JP3230862U - Cast molding pot with combination type isolation tube - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a cast molding pot having a combination type isolation cylinder. SOLUTION: A casting and molding pot is provided with an outer pot 10 and a combination type isolation cylinder 20, and the combination type isolation cylinder is in the form of a tubular body installed in the vertical direction, and has a cylinder body 21 and two openings. The outer pot, including the end 22, is a thick pot that employs casting molding, includes a bottom wall 11 and an annular peripheral wall 12 that is integrally connected to the periphery of the bottom wall, and is a combination type in the central area of the bottom wall. An assembling portion 13 is formed so that the mounting positioning of the isolation cylinder is in a removable state. Further, a protruding portion 132 formed in the assembly portion and having a thickness larger than that of the bottom wall, and a protruding portion 132 formed around the protruding portion in an upright posture, in contact with the inner surface of the first opening end. As a result, it is provided with a connecting wall 134 that receives the first opening end in the protruding portion. [Selection diagram] Fig. 3

Description

The present invention relates to a pot, and particularly relates to a disclosure of a novel structural form of a cast-molded pot having a combination isolation tube.

A conventional pot with an isolation tube is also generally called a parent-child type pot, and a form between the two compartments formed by dividing the pot into left and right according to the difference in the arrangement form of the isolation tube. And the form between the two mounting chambers that exhibit the arrangement relationship of the central part and the outer peripheral part, and the present invention mainly seeks a breakthrough after diligently searching for the latter form.

It has been found that the above-mentioned structural form of the conventional pot still has some problems in actual use experience. For example, on the bottom wall of the outer pot of a conventional pot, an annular convex edge portion is usually formed with an upward ridge, and relatively speaking, an annular ridge is formed on the bottom of the bottom wall. One part was formed, and this part approaches the center of the heating source when heating the pot, so the effect on the heat conduction effect is significant, so it is raised in a ring shape upwards. The shape causes a problem that the heating efficiency of the pot is significantly reduced because the height position is obviously farther from the heating source, and the bottom of the outer pot of the pot with the conventional combination type isolation cylinder. In addition to the lack of installation and consideration of a good heat storage structure on the wall, the heat retention effect is not preferable after the heating is stopped, and the heat conduction efficiency in the heating process becomes poor, which leads to relative heating. As the consumption of the source increases, the problem and detriment of wasting energy (usually gas or electricity) exists.

The main purpose of the present invention is to provide a cast-molded pot with a combined isolation tube, and the technical problem to be solved is to obtain a more ideal and practical structural form of the original pot. Think about breaking through innovation with the goal of how to research and develop.

Based on the above-mentioned object, the present invention provides a cast-molded pot device having a combination-type isolation tube, such a cast-molded pot device includes an outer pot and a combination-type isolation tube. It is a tubular body that is installed in the vertical direction, and includes a cylinder body and two open ends. The outer pot is a thick pot that employs casting molding, and is integrally connected to the bottom wall and around the bottom wall. An assembly is formed in the central area of the bottom wall, including the annular peripheral wall, to provide a removable mounting position for the combined isolation tube, and the assembly is integrated from the bottom wall. Including the solid thickening protrusion to be molded, the thickness of the solid thickening protrusion is formed to be relatively thicker than the thickness of the bottom wall, and is around the solid thickening protrusion. , A vertical outer fit connection wall provided for outer fitting assembly of one of the open ends of the combined isolation tube is formed as a boundary.

According to this novel structural form and technical features, in the present invention, as compared with the conventional technique, the outer pot has a shape feature of the vertical outer fitting connecting wall simultaneously formed in the solid thickening protrusion. The bottom wall assembly can provide the function of externally fitting and positioning the open end of the combination isolation cylinder, and at the same time, the solid thickening protrusion is used to have a good heat storage effect. It is possible to achieve improvement in heating and heat retention effects of pot products, and to realize various practical inventive steps such as further energy saving and environmental conservation.

It is an exploded perspective view of the preferred embodiment of the cast molding pot device of this invention. It is a combination perspective view of the preferred embodiment of the cast molding pot device of this invention. It is a combination sectional view of the preferred embodiment of the casting and molding pot device of this invention. It is a partially enlarged view of FIG. It is an exploded state diagram of the opening end of the combination type isolation cylinder of this invention, and the assembly part of the outer pot. It is an exploded sectional view of another embodiment of the form of the opening end of the combination type isolation cylinder of this invention, and the assembly part of the outer pot. It is a combination sectional view of another embodiment of the form of the opening end of the combination type isolation cylinder of this invention and the assembly part of the outer pot. It is an exploded cross-sectional view of the outer embodiment in which a winding diameter expansion frame edge is formed at the opening end of the combination type isolation cylinder of this invention. It is a combination cross-sectional view of the embodiment in which the winding diameter expansion frame edge is formed at the opening end of the combination type isolation cylinder of this invention. The combination type isolation cylinder of the present invention is an exploded perspective view of an embodiment using only a single open end having an inset embedded shape. The combination type isolation cylinder of the present invention is a combination cross-sectional view of an embodiment using only a single opening end having an inset built-in shape.

