JP2006314338A - Bottle storing shelf - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a knockdown type bottle storing shelf for storing bottles including wine-bottle, shochu-bottle etc. effectively, which also provide a function as a bottle cooler for cooling wine-bottles in low price. <P>SOLUTION: Bottles are stored in a bottle retainer arranged with multistage shelf boards in which bottles are held with two pipe-like ties. Liquor in the bottles are cooled by a peltiert element cooling device made to be closely attached around the bottle surface. The cooling device is mounted on the bottom plate of the bottle retainer. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to a bottle storage shelf that can efficiently store wine and shochu bottles and can be more easily cooled and stored.

  Conventionally, in order to store wine and shochu bottles, dedicated storage shelves are made on the wall, and floor-standing bottle cases are made by special order. Especially for wine bottles, it is important to keep them cool, and the conventional wine bottle storage shelves were stored in a special refrigerator such as a refrigerator, so the storage costs were high. .

  As shown in FIG. 1, there is an assembly-type relatively inexpensive bottle storage shelf that supports and stores the bottle B with the shelf 20 in which the semicircular cut portion 10 is put in accordance with the diameter of the bottle B. Since the cut portion 10, the bottle B, and the outer peripheral surface are in contact with each other at the cut surface, there is a disadvantage that the contact area is wide and the storage is not smoothly performed when the size does not fit even a little.

  There is an assembly-type bottle storage shelf that can store bottles of different sizes and is easy to put in and out, minimizing the contact surface between the bottle and the bottle support surface, and keeping the wine bottle cool. Realize an inexpensive and compact bottle shelf.

  Instead of supporting the bottle by cutting as in the past, the bottle is supported and stored by two pipe-shaped sleepers. Since the bottle is in contact with this sleeper with a line, the contact area is small.

  Then, a cooler using a Peltier element is attached to the substrate to which the sleepers are fixed, and the bottle is brought into close contact with the cooler to cool it.

  As described above, a bottle shelf that is easy to put in and out and can store bottles densely and has high storage efficiency is realized. Furthermore, it does not store and cool the bottle in a sealed space, but also functions as an inexpensive and easy-to-use bottle cooler that can cool the bottle easily while being stored in the present invention.

Embodiments of the present invention will be described below with reference to FIGS.
In the bottle holder 100 that supports the bottle in the cylindrical direction, two pipe-shaped sleepers 125 are fixed to both side edges of the substrate 120, thereby holding the bottle B in the cylindrical direction. As a result, the outer peripheral surface of the bottle B and the pipe-shaped sleeper 125 are not in contact with each other but are in contact with each other, so even if there is a difference in the diameter of the bottle B to be stored, the bottle B can be smoothly held in and out. is there.

  The board 120 of the bottle holder 100 has a fitting projection 128, which is fitted into the guide hole 215 of the shelf 200 as shown in FIG. 3, and is passed to the two shelves 210 before and after the bottle shelf 200. Fixed.

  In this way, the bottle holder 100 is attached to the multi-stage shelf 210, and the bottle B can be held and stored over the upper and lower stages as shown in FIG.

  In the present invention having a cooling unit, two cooling units 300 are attached to the substrate 150 of the bottle holder 100 in the front and rear directions.

  The cooling unit 300 is mounted while the substrate 150 is cut out. A cooling jacket 360 having a curved surface along the circumferential surface of the bottle is attached in close contact with the heat absorption side of the Peltier element 350, and heat dissipation is performed on the heat generation side. A device 340 is attached in close contact with the surface.

  A predetermined wiring is applied to the Peltier element 350 and a voltage is applied to generate a temperature difference. The cooling jacket 300 on the heat absorption side and the outer peripheral surface of the bottle are brought into close contact with each other to cool the beverage in the bottle by cooling the temperature, but the cooling unit 300 is arranged so that the outer peripheral surface of the bottle and the cooling jacket 360 are in close contact with each other. It is attached to the substrate 150 via a spring 380.

  If the bottle is rotated by the rotation imparting roller of the external rotation mechanism 400, the beverage in the bottle is uniformly and efficiently cooled, and the condensed water droplets on the outer peripheral surface of the bottle are between the cooling jacket 360 and the outer peripheral surface of the bottle. Because it penetrates into the surface, it rotates smoothly and heat conduction is good.

Conventional assembled bottle case Perspective view of bottle holder Figure that bottle holders are lined up with shelves The perspective view which stored the bottle in this invention Rear view of storing a bottle in the present invention Illustration of a bottle holder with a cooler Partial cross-sectional view of bottle holder with attached cooler Rear view of the bottle holder with the cooler attached to the shelf Side view of the bottle holder with the cooler attached to the shelf Side view of rotating a bottle with an external rotation mechanism

Explanation of symbols

10 Shelf of conventional bottle shelf 20 Cut section 100 Bottle holder
120 substrates
125 Pipe sleeper 128 Mating protrusion
200 bottle shelf
210 Shelf 215 Fitting hole 300 Cooler 340 Radiator 350 Peltier element 360 Cooling jacket 380 Spring 400 External rotation mechanism 450 Rotation imparting roller 480 External rotation mechanism attachment B Bottle

Claims (2)

A bottle storage shelf in which a plurality of bottle holders that hold beverage bottles in a cylindrical direction with two pipe-shaped sleepers fixed to both side edges are arranged in parallel on a multi-level shelf. A bottle holder that holds a beverage bottle rotatably in a cylindrical direction with two pipe-like sleepers that are rotatably attached to both side edges, and has a cooler that uses a Peltier element on the substrate, is a multistage shelf A bottle storage shelf that is installed in parallel with a plurality of bottles, the bottle storage shelf that cools the beverage in the bottle by bringing the cooler into close contact with the peripheral surface of the bottle

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