JPS6138008Y2 - - Google Patents

Description

[Detailed Description of the Invention] Industrial Application Field This invention relates to a tea ceremony water boiling device that is convenient to use in a furnace installed in a tea ceremony room and allows for a variety of fun tea making practices.

BACKGROUND ART A conventional electric heating element 40 is brought into contact with a water heater body 41 to heat water, and overheating is prevented by a thermostat 42, as shown in FIG. (See Publication No. 48-36144).

In addition, it is known that a heating wire is used as the heat source for the wind stove used during tea making, and a simulated charcoal 43 in the same shape as charcoal is attached to the heating wire, as shown in Fig. 6 (Jikkosho). 52-15426).

Problems to be Solved by the Invention By the way, the device shown in Figure 5 is a conventionally known electric sake brewing device, and is not suitable for use in tea making. Although the one shown in FIG. 1 is used for tea making, it is not suitable for use in a furnace having a furnace section 32 lower than the floor section 34 as shown in FIG. This invention solves the above problems and aims to provide a tea ceremony water boiler that is convenient to use.

Means for Solving the Problem The structure of this invention to achieve the above object is that an opening 9 is provided at the upper part of the hakama pot 1 and an intermediate partition plate 1 is provided.
0 into a hot water storage section 11 and a bottom section 2, a skirt section 13 is provided protruding from the side wall surface 12 located above the bottom section 14 of the hakama pot 1, and an electric heating element 3 is further installed on the bottom surface of the intermediate partition plate 10. A pot in which a residual water reservoir 16 is provided on the intermediate partition plate 10 by making the central part 15 of the intermediate partition plate 10 slightly higher, and a temperature sensing part 4 is brought into contact with the central part 15 of the intermediate partition plate 10. A body 5 and a red light emitting bulb 7 inside the charcoal pattern frame 6
The red light emitting bulb 7 is composed of a charcoal-shaped body 8 formed so as to turn on when the electric heating element 3 is energized and extinguished when the electric heating element 3 is de-energized, and the charcoal-shaped body 8
The charcoal pattern frame 6 is formed into a cylindrical shape with each patterned charcoal 17 standing upright and a light bulb insertion part 18 provided in the center.
The red light emitting bulb 7 is detachably attached to the socket 19, and a polygonal cylindrical acrylic plate tube 21 with an uneven surface 20 is provided on the outside thereof. The first cord 2 is connected to the second outlet 23 and the energizing circuit is connected to the first cord 2 with the first switch 24 attached to the first outlet 22.
If the first plug 26 of 5 is installed, the electric heating element 3 and the temperature sensing part 4 are connected in series, and the second outlet 23 is provided with a second switch 27, and the second switch 27 is connected to the second cord 28. When the second plug 29 provided at the base end of the socket 19 is inserted into and removed from the second outlet 23, it opens and closes, and the third plug 30 provided at the tip of the second cord 28 is inserted into the third outlet 36 of the socket 19. Electric heating element 3 and temperature sensing section 4
and a red light emitting bulb 7 are connected in series.

Function: This invention uses the above-mentioned means to operate the hook body 5.
Fill the hagama 1 that forms the tea room, insert the first plug 26 of the first cord 25 into the first outlet 22, and connect the first cord 25 to the power supply (outlet) installed in the tea room. switch 2
4 is closed, the electric heating element 3 attached to the bottom 2 of the pot 1 is energized to heat the water put into the pot 1. Also, connect the second cord 2 to the second outlet 23.
If the second plug 29 provided at the tip of the second cord 28 is inserted, and the third plug 30 provided at the tip of the second cord 28 is further inserted into the third outlet 36 of the socket 19 in which the red light emitting bulb 7 is attached, the electric heating element 3 The temperature sensor 4 and the red light emitting bulb 7 are connected in series, and the water in the pot 1 is heated by the electric heating element 3, and the red light emitting bulb 7 is also energized to emit light. The charcoal shaped body 8 is illuminated through the cylindrical acrylic plate tube 21 as if it were on fire, and the hot water in the hagama 1 is pumped up from the opening 9 and the hot water remains only in the residual water reservoir 16. When the center portion 15 provided on the intermediate partition plate 10 becomes exposed, the temperature sensing portion 4 senses the heating of the center portion 15 and automatically stops energization.

