JP2563559B2 - Cooking machine - Google Patents

Description

Description: INDUSTRIAL APPLICABILITY The present invention is used for general household use and commercial use, and is equipped with a cutter which is rotated by a drive mechanism inside a cup for containing food, such as peach, fresh cream and ice. The present invention relates to a cooking machine that performs cutting and stirring by adding gelatin.

2. Description of the Related Art As shown in FIG. 3, a cooking machine of this type puts cream, sugar, etc., and ice in a cup 1 and cuts and stirs by high-speed rotation of a cutter 2 at the bottom, and then a lid. Three
Put the gelatin solution dissolved in hot water into the concave part of the
The frozen dessert to be eaten is prepared by further injecting, stirring at the same time, then taking out from the cup 1 and allowing it to harden naturally.

DISCLOSURE OF THE INVENTION Problems to be Solved by the Invention In the above-mentioned configuration, when the gelatin solution dissolved in hot water is dropped into the cup 1 through the concave portion of the lid 3, the material in the cup 1 is vertically moved by the high speed rotation of the cutter 2. It sometimes moved and jumped out of the hole 3a in the center of the lid and leaked to the outside. In addition, I could not know the optimum stirring time accurately.

The present invention solves the above-mentioned conventional problems, and aims to enable hygienic use and improve usability.

Means for Solving the Problems In order to achieve the above object, the present invention has a concave portion, a cup lid having a hole formed in at least one portion of the concave portion, and a detachable cover provided above the concave portion. A bottom substantially cylindrical cover is provided, and a timepiece which is reset by changing the vertical direction is provided outside the cover.

Operation The effects of this technical means are as follows. That is, put thighs, fresh cream, sugar, ice, etc. in the cup and cut at high speed with the internal cutter, while the gelatin solution dissolved in hot water in the cover is cupped from the inside of the lid and its hole. Drop inside. However, the cooked food and the gelatin solution are mixed and gradually solidified into a jelly.

If you are cutting and stirring the material in the cup with this,
The food may jump out of the hole of the lid due to the vertical movement of the food due to the high-speed rotation of the cutter. It can be prevented.

Furthermore, since a clock is provided on the outer surface of the substantially cylindrical cover,
The clock can be automatically measured, and the cutting and stirring time can be visually confirmed under the optimum conditions.

Embodiment An embodiment of the present invention will be described below with reference to the accompanying drawings.

In FIGS. 1 and 2, 11 is upper and lower body members 12a, 12b.
An electric motor for power transmission inside with the main body configured by combining
Have 13.

A connector 14 linked to the electric motor 13 is provided at the center of the upper portion of the main body 11, and a cup stand 15 is provided around the connector 14.

A glass or plastic cup 16 is detachably connected to the cup base 15 with screws or the like. A connector 17 that engages with the connector 14 is attached to the lower end of a shaft 18 that penetrates the center of the bottom of the cup 16, and a substantially cross-shaped cutter 19 is attached to the upper end that faces the inside of the cup 16. A recess 20a is formed in a lid 20 that closes the upper opening of the cup 16, a gelatin injection hole 20b is provided in the lowermost portion, and an air vent hole 20c is provided in the upper outer peripheral portion thereof.

Further, a transparent or translucent cover which is detachable above the lid 20 and surrounds the above-mentioned recess 20a and which has a substantially cylindrical shape with a bottom.
21 is provided.

The cover 21 has a side 21a that is fitted into the recess 20a of the lid 20 open and an upper surface 21b that is closed. A transparent small tubular portion 21c is formed on the outer surface of the substantially tubular cover 21, and an hourglass 21d is enclosed in the transparent small tubular portion 21c.

Further, a flange 21e is provided on the outer periphery of the opening 21a so as to be fitted in the recess 20a with a slight clearance.

Further, a water level scale 21f is provided on the side surface of the substantially cylindrical cover 21. Further, the substantially cylindrical cover 21 is integrally formed with a flange 21g at a position located on the upper surface of the fitting portion of the recess 20a of the lid 20.

