KR100214695B1 - Cold and hot combined slush machine - Google Patents

Abstract

The present invention relates to a combination of cold and hot slush machine, conventionally used only in the hot summer season because it only creates a cold slush and not used in the winter season is not only inconvenient maintenance of the device, but also has the disadvantage that the utilization of the device is reduced The present invention was equipped with a refrigeration cycle device including the e-drum and a heating means for heating the beverage to make the slush beverage and hot beverage according to the seasonal change, such as summer and winter, regardless of the season By making the device available, the device can be used more efficiently.

Description

Cold and hot combined slush machine

The present invention relates to a combination of cold and hot slush machine, and more particularly to a combination of cold and hot slush machine to increase the utilization of the device by selectively making a cold slush beverage and warm hot beverage of the raw material of the raw material container will be.

In general, SLUSH MACHINE is equipped with a refrigeration cycle device and uses it to make raw liquids such as juices and other drinks into a slush state of liquid and solid so that it can be eaten coolly.

The slush machine is a refrigeration cycle device including a compressor, a condenser, a capillary tube and the evaporator of the evaporator of the modified form, and a raw material container having a predetermined volume and the raw liquid is injected and installed to position the ebrum inside, And a scraper for scraping ice formed on the surface of the evaporator, driving means for driving the scraper, and a takeout means coupled to one side of the raw material container to extract the slush inside the raw material container. do.

The operation of the slush machine including the components as described above is that when the raw material solution is put into the raw material container and the current is applied, ice is frozen on the surface of the ebrum while the refrigeration cycle device is operated, and the drive motor is driven at the same time. The scraper rotates to scrape off the ice formed on the surface of the e-drum. In this way, by continuously scraping the ice formed in the ebrum, the raw material liquid in the raw material container is changed into a slush state (SLUSH). The slush inside the raw material container is taken out by using a taking out means.

However, the slush machine as described above is used only in the hot summer season because it only creates a cold slush and not used in the winter, which is not only inconvenient to maintain the device but also had the disadvantage of lowering the utilization of the device.

Accordingly, an object of the present invention is to provide a cold and hot combined slush machine to increase the utilization of the device by selectively making a cold slush beverage and a warm hot beverage of the raw material of the raw material container.

Figure 1a is a side cross-sectional view showing a cold, hot dual slush machine of the present invention,

1B is a cross-sectional view taken along line AA ′ of FIG. 1A;

1C is a cross-sectional view taken along line BB ′ of FIG. 1B;

Figure 2a is a partial cross-sectional view showing another embodiment of the cold, hot combined slush machine of the present invention,

2B is a side cross-sectional view of FIG. 2A;

Figure 3a is a partial cross-sectional view showing another embodiment of a cold, hot combined slush machine of the present invention,

3B is a side cross-sectional view of FIG. 3A,

Figure 4a is a partial cross-sectional view showing another embodiment of the cold, hot combined slush machine of the present invention,

4B is a side cross-sectional view of FIG. 4A.

(Explanation of symbols for the main parts of the drawing)

One ; Main body case 2; compressor

3; Condenser 4; Eva Drum

5; Raw material container 5a; Through hole

5b; Straight groove 5c; T-shaped groove

6; Scraper 9; Shifting case

14; Support ribs 15,16,17,19; heater

In order to achieve the object of the present invention as described above, a refrigeration cycle apparatus comprising a main body case and a compressor condenser capillary tube installed inside the main body case and an ebrum which is installed on the upper side of the main body case and formed in a cylindrical shape; A raw material container having a predetermined volume and coupled to position the ebrum inside, a scraper installed to be in contact with the inner and outer circumferential surfaces of the ebrum, driving means for rotating the scraper, and coupled to the side of the raw material box There is provided a cold and hot combined slush machine, characterized in that it comprises a takeout means for taking out the raw material and a heating means installed in the raw material barrel to heat the raw material.

The heating means is provided with a combination of cold and hot slush machine, characterized in that consisting of a heater is mounted on the front lower portion of the shift case constituting the drive means coupled to the support ribs supporting the ebrum.