With reference to FIGS. 1 to 5, these figures show preferred embodiments of the cast molding pot with the combinatorial isolation tube of the present invention, but these embodiments are for illustration purposes only. When requesting utility model registration, the structure shall not be restricted.

Such a cast molding pot device includes an outer pot 10 and a combination type isolation cylinder 20, of which the combination type isolation cylinder 20 is in the form of a tubular body installed in the vertical direction, and the cylinder body 21 and 2 The outer pot 10 including one open end 22 is a thick pot (Note: its general wall thickness is 4 mm to 6 mm) that employs casting molding, and is integrated with the bottom wall 11 around the bottom wall 11. An assembly portion 13 is formed in the central area of the bottom wall 11 and includes an annular peripheral wall 12 to be connected, and is provided so that the mounting positioning of the combination type isolation cylinder 20 can be removed. Among them, the assembly portion 13 includes a solid thickening protruding portion (projection portion) 132 integrally formed from the bottom wall 11, and the thickness of the solid thickening protruding portion 132 is the bottom wall. It is formed to be relatively thicker than the thickness of 11, and one of the open ends 22 of the combination type isolation cylinder 20 is fitted around the solid thickening protrusion 132 in accordance with the positioning. A vertical outer fitting connecting wall 134 provided for assembly is formed as a boundary.

According to the above-mentioned structural assembly form and technical features, the cast-molded pot having the combination type isolation cylinder disclosed in the present invention has the above-mentioned solid increase in its practical use, as shown in FIGS. 3 and 4. By utilizing the morphological characteristics of the vertical outer fitting connecting wall 134 formed at the same time on the thick protruding portion 132, the assembling portion 13 of the bottom wall 11 of the outer pot 10 has the opening end 22 of the combination type isolation cylinder 20. In addition to being able to provide the function of external fitting assembly positioning, at the same time, according to the fact that the thickness of the solid thickening protrusion 132 is increased and the solid structure form is used to have a good heat storage effect, the pot product is heated. It is possible to achieve an improvement in the heat retention effect, and to realize various advantages such as further energy saving and environmental protection.

As shown in FIG. 1, in the present embodiment, a position-regulating convex ring 14 is further formed on the bottom wall 11 of the outer pot 10, and the vertical position-regulating convex ring 14 and the solid thickening protrusion 132 are vertically formed. The opening used for the outer fitting assembly of the combination type isolation cylinder 20 by forming the annular concave groove 15 as a relative boundary according to the distance from the directional outer fitting connection wall 134. The end 22 is simultaneously aligned and inserted into the annular groove 15. In the present embodiment, the morphological feature provided for the fitting / insertion positioning of the opening end 22 by the formation of the annular groove 15 is mainly the stability of the combination positioning better with respect to the combination type isolation cylinder 20. The state can be achieved and the isolation effect on the liquid can be more preferably obtained.

As shown in FIGS. 1, 3, 4 and 5, in the present embodiment, the combination type isolation cylinder 20 adopts casting molding, and the opening end 22 of the combination type isolation cylinder 20. In addition, the thickened frame portion 23 whose thickness is further expanded in the lateral direction is formed, so that the annular concave groove 15 is a groove provided for just fitting positioning of the thickened frame portion 23. It is provided according to the width dimension form. In the embodiment disclosed in the present embodiment, as the opening end 22 of the combination type isolation cylinder 20 also has a heat storage effect mainly due to the expansion of the thickening frame portion 23, the cast molding potter is further used. The benefits of energy savings can be realized.

As shown in FIGS. 6 and 7, in the present embodiment, the combination type isolation cylinder 20B adopts casting molding, and the fitting section 24 is provided at the opening end 22B of the combination type isolation cylinder 20B. Formed as a boundary, the height of the fitting section 24 is formed to be smaller or equal to the depth of the annular groove 15B, and a laterally thickened annular edge 25 is formed above the fitting section 24. When the fitting section 24 is inserted into the annular groove 15B, a state in which the bottom portion of the laterally thickened annular edge 25 abuts downward on the position-regulating convex ring 14 is relatively configured. To. In the embodiment disclosed in the present embodiment, the addition of the laterally thickened annular edge 25 has the advantage that the opening end 22B of the combination type isolation cylinder 20B has a heat storage effect, as well as the fitting section 24 and the laterally increasing. The stepped cross-section contact contact form formed at the bottom of the thick annular edge 25 provides better positioning stability and liquid isolation effect as a maze-like type of fitting site is formed. Can be done.

