JP3126406U - Ice making equipment - Google Patents

Abstract

An object of the present invention is to make it possible to integrally form a three-dimensional ice piece having an excellent design, such as a spherical shape, on a rod.
A lower member (3) in which a first peripheral wall (32) is integrally raised from the periphery of a first bottom portion (31), and a first ice making recess (33) is formed on the upper surface of the first bottom portion (31), A second ice-making recess 53 that forms an ice-making space 60 integrally with the first ice-making recess 33 at a position opposite to the first ice-making recess 33 when the second bottom 51 is fitted and arranged. Is formed so that the upper end position does not protrude above the upper end position of the second peripheral wall 52, and the ice making space 60 is formed as an external space above the portion where the second ice making recess 53 is formed. The upper member 5 provided with a communication hole 57 that communicates with the rod 7 that can be inserted through the communication hole 57 and inserted into the ice making space 60 with the upper end 71 side being left outward. And ice making equipment.
[Selection] Figure 3

Description

  The present invention relates to an ice making tool that integrally forms ice pieces on a rod.

  Recently, ice creams and popsicles using a freezer are also widely used at home. During the production of popsicles, it is necessary to embed a bar (rod), which is a part to be eaten, in an ice piece. Pour ice making.

  Therefore, in the prior art, the bar always protrudes from the flat portion of the obtained ice piece, and the ice piece cannot be made three-dimensional and excellent in design such as a spherical shape (see FIG. 4).

  An object of the present invention is to provide an ice making tool capable of integrally forming a three-dimensional and excellent design piece of ice such as a spherical shape on a rod.

  In this device, a first member having a first peripheral wall is integrally formed from the periphery of the first bottom, and a first ice-making recess is formed on the upper surface of the first bottom, and a second bottom The second peripheral wall is integrally formed up from the periphery of the lower member, and is fitted and arranged on the lower member from above, and the first ice-making concave portion is arranged in the fitting and arranging of the second bottom portion. The second ice making recess that forms the ice making space integrally with the first ice making recess does not protrude above the upper end position of the second peripheral wall at the opposite position. And an upper member provided with a communication hole that communicates the ice making space with an external space above the portion that forms the second ice making recess, and is capable of passing through the communication hole. In the ice making space through the communication hole with the upper end side left outside. Providing ice making device characterized by comprising comprises a rod which is input arranged, the.

  According to the above configuration, the upper member is fitted in the lower member, the rods are erected and arranged in the ice making space, and the ice making liquid is injected into the recessed portion on the upper surface of the upper member to communicate the holes. The ice making space is filled with liquid and frozen to make the ice in the ice making space, the upper member is removed from the lower member, and the rod is removed from the lower member to remove the ice making space. Ice pieces having the same shape as the shape are obtained as one body with the rod. By designing the ice making space into a three-dimensional shape as appropriate, a three-dimensional ice piece such as a spherical shape and excellent in design is integrally formed with the rod. The ice piece integrated with the rod body obtained in this way may be used as it is as a popsicle, or may be used as a Madler component member or the like as in the embodiment.

  According to the ice making device of the present invention, it is possible to easily form a three-dimensional ice piece having excellent design properties such as a spherical shape integrally with a rod body at home or the like.

  FIG. 1 is an external perspective view of an ice making device of the present invention, FIG. 2 is an exploded perspective view thereof, and FIG. 3 is a sectional view thereof.

  The ice making tool 1 is entirely made of plastics, and includes a lower member 3, an upper member 5 fitted and arranged on the lower member 3 from above, and a rod body 7.

  The lower member 3 has a peripheral wall 32 (first peripheral wall) integrally formed from the periphery of the bottom 31 (first bottom), and six hemispherical ice making recesses 33 (first A recess for ice making) is formed. Each of the standing portions 35 of the rod 7 is formed on the bottom surface of each of the ice making recesses 33.

