JP3060505U - Sake ware - Google Patents

Abstract

(57) [Summary] [Problem] The sake of sake is easy to cool in a fully automatic type sake ware because the sake temperature is room temperature. The doco-style is hard to cool because it warms the whole sake bottle, but if you don't monitor it, it gets too hot. SOLUTION The sake brewing apparatus has a bath (1) for storing a bottle (4), a temperature control section (2) in the bath, and a bottle temperature display means (3).
The bath temperature control unit includes a temperature controller (23) including a temperature setting unit (21) and an operation unit (22), a heater (24), and a temperature sensor.
(25). The temperature setting unit is separately connected to the operation unit and the temperature sensor in the bath, and operates the heater with a signal from the temperature sensor. The inside temperature display means includes a inside temperature sensor (31), a display (32), and an alarm (33). The display has a current temperature display section (34) and a desired temperature setting section (35). The current temperature display is connected to the temperature sensor, and the desired temperature setting unit cooperates with the current temperature display to close the alarm circuit when the set temperature is reached.

Description

[Detailed description of the invention]

[0001]

[Technical field to which the invention belongs]

 The present invention relates to a type in which the sake temperature is set in advance on the sake brewing apparatus, and when the temperature reaches the temperature, it is notified that the temperature has risen.

[0002]

[Prior art]

 Conventional sake brewers include a fully automatic type and a doko type. In the fully automatic system, when liquor is poured out of a bottle, the liquor is heated to the installation temperature by a heating coil in the middle of the pipe, and the liquor is received at the sake bottle. The Doco type is a type that heats every bottle.

[0003]

[Problems to be solved by the invention]

 In the fully automatic method, the sake temperature is room temperature, so the heat of sake that has been heated is absorbed by the sake, and the sake tends to cool down. The doco method has the advantage of preventing sake from cooling down because it warms the sake, but the disadvantage is that if you keep hot, the temperature will rise rapidly, so you have to keep it warm. is there.

An object of the present invention is to provide a sake brewing apparatus that solves the problems of the fully automatic type and the doco type.

[0005]

[Means for Solving the Problems]

 The sake brewing apparatus according to the present invention has a bath, a temperature control unit in the bath, and a temperature display unit in the bottle. The bus is capable of accommodating a bottle through a top opening. The temperature control unit in the bath has a temperature controller including a temperature setting unit and an operation unit, a heater, and a temperature sensor. The temperature setting unit is separately connected to the operation unit and the temperature sensor installed in the bath, and the operation unit is connected to the heater installed in the bath, and is operated by a signal of the temperature sensor. The temperature setting unit instructs the operation unit to operate the heater. The liquid temperature display means includes a liquid temperature sensor, a display, and an alarm. The temperature sensor in the bottle can be accommodated in the bottle. The display has a current temperature display section and a desired temperature setting section. The current temperature display is connected to the temperature sensor, and the desired temperature setting unit is connected to the current temperature display and is electromagnetically connected to the alarm to reach a set temperature. The circuit of the annunciator is closed.

[0006] Water is put into the bath, and the power of the sake brewer is turned on. The heater works to reach the temperature set in advance by the temperature controller, and the water temperature rises. This water temperature is detected by the temperature sensor and reported to the temperature setting unit. When the water temperature reaches the set temperature, the temperature setting unit sends a signal to the control unit, which turns on and off the heater, and the water temperature is maintained near the set temperature.

[0007] When the water temperature reaches the specified temperature, a sake bottle containing sake is placed in a bath, and a temperature sensor inside the bottle is placed in the bottle. This temperature sensor is set in advance to the desired warming temperature in the desired temperature setting section in the means for displaying temperature in the liquid bottle.

[0008] When the sake bottle in the bath is heated, the temperature of sake in the bottle rises. The temperature of the liquor being heated is displayed on the current temperature display. Then, when the temperature of the liquor reaches the desired temperature, the alarm device operates to notify the completion of the warming.

[0009] The number of bottles may be singular or plural. In the case of a singular, it will be suitable for homes, and restaurants will adopt the plural type. If a plurality of alarm devices are provided separately to correspond to each temperature display means in the bottle, it is possible to see at a glance which bottle temperature has reached the desired temperature.

