KR200413517Y1 - Water supply apparatus for a mixer - Google Patents

Abstract

The present invention relates to a water supply device for a blender that can be supplied to the blender by adjusting the water temperature.

To this end, in the present invention, in the water supply device for supplying the adjusted water to a specific temperature, a hot water pipe, a water pipe, and a brine tube are installed, so that hot water, room temperature water, cold water, and brine are rapidly used to minimize the energy consumption. A water supply tank capable of adjusting the water temperature; A circulation pipe connected to the water supply tank to circulate the water in the water supply tank or to supply the water to the mixer; A pump installed in the circulation pipe; A water supply pipe connected to the circulation pipe to supply water to the circulation pipe to the mixer; It provides a water supply device for the blender consisting of a control unit for controlling the water temperature in the water supply tank and the circulation of water through the circulation pipe and the water supply to the blender.

Therefore, the present invention can prevent the loss of water according to the compounding process, maintain the water temperature constant, supply the water of the set temperature quickly and quantitatively, and minimize the energy consumption in the process of adjusting the water temperature of the water supply tank. It has a useful effect.

Mixer, water supply equipment, water supply tank, circulation pipe, pump.

Description

Water supply apparatus for a mixer

1 is a schematic view showing the structure of a conventional water supply device for a blender,

Figure 2 is a schematic diagram showing the structure of the water supply device for a blender according to the present invention,

3 is a schematic view showing another embodiment of the water supply device for a blender of the present invention,

Figure 4 is a schematic view showing another embodiment of the water supply for the blender of the present invention.

<Explanation of symbols for the main parts of the drawings>

100: water tank 110: temperature sensor

120: water level sensor 130: hot water pipe

140: water supply pipe 150: brine pipe

160: supply valve 170: drain piping

180: overflow piping 200: circulation piping

210: circulation valve 220: recovery valve

230: main supply piping 240: main supply valve

250: water meter 300: pump

400: water supply pipe 410: supply valve

500: manual valve M: mixer

The present invention relates to a water supply device for a blender, and more particularly, to a water supply device for a blender that can be supplied to the blender by adjusting the water temperature to a temperature set to be suitable for blending.

In general, the water supply device is a device for supplying water after adjusting the water supply to a predetermined temperature, for example, in the case of the water supply device installed in the mixing process during the production process of the product of the bakery, the water required for mixing is heated to a specific temperature. Cooling is supplied.

Therefore, the water supplied through the water supply device plays a very important role in the mixing process. If the temperature of the supplied water is lower or higher than the set temperature, the normal mixing and kneading is not performed, which significantly reduces the quality of the bakery product. Thrown away.

1 is a schematic view showing a conventional water supply device for a blender, the water supply tank 10 is provided with a water supply pipe 11 and a hot water pipe 12 for the inflow of room temperature water and hot water, the water temperature of the water supply tank 10 In order to even the stirrer 13 is installed, the heater tube 14 is installed to quickly heat the water in the water supply tank 10 by steam.

In addition, the water supply tank 10 is connected to the water supply pipe 20 for water supply, the water supply pipe 20 is provided with a pump 30 and several valves 21, the end of the water supply pipe 20 is a mixer (M) )). One of the water supply tanks 10 maintains a water temperature of approximately 5 ° C., and the other maintains a water temperature of approximately 10 ° C.

The water supply apparatus for the conventional mixer M as described above selects the water supply tank 10 of the water temperature most similar to the temperature of the water supply required for the mixing, and then supplies the water supply tank through the cold or hot water of the water supply pipe 11 and the hot water pipe 12. The temperature of the water supply tank 10 was adjusted by adjusting the water temperature of 10 or receiving steam through the heater tube 14. Therefore, the water of the water supply tank 10 was supplied to each blender M by the water supply pipe 20 and the pump 30. FIG.

However, in the conventional mixer water supply device, each time a new mixing process through the mixer (M) is carried out, the water of a certain temperature must be newly supplied to the mixer (M). In this case, the water supply pipe 20 receives the water supplied in the previous water supply process. This water temperature remains in a changed state.

Therefore, in the related art, all of the water in the water supply valve must be discharged to the empty mixer M by the worker, which causes severe waste of water, so that even if the water in the water supply pipe 20 is removed, the water supply pipe 20 is deprived of itself. Due to the loss of thermal energy, the mixer (M) has a problem that the water supply of the correct temperature can not be made.

In the related art, since almost all operations such as piping work related to the water supply of the mixer (M) are performed by manual labor, the compounding process itself is considerably delayed, and the water supply tank 10 is covered with a heat insulating material 15 although In addition, there was a problem that the water temperature was changed during the idle time between the compounding processes, which could not be immediately used in the next compounding process.

In addition, in the related art, since several valves are opened and closed by an operator, even a mistake of incorrectly opening and closing one valve was very likely to cause a large loss due to the wrong mixing process itself.