  The upper member 5 has a peripheral wall 52 (second peripheral wall) integrally formed from the periphery of the bottom portion 51 (second bottom portion), and six hemispherical ice making recesses 53 (second ice making portions) on the bottom surface of the bottom portion 51. Recess) is formed. Each of the ice making recesses 53 is provided at a position opposite to each of the ice making recesses 33 when the upper member 5 is fitted and arranged on the lower member 3 from above, whereby the ice making recesses 33 and the ice making recesses 53 are provided. Are formed integrally with each other to form spherical ice making spaces 60. Further, the upper end position of each of the formation portions of the ice making recess 53 of the upper member 5 is located slightly lower than the upper end position of the second peripheral wall 52, and a communication hole 57 communicating with the upper external space is provided in that portion. .

  Each of the rod bodies 7 is threaded on the upper end 71 side, is thinly formed on the lower end 72 side, and has a spherical bulge portion 74 in the middle portion. The rod 7 has a maximum diameter slightly smaller than the communication hole 57 of the upper member 5 so that it can penetrate the communication hole 57, and the inside of the ice making space 60 is passed through the communication hole 57 while leaving the upper end 71 side outward. The lower end 72 of the lower member 3 is inserted and disposed in the standing portion 35 on the bottom surface of the ice making recess 33.

  Hereinafter, the use of the ice making tool 1 will be described. First, as shown in FIGS. 1 and 3, the upper member 5 is fitted in the lower member 3, and each of the rod bodies 7 is arranged upright in each ice-making space 60 formed. The standing of the rod 7 may be performed prior to fitting the upper member 5 to the lower member 3, or may be performed through the communication hole 57 of the upper member 5 after being fitted. Next, water is sufficiently injected into the recessed opening 59 on the upper surface of the upper member 5 to fill the water to a level at which the upper end positions of the respective portions where the ice making recesses 53 of the upper member 5 are formed are covered. Thereby, water is filled into each ice making space 60 by introducing water through each communicating hole 57, and ice is made by being placed in the freezer for a predetermined time in this state.

  After completion of ice making, first, the upper member 5 is lifted and removed from the lower member 3 by applying a slight force. This removal is possible because the rod 7 has its maximum diameter slightly smaller than the diameter of the communication hole 57 so that the rod 7 can pass through the communication hole 57 without hindrance. Next, the rod body 7 is pulled out upward, the lower end 72 thereof is separated from the standing portion 35, and the spherical ice piece 100 is integrally removed from the lower member 3. The ice piece 100 is stably attached to the rod 7 so as to cover the bulging portion 74 that exhibits the retaining function.

  In this embodiment, as shown in FIG. 4, the rod body 7 is a lower member of a mudler 90 that mixes Western liquor or the like. Is obtained as a unit. The mudler 90 can be used to mix Western liquor while cooling, and can be used happily in bars and snacks.

  External perspective view of an embodiment of the ice making device of the present invention   An exploded perspective view of an embodiment of the ice making device of the present invention   Sectional drawing of embodiment of the ice making device of this invention   An external perspective view of a mudler that integrates ice pieces obtained by the ice making device of this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Ice making tool 3 Lower member 5 Upper member 7 Bar 31 Bottom part (1st bottom part)
32 peripheral wall (first peripheral wall)
33 Recess for ice making (first recess for ice making)
51 Bottom (second bottom)
52 Perimeter wall (first perimeter wall)
53 Recess for ice making (second ice making recess)
57 Communication hole 60 Ice making space

Claims (1)

A lower member in which a first peripheral wall is integrally raised from the periphery of the first bottom, and a first ice-making recess is formed on the upper surface of the first bottom;
A second peripheral wall is integrally raised from the periphery of the second bottom portion, and is fitted and arranged on the lower member from above, and the first bottom portion is placed when the first bottom portion is fitted and arranged. A second ice making recess that forms an ice making space integrally with the first ice making recess protrudes above the upper end position of the second peripheral wall at a position opposite to the ice making recess. And an upper member provided with a communication hole that communicates the ice making space with an external space above a portion that forms the second ice making recess,
A rod that can be inserted through the communication hole and inserted into the ice making space through the communication hole in a state of leaving the upper end side outward;
An ice maker characterized by comprising.

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