JPS6125715Y2 - - Google Patents

Description

[Detailed explanation of the invention] This invention relates to a teapot. There is a strainer at the inner end of the teapot spout to prevent tea leaves from coming out. This strainer part is formed with a perforated plate or fitted with a mesh when manufacturing the teapot, but because the area is small, it not only gets clogged, but if the mesh is enlarged to reduce clogging, it becomes a problem. Dregs come out.

A tea strainer is sometimes inserted into a teapot to prevent clogging, but when gyokuro or high-quality sencha is placed in a tea strainer, the strainer must be soaked in hot water inside the teapot, which reduces the amount of hot water. If the amount increases, the amount of gyokuro or sencha needed to be increased accordingly, resulting in a waste of tea.

This idea solved the above-mentioned problems with teapots, and its purpose was to create a fine-mesh mesh that would not clog, and even when powdered tea was used, it would not produce tea scum. Our goal is to provide a strainer for teapots.

Details of this invention will be explained based on embodiments shown in the accompanying drawings.

In Fig. 1, A is a teapot, and B is a mesh to be loaded into the teapot.

The mesh B is made of thin metal wire such as stainless steel or PP.
Around the entire periphery of the fine mesh 1, which is composed of lines of synthetic resin and has a circular or oval shape, is a band of soft elastic material made of rubber or synthetic resin that is harmless to the human body, such as silicone rubber. The edge material 2 is fixed.

Load the mesh B into the teapot A as shown in Figure 2.
That is, the spout 3 side of the teapot A and the opposite side thereof are inserted (pressure inserted) so as to diagonally separate the spout 3 side and the opposite side thereof, and the rim material 2 is brought into close contact with the inner wall surface of the teapot, and in this state, the strainer net B floats up and leaves. I've made sure this doesn't happen.

To do this, set the diameter V of one side of the strainer B to the lower end of the inner surface on one side of the peripheral wall of the teapot and the opposite side (the side where spout 3 is located).
The distance between the upper edges is equal to the diameter, and the other diameter W is equal to the diameter of the center of the body of the teapot. In the case of a teapot shaped like the one shown in the figure, even though the mesh is almost perfectly round, the entire outer edge of the rim material 2 is in close contact with the inner wall surface of the teapot due to the pressure insertion in which the mesh 1 part bulges toward the spout 3 side. The lower edge of the mesh does not move as it is located at the bending corner where the peripheral wall and bottom wall of the teapot meet, and the upper edge of the mesh also moves almost at right angles to the upper edge of the peripheral wall (upper inner wall surface) of the teapot. However, if the height is greater than the diameter of the body, the shape should be an ellipse corresponding to this.

This idea is similar to the one mentioned above, and the mesh can be loaded without detachment simply by pressing it diagonally into the inner surface of the teapot, and in this state, the mesh of the mesh is fine, but However, since the strainer area is large, there is no clogging.

In addition, even if you add powdered tea, the grains are fine, so no tea leaves will come out.Furthermore, even if you add a small amount of high-quality tea and a corresponding amount of hot water, you can completely immerse the infused tea in the hot water. It also has.

Since a knob 4 is protruded at one location on one side of the edge material 2, there is an effect that the screen can be easily removed for cleaning.

[Brief explanation of the drawing]

FIG. 1 is a perspective view of an example of a sieve net and a teapot according to the present invention, and FIG. 2 is a longitudinal sectional side view of the same in the assembled state. B...Sweet net, 1...Net, 2...Edge material, 4...Knob, A...Teapot, 3...Spout.

Claims (1)

[Scope of utility model registration request] A band-shaped edge material made of a soft elastic material is fixed to the entire periphery of the mesh having a circular or oval shape and a fine mesh, and the diameter of one of the strips is the same as that between the lower end of the inner surface of one side of the peripheral wall of the teapot and the upper edge of the opposite side. A teapot straining net characterized in that the interval dimension is equal to the diameter dimension of the teapot, the other diameter dimension is equal to the diameter dimension of the central part of the body of the teapot, and a knob is provided at one place on one side of the rim material.