KR101063553B1 - Temperature display for giving a tilt angle - Google Patents

Abstract

The present invention relates to an earthenware stand whose angle can be adjusted and the temperature is displayed.

The present invention is coupled to the lower pedestal 10 and the upper pedestal 20 to adjust the tilt while rotating the hemispherical protrusion in the center of the reference axis.

According to the present invention, the user can easily adjust the angle of the pedestal to easily ingest the remaining food by tilting the casserole without hanging the casserole. In addition, the short and simple operation close to the one touch makes it possible to adjust the angle of the casserole within a short time. Therefore, the soup contained in the earthenware can be minimized to be scattered to the clothes of the consumer, etc., and also can eat food and soup without leaving it can prevent the occurrence of food waste, it is possible to enjoy a meal at a temperature familiar with the usual. Also, only the upper stand can be easily cleaned separately.

Lower pedestal, upper pedestal, hemispherical protrusion, circumferential jaw, locking jaw,

Description

An inclinable temperature display pedestal for bowl}

The present invention relates to a casserole pedestal that is capable of adjusting the angle and displaying a temperature, and more particularly, by using a pedestal on which a casserole bowl is placed, the user can arbitrarily adjust the inclination angle. If you want to eat food or soup on the bottom of the earthenware pot, you can adjust the pedestal to use the inclined structure and know the temperature of food inside the earthenware pot to eat food according to the user's preferred temperature. It is about a casserole base.

In general, in order to maintain the heat for a long time, such as gukbap it has been taken for granted in the country to receive food in the earthenware pot, and to provide the consumer with a base on the bottom of the earthenware pot.

In recent years, when the season for the development of various food materials and the preferment of hot foods, such as winter season, is coming, the casserole is provided with various foods in addition to the soup in the casserole. When this flow loses the warmth of the temperature, the temperature slowly decreases, and when the temperature decreases, the consumer almost eats the food inside the casserole.

At this time, as shown in Figure 1, when the intake of almost all the food contained in the earthenware (1), the consumer placed the earthenware pot over the pedestal to ingest various residual foods (3) contained in the soup or soup of the earthenware pot In the state, the food is ingested by using a tool such as spoon (2).

However, as the surface of the base is coated, the casserole over the pedestal is prevented from being spread over the pedestal in a stable state. As the casserole falls off from the pedestal even by a small vibration, the soup contained in the casserole is scattered by the clothes of the consumer and the like is considerable to the consumer. There is an inherent problem of discomfort.

One of the solutions proposed in the related art to solve this problem is to make the inner bottom of the earthenware itself inclined. 2 is an exemplary cross-sectional view of the casserole having a structure in which the inner bottom is inclined. 2, the bottom surface of the casserole 1 has a double structure, and the bottom bottom is flat, whereas the top bottom 4 has an inclined structure. The space between the upper and lower floors forms a space 5 or is filled with a material such as a pot.

However, such a casserole 1 is not actually used. The reason for this is that the casserole itself is very heavy and puts a lot of strain on the wrists when carrying it. More importantly, the moment the customer sees the slope of the floor during a meal, the first thing is to make the floor belittle to reduce the ingredients in the restaurant. This is because there is a problem that the customer's trust is lost by accepting and creating distrust and misunderstanding. In addition, because the floor is too thick, the thermal conductivity is low, it is also uneconomical because it consumes a lot of heat to heat the pot.

The next proposed solution is a pedestal with adjustable angle as shown in Korean Utility Model Registration No. 20-0338632. Hereinafter, with reference to the accompanying drawings of the pedestal of the prior art will be described in detail.

Figure 3 is a schematic cross-sectional view for explaining the state of use of the earthenware pot capable of adjusting the angle according to the prior art.

According to FIG. 3, the casserole pedestal 201 includes a depression 211 and a fixed handle 221. The depression 211 is formed to be recessed to seat the earthenware 100, at this time, one side of the support plate 212 is fixed to the upper portion of the depression 211, the other side is coupled to flow.