Furthermore, in the related art, when water is additionally introduced into the water supply tank 10 due to the lack of water supply, the water temperature is adjusted, which affects the temperature of the water supplied through the water supply pipe 20. Therefore, it is practically difficult to adjust the water temperature of the water supply tank 10 in the water supply process, and since it is almost impossible to resupply the water after supplying water to the water supply tank 10 and then adjusting the temperature, it is simply added to the mixer (M). I could not.

In addition, since the conventional water supply device for the blender relies on hot water or steam to adjust the water temperature of the water supply tank 10, a large energy consumption problem has also occurred.

The present invention is devised to solve the conventional problems as described above, the object of the present invention is to prevent the loss of water according to the compounding process, to maintain a constant water temperature, and to quickly and quantitatively set the water of the set temperature An object of the present invention is to provide a water supply device for a blender which can be supplied in a fixed quantity.

Another object of the present invention is to provide a water supply device for the blender that can minimize the energy consumption in the process of adjusting the water temperature of the water supply tank.

In order to achieve the above object, the water supply device for the blender of the present invention is a water supply device for supplying the adjusted water at a specific temperature, and since the hot water pipe, the water supply pipe, and the brine pipe are installed, using hot water, room temperature water, cold water, and brine A water supply tank capable of quickly adjusting the water temperature to a specific temperature while minimizing energy consumption; A circulation pipe connected to the water supply tank to circulate the water in the water supply tank or supply the water to the mixer (M); A pump installed in the circulation pipe; A water supply pipe connected to the circulation pipe to supply water of the circulation pipe to the mixer M; It characterized in that the control unit for controlling the water temperature in the water supply tank and the circulation of water through the circulation pipe and the water supply to the blender (M).

Hereinafter, the configuration of the water supply device for a blender of the present invention will be described in detail with reference to the accompanying drawings.

Figure 2 is a schematic diagram showing the structure of the water supply device for a blender according to the present invention, the water supply device for the blender of the present invention largely as shown in the water supply tank 100, the circulation pipe 200, the pump 300, It consists of a water supply pipe (400).

First, the water supply tank 100 is a tank for storing the water for mixing and adjusting to a specific temperature, and installs a temperature sensor 110 for checking and detecting the temperature of the stored water and a water level sensor 120 for detecting the water level. And the hot water pipe 130 is supplied with hot water, the water supply pipe 140 is supplied with room temperature and cold water, the brine tube 150 is circulated refrigerant, the hot water pipe 130, the water supply pipe 140, the brine pipe 150 ) Is provided with a supply valve (160). In addition, a drain pipe 170 for draining the water supply tank 100 and an overflow pipe 180 for preventing an overflow are installed.

The circulation pipe 200 is a pipe for supplying water from the water supply tank 100 to the mixer M as the water in the water supply tank circulates, is installed in connection with the water supply tank 100, and the circulation valve 210 Recovery valves 220 are also installed to block the flow of water that is circulated or recovered.

And the main supply pipe 230, which is a bypass pipe of the circulation valve 210 is installed in a portion of the circulation pipe 200, the main supply pipe 230 and the main supply valve 240 and the blender (can block the flow of water) Install a water meter 250 to check the quantity supplied to M). In addition, the manual valve 500 is appropriately installed in a portion of the circulation pipe 200 in which several pipes are jointed, such that the water can be forcibly blocked by an operator in an emergency.

The pump 300 serves to supply water from the water supply tank 100 to the mixer M or circulate along the circulation pipe 200. In the present invention, the water supply tank 100 and the circulation valve ( Install between 210).

The water supply pipe 400 is a pipe for supplying water from the circulation pipe 200 to the mixer M, and is connected to the circulation pipe 200 for each mixer M, and a supply valve 410 is installed. To control the water supply through the control unit.

The control unit is a built-in conventional microprocessor to control the overall process for water supply to the blender (M), such as water temperature control in the water supply tank 100 and the circulation of water through the circulation pipe 200 and the water supply to the blender (M). Although not shown in the drawing, the supply valve 160 of the water supply tank 100, the circulation valve 210 of the circulation pipe 200, a recovery valve 220, a main supply valve 240, and a water meter 250 are provided. And, so that the pump 300 and the supply valve 410 of the water supply pipe 400 electrically connected so that the operator can automatically supply water to the desired mixer (M).

The operation and effect of the water supply device for a blender of the present invention configured as described above will be described in detail with reference to FIG. 2.

When the water temperature and quantity of the blender M and the water to be supplied are input to the controller, the controller supplies water such as hot water, room temperature water, or cold water through the hot water pipe 130 and the water pipe 140 of the water supply tank 100. Will be supplied.

At this time, the water in the water supply tank 100 is supplied with hot water, room temperature water, cold water is adjusted to the set hot water, or heated or cooled to the water temperature set by the operation of the brine. In addition, since the water of the circulation pipe 200 is continuously introduced and discharged into the water supply tank 100 by the pump 300, the water of the water supply tank 100 and the water of the circulation pipe 200 are changed to the water temperature input to the controller.

Therefore, when the water in the water supply tank 100 reaches the input water temperature, the control unit detects it through the temperature sensor 110 of the water supply tank 100 to close the circulation valve 210, the main supply valve 240 and The supply valve 410 of the water supply pipe 400 connected to the blender M is opened to supply water for blending to the blender M.