The heater is provided with a combination of cold and hot slush machine, characterized in that at least one cartridge-type heater is mounted.

The cartridge-type heater is provided with a cold, hot combined slush machine, characterized in that the Teflon coating to prevent the adhesion of the drink molecules on the surface or corrosion.

A heater insertion hole penetrated to a predetermined size is formed at one side of the shift case, and the heater has a threaded portion formed at one end thereof, and a locking jaw is formed at the side thereof, so that the threaded portion of the heater is inserted into the heater insertion hole. The isolation member is inserted between the heater insertion hole and the heater into which the heater is inserted, and a nut is coupled to the heater screw thread inserted into the heater insertion hole to provide a combined cold and hot slush machine.

The isolation member is formed of a synthetic resin that can withstand the temperature of the heater, the transmission case is provided with a cold, hot combined slush machine, characterized in that formed of a synthetic resin that can withstand the temperature of the raw material heated by the heater.

The heating means is provided with a hot and cold slush machine, characterized in that the heater mounting portion is formed on the bottom surface of the raw material container is filled with the raw material drink and the heater is mounted on the heater mounting portion.

The heater mounting portion is provided with a through-hole penetrating the bottom surface to a predetermined size, and the heater is provided with a half-moon type cross-sectional half-shaped heater that is attached to block the through-hole is provided with a combination of cold and hot slush machine .

The heater mounting portion is formed with a straight groove having an end bent, and the heater is provided with a combination of cold and hot slush machines, characterized in that the linear cartridge heater is mounted to the linear groove.

The heater mounting part is provided with a slush machine for both hot and cold, characterized in that the cross section is formed of a T-shaped groove, the heater is formed of a T-shaped heater having a T-shaped cross section.

Hereinafter, the cold and hot combined slush machine of the present invention will be described according to the embodiment shown in the accompanying drawings.

As shown in FIG. 1B, the cold / hot combined slush machine of the present invention includes a main body case 1 and a compressor (2) condenser (3) capillary tube (not shown) installed inside the main body case (1); The refrigeration cycle apparatus is installed on the upper side of the main body case (1) and comprises an EVA drum (4), which is an evaporator formed in a cylindrical shape, and has a predetermined volume and is coupled to position the eva drum (4) therein. A raw material container 5, a scraper 6 provided to contact the inner and outer circumferential surfaces of the eva drum 4, driving means for rotating the scraper 6, and a side portion of the raw material container 5; It comprises a take-out means coupled to take out the raw material, and a heating means installed in the raw material container 5 to heat the raw material.

The main body case (1) is formed to have a predetermined internal space and the compressor (2) condenser (3) capillary tube (not shown) that generates noise and heat in the refrigerating cycle device is installed in the main body case (1) The cooling fan 7 is provided in the side part of (3).

In addition, the driving means is configured to include a transmission motor (not shown) for shifting the rotation of the drive motor 8 and the drive motor 8 is installed in the main body case 1 to the scraper 6, The transmission is covered by the transmission case 9.

The scraper 6 is formed on the rotary shaft 6a and the rotary shaft 6a which are coupled to the transmission device, and the inner inner blade 6b and the EVA drum 4 which are in contact with the inner circumferential surface of the EVA drum 4. It consists of the outer blade 6c which contact | connects an outer peripheral surface.

The take-out means includes a piston (11) for controlling the flow of the raw material flowing out of the raw material pipe (5) and the raw material pipe (5) inserted into the take-out tube 10 and the communication tube formed in communication with the raw material container (5) and the And a lever 12 and a lever spring 13 for operating the piston 11.

The heating means is composed of a heater 15 mounted between the lower portion of the front surface of the shift case 9, that is, between the support ribs 14, and the support ribs 14 are 90 ° as shown in FIG. 1B. Four are formed at intervals, and the heaters 15 are positioned between the support ribs 14 and are mounted on the front lower part of the transmission case 9. In addition, the heater 15 to be mounted is mounted with at least one cartridge type heater (HEATER), it is usually preferable to be mounted in two, it is preferable to be mounted so as to be located at the bottom as possible. In addition, the length of the heater 15 is formed in the maximum length of the state that does not come into contact with the rotating scraper 6 while touching the inside of the Eva drum 4 at the length that the Eva drum 4 can exhibit the maximum heat transfer efficiency. This is preferable. An end of the heater 15 is connected to an external terminal.