[0010] The inside temperature display means may be attached to the bus, and the inside temperature sensor may be suspended in the inside by a movable link between the inside temperature sensor and the display. In this case, the liquid temperature display means is not lost, and even if the position of the liquid crystal is slightly displaced, there is a movable connecting portion so that the liquid temperature sensor can be suspended in the liquid.

[0011] The hanging position may be a bottom portion in the bottle. In this case, since the temperature is measured at the bottom where the sake temperature is the lowest, as in the case of the measurement at the top, the bottom part is too wet when you take out the bottle and think that the desired temperature has been reached. Disappears.

[0012] The inside temperature display means may be of a stand-alone projection type, and the inside temperature sensor may be connected to the display by a rigid connecting portion. In this case, the desired temperature can be set by holding the liquid temperature display means in the hand, and then the liquid temperature display means can be put into the liquid, so that the temperature can be easily set and the liquid position in the liquid bus is free. If there is a time difference between the sake bottles when the sake is warmed, the temperature display means in one sake bottle can be transferred to another bottle and used, and the cost is reduced.

[0013] The temperature controller may be accommodated in an accommodation room provided outside one side wall of the bath. In this case, the temperature controller does not protrude to the outside, so that the temperature controller is easily accommodated.

The indicator may be provided on one surface of a wall portion extending upward from an upper end of one side wall of the bus. In this case, since the display is located above the opening surface of the bus, the display can be easily viewed.

[0015] The one surface may be an upwardly inclined surface. In this case, even if the sake ware is placed at the same height as a normal table in order to make it easier for the sake to be taken in and out of the bus, it is easy to see because the display is facing obliquely upward.

The one side wall may be a side wall on the front side where the opening is located on the back side. In this case, steam is not directly applied to the display, so that erroneous recognition of the display can be prevented.

[0017] The bus is capable of accommodating a plurality of bottles, the bottle temperature display means is provided corresponding to the number of bottles, and the alarm is provided with a display lamp and a buzzer provided in each bottle temperature display means. It may be. In this case, even if you are away from the sake brewer, the buzzer sounds to indicate that the sake is warm, so there is no need to be completely with the sake brewer. In addition, you can easily see which sake is warmed by the display lamp when you get close to the hot water heater.

[0018]

[Embodiment of the invention]

 Reference numeral 1 denotes a bus, 2 denotes a temperature control section in the bus, and 3 denotes a temperature display means in the bottle. The bus 1 can accommodate a bottle 4 through an opening 11 on the upper surface.

The in-bath temperature control unit 2 has a temperature controller 23 including a temperature setting unit 21 and an operation unit 22, a heater 24, and a temperature sensor 25.

The temperature controller 23 controls the temperature of the water in the bus 1. The temperature setting unit 21 for setting the water temperature is separately connected to the operation unit 22 and the temperature sensor 25 installed in the bus 1. It is. The operation unit 22 is connected to a heater 24 installed in the bus 1. Then, the temperature setting unit 21 instructs the operation unit 22 to operate the heater 24 by the signal of the temperature sensor 25.

The liquid temperature display means 3 includes a liquid temperature sensor 31, a display 32, and an alarm 33.

The in-vehicle temperature sensor 31 can be housed in the tori 4. The display 32 has a current temperature display section 34 and a desired temperature setting section 35. The present temperature display section 34 is connected to the temperature sensor 31 in the bottle and displays the current temperature of the sake in the bottle 4. Further, the present temperature display section 34 is also linked to a desired temperature setting section 35.

Further, the current temperature display section 34 and the desired temperature setting section 35 are electromagnetically connected to the alarm 33, and when the set temperature is reached, the circuit of the alarm 33 is closed. Is operated.

Water is put into the bath 1, and the sake liquor is turned on. The heater 24 operates so as to reach the temperature set by the temperature controller 23, and the water temperature rises. The temperature sensor 25 detects this water temperature and notifies the temperature setting unit 21. When the water temperature reaches the set temperature, the temperature setting unit 21 instructs the operation unit 22, and the operation unit 22 turns on and off the heater 24 to maintain the water temperature near the set temperature.

When the water temperature reaches the specified temperature, the sake bottle 4 containing the sake is put into the bath 1 and the temperature sensor 31 inside the bottle is put into the bottle 4. When the sake bottle 4 in the bath 1 is heated, the temperature of the sake in the sake bottle 4 rises. The temperature of the liquor being heated is constantly displayed on the current temperature display section 34. On the other hand, the desired temperature of the hot water is set in advance in a desired temperature setting section 35 provided in the display 32. When the temperature of the liquor reaches the desired temperature, the alarm 33 is activated to notify the completion of the sake.