In addition, the depression 211 is provided with a control knob 213 coupled to the other side of the support plate 212 to move the flow of the support plate 212, which is the other side of the support plate 212 and the screw 213a is coupled to the other side of the support plate 212 in accordance with the rotation of the adjustment knob (213).

Thus, in using the prior art casserole pedestal having the configuration as described above, the casserole 100 is seated on the depression 211 formed in the pedestal 201, in this case, is coupled to the depression 211 The lower portion of the casserole 100 is located on the support plate 212. As described above, after moving the base 201 on which the earthenware 100 is seated to a desired position using the fixing knob 221, the food accommodated in the earthenware 100 is ingested.

Here, when ingesting a large amount of food accommodated in the earthenware 100, if you want to eat the food of the bottom, when the control knob 213 coupled to flow with the other side of the support plate 212 in a predetermined direction, After the other side of the support plate 212 is raised by the screw 213a to raise the casserole 100, the food is continuously ingested.

However, the base of the prior art as described above, due to the weight of the earthenware and the remaining food, in order to adjust the inclination of the support plate 212 by rotating the adjustment knob 213, a little more force must be given to the rotation, making the inclination There is a problem in that the work is required to rotate during a time that feels a little longer, and moreover, hospitality establishments such as restaurants require a cumbersome and complicated work for the customer.

In addition, in the case of a food containing hot broth, even if there is a problem of injuring the mouth by eating food that is too hot, there is no countermeasure, and there is no function to eat food at a suitable temperature. .

The present invention has been made to solve the above problems, the user can easily adjust the angle of the pedestal so that the user can be used to tilt the earthenware without hanging the earthenware, and also one touch (ONE-TOUCH) By controlling the angle of the earthenware pot in a short time by the simple and simple operation of), the soup stocked in the earthenware pot is minimized from scattering to the clothes of consumers, and also the remaining food and soup in the earthenware pot is easy and comfortable. It can be ingested inclined to the casserole, and also to recognize the temperature through the temperature display so as not to be burned by hot food, and to enjoy the food of a suitable temperature preferred. In addition, an object of the present invention is to be able to move by washing only the upper pedestal, to facilitate the washing of the pedestal.

In order to achieve the above object, the present invention, in the base for placing tableware, such as casserole, made of a structure in which the upper portion of the lower cylinder is cut obliquely, the bottom bottom surface is a circular plane on the horizontal plane, the top upper plane is A lower pedestal 10 formed with a slanted structure gradually inclined while going from one side to the other side, and having a hemispherical protrusion 30 formed at the center of the inclined upper plane;

The lower part of the lower cylinder is made of an obliquely cut structure, the upper upper surface forms a circular plane on the horizontal plane, the circumferential end of the circumferential end of the circular cylindrical fence 23 is formed, the inclined lower portion An upper pedestal 20 in which a semicircular groove is formed at the center of the plane toward the bottom;

A thermocouple 40 having a heat sensing sensor fixed to the lower portion of the lower pedestal 10 and vertically penetrating the center of the hemispherical protrusion 30 of the lower pedestal 10 is connected to the thermocouple 40. And a display 41 installed on the side of the lower support 10 so as to display a temperature received from the thermocouple 40 and provided inside the lower support 10 to supply power to the display 41. Characterized in that it comprises a temperature display portion composed of a battery (42).

In addition, the casserole pedestal, at least four auxiliary projections (13) are formed in the circumference of the upper plane of the lower pedestal (10); Both end portions of the circumferential jaw 23 of the upper pedestal 20 is further extended to further include a handle 24, and a fenced circumferential jaw is further formed at the circumferential end portion of the inclined lower plane toward the bottom, and the center It is characterized in that the semi-circular groove is formed toward the bottom, when the upper pedestal 20 is coupled to the lower pedestal 10, a space is formed therebetween to facilitate the rotation of the upper pedestal.