The cartridge heater is teflon coated to prevent the drink molecules from sticking or eroding to the surface.

And the heater is mounted, as shown in Figure 2c, a heater insertion hole (9a) penetrated to a predetermined size is formed on one side of the shift case (9), the heater 15 is one end A threaded portion 15a is formed at the side, and a hooking jaw 15b is formed at the side thereof, so that the threaded portion 15a of the heater is inserted into the heater insertion hole 9a, and the heater inserted into the heater 15 is inserted. The isolation member 20 is inserted between the ball 9a and the heater 15, and the nut 21 is coupled to the heater threaded portion 15a inserted into the heater insertion hole 9a to mount the heater 15. do. The cartridge heater 15 has a rod-shaped cross section, and a threaded portion 15a is formed at one end of the heater 15. The locking jaw 15b is formed to protrude to the side of the threaded portion 15a with a predetermined width. The isolation member 20 is formed of a support portion 20a formed in a cylindrical shape and a contact surface portion 20b extending at both ends of the support portion 20a by 90 °. The inner diameter of the support portion 20a is defined by the heater 15. The diameter of the support 20a is the same as the diameter of the heater insertion hole 9a, so that the support 20a is inserted into the heater insertion hole 9a, and the heater 15 is inserted into the inner diameter of the support 20a. The contact surface portion 15b is inserted into close contact with the locking step 15b. The nut 21 is coupled to the threaded portion 15a and in contact with the contact surface 20b.

The isolation member 20 is formed of a synthetic resin that can withstand the temperature of the heater 15, the shift case 9 is formed of a synthetic resin that can withstand the temperature of the raw material heated by the heater (15). The isolation member 20 is not deformed by the heat generated by the heater 15 and the shift case 9 is not deformed by the temperature of the raw material heated by the heater 15. In addition, the isolation member 20 serves to ensure the stability of the mounting and at the same time to maintain the airtightness.

In addition, as another embodiment of the present invention, the heating means is a heater mounting portion is formed on the bottom surface of the raw material container 5 is filled with the raw beverage and the heater is mounted on the heater mounting portion, in the embodiment, Figure 2a, As shown in 2b, the heater mounting portion is formed by a through hole 5a penetrating the bottom surface to a predetermined size, and the heater has a half moon shape in cross section and is attached to a half moon type heater to block the through hole 5 a. 16). The vandal heater 16 has an upper surface 16a formed of STAINLESS STEEL, attaches an asbestos braided heater 16b to the bottom thereof, and forms a polyethylene foam 16c below the asbestos braided heater 16b. And aluminum tape 16d. The vandal heater 16 is coupled to the through hole 5a at the outside of the raw material container 5 and sealed.

The through hole 5a is preferably formed in a quadrangle, and the half moon heater 16 is also preferably formed in a quadrangle.

In addition, as another embodiment of the heating means, as shown in Figs. 3a, 3b, the heater mounting portion is formed of a straight groove 5b having an end bent and the heater is formed in the straight groove 5b It is made of a cartridge heater 17 (CARTRIDGE HEATER). The flat groove 5b has a rectangular cross section, and a gasket 18 formed of a Teflon material is attached to a space of a space on which the cartridge heater 17 is mounted.

Further, as another embodiment of the heating means, as shown in Figures 4a, 4b, the heater mounting portion is formed in the T-shaped groove 5c in cross section and the heater is formed in the T-shaped heater 19 in cross section It is done. The T-shaped heater 19 is a mica insulated band heater in which an upper plate 19a is formed of stainless steel, a heating wire 19b is attached to a lower portion thereof, and a mica 19c is attached to a lower portion thereof. The T-shaped heater 19 is inserted into the T-shaped groove 5c and then sealed with silicon (SILICON).

