JPH0511819Y2 - - Google Patents

Description

[Detailed description of the invention] (Industrial field of application) This invention relates to cold-insulating lids for tableware.
Specifically, it is a lid for tableware that is provided with a condensation catcher by sloping the condensation generation surface of a cold insulating container that can be attached and detached using a magnet.

(Conventional technology) Not found in the market.

(Problems that the invention aims to solve) In general, during the summer, when we are concerned about the loss of taste and food poisoning due to the decline in the freshness of table foods and perishables, (a) To the food you put it on,
There is also a cold storage system that directly attaches covered ice (Utility Model Publication No. 53-53144), but food gets wet due to condensation, which poses a problem in terms of taste. (b) There are cold plates with a cold container attached to the elevated plate, and cold tableware with cold liquid placed in the gap between two layers of tableware. For example, efficiency is good due to the rising nature of heat, but in the case of cold storage, efficiency is low because cold heat is descending, and the waste of downward divergence is also a problem. In addition, in the case of double-layered tableware, placing the tableware together with the tableware in the freezer compartment will affect the volume of the freezer compartment.

The purpose of this invention is to directly drop cold heat from above the food without getting it wet when it is served on tableware, and also to cover the food with a cold container and attach and detach it to the lid using a magnet.

(Means to be Solved by the Invention) In order to achieve the above object, by using the lid of the tableware, the condensation catcher 8, the iron plate piece 7, or the support 9
The detachable levers 3, 13, 23 are attached to the through holes 5 on the cover lid 6 with the magnet 2 attached, and the dew condensation generation surface of the refrigerated container 1 with the magnet 2 is formed into a slope shape, and the magnet 2 and the iron plate piece are attached. With this structure, the condensation generated from the cold storage container 1, which is attached magnetically at 7, is transmitted along the slope of the container 1, preventing water droplets from falling, and collecting in the condensation catcher 8 provided at the end of the slope. , and the detachment of the cold storage container 1 is controlled by a portion 3 of a T-shaped lever rod having a shaft 4 attached in a through hole 5 formed at one end of the container 1.
, push it to the right with your fingers, move it upward while supporting the part 13 with the shaft 4, push up the iron plate piece 7, and remove the magnet 2.
A gap is created between the iron plate piece 7 and the iron plate piece 7 to weaken the magnetic force so that it can be easily removed.

(Function) Cooling container 1 containing cold liquid C magnetically attached to cover lid 6
Since the lower surface is an inclined surface, condensation from continuously generated water and sweat liquefies into condensation, travels along the lower surface of the slope, flows downward, and concentrates in the condensation tray 8, and detachment of the cold container 1 is prevented by magnetic force. When attaching, the attraction force of the magnet 2 is strong and it cannot be removed simply by pulling it by hand, and in many cases it is not possible to remove it by sliding due to the surrounding conditions. By pushing and bending the lever part 3 to the right with your fingers, a gap is created between the magnet 2 and the iron plate piece 7, weakening the magnetic force and making it easier to remove the lever.

(Example) As described above, this invention is based on the fact that the cold container can be attached to and removed from the cover using a magnet or a support, and that the condensation generating surface of the cold container is a slope that serves as a condensation catcher. This is an essential condition.

(b) Regarding cold containers.

The container has an appropriate shape and size, the container material is made of aluminum material with high thermal conductivity, the magnet 2 or the support 9 is used for attaching and detaching, and the above-mentioned No. 1-3 is used.
As shown in the figure, disk-shaped magnets 2 are embedded in multiple appropriate positions on the upper surface of the container 1 for attachment (or a supporting tool or supported tool can also be attached), and
For removal, a through hole 5 is formed at one end of the container 1, and a T-shaped lever consisting of parts 3, 13, and 23 is inserted into the upper opening 15 of the through hole 5 using a shaft 4 that is integrated with the lever. The parts 13 and 23 are mounted across the shaft, and the parts 13 and 23
is horizontal, and the tip of the vertical portion 3 can be moved left and right at the lower opening 25, inside the container 1,
This is a cold insulating container 1 filled with an appropriate amount of cold insulating liquid C and sealed.

(b) Regarding the lids of tableware.

