KR860000494Y1 - Coffee machine - Google Patents

Abstract

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Description

Kopi Maker

1 and 2 are a longitudinal cross-sectional view and a longitudinal cross-sectional view, respectively, of a first embodiment of the present invention.

3 is a view corresponding to FIG. 2 showing a second embodiment of the present invention.

4 to 7 show a third embodiment of the present invention, and FIG. 4 corresponds to FIG.

5 to 7 are longitudinal cross-sectional views of the main parts, each of which is shown in different states for explaining the action.

* Explanation of symbols for main parts of the drawings

1: main body 6: boiling water generating mechanism

17: motor 18: US case

21: cutter shaft 22: crushed body

24: through hole 30: hot water hot water ball

31: Kopi extract unit 35: Kopi extract unit

39: Koopi extract portion 40: pipe

41: normal body 44: siphon mechanism part

The present invention relates to a koop maker that produces a koop liquid by pulverizing koop beans to produce koop powder and supplying boiling water to the kopi powder.

Conventionally, as an example of this kind of kofi maker, a U.S. case for crushing Kopi beans to be produced on the top of the main body to produce a coppy powder is produced in the U.S. case below the U.S. case. It is envisioned that a kofi extraction section for dropping supply of kopi powder is provided, and a boiling water generation mechanism for supplying hot water directly to the kopi extraction section to extract kopi liquid is provided.

However, according to the above configuration, the steam of hot water supplied from the boiling water generating unit to the kopi extraction unit infiltrates into the upper US case when extracting the Kopi solution, but the steam is absorbed by the KoPI powder attached to the US case. Therefore, the resin powder of the koop powder is eluted and the inner surface of the case for Japan is contaminated. If left as it is, the fat powder decays and becomes unsanitary.

Therefore, it is an object of the present invention to provide a kofi maker that can always maintain hygiene in the case for Japan.

The present invention is to form at least the inner bottom of the U.S. case for the U.S. case and install a pulverized body to rotate around a horizontal axis of the horizontal along the arc of the U.S. case. In the bottom, a through-hole is installed to allow the nose powder to fall, and a nose-bleed extracting part which receives the nose powder falling from the through-hole is installed below the one-side case, and a hot water is formed in the main body to produce the hot water. By forming a hot water generating mechanism for supplying the koop extraction portion through the case and the through hole, the nose nose powder remaining in the Japanese case after crushing the koop beans is heated by boiling water from the hot water generating mechanism. It can be rinsed off in the opi extract section so that the Kopi powder does not remain in the case for Japan after extraction of the kopi solution. There.

Hereinafter, a first embodiment of the present invention will be described with reference to FIGS. 1 and 2.

(1) is a main body, and the bottle rest stand 2 is formed in the lower left of this, and this bottle rest stand 2 has the electric heater 4 and the heating tube 5 in parallel with the heating board 3 in a state. The hot water generating mechanism 6 which is installed and installed is provided. (7) is a bottle detachably mounted on (2) in a bottle base. On the other hand, (8) is a water storage tank mounting portion formed on the lower right side of the main body (1), (9) is a water storage tank detachably attached to the water storage tank mounting portion (8) and the bottom thereof is formed with a cylindrical water supply port (9a) The water supply port 9a is provided with a valve mechanism 12 composed of a valve body 10 and a compression coil spring 11 which biases the valve body 10 in the direction of the arrow A at all times.