Hereinafter, the operational effects of the combined cold and hot slush machine of the present invention will be described.

In the cold and hot combined slush machine of the present invention, when making a hot summer slush beverage, the raw material solution is put into the raw material container 5 and then the refrigeration cycle apparatus is operated by the applied current to the surface of the ebdrum (4). When the raw material liquid freezes and at the same time, when power is applied to the driving motor 8, the power of the driving motor 8 is transmitted to the scraper 6 through the transmission, and the scraper 6 rotates and the ebrum 4 rotates. The ice formed on the surface of the scrape is scraped off. In this way, by continuously scraping the ice formed in the ebrum 4, the raw material liquid of the raw material container 5 is changed to a slush state, and the slush state beverage is taken out through the dispensing means.

In addition, in a cold winter, when the beverage is put into the raw material container 5 and the power is supplied to the heaters 15, 16, 17 and 19, the heat generated by the heater causes the beverage inside the raw material container 5 to be hot. It is heated in a state. The hot beverage is taken out through the takeout means.

In addition, the heaters 15, 16, 17, 19 are installed to be located below the raw material container 5 filled with a beverage, so that the beverages located on the bottom surface of the raw material container 5 can be fully utilized. .

As described above, the combination of cold and hot slush machine according to the present invention is equipped with a refrigeration cycle apparatus including the ebrum forming the slush and a heating means for heating the beverage according to the seasonal change such as summer and winter. By making the slush drink and the hot drink properly, the device can be used regardless of the season, thereby increasing the utilization of the device.

Claims (10)

A refrigeration cycle apparatus including a main body case, a compressor condenser capillary tube installed inside the main body case, and an eva drum which is formed on the upper side of the main body case and an evaporator formed in a cylindrical shape; A raw material container coupled to be positioned, a scraper installed to contact the inner and outer circumferential surfaces of the EVA drum, driving means for rotating the scraper, take-out means coupled to the side of the raw material container, and withdrawing the raw material; Combined cold and hot slush machine, characterized in that it comprises a heating means installed inside to heat the raw material. According to claim 1, wherein the heating means is combined with a plurality of support ribs for supporting the ebrum, cold and hot combined slush machine, characterized in that consisting of a heater mounted on the front lower portion of the shift case constituting the drive means. According to claim 2, wherein the heater is a combination of cold and hot slush machine, characterized in that at least one cartridge-type heater is mounted. According to claim 3, wherein the cartridge-type heater is a cold, hot combined slush machine, characterized in that the Teflon coating to prevent the adhesion of the drink molecules on the surface of the corrosion. According to claim 3, wherein one side of the shift case is formed with a heater insertion hole penetrated to a predetermined size, the heater is formed with a threaded portion formed at one end and the locking jaw is formed at the side end of the threaded portion of the heater is inserted heater Is inserted into the ball, the insulating member is inserted between the heater insertion hole and the heater is inserted into the heater, the hot and cold combined slush machine characterized in that the heater is mounted by coupling the nut to the heater screw thread inserted into the heater insertion hole . The method of claim 5, wherein the isolation member is formed of a synthetic resin that can withstand the temperature of the heater, the shift case is formed of a synthetic resin that can withstand the temperature of the raw material heated by the heater Slush Machine. According to claim 1, The heating means is a cold and hot combined slush machine, characterized in that the heater mounting portion is formed on the bottom surface of the raw material container filled with the raw material is mounted to the heater mounting portion. The method of claim 7, wherein the heater mounting portion is formed of a through-hole penetrating the bottom surface to a predetermined size, the heater is cold, warm, characterized in that the cross-section is formed as a half moon-shaped heater attached to block the through hole Combined slush machine. The slush machine of claim 7, wherein the heater mounting part is formed of a straight groove having an end bent, and the heater is mounted with a straight cartridge heater that is fitted into the straight groove. The slush machine of claim 7, wherein the heater mounting portion is formed in a T-shaped groove in a cross section, and the heater is formed in a T-shaped heater having a T-shaped cross section.

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