As shown in FIG. 8, in the present embodiment, the combination type isolation cylinder 20C is formed by any one selected from a stainless steel plate, an aluminum plate, and an aluminum alloy plate, and the combination is formed. A wound diameter-expanded frame edge 26 is further formed at the opening end 22C used for outer fitting assembly of the type isolation cylinder 20C, and the wound diameter-expanded frame edge 26 is located in the annular concave groove 15. It is used for fitting together (see FIG. 9).

As shown in FIGS. 1 and 3, in the present embodiment, the two opening ends 22 of the combination type isolation cylinder 20 have the same fitting action and the built-in shape, that is, the combination type isolation in use. Any one of the open ends 22 of the cylinder 20 can be aligned so as to be fitted and inserted into the annular concave groove 15 of the outer pot 10. The effects of the embodiments disclosed in the present embodiment can mainly change the usage state of the combination type isolation cylinder 20 more quickly, and all of them are inserted into the double head (that is, the double opening end 22). And if one of the open ends 22 is deformed and the insertion cannot be performed, the other end can be used as a spare, so that the combination type isolation can be performed. It further has the merit of extending the service life of the cylinder 20.

Further, as shown in FIGS. 10 and 11, in comparison with the embodiment disclosed in the previous stage, in the combination type isolation cylinder 20 disclosed in the present embodiment, only one of the open ends 22 is fitted. It is an embodiment having a squeezing action and a built-in shape, that is, a form in which the shapes of the two opening ends 22 of the combination type isolation cylinder 20 disclosed in the present embodiment are different.

Claims (5)

A cast-molded pot having a combination-type isolation cylinder including an outer pot and a combination-type isolation cylinder.
The combination type isolation cylinder, which is a tubular body type installed in the vertical direction, includes a cylinder body and two open ends, and the outer pot, which is a thick pot that employs casting molding, has a bottom wall and the bottom. An assembly portion is formed in the central area of the bottom wall, which includes an annular peripheral wall integrally connected to the periphery of the wall, and is provided so that the mounting positioning of the combination type isolation cylinder can be removed. Among them, the assembly portion includes a solid thickening protrusion that is integrally molded from the bottom wall, and the thickness of the solid thickening protrusion is relatively larger than the thickness of the bottom wall. Outside the vertical direction, which is thickly formed and is provided for externally fitting and assembling the open end of one of the open ends of the combination type isolation cylinder around the solid thickening protrusion in alignment with the positioning. A cast-molded pot with a combination isolation tube, characterized in that the fitting connection wall is formed as a boundary. According to the fact that a position-regulating convex ring is further formed on the bottom wall of the outer pot and the distance between the position-regulating convex ring and the vertical outer fitting connecting wall of the solid thickening protrusion is provided. By forming the annular groove as a relative boundary, the open end used for the outer fitting assembly of the combination type isolation cylinder can be simultaneously aligned and inserted into the annular groove. The cast-molded pot having the combination type isolation cylinder according to claim 1, which is characterized. The combination type isolation cylinder adopts casting molding, and a thickening frame portion whose thickness is further expanded in the lateral direction is formed at the opening end of the combination type isolation cylinder. The combination type isolation cylinder according to claim 2, wherein the annular concave groove is provided according to the groove width dimension form provided for just fitting positioning of the thickened frame portion. Casting and molding pot with. The combination type isolation cylinder adopts casting molding, and a fitting section is formed as a boundary at the opening end of the combination type isolation cylinder, and the height of the fitting section is the annular concave groove. A laterally thickened annular edge is formed above the fitting section, and when the fitting section is inserted into the annular recess, the lateral thickening is formed. The cast-molded pot having a combination-type isolation cylinder according to claim 2, wherein a state in which the bottom of the thick annular edge abuts downward on the position-regulating convex ring is relatively configured. The combination type isolation cylinder is formed by any one selected from a stainless steel plate, an aluminum plate or an aluminum alloy plate, and is used for outer fitting assembly of the combination type isolation cylinder. The combined isolation cylinder according to claim 2, further comprising a wound diameter-expanded frame edge used for aligning and fitting in the annular concave groove at the opening end. Casting and molding potter.

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