On the other hand, at one end of the heating tube 5 of the hot water generating mechanism 6, a connector 13 is formed corresponding to the water supply port 9a of the water storage tank 9, and the projection 13 is provided with a projection. 14 is formed, and as shown in FIG. 1, in the state where the water storage tank 9 is mounted on the water storage tank mounting portion 8, the water supply port 9a is watertightly fitted into the connector 13 and the projection 14 By virtue of this), the valve body 10 reacts against the force of the compression coil spring 11 and is pushed in the opposite direction to the arrow A to maintain the open state of the water supply port 9a. 15 is a motor storage chamber provided in the upper right part of the main body 1, and the unitary cylindrical mounting part 16 is expanded in the left wall part of this. Reference numeral 17 denotes a motor disposed laterally in the motor storage chamber 15, the rotation shaft 17a of which protrudes horizontally from the mounting portion 16. As shown in FIG. By the way, (18) is a cylindrical single-sided case lying on the left side of the open side, which fits the fitting portion 19 protruding outwardly into the outer wall of the mounting portion 16 to the right wall 18a. The cutter shaft 21 disposed above the thrust bottle 7 and connected to the rotary shaft 17a of the motor 17 in a axial support portion 20 protruding inwardly in the center of the right wall 18a. The rotating material is held in the substantially horizontally oriented state. Reference numeral 22 denotes a pair of pulverized bodies fixed to the cutter shaft 21 via the support part 23, and these are shown in parallel with a predetermined gap on the inner circumferential surface of the case for daily use 18, respectively. Numeral 24 denotes a plurality of passage holes formed at the bottom of the case 18, the size of which is set so as to allow passage of the pulverized koop powder to a predetermined particle size or less. Reference numeral 26 denotes a circular lid that closes the left side of the case 1, and the female screw portion 26a formed at the outer edge thereof is attached to the male screw portion 18b formed at the left end outer periphery of the case 18. Are detachably combined. Reference numeral 27 denotes a slope portion which is swelled on the upper part of the beauty case 18, and a single cylindrical heat sink 28 protrudes from the upper surface of the central portion thereof, and again the heat sink 28 and the US A plurality of pouring holes 29 communicating with the case 18 are formed.

On the other hand, 30 is a hot water supply pipe connected to the heating pipe 5 of the hot water generating mechanism 6, and its hot water supply port 30a is located above the hot water receiving portion 28 of the case 18. Denoted at 31 is a funnel-shaped koop extraction portion detachably mounted on the upper opening of the bottle 7, which is located directly below the through-hole 24 of the case 18 for the extraction opening 32 at the bottom. At the same time, a filter 33 made of paper or cloth is laid therein.

Next, the operation of the above configuration will be described.

In order to extract the nosebleed liquid from the state shown in FIG. 1, first, the U.S. case 18 is removed from the mounting portion 16, and the lid 26 is removed from the U.S. case 18, and the U.S. case is used. In (18), put the desired number of people in the kopi beans, seed the lid 26 in the case for Japanese daily use 18, and refit it to the mounting portion 16. Then, the water storage tank 9 is remounted in the water storage tank mounting portion 8. In this way, when water is poured into the water storage tank 9, the water storage tank 9 is removed from the water storage tank mounting portion 8, water is injected into the water of the desired number of people, and then the water storage tank 9 is connected to the water storage tank mounting portion ( 8, the valve body 10 is moved in the direction of arrow A by the force of the compression coil spring 11, and the water supply port 9a is blocked by the valve body 10. As shown in FIG. Next, when the motor 17 is energized and the motor 17 is rotated, the pulverizing body 22 is rotated along the cutter shaft 21 along the cutter shaft 21 by the rotation shaft 17a in the direction of arrow B as shown in FIG. . At this time, since the axial center of the cutter shaft 21 is oriented substantially in the horizontal direction, the pulverized body 22 rotates in the direction of arrow B along the inner circumferential surface of the arc-shaped case 18 of the US-Japan. When the pulverized body 22 is rotated in this manner, the nose beans (indicated by the two-folded line in FIG. 2) in the case 18 are moved in the direction of arrow C shown in FIG. 2 by the rotational force of the pulverized body 22. The mixture is stirred up and down, and the whole Kopi beans are ground uniformly.

Then, the powder powder pulverized to the predetermined particle size by the pulverization body 22 naturally falls into the copulation extracting part 31 through the passage hole 24.

