JP2014210130A - Pot - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a cooling pot that saves fuel consumption, by rationally and effectively using flame through the configuration of a flame route from the bottom face part of a pot body to the circumferential side part of the pot body.SOLUTION: A lower peripheral part 4 continuing to an upper peripheral part 2 of a container body 1 is formed as a face inclining inward to a certain degree and extends to a bottom edge part. The outside part of a lower peripheral part forming this inclining face has many narrow vertical inside recessed members 6, which have an outside vertical shape, at proper intervals. The inside face part and outside face part of the inside recessed members are used as flame passages 7. A surrounding frame body 8 is provided on the outer face part of the line of recessed members provided on the outside part of the lower peripheral part, the surrounding frame body 8 being fixable or detachable. The upper peripheral part of the surrounding frame body is provided with through-hole lines 9, 10 of proper sizes.

Description

  The present invention relates to a cooking pan.

  The applicant of the present invention has been developing and manufacturing various pans for many years, especially in pans cooked with gas as fuel, etc., in order to rationalize the flow of firewood that hits the bottom part The following patent-related documents have been devised.

Registered Utility Model No. 3076847 Design Registration No. 1118030

  However, in this pan, although the flame is applied to the uneven surface of the bottom surface while being hit, it can be cooked efficiently, but the flow of the flame to the peripheral surface of the pan does not occur, so it is wasteful to consume the flame. There is. Therefore, the present invention further improves this, and by constructing a flame path from the bottom surface portion to the peripheral side surface portion of the pot device body, by using the flame more rationally and effectively, increasing the thermal efficiency, fuel consumption The object is to provide a cooking pot that realizes savings in cost.

  In the present invention, the lower peripheral surface portion continuous with the upper peripheral surface portion of the container is appropriately formed on the inclined surface in the inner direction to reach the bottom edge, and on the outer portion of the lower peripheral surface portion that forms this inclined surface, A large number of narrow and vertically long inner concave members are arranged continuously at an appropriate interval in an outer vertical shape, and the inner side surface portion and the outer side surface portion of the inner concave member serve as a flame passage, and the lower peripheral surface portion An enclosure frame is provided on the outer surface of the concave member row installed on the outer side so as to be fixed or detachable, and a through hole row of an appropriate size is provided on the upper peripheral surface of the enclosure frame. .

  Now that hot water for cooking is housed inside the pot body and the container body is placed on a predetermined gas stove, each outer surface portion of the inner concave member row installed on the outer portion of the lower peripheral surface portion of the container body and each When each flame passes through the inner side surface, the body is directly heated, and a small-diameter through hole in the lower peripheral surface portion of the surrounding frame body that surrounds the outer surface portion of the concave member row is provided outside. Air is sucked in and the flame is closed inside to increase the degree of heating of the container, and the large-sized through hole in the upper peripheral surface portion of the surrounding frame body releases the internal flame.

  Therefore, the flame that passes through the lower peripheral surface portion of the pot can be heated over a very large surface area, which greatly contributes to improvement in thermal efficiency.

  As a result, the cooking operation in the pot device will be promoted with good thermal efficiency in a short time, so the time can be shortened by nearly 50% compared to the conventional cooking efficiency of the pot device. The fuel cost can be greatly reduced.

The perspective view of the two members which comprise this invention Side cross-sectional view of the pot Bottom view of the pot Front view when two members are fitted Bottom view of FIG.

  When hot water is boiled by placing the main pot on a gas stove, the hot water causes a convection phenomenon from the surrounding part to the center part inside the container. As a result, when the heated airflow hitting the bottom surface of the container body and its peripheral part rises the inclined surface of the lower peripheral surface part of the container body, the inner and outer flame passages that continuously constitute a number of concave members The container is heated immediately from the bottom part to the peripheral surface part.

  This is because the structure of the lower peripheral surface portion of the container is useful for promoting such a heating phenomenon.

  Reference numeral 1 denotes a pot device having an arbitrary size and shape, and the upper peripheral surface portion 2 having an arbitrary height of the device body is provided with a lid drop portion 3 on the periphery thereof to have a substantially vertical shape.

  Reference numeral 4 denotes a lower peripheral surface portion of the container 1, and this lower peripheral surface portion forms an appropriate inclined surface (for example, 60 °) inwardly toward the bottom surface portion 5, and an appropriate interval is provided between the inclined surface portions. The inner concave members 6... Which are narrow and vertically long are continuously arranged in the outer vertical shape, whereby the inner and outer sides of the concave members form flame passages 7, 7.

  That is, the inclined surface portion of the lower side surface portion 4 of the container body 1 is constructed by continuously forming the concave member 6 around it, so that the area where the flame is in contact with is widened.

  Reference numeral 8 denotes an enclosing frame body provided so as to be attachable to and detachable from the outer surface portion of the concave member row continuously formed on the lower peripheral surface portion 4 of the container body 1, and the enclosing frame body 8 is a concave shape of the container body 1. You may make it a fixed state in the outer side part of the member 6 row | line | column.

  A relatively large-diameter through hole 9 is provided in the upper portion of the upper peripheral surface portion of the surrounding frame, and a relatively small-diameter through hole 10 is provided in the lower portion thereof.

  Further, the two upper and lower through-hole rows may be configured as one row depending on the size, but in this case, the one through-row row has an exhaust function exclusively.

  The enclosure frame 8 to the concave member 6 on the container side may be fixed without being detachable, but when it is detachable, the user removes the enclosure frame as necessary, It is possible to clean the body and the surrounding frame body.

DESCRIPTION OF SYMBOLS 1 Pan apparatus body 2 Upper peripheral surface part 3 Lid drop part 4 Lower peripheral surface part 5 Bottom face part 6 .... Concave-shaped member 7,7 ... Flame path 8 Surrounding frame body 9 ... Large diameter through hole 10 ... Small diameter through hole

Claims (2)

A lower peripheral surface portion continuous with the upper peripheral surface portion of the body is appropriately formed on the inclined surface in the inner direction to reach the bottom edge, and an appropriate interval is provided on the outer portion of the lower peripheral surface portion that forms this inclined surface. A large number of narrow and vertically long inner concave members are continuously installed in an outer vertical shape, and the inner side surface and the outer side surface of the inner concave member are used as a flame passage, and are installed on the outer side of the lower peripheral surface portion. A pan characterized in that an enclosing frame is provided on the outer surface of the recessed member row, and a through hole row is provided on the upper peripheral surface of the enclosing frame. 2. The pan according to claim 1, wherein a through hole row having a large diameter is provided at an upper position and a through hole row having a small diameter is provided at a lower position in the upper peripheral surface portion of the surrounding frame.

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