In addition, the upper support 20 is characterized in that the locking step 22 is further formed on one side of the outer peripheral surface to facilitate the rotation of the upper support.

According to the present invention as described above, the user can easily adjust the angle of the pedestal to easily eat the remaining food by tilting the pot without hanging the pot. In addition, the short and simple operation close to the one touch makes it possible to adjust the angle of the casserole within a short time. Therefore, the soup contained in the casserole can be minimized from being scattered to the clothes of the consumer, and also the food and the soup can be eaten without leaving the food waste, and the food can be prevented from being burned and the food can be eaten at a suitable temperature. You can enjoy it. In addition, it is very easy to clean because only the upper support can be cleaned by moving only the upper support.

Hereinafter, an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

Figure 4 is an exploded perspective view of the earthenware bracket of the present invention. Some of the upper pedestals are shown in a cut state for convenience of description. 5 is a perspective view showing the shape of keeping the earthenware bracket of the present invention horizontal. FIG. 6 is a schematic cross-sectional view showing an enlarged structure of a shape and a temperature display part in which the earthenware is placed horizontally on the earthenware holder which is horizontally maintained.

As shown in Figure 4, the earthenware bracket that can give an inclination angle of the present invention is composed of a lower pedestal 10 and the upper pedestal 20, and a hemispherical protrusion 30 that serves as a rotating shaft in the center of the lower pedestal.

<Bottom stand>

First, when looking at the lower support 10, the lower support is made of a structure in which the upper portion of the lower cylindrical structure is cut obliquely. The bottom side of the bottom is circular and forms a plane on the horizontal plane, but the upper top plane has a thick thickness on the left side and a thin side on the right side, and forms a slanted structure gradually going from left to right. In addition, a hemispherical protrusion 30 is formed at the center of the inclined upper plane of the lower support 10. The hemispherical protrusion may be formed integrally with the lower support, or may be made into a separate ball shape and inserted into a hemispherical groove formed in the center of the lower support 10 to allow flow.

In addition, four small hemispherical auxiliary protrusions 13 are formed slightly inward from the circumferential side of the upper plane. This is to prevent the upper pedestal 20 to be described later to be interviewed with the lower pedestal 10 and to have a little space to make the abduction of the upper pedestal more easily. This auxiliary projection is present on the concentric circle slightly inward of the circumference of the upper plane of the lower support 10, in this embodiment only four auxiliary projections, but may be installed on a plurality of concentric circles, like a rail You may install it.

<Upper pedestal>

The upper pedestal 20 is made of a structure in which the lower portion of the lower cylindrical structure is cut obliquely, most of which includes the center of the upper upper surface is a plane on the horizontal plane, but the circumferential jaw 23 is formed toward the end of the circumference It is. The upper base has a thick right side and a thin side on the basis of the drawing, and the lower lower plane forms a slanted structure gradually going from the right side to the left side.

In addition, the thick side portion of the right end portion is formed with a comb pattern latching jaw 22 in the vertical direction. This is to increase the contact strength with the hand when the upper support 20 rotates. In the center of the inclined lower plane of the upper support 20 is also a semi-circular groove 11 is formed downward. Both ends of the circumferential jaw 23 of the upper pedestal 20 may be further provided with a handle 24 by extending as necessary. The upper pedestal 20 is made of a light and heat-resistant thermosetting material so as not to soften even if the heated casserole is raised.

5 shows a state in which the lower pedestal 10 and the upper pedestal 20 is coupled in place. When the lower support 10 and the upper support 20 are coupled in this way, the lower plane of the lower support 10 and the upper plane of the upper support 20 both form a parallel plane on the horizontal plane.

FIG. 6 is a schematic cross-sectional view showing an enlarged structure of a shape and a temperature display part of which the earthenware is placed horizontally on the earthenware holder which is horizontally maintained. As can be seen in Figure 6, in the state where the lower butt 10 and the upper butt 20 is coupled in place, the pot 1 is also kept horizontal, located at the end of the circumference of the upper butt 20 It is seated inside the circumferential jaw 23.