In this manner, when all of the Kopi beans are ground, the motor 17 is disconnected, and instead, the electric heater 4 is energized to generate heat, thereby preheating the bottle 7 and simultaneously heating the bottle (7) from the water tank (9). 5) The hot water is heated to generate hot water. The hot water rises the hot water supply pipe 30 by boiling pressure and flows down from the hot water supply port 30a into the hot water receiving portion 28, and is diffused therein from the pouring hole 29 to the slope portion of the Japanese case 18 ( 17) and the downward drop along the inner circumferential wall of the case 1, and directly dropping directly into the pulverization body 22 and the cutter shaft 21, and finally the Koopi extraction portion (10) from the through hole 24 ( Drop off within 31). At this time, after crushing the nose beans, the remaining nose powder attached to the inner circumferential wall of the case 18 is washed down by hot water flowing downward along the inner circumference wall of the case for Japan 18 as described above. Like this hot water, it is supplied into the koop extraction part 31 from the passage hole 24. FIG. In addition, the nose powder adhering to the pulverized body 22 and the cutter shaft 21 is also washed down by the boiling water dropped from the pouring hole 29 and then washed from the passage hole 24 into the nose extraction portion 31. Lowered. Therefore, the nosebleed powder does not remain in the case for daily use 18. The hot water dropped into the kopi extracting unit 31 as described above penetrates the kopi powder, extracts kopi X, generates kopi liquid, and is filtered by the filter 33 to be bottled from the discharge port 32. It is stored in dripping in (7).

As described above, according to the above configuration, the inner case of the U.S. case 18 is formed in a cylindrical shape with the U.S. case 18 squeezed to the side to form an arcuate surface with the cutter shaft 21 as the axial center. It is installed so as to rotate in close proximity, and at the same time, a through hole 24 is formed in the bottom of the case 18 to allow the nose powder to fall, and falls below the case 18 from the passage hole 24. The Kopi extracting part 31 which receives the Koopi powder to be reinstalled is installed again, and the hot water supply port 30a of the hot water supply pipe 30 extending from the hot water generating device 6 is placed facing the upper side of the case 18. As a result of the configuration, the remaining Koopi powder, which is attached to the U.S. case 18 immediately after the crushing of the KOPI beans, is heated with the boiling water flowing down in the U.S. case 18 in which hot water supply is started by the hot water generating mechanism 6. Together with the through hole 24, it is washed away in the kopi extract 31 And the result may be a co-op powder in the US Daily case 18 to keep within the US Daily case 18 always in hygienically without leaving after extraction of the liquid co-operational.

However, in a configuration in which a conventional motor is disposed vertically on the upper part of the main body and the pulverized body is fixed to a rotating shaft directed downward, steam is introduced into the motor from the gap between the motor and the rotating shaft during the extraction of the nose blood. It is easy to invade, and it is easy to penetrate into this motor from the gap between a motor and the rotary shaft in the structure which arrange | positioned at the lower part of a motor main body in the vertical axis | shaft, and fixed the crushed object to the rotary shaft which directed upward. Therefore, in any of the above cases, a severe watertight seal must be formed between the motor and the rotary shaft, and there is a problem that the cost is high.

In this embodiment, however, the motor 17 is arranged in the motor storage chamber 15 in a lateral virtual manner, and the cutter shaft 21 is connected to the horizontally oriented rotary shaft 17a. And a structure in which steam hardly penetrates from the gap between the motor 17 and the rotary shaft 17a, and can easily finish the seal between the poles of the motor 17 and the rotary shaft 17a and reduce manufacturing costs. Can be.

In addition, in this embodiment, although the case for US Japan 18 was formed in circular shape, it is not limited to this, For example, you may form in a substantially spherical shape.

3 shows a second embodiment of the present invention. The same parts as those of the first embodiment will be denoted by the same reference numerals, and description thereof will be omitted. Only the other parts will be described. That is, in the first embodiment, the nose extract portion 31 is detachably mounted on the upper opening of the bottle 7, but in the second embodiment, the pair is protruded downward from the lower case 18. By attaching the hook portions 34 and 34 of the hook portions 34 and 34 to the detachable engagement portions 36 and 36 formed at the upper end of the koop extraction portion 35. The koop extracting unit 35 is configured to be mounted on the US case 18. In addition, 37 is a lid detachably attached to the upper opening of the bottle 7, and the opening 37a which is located below the extraction opening 38 of the koop extraction part 35 is formed in the center part of this. .

Also in this second embodiment configured in this manner, the same effects as in the first embodiment can be obtained.

