JPH044611Y2 - - Google Patents

Description

[Detailed description of the invention] This invention relates to a cold storage container for cold plates.In a cold storage container that can be attached and removed by a spring lock in a high place for tableware, the top surface is made of an aluminum horizontal plate with high thermal conductivity. This is a cold storage container equipped with a refrigerant cloth and an attachment/detachment device, and is a container for use on an elevated surface of ceramic tableware, which is characterized by two aspects of high and low thermal conductivity. This idea was aimed at ceramic tableware, and the idea was to hide the cold container inside the tableware so as not to interfere with the artistic aspect and appearance of the tableware during meals. Since the purpose of cooling is to be carried out through the plate bottom plate, which is an obstacle, a considerable amount of cooling power is required. In order to maximize the efficiency of cooling raw materials,
The upper surface of the cold storage container is made of an aluminum horizontal plate with high thermal conductivity, and cooling is limited to the upper surface, and a refrigerant cloth is interposed to allow perfect cooling over the minute undulations and uneven surfaces of the lower surface of the bottom of the dish. In addition, the plate with a lock provided in the elevated platform is placed on top of the cold storage container equipped with a detachable device corresponding to the lock, so that it can be attached using the plate's own weight, and a screw is used. It has the structure of a cold storage container that can be attached to and removed from the tray, and also has a removal tool.

Next, implementation will be explained from the drawings.

FIG. 1 shows a dish 1 with a protruding part 5 having depressions 6 and 16 for supporting a cold container 7 suspended in the center of the elevated platform 3 of the dish 1, an aluminum water plate 8 on the upper surface, and an aluminum water plate 8 in the center. A cold storage container 7 equipped with shafted rubber rollers 11 and 21 with springs 12 and 22 in a box 9.
A cross-sectional view of the side with the attached.

FIG. 2 is a sectional view seen from below in FIG. 1.

Figure 3 shows that when the plate 1 is placed on the cold storage container 7,
A partial cross-sectional view of the rubber rollers 11 and 21 with springs 12 and 22 opened left and right.

FIG. 4 is a partial sectional view showing the removal of the cold container by bending the edge 4 of the lower end of the platform outward onto the screw base of the rectangular pieces 14 and 24 hinged to the lower end of the container 7.

Regarding the embodiment of the cold storage container for cold storage plates having the structure shown in each of the figures above, the floating bearings 10 and 20 are provided on the wall of a box 9 formed in the center of the container 7, the upper surface of which is an aluminum horizontal plate 8. To, Hatsujo 12.2
The four shafts of rubber rollers 11 and 21 connected by 2 are fitted into the container 7 so that they can slide freely, and an appropriate amount of water after subtracting the amount of expansion caused by freezing is poured into the container 7, and after freezing in a freezing room. A donut-shaped refrigerant cloth 13 is wetted with water and attached to an aluminum horizontal plate 8, and a protrusion 5 with depressions 6 and 16 is vertically placed in the center of the upper surface of the elevated platform 3 of the tableware plate. Shaped plate 1
When placed one on top of the other, the weight of the plates 1 causes the tips of the protrusions 5 to move between the two rubber rollers 1, as shown in Figures 1 and 3.
It goes down from between 1 and 21, and 4 at 12 and 22.
The two rubber rollers that connect the shafts of the books, from the beginning of the recesses 6 and 16 to the end of the recesses, apply the force of the springs 12 and 22 to the refrigerant cloth 13 interposed between the lower surface of the bottom of the dish and the upper surface of the container. It presses against the small undulations that often occur at the bottom of a dish, creating perfect contact, and prevents the limited cold ingredients inside the container from cooling from the surroundings and bottom, effectively allowing concentrated cooling to occur on the top surface. It is a cold storage container for ceramic tableware that does not interfere with the artistic aspect of tableware, and the rectangular pieces 14 and 24 hinged at the lower end of the container 7 are folded outward at the edge 4 at the lower end of the platform using a screw stand. This is a cold storage container for cold storage plates that can be removed repeatedly to freeze the inside of the container.

[Brief explanation of drawings]

1 is an overall sectional view, FIG. 2 is a sectional view seen from below in FIG. 1, FIG. 3 is a partial sectional view, and FIG. 4 is a partial sectional view. 1...Plate, 2...Dish bottom, 3...Inside the hill, 4...
Edge of the lower end of the platform, 5... Protrusion, 6/16... Recess, 7... Container, 8... Aluminum horizontal plate,
9...Box, 10/20...Idle bearing, 1
1・21……Rubber roller with shaft, 12・22……
Spring connecting the shafts, 13... Refrigerant cloth, 14/24
...Hinged rectangular piece.

Claims (1)

[Scope of utility model registration request] For cold storage containers that can be attached and removed by spring locking in elevated tableware, the upper surface is made of a horizontal aluminum plate with high thermal conductivity, and the container has low thermal conductivity, and can be attached to a refrigerant cloth and locked inside the elevated platform. Features an insulated ceramic tableware container with a removable device for use on elevated surfaces.
Cold container for cold plate.