storage of the present invention, FIG. 2 is a cross-sectional plan view, FIG. 3 is a cross-sectional bottom view, FIG. 4 is a front view, and FIG. An exploded perspective view, FIG. 6 is a plan view showing a state in which a beer mug is placed, FIG. 7 is a side view, and FIG. 8 is a front view. (1) Cooling storage main body, (3 )... Beer mug (6)... Removal door (front opening/closing door), (7)
...Sliding door for storage (rear door), (14)
... Shelf, (16) ... Beer grate guide and rotation regulating member.

Claims (1)

[Claims] 1. Inside the cooling storage main body, which has opening doors on the front and rear sides, a shelf on which a plurality of beer mugs can be placed is arranged with a low slope toward the front opening and closing door, and on the top surface of the shelf, there is a shelf with a shelf in the direction of loading and unloading the beer mugs. A beer mug cooling storage, characterized in that a beer mug guide/rotation regulating member, which is wider than the outer diameter dimension A of the beer mug body and narrower than the dimension B of the beer mug body and handle, is installed along the vertical axis.