The hemispherical protrusion 30 formed in the center of the inclined upper plane of the lower pedestal 10 is a lower pedestal 10 through a semicircular groove formed downward in the center of the inclined lower plane of the upper pedestal 20. ) And the upper pedestal 20 are combined to perform a function as a hemispherical rotating shaft that can rotate the upper pedestal 20 to the left and right. In the process of manufacturing the hemispherical protrusion 30, a hemispherical groove is dug in the center of the lower pedestal 10, and a hemispherical groove of the same size is also sold in the center of the lower plane of the upper pedestal 20, and a ball having a size corresponding thereto To make it possible to flow in the center of the lower pedestal or to adhere to the hemispherical groove for the thermocouple installation described later.

The combination of the lower support 10 and the upper support 20 can be interviewed only through the hemispherical protrusion 30. In this case, however, the interview friction is large, and the rotation may be possible only when the upper pedestal is rotated with a rather large force.

Therefore, the present invention, as can be seen in Figure 6, is formed so that at least four or more auxiliary projections 13 slightly inwardly in the circumference of the upper plane of the lower pedestal 10 to protrude into a small hemispherical shape. In addition, the lower plane of the upper pedestal 20 also excavated the remaining portions except the portion near the circumference and the central hemispherical groove side, to form a fence-shaped circumferential jaw on the circumference. Therefore, when the upper pedestal 20 is coupled to the lower pedestal 10, a space is formed therebetween, as shown in FIG. 6, so that the structure is easier than the case where the rotation of the upper pedestal 20 is interviewed. can do.

<Temperature display part>

The lower support 10 is provided with a temperature display. In the center of the hemispherical protrusion 30 of the lower support 10, a thermocouple 40 is fixed, penetrated vertically and connected to the lower portion of the lower support 10. This thermocouple is equipped with a heat sensor. The thermocouple 40 is connected to the display 41 which displays the temperature received and connected thereto, and the display 41 is supplied with power from the battery 42 provided in the lower pedestal 10. Through the temperature display configured as described above, the user can know the temperature of the food put in the earthenware in real time.

Hereinafter will be described a method of using the earthenware pot which can give an inclination angle according to the present invention having the configuration as described above.

First, in the initial meal preparation step or the process of carrying food to the table, as shown in FIG. 6, the pedestal of the present invention is placed in a position where the lower plane of the lower support and the upper plane of the upper support are parallel to each other. Place both the lower plane of the lower pedestal 10 and the upper plane of the upper pedestal 20 is to be used in a horizontal plane. Therefore, when the casserole is placed on the pedestal, the casserole itself is also maintained horizontally, and the casserole is maintained in a shape seated on the inner circumference 23 formed to prevent its separation.

FIG. 7 is a perspective view illustrating a shape of the casserole pedestal of the present invention having a maximum inclination angle, and FIG. 8 is a schematic cross-sectional view illustrating a shape of the casserole being inclined on the casserole pedestal of which the maximum inclination angle is maintained.

When the casserole is provided with food on a horizontal pedestal, and the ingested food and broth laid on the floor after ingesting a large amount of food contained in the casserole, the user may be caught by the upper jaw ( 22) or holding the handle 24 by hand to rotate left or right to give an inclination angle to the pedestal as shown in Figure 7 or 8. Therefore, the casserole seated on the bottom of the pedestal also forms an inclination angle as much as the pedestal is inclined. Rotating the upper pedestal 10 by 180 degrees creates the most inclined angle as shown in FIG. 7, and rotating it at an angle of less than 180 degrees or less than 360 degrees to achieve a smaller inclination angle than in the case of 180 degrees rotation. do.