In this configuration, peaches, such as fresh cream, sugar and ice, are put in the cup 16 and cut and stirred by the high speed rotation of the cutter 19. At this time, the upper surface side of the substantially cylindrical cover 21
With 21b facing down, pour hot water to the water level scale 21f, then sprinkle the required amount of gelatin and dissolve the gelatin solution into a small tubular part.
After injecting into the recess 20a of the lid 20 by holding 21c, the lid 20 is turned upside down and the opening side thereof is fitted onto the recess 20a. With this set, the hourglass 20d is inverted and the sand inside is gradually dropped, and the time is automatically measured. The melted gelatin liquid injected into the recess 20a of the lid 20 is dripped into the cup 16 through the bottom hole 20b and mixed with the food to be cooked.

On the other hand, from the hole 20c, an amount of air corresponding to the amount of the gelatin liquid dropped in the cup 16 escapes. The mixed cooked product has ice or the like in the cup 16 and the gelatin solution is rapidly cooled, so that the entire cooked product gradually solidifies from a liquid form to a jelly form.

Here, when the food is cut and stirred in the cup 16, the food may jump out of the holes 20b and 20c of the recess 20a of the lid 20 due to the vertical movement of the food due to the high-speed rotation of the cutter 19. However, since these are covered with the substantially cylindrical cover 21, it is possible to prevent the parts other than the lid 20 from jumping out.

Furthermore, since the hourglass 20d is provided on the small tubular portion 21c on the outer surface of the substantially tubular cover 21, when the melted gelatin is poured into the concave portion 20a of the lid 20 and then set on the lid 20, the top and bottom of the hourglass 21d is set. On the contrary, the sand of the hourglass 21d drops, the time can be automatically measured, and the food can be cut and stirred under the optimum conditions.

Moreover, since the inner peripheral portion of the recess 20a of the lid 20 and the flange 21e of the substantially tubular cover 21 are fitted and overlap with each other,
When the substantially cylindrical cover 21 is set in the concave portion of the lid 20, positioning can be easily performed, and the substantially cylindrical cover 21 can be prevented from coming off due to vibration during cutting, stirring, chattering, or the like. When dissolving gelatin, the water level scale 21
Hot water is poured to f, the gelatin is sprinkled from the top, and it is possible to easily dissolve the gelatin without using another container by simply stirring occasionally.

When the melted gelatin solution is transferred to the recess 20a of the lid 20, the small tubular portion 21c becomes a handle and is easy to hold, and the gelatin solution is easily put into the recess 20a. Since this handle is located on the outer side surface of the substantially tubular cover 21, it is easy to hold without being affected by hot water.

Since the substantially cylindrical cover 21 is provided with the flange 21g, when the melted gelatin solution is transferred to the recess 20a of the lid 20,
This flange 21g can prevent the gelatin solution from running out.

Further, the stability of the substantially cylindrical cover 21 is increased against vibrations due to cutting and stirring of the cooked material, and the cover 21 can be prevented from coming off.

Although the hourglass is used as the timepiece in the above embodiment, any timepiece may be used as long as the time is reset by turning the cover upside down.

EFFECTS OF THE INVENTION As described above, the present invention is provided with a lid in which a hole is formed in at least one place of a concave portion, and a substantially cylindrical cover which covers the concave portion, one of which is open and the other side is closed. Since the clock is provided on the outer surface of the cover, it is very hygienic as the cooked and agitated food does not jump out of the lid.
In addition, the clock can be automatically measured simply by setting the substantially cylindrical cover on the lid, and the food can be cut and stirred at the optimum time.
Further, the substantially cylindrical cover itself can be used as a container for dissolving gelatin, and the usability is remarkably improved.

[Brief description of drawings]

FIG. 1 is a fragmentary sectional view showing an embodiment of the present invention, and FIG.
FIG. 3 is a plan view of the same, and FIG. 3 is a partially cutaway side view showing a conventional embodiment. 11 …… electric motor, 16 …… cup, 19 …… cutter, 20 ……
Lid, 20a ... recess, 20b, 20c ... hole, 21 ... substantially cylindrical cover, 21d ... watch.

Claims (1)

(57) [Claims] 1. A cup having a cutter driven by an electric motor, a cup having a recess, and a hole formed in at least one of the recess, and a cup detachably provided above the recess. A cooking machine comprising a bottomed cylindrical cover and a clock provided on the outside of the cover which is reset by vertical direction change.