4 to 7 show a third embodiment of the present invention. The same parts as those of the first and second embodiments will be denoted by the same reference numerals and will not be described, and only different parts will be described. In other words, reference numeral 39 denotes a kopi extraction portion on a cylindrical container provided in the form of enclosing the through-hole 24 on the bottom of the lower case 18, and the pipe 40 is integrally installed in the center of the bottom thereof. . (41) is an ordinary block with a closed upper end, and a fishnet-shaped filter (42) is provided on the outer periphery of the lower end thereof, and a rim (43) protruding by a predetermined length into the canvas is provided on the outer periphery of the filter (42). .

The normal body 41 is placed on the bottom of the nose extraction section 39 via the rim 43 and the filter 42 in a state of being seeded with a slight gap at the outer peripheral portion of the pipe 40. This normal body 41 constitutes the siphon mechanism 44 like the pipe 40.

In the third embodiment configured as described above, the Koopi powder pulverized in the Japanese case 18 falls from the passage hole 24 onto the filter 42. The hot water dropped into the Kopi extracting unit 39 from the passage hole 24 is configured to be stored in the Kopi extracting unit 39 once. Therefore, the boiling water in the koop extraction portion 39 gradually enters the gap between the ordinary body 41 and the pipe 40 while gradually raising the surface of the boiling water as shown in FIG. 5 and then the boiling water surface as shown in FIG. When the size of the pipe 40 exceeds the upper end, the siphon mechanism 44 generates a siphon phenomenon and the hot water in the nosebleed extracting portion 39 flows out in the direction indicated by the arrow D.

The hot water in the nosebleed extracting section 39 is sufficiently extracted with the nosebleeds from the nosebleed powder and then filtered by a filter 42 to form a nosebleed liquid from the pipe 40 by the siphon phenomenon described above. Outflow is stored in the bottle (7). Once the siphon phenomenon occurs, the hot water surface in the koop extraction portion 39 gradually decreases, and as shown in FIG. 7, the air is sucked into the siphon mechanism portion 44 and lowered to the lower end of the conventional agent 41. The outflow of the nosebleed liquid from 40 stops. In this case, since the siphon shape does not occur until the surface of the hot water in the kopi extracting portion 39 is raised to cover the upper end of the pipe 40, the kopi is heated in the hot water of the kopi extracting portion 39 during this period. The extract is sufficiently extracted from the powder. Therefore, the nosebleed liquid flowing out of the pipe 40 due to the siphon phenomenon is sufficiently extracted X of the nosebleeds.

Thereafter, the siphon phenomenon caused by the siphon mechanism 44 is repeated several times, and the desired amount of kopi liquid is stored in the bottle 7.

As described above, also in the third embodiment, the same effects as those of the first and second embodiments can be obtained, and the siphon mechanism 44 is provided, so that the kopi extract can be sufficiently extracted from the koop powder.

The present invention is to form at least the inner bottom portion of the US-Japan case installed in the main body as an arc-like surface as described above and to install the pulverized body to rotate around the axis of the horizontal approximately along the arc surface of the US-Japan case In the bottom of the case, a through-hole is formed to allow the nose powder to fall. The nose-drop extracting portion receiving the nose powder falling from the through-hole is installed below the case for beauty, and hot water is formed in the main body. Since the hot water generating mechanism is provided to install the hot water generating mechanism for supplying to the koop extraction portion through the first case and the through hole, the hot water from the hot water generating mechanism is scooped from the hot water generating mechanism. It can be rinsed down to the Koopi extraction part by the bottom, and can always keep hygiene inside the case for Japan Can provide a co-op maker represents an excellent practical effect.

Claims (1)

The first case 18 in the main body 1 and the crushed body 22 for crushing the coffee beans installed in the case, the motor 17 for rotating the crushed body and the lower case installed below In a koop maker having a koop extraction unit 31 and a hot water generating mechanism 6 installed in the main body and generating hot water and supplying it to the koop extraction unit via a case for daily use, the shaft of the motor is rotated. The crushed body 22 and the fine powder installed horizontally and formed at least an inner bottom portion of the fine case in an arcuate surface so as to rotate about an axis horizontal 17a approximately horizontal along the arc surface of the fine case. And a through-hole (24) for dropping the koop powder generated by pulverization by the crushed body installed in the bottom of the case to the koop extraction unit.