In the case of a type in which a plurality of bottles are simultaneously heated, if the bottle inside temperature display means 3 is provided according to the number of bottles 4, the alarm device 33 will be provided if any of the bottles 4 reaches the desired temperature. Notifies the end of the sake, so you can easily see which sake sake is hot.

The liquid temperature display means 3 is attached to the bus 1, and the liquid temperature sensor 31 is suspended in the liquid 4 by a movable link 36 between the liquid temperature sensor 31 and the display 32. With this arrangement, the temperature sensor 31 is suspended in the liquid 4 because the movable connecting portion 36 is provided even if the position of the liquid 4 is slightly shifted without losing the liquid temperature displaying means 3. Can be lowered.

The suspension position of the temperature sensor 31 is the bottom of the temperature sensor 4. In this case, the temperature is measured at the bottom of the sake temperature in the sake bottle 4 where the sake temperature is the lowest, so when you take out the sake bottle 4 assuming that the desired temperature has been reached, as in the case of measuring at the top, the bottom portion is too wet. Such a thing disappears.

In FIG. 4, the liquid temperature display means 3 is of an independent projection type, and the liquid temperature sensor 31 is connected to the display 32 by a rigid connecting portion 37. In this way, the desired temperature can be set by holding the liquid temperature display means 3 in hand, and then the liquid temperature display means 3 can be put into the liquid crystal 4, thereby facilitating the temperature setting. In addition, the position occupied in the bus 1 of the bottle 4 is free. Further, if there is a time difference between the sake bottles 4 when the sake is warmed, that is, unless a plurality of sake bottles 4 are taken out of the bus 1 at the same time, one inside bottle temperature display means 3 can be transferred to another bottle case 4 and used. Cost is reduced.

The temperature controller 23 is accommodated in an accommodation room 13 provided outside the one side wall 12 of the bus 1. In this case, the temperature controller 23 does not protrude to the outside, and the temperature controller 23 is well-fitted.

The display 32 is provided on one surface 15 of the wall 14 extending upward from the upper end of the one side wall 12 of the bus 1. In this case, since the display 32 is located above the surface of the opening 11 of the bus 1, the display on the display 32 can be easily viewed.

The one surface 15 is an upwardly inclined surface 16. In this case, even if the sake liquor is placed at a height similar to that of a normal table in order to make it easier for the sake bottle 4 to be taken in and out of the bus 1, the display 32 is obliquely upward and can be easily seen.

One side wall 12 is a side wall 18 on the near side where the opening 11 is located on the side of the back surface 17. In this way, steam is not directly applied to the display device 32, and mis-recognition of the display can be prevented.

The bus 1 is capable of accommodating a plurality of bottles 4, the bottle temperature display means 3 is provided corresponding to the number of bottles 4, and the alarm device 33 is a display provided on each bottle temperature display means 3. A lamp 38 and a buzzer 39 are provided. In this way, the buzzer 39 sounds to indicate that the sake is warm even if it is far from the sake ware, so it is not necessary to keep the sake ware full. In addition, since the display lamp 38 of the sake bottle that has reached the desired temperature is lit when approaching the sake ware, it is easy to determine the sake bottle that has been warmed.

In the drawings, reference numeral 41 denotes a load power supply, and reference numeral 42 denotes a power supply.

[0036]

[Effect of the invention]

 According to the present invention, the current temperature display section of the liquid temperature display means is connected to the liquid temperature sensor, and the alarm device is activated when the display value of the desired temperature setting section and the current temperature display section match. As a result, it is possible to know that the hot water is on the alarm, so that the temperature of the hot water does not become too high or too low.

According to the second aspect, the temperature sensor in the bottle is securely suspended in the bottle even if the position of the bottle is slightly displaced without losing the temperature indicator in the bottle.

According to the third aspect, since the temperature is measured at the bottom where the sake temperature is the lowest, the gap between the desired temperature and the actual temperature can be eliminated.

According to the fourth aspect, since the desired temperature can be set by holding the liquid temperature display means in the hand and then input to the liquid bottle, the temperature can be easily set, and the position of the liquid bottle in the bus can be set freely. If there is a difference in the time of warming, the temperature display means in one bottle can be applied to another bottle in sequence, reducing costs.