Select the material, shape, and size of the cover appropriately, and
As shown in the figure, the iron plate piece 7 for magnetic attachment and the support 9 are attached.
Since it is attached to the slope of the inner surface of the cover 6, the cold storage container 1 also has an inclined shape. However, the lid of tableware is provided with a receiving frame that passes from the top surface of the lid to the inner surface, and a cold insulating container with a condensation catcher and a condensation generating surface that is sloped is fitted into the frame on the inside of the lid. It is possible to attach it.

(c) Regarding installing cold containers and keeping food cold.

Take out the cold container 1 with the magnet 2 that has frozen the cold liquid C from the freezer, and attach it magnetically to the iron plate piece 7 on the inner slope of the cover lid 6 using the magnet 2 (or if the container 1 does not have the magnet 2). Hold the knob 10 of the lid 6, which is attached with a key-shaped support 9), and place it over the food (perishables) 12 placed on the tableware 11 on the dining table 18, so that the cold and heat of the container 1 reaches the food 12. Descends and keeps food cool, maintains the taste of food, and prevents food poisoning.
During the cold storage, water and sweat condensation generated from the cold storage container 1 is transmitted along the lower slope of the container 1, passes over the food 12 and flows lower, and falls and concentrates on the condensation catcher 8 provided at the end of the slope. The food is kept cold without getting it wet.

(d) Regarding detachment of the cold storage container.

Just before you start eating, gently lift the knob 10 on the cover 6, remove it from the table 18, and put it on a cloth (dishcloth).
Absorb the standing water in the condensation pan 8 with a
As described in , and shown in FIGS. 2 and 3, when the vertical lever part 3 is pushed and bent to the right with a finger from the lower opening 25 of the through hole 5 of the cold storage container 1, the horizontal part 13 tilts and its tip moves upward, pushing up the iron plate piece 7 that is in close contact with the magnet 2 with the action of the lever, creating a minute gap between the iron plate piece 7 and the magnet 2,
The magnetic force is greatly weakened to make it easier to remove, and the cold storage liquid C is repeatedly re-frozen. It is also convenient to attach a condensation catcher to the cold storage container.

(E) The cold insulating container 1 with magnets 2 is mounted on the elevated surface of a tableware plate, and in order to use it as a cold plate, a piece of iron plate is embedded in the lower surface of the bottom of the tableware plate, and the cold insulating container 1 with magnets 2 is shaped into a disc. It can be formed and magnetically mounted within the dish plate.

(F) Furthermore, depending on the expansion of the lid and cold storage container of the present invention, it can be comprehensively used for multiple serving plates on the dining table.

(Effects of the invention) This invention is an efficient cooling system that applies cold heat to food on the table from above without getting the food wet. There is no need for cleaning after use, and it is effective in maintaining the taste of raw foods and preventing food poisoning.

[Brief explanation of drawings]

FIG. 1 is a front cross-sectional view of a cold insulated container 1 with a magnet 2, in which a shaft 4 and a detachable T-shaped lever 3, 13, 23 are attached to the opening 15 of a through hole 5. FIG. 2 is a sectional view of the portion shown in FIG. 1. FIG. 3 is a perspective view of the top of FIG. 2; FIG. 4 is a front sectional view of the entire cover 6. FIG. 1...Cold container, 2...Magnet, 3, 13, 23
...T-shaped lever, 4...lever and one shaft,
5, 15, 25...through hole, 6...cover, 7...
...Silver plate piece, 8...Condensation catcher, 9...Support, 10...
...Knobs, 11...Tableware, 12...Food, 18...
...dining table, C...cold liquid.

Claims (1)

[Scope of Claim for Utility Model Registration] (1) In the lid of tableware, a through-hole 5 is provided in the lid to which a condensation catcher, an iron plate piece, and a support are attached.
A cold insulated container with a magnet, characterized in that the refrigerated container with a magnet is provided with levers 3, 13, and 23 for detachment attached to a shaft 4, and the condensation generation surface of the refrigerated container with a magnet is installed in the form of a slope. (2) In the cover lid of tableware, the condensation receiving cold storage container which can be attached to and removed from the cover lid with a support has a condensation generation surface that is sloped, Included) Cooling container.