 And when the amount of water supplied through the water meter 250 reaches the amount of water input to the controller, the circulation valve 210 is opened, and the water supply pipe 400 connected to the main supply valve 240 and the mixer (M). Supply valve 410 is shut off. Therefore, the water supply of the mixing machine (M) is precisely the amount of water input to the control unit, the water in the circulation pipe 200 is continuously circulated through the water supply tank 100, so to maintain a constant water temperature at all times, or other water temperature input by the control unit Can be changed to

As described above, the water supply device for the blender of the present invention adjusts the water temperature of the water supply tank 100 through hot water, room temperature water, cold water, and brine, and thus, unnecessary energy consumption when compared with the conventional technology of setting water temperature depending on refrigerant and hot water. This minimizes the cost of operating and maintaining the blender water supply.

In addition, the water supply device for the blender of the present invention is a way that the water in the water supply tank 100 and the circulation pipe 200 is always circulated, so that it is possible to continuously maintain the water temperature required for the compounding, thereby immediately supplying the compounding work, Through the water meter 250, the amount of water required for the formulation can be precisely controlled and supplied. Therefore, unlike the prior art, each time a new mixing process is made, there is no need to waste water in the pipe forcibly, and the water supply time is drastically shortened.

Moreover, since the water supply device for the blender of the present invention automatically controls the water supply required for the mixing by the control unit, unlike the prior art, which is a manual method, it is very easy to manage, there is little possibility of wrong water supply, and the manpower can be greatly reduced. do.

3 is a view showing an example of additional expansion of the mixer (M) to the circulation pipe 200, the expanded mixer (M) is connected to the circulation pipe 200 by the water supply pipe (400). The present invention having such an embodiment, even if the mixer (M) is additionally added is made of the same water supply as the other mixer (M), the additional expansion of the water supply tank 100 is unnecessary, greatly reducing the cost of the facility, the capacity of the mixing facility is greatly Will be improved.

And Figure 4 shows an example in which the water supply device for the blender of the present invention is installed in multiple connections, this embodiment is very suitable when more water supply is required, or when water supply of different water temperature is required. It can be utilized as, the operation and effect is the same as described in FIG.

On the other hand, the embodiment of the present invention is only to describe a preferred example, the scope of the present invention is not limited to such, it is possible to change appropriately within the scope of the same thought.

As described above, the present invention has an effect of minimizing unnecessary energy consumption by adjusting the water temperature because the water temperature of the water supply tank is adjusted through hot water, room temperature water, cold water, and brine.

In addition, the present invention circulates the water in the water supply tank and the circulation pipe, it is possible to continuously maintain the water temperature required for the formulation. Therefore, there is an effect that a rapid quantitative water supply is made and a very useful effect of reducing waste of unnecessary water.

In addition, the present invention is not only because the whole process of water supply is controlled by the controller, but also the water supply work is performed very quickly, and it is easy to manage, easy to expand, almost no possibility of water supply accidents, and can greatly reduce manpower. It has a useful effect.

Claims (6)

In the water supply device that supplies the filled water to a specific temperature, Since the hot water pipe 130, the water supply pipe 140, and the brine pipe 150 are installed, the water supply tank 100 that can quickly adjust the water temperature to a specific temperature while minimizing energy consumption by using hot water, room temperature water, cold water, and brine; ; A circulation pipe 200 connected to the water supply tank 100 to circulate the water in the water supply tank 100 or supply the water to the mixer M; A pump 300 installed in the circulation pipe 200; A water supply pipe 400 connected to the circulation pipe 200 to supply water of the circulation pipe 200 to the mixer M; Control unit for controlling the water temperature in the water supply tank 100 and the circulation of water through the circulation pipe 200 and the water supply to the mixer (M) Water supply device for a blender, characterized in that consisting of. The water supply tank (100) of claim 1, further comprising: a water level sensor (120), a temperature sensor (110), a drain pipe (170), and an overflow pipe (180); Water supply device for a blender, characterized in that the supply valve 160 is installed in the hot water pipe 130, water supply pipe 140, brine pipe 150. The method of claim 1, wherein the circulation pipe 200 A circulation valve 210 capable of blocking the flow of circulated water; A recovery valve 220 capable of blocking the flow of recovered water; A main supply pipe 230 capable of bypassing the circulation valve 210; The main supply valve 240 and the water meter 250 installed in the main supply pipe 230 Watering device for a blender, characterized in that configured to include. The water supply device for a blender according to claim 1, wherein the water supply pipe (400) is provided with a supply valve (410) for controlling the water supplied to the blender (M). According to claim 1, wherein the control unit for supplying water to the mixer (M), the supply valve 160 of the water supply tank 100, the circulation valve 210 and the main supply valve 240 of the circulation pipe 200 And a water supply unit 250, the pump 300 and the water supply pipe 400, characterized in that for controlling the supply valve 410 of the water supply pipe 400. The water supply device for a blender according to any one of claims 1 to 4, wherein a manual valve (500) is further provided on the circulation pipe (200) and the main supply pipe (230).

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