According to the fifth aspect, the temperature controller does not protrude to the outside, and the temperature controller has good fit.

According to the sixth aspect, since the display is located above the opening surface of the bus, the display can be easily viewed.

According to claim 7, even if the sake liquor is placed at a height similar to that of a normal table in order to make it easier to put the sake into and out of the bus, the display is directed obliquely upward. easy.

According to the eighth aspect, steam is not directly applied to the display device, and the display can be prevented from being erroneously recognized.

According to the ninth aspect, even if the user is at a place away from the sake brewing apparatus, the buzzer sounds to indicate that the brewer has warmed up. In addition, you can easily see which sake bottle is warmed by the display lamp when you get close to the hot water heater.

[Brief description of the drawings]

FIG. 1 is a perspective view showing a specific example of a sake brewer according to the present invention.

FIG. 2 is a detailed view of a bath temperature control unit.

FIG. 3 is a circuit diagram of a temperature display means.

FIG. 4 is a cross-sectional front view of another example of the temperature display means.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Bus 2 Temperature control part in bus 3 Temperature display means in a bottle 4 Bottle 11 Open 12 One side wall 13 Accommodation room 14 Wall part 15 One side 16 Inclined surface 17 Back surface 18 Side wall 21 Temperature setting part 22 Operating device 23 Temperature controller 24 Heater 25 Temperature sensor 31 Tori temperature sensor 32 Indicator 33 Indicator 34 Current temperature display 35 Desired temperature setting 36 Flexible connection 37 Rigid connection 38 Indicator lamp 39 Buzzer

Claims (9)

[Utility model registration claims] 1. A bus (1), a temperature control section (2) in a bus, and a temperature display means (3) in a bath, wherein the bus (1) has an opening (11) on an upper surface.
The temperature control unit (2) in the bath can be accommodated through a temperature setting unit (21) and an operation unit (22).
A temperature controller (23) including a heater (24) and a temperature sensor (25), and the temperature setting unit (21) is installed in the operation unit (22) and the bus (1). The temperature sensor (25) is individually connected to the
(22) is connected to the heater (24) installed in the bath (1), and the temperature setting unit (21) instructs the operation unit (22) by the signal of the temperature sensor (25). The heater (24) is operated by means of the liquid temperature display means (3).
It has a display (32) and an alarm (33), the temperature sensor (31) in the bottle can be accommodated in the bottle (4), and the display (32) has a current temperature display section (34) and a desired temperature. Setting section (3
5), the current temperature display section (34) is connected to the temperature sensor (31), the desired temperature setting section (35) is connected to the current temperature display section (34), A sake brewing apparatus characterized in that the circuit of the alarm (33) is closed when the temperature reaches a set temperature by being electromagnetically connected to the alarm (33). 2. The liquid temperature display means (3) is attached to the bus (1), and the liquid temperature sensor (31) is connected to the display (32) by a movable link (36). The sake brewing apparatus according to claim 1, wherein the sake brewing apparatus is suspended in the sake bottle (4). 3. The sake brewing apparatus according to claim 2, wherein the hanging position is a bottom of the sake bottle (4). 4. The liquid temperature display means (3) is of a stand-alone type, and the liquid temperature sensor (31) is connected to the display (32) by a rigid connecting portion (37). The sake brewing apparatus according to claim 1, wherein 5. The temperature controller (23) is connected to one side wall of the bus (1).
The sake liquor according to claim 1, which is housed in a housing room (13) attached to the outside of (12). 6. The display (32) is provided on one side wall (12) of the bus (1).
The sake liquor according to claim 1, 2 or 3, which is provided on one surface (15) of the wall portion (14) extending upward from the upper end of the liquor. 7. A sake brewing apparatus according to claim 6, wherein said one surface (15) is an upwardly inclined surface (16). 8. A liquor according to claim 6, wherein said one side wall (12) is a front side wall (18) in which said opening (11) is located on the back side (17) side. Warm pot. 9. The bus (1) can accommodate a plurality of sake bottles,
The liquid temperature display means (3) is provided corresponding to the number of liquid liquids (4), and the alarm device (33) is provided with a display lamp (38) provided on each liquid temperature display means (3). The sake brewing apparatus according to claim 1, which is a buzzer (39).