Embodiment An embodiment of this invention will be described below with reference to the drawings. Reference numeral 1 is a hakama. An opening 9 is provided at the top of the hakama 1, and the hakama 1 is partitioned into a hot water storage portion 11 and a bottom portion 2 via an intermediate partition plate 10. A skirt portion 13 is provided protruding from the side wall surface 12 located above the bottom surface portion 14 of the intermediate partition plate 10, and the electric heating element 3 is brought into contact with the bottom surface of the intermediate partition plate 10, and the center portion 15 of the intermediate partition plate 10 is made slightly higher. Residual water reservoir 16 on the intermediate partition plate 10
and a pot body part 5 in which the temperature sensing part 4 is brought into contact with the center part 15 of the intermediate partition plate 10, and a charcoal pattern frame body 6.
A red light-emitting bulb 7 is installed inside, and the red light-emitting bulb 7 is made of a charcoal-shaped body 8 formed so that it lights up when the electric heating element 3 is energized and turns off when the electric heating element 3 is de-energized. The charcoal pattern frame 6 of the body 8 is formed into a cylindrical shape with each patterned charcoal 17 standing upright and a light bulb insertion part 18 provided in the center, and the red light emitting bulb 7 is inserted into the socket 19.
A polygonal cylindrical acrylic plate tube 21 with an uneven surface 20 is provided on the outside, and a first outlet 22 is provided on the bottom surface 14 of the pot 1.
The electric heating element 3 and the temperature sensing section 4 can be connected in series by attaching the first plug 26 of the first cord 25 equipped with the first switch 24 to the first outlet 22 and connecting the second outlet 23 and the second outlet 23. A second switch 27 is connected to the second outlet 23.
The second switch 27 is connected to the second outlet 2 of the second plug 29 provided at the base end of the second cord 28.
When the third plug 30 provided at the tip of the second cord 28 is inserted into the third outlet 36 of the socket 19, the electric heating element 3, temperature sensing part 4, and red light emitting bulb 7 When the second plug 29 is pulled out from the second outlet 23, the second switch 27 returns to its old position. Also 35
31 is a lid body, 31 is a hanging part, 32 is a furnace part, 33 is an ash part, and 34 is a floor part.

Effects of the invention This invention has the above-mentioned configuration, and includes a pot body 5 equipped with an electric heating element 3 and a temperature sensor 4 that automatically stops electricity supply when the temperature rises on the bottom 2 of the pot 1. A red light emitting bulb 7 is mounted inside the charcoal pattern frame 6,
The red light emitting bulb 7 is provided with a charcoal-shaped body 8 formed so that it lights up when the electric heating element 3 is energized and turns off when the energization is de-energized, making it easy to boil water during tea operation. The charcoal-patterned frame body 6 equipped with the red light-emitting bulbs 7 allows the tea ceremony to be enjoyed. This can be easily detected using the red light emitting bulb 7, which is extremely convenient in terms of safety.

Further, a skirt portion 13 is provided to protrude from the side wall surface 12 located above the bottom surface portion 14 of the hakama pot 1, and serves as a cover for the bottom surface portion 14 of the hakama pot 1, the first outlet 22, and the second outlet 23. The first plug 26 of the first cord 25 inserted into the outlet 23 and the second plug 29 provided at the base end of the second cord 28 are not exposed and do not spoil the aesthetic appearance of the tea room, and the opening of the hagama 1 is Even if hot water leaks onto the surface of the hagama 1 when drawing hot water from the section 9, the first outlet 22 and the second outlet 2
3 does not get wet and prevents the risk of electrical leakage, which is suitable for safety measures.

In addition, if the first plug 26 of the first cord 25 equipped with the first switch 24 is attached to the first outlet 22, the electric heating element 3 and the temperature sensing part 4 are connected in series, so that hot water cannot be used in the Hagama 1 other than the tea mode. During use, the red light emitting bulb 7 is not energized when used for boiling water, thereby preventing wasteful use of electric power and damage caused by energizing the red light emitting bulb 7 over a long period of time, resulting in a long service life. Also, the second outlet 23 has a second switch 27.
The second switch 27 is connected to the second outlet 2 of the second plug 29 provided at the base end of the second cord 28.
When the third plug 30 provided at the tip of the second cord 28 is inserted into the third outlet 36 of the socket 19, the electric heating element 3, temperature sensing part 4, and red light emitting bulb 7 are connected. Since they are connected in series, the red light emitting bulb 7 is energized during the tea ceremony, creating the appearance that charcoal is lit below the cauldron body 5, making the tea ceremony more enjoyable.