The user can use the pedestal of the present invention by adjusting the angle of the casserole with the inclination angle necessary to consume the remaining food and broth. If necessary, the inclination angle of the pedestal may be adjusted by rotating the locking step 12 of the lower support 10 instead of the upper support 20, or by simultaneously rotating the upper support 20 and the lower support 10. However, in hospitality establishments such as restaurants, the lower pedestal 10 is fixed to a table, and only the upper pedestal 20 is movable to operate, so when the cleaning is necessary, the pedestal can be more conveniently washed by moving only the upper pedestal. .

When the earthenware is placed on the upper pedestal 20, the thermocouple 40 moves downward, and the temperature display unit starts to operate. When the casserole is not raised, it is turned off again. The user may come to the meal while observing the real-time temperature of the food with the temperature display installed on the side of the lower support 10. If it's too hot, you can stop eating and wait, and you can start eating when it's at your preferred temperature. In the case of children or infants, it may be eaten after cooling to a temperature that is familiar to the usual, and in the case of not knowing such a temperature, the use of the temperature display pedestal of the present invention is repeatedly used to grasp and select a temperature suitable for oneself.

Figure 1 is a schematic cross-sectional view of floating the bottom of the food with a cutlery in the earthenware flat bottom.

2 is a partial cutaway cross-sectional view of the earthenware pot which inclined the floor.

Figure 3 is a schematic cross-sectional view for explaining the state of use of the earthenware pot capable of adjusting the angle according to the prior art.

Figure 4 is an exploded perspective view of the earthenware bracket of the present invention.

5 is a perspective view showing the shape of keeping the earthenware bracket of the present invention horizontal.

FIG. 6 is a schematic cross-sectional view showing an enlarged structure of a shape and a temperature display part of which the earthenware is placed horizontally on the earthenware holder which is horizontally maintained.

Figure 7 is a perspective view showing the shape of maintaining the inclined casserole pedestal of the present invention.

8 is a schematic cross-sectional view showing a shape in which the earthenware is inclined on the earthenware holder that is inclined.

Claims (3)

In the base where utensils are put, such as a casserole, The upper part of the lower cylinder is cut out at an angle, and the bottom side of the bottom is a circular plane on the horizontal plane, and the upper top plane forms a slanted structure gradually going from one side to the other side, and in the center of the inclined top plane A lower support 10 having a hemispherical protrusion 30 formed thereon; The lower part of the lower cylinder is made of an obliquely cut structure, the upper upper surface forms a circular plane on the horizontal plane, the circumferential end of the circumferential end of the circular cylindrical fence 23 is formed, the inclined lower portion An upper pedestal 20 in which a semicircular groove is formed at the center of the plane toward the bottom; A thermocouple 40 having a heat sensing sensor fixed to the lower portion of the lower pedestal 10 and vertically penetrating the center of the hemispherical protrusion 30 of the lower pedestal 10 is connected to the thermocouple 40. And a display 41 installed on the side of the lower support 10 so as to display a temperature received from the thermocouple 40 and provided inside the lower support 10 to supply power to the display 41. Temperature display earthenware pedestal can give an inclination angle, characterized in that it comprises a temperature display unit consisting of a battery 42 The method according to claim 1, wherein the earthenware cradle, At least four auxiliary projections (13) are formed in a circumference of an upper plane of the lower pedestal (10); Both end portions of the circumferential jaw 23 of the upper pedestal 20 is further extended to further include a handle 24, and a fenced circumferential jaw is further formed at the circumferential end portion of the inclined lower plane toward the bottom, and the center There is a semi-circular groove is formed toward the bottom, When the upper pedestal 20 is coupled to the lower pedestal 10, a space portion is formed therebetween to facilitate the rotation of the upper pedestal, the temperature display casserole pedestal, which can give an inclination angle The method according to claim 1, The upper stand 20, On the outer circumferential surface one side of the upper jaw 22 to facilitate the rotation of the upper pedestal characterized in that the inclination angle can give the temperature display pot

Images