Furthermore, the charcoal-patterned frame 6 of the charcoal-shaped body 8 is formed into a cylindrical shape with each patterned charcoal 17 standing upright and a light bulb insertion part 18 provided in the center, and the red light emitting bulb 7 is inserted into the socket 19.
By providing a polygonal cylindrical acrylic plate tube 21 with an uneven surface 20 on the outside of the acrylic plate tube 21, which is removably attached to the charcoal tube, diffused reflection of red light occurs and promotes the effect of burning charcoal. This will liven up the atmosphere in the tea room.

Furthermore, it has a simple structure, is suitable for mass production, and can be provided at low cost, and has many practical effects.

[Brief explanation of drawings]

FIG. 1 is a front view, FIG. 2 is a partially cutaway perspective view of the main part, FIGS. 3 and 4 are circuit diagrams, and FIGS. 5 and 6 are explanatory diagrams of a conventional product. 1... Hagama, 2... Bottom, 3... Electric heating element,
4... Temperature sensing part, 5... Pot body part, 6... Charcoal pattern frame body, 7... Red light emitting bulb, 8... Charcoal shaped body, 9...
...Opening portion, 10...Middle partition plate, 11...Hot water storage section, 12...Side wall surface, 13...Skirt portion, 1
4... Bottom part, 15... Center part, 16... Residual water reservoir part, 17... Patterned charcoal, 18... Light bulb insertion part, 1
9... socket, 20... uneven portion, 21... acrylic plate tube, 22... first outlet, 23... second outlet, 24... first switch, 25...
1st code, 26...1st insertion, 27...2nd
switch, 28... second cord, 29... second insertion, 30... third insertion, 31... hanging part, 32... furnace part, 33... gray part, 34... floor surface part, 35... ...Lid body.

Claims (1)

[Scope of utility model registration request] An opening 9 is provided in the upper part of the hakama pot 1, and an intermediate partition plate 10 is provided.
A skirt portion 13 is provided to protrude from the side wall surface 12 located above the bottom surface portion 14 of the pot 1, and an electric heating element 3 is further provided on the bottom surface of the intermediate partition plate 10. A pot body in which a residual water reservoir part 16 is provided on the intermediate partition plate 10 by making the central part 15 of the intermediate partition plate 10 slightly higher and a temperature sensing part 4 is brought into contact with the central part 15 of the intermediate partition plate 10. 5, and a red luminescent bulb 7 is mounted inside the charcoal pattern frame 6, and the red luminescent bulb 7 is shaped like charcoal so that it lights up when the electric heating element 3 is energized and goes out when the electric heating element 3 is de-energized. The charcoal pattern frame 6 of the charcoal shaped body 8 is formed into a cylindrical shape with each patterned charcoal 17 standing upright and a light bulb insertion part 18 provided in the center, and the red light emitting bulb 7 is inserted into a socket. Attached to 19 in a removable manner,
Moreover, a polygonal cylindrical acrylic plate tube 21 having an uneven surface 20 is provided on the outside thereof, and a first outlet 22 and a second outlet 23 are provided on the bottom surface 14 of the hakama pot 1.
At the same time, the energizing circuit is connected to the first outlet 2.
If the first plug 26 of the first cord 25 provided with the first switch 24 is attached to the second outlet 2, the electric heating element 3 and the temperature sensing part 4 will be connected in series, and the second outlet 2 will be connected in series.
3 is provided with a second switch 27, which opens and closes when a second plug 29 provided at the base end of the second cord 28 is inserted into and removed from the second outlet 23, and the second cord 28 is opened and closed. This water boiler for a tea ceremony is formed so that when a third plug 30 provided at the tip is inserted into a third outlet 36 of a socket 19, an electric heating element 3, a temperature sensing part 4 and a red light emitting bulb 7 are connected in series.