KR102378029B1 - Pneumatic jet type cotton candy maker - Google Patents

Abstract

The present invention relates to a pneumatic injection-type cotton candy maker, which has a space inside so that sugar, a raw material of cotton candy, is accommodated and stored, an inlet into which sugar can be inserted is formed at the upper part, and an outlet is formed in the lower part. And, a supply pipe formed in the lower part of the raw material barrel in communication with the outlet to guide and supply the sugar liquid supplied from the outlet toward the thread generating unit; and when power is applied, a heat source is supplied to the raw material barrel and the supply pipe, A heater unit for dissolving the sugar contained in the raw material container into a sugar liquid, and guiding the sugar liquid to be easily maintained in a liquid form in the supply pipe; A case in which an insulating material is formed to prevent the heat source supplied from the heater from being conducted and wasted to the outside; and a plurality of nozzles formed at one end of the supply pipe, and having fine holes inside, are formed so that sugar passes through the nozzles A thread generating unit that allows the liquid to be drawn into the sugar thread; and is formed at the other end of the supply pipe, and supplies air into the supply pipe to induce the sugar liquid accommodated in the supply pipe to be forcibly discharged to the nozzle of the thread generating unit Air supply means; and a controller for controlling the operation of the heater unit and the air supply means; characterized in that it is composed of,
Sugar, the raw material of cotton candy accommodated in the raw material barrel, is melted and melted through a heater unit that supplies a heat source when power is applied, and the molten sugar liquid is easily extracted with a sugar thread using air pressure through an air supply means. In preparation for the centrifugal injection method in the cotton candy maker of There is an effect that can secure the usability of the device.
In addition, free mobility of the device can be secured through a battery-type power supply unit and a moving wagon accommodating the power supply unit, thereby providing the user with the convenience of using the device.

Description

Pneumatic jet type cotton candy maker

The present invention relates to a pneumatic injection type cotton candy maker, and more particularly, to melt and melt sugar, which is a raw material for cotton candy accommodated in a raw material container, through a heater unit that supplies a heat source when power is applied, and the molten sugar liquid is air supply means Since it is a method of extracting with sugar thread simply by using air pressure through the It relates to a pneumatic injection-type cotton candy maker that can secure the versatility of use of the device because the structure of the device is very simple, and the production, operation and management of the device is easy.

In general, cotton candy made from sugar has a sweet and soft taste, so it is widely eaten by people of all ages and genders.

However, the conventional cotton candy maker is a method that melts sugar, the raw material of cotton candy, through a flame using gas. Recently, as awareness of safety accidents caused by fires has increased, the use of gas-powered cotton candy makers has begun to increase in indoor event halls and performance halls. Due to limitations, the conventional cotton candy maker is losing the usability of the device. (Enforcement Decree of the Fire Service Act 2018.1.18)

Moreover, the conventional cotton candy maker rotates the raw material barrel at high speed to extract the sugar thread for manufacturing cotton candy from the melted sugar liquid put into the raw material barrel, and uses the centrifugal force generated at this time to spray the sugar thread. At this time, because the raw material container containing the high-temperature sugar liquid rotates at high speed, the energy required to heat the raw material container is too much due to heat exchange with the surrounding air, so there is a problem in that the device is operated inefficiently.

On the other hand, recently, in order to prevent the risk of fire accidents, the development of a method of melting sugar contained in a raw material container using electricity has been limited in development, but this cotton candy maker also uses a centrifugal injection method in which the raw material container is rotated at high speed to obtain a sugar seal. The problem of inefficient (uneconomical) operation of the device was still there.

In addition, the cotton candy maker using electricity has a problem in that the structure of the device is rather complicated, and the manufacturing and operation management of the device is complicated and cumbersome, so that the usability of the device is somewhat low.

The present invention has been proposed to solve the various problems as described above, and its purpose is to melt and melt sugar, which is a raw material for cotton candy accommodated in a raw material barrel, through a heater unit that supplies a heat source when power is applied, and the molten sugar Since the liquid is easily extracted with sugar thread using air pressure through the air supply means, energy is prevented from being wasted and lost to the outside compared to the centrifugal injection method in the conventional cotton candy maker, leading to very economical operation of the device. In addition, it is to provide a pneumatic injection-type cotton candy maker that can secure the versatility of use by easily manufacturing and operating the device because the structure of the device is very simple.

In addition, it is to provide a pneumatic injection-type cotton candy maker that can secure the freedom of movement of the device through a battery-type power supply unit and a moving wagon accommodating the power supply unit, thereby providing users with convenience in using the device.

In order to achieve the above object, a pneumatic injection-type cotton candy maker according to the present invention has a space inside so that sugar, a raw material of cotton candy, is accommodated and stored, an inlet into which sugar can be put is formed in the upper part, and an outlet is formed in the lower part. and a supply pipe formed in the lower part of the raw material barrel in communication with the outlet to guide and supply the sugar liquid supplied from the outlet toward the thread generating unit; and when power is applied, the raw material barrel is a heat source A heater unit for supplying to melt the sugar contained in the raw material barrel to make a sugar liquid, and to induce the sugar liquid to be easily maintained in a liquid form in the supply pipe; A case in which an insulating material is formed inside to prevent the heat source supplied from the heater from being conducted and wasted to the outside; A thread generating unit that allows the sugar liquid passing through to be drawn into the sugar thread; and is formed at the other end of the supply pipe, and supplies air into the supply pipe so that the sugar liquid accommodated in the supply pipe is forcibly discharged to the nozzle of the thread generating unit. Air supply means for inducing to be; and a controller for controlling the operation of the heater unit and the air supply means;
The air supply means includes a pneumatic pump for supplying air to the supply pipe, a regulator for adjusting the pressure of the pneumatic pump so that a constant pressure is formed in the supply pipe through the pneumatic pump, and the pneumatic pump. It is configured to include an air filter that collects and removes foreign substances remaining in the air, and a solenoid valve that prevents the air supplied to the supply pipe from flowing backward,
and a temperature sensor installed in the raw material barrel or the supply pipe or the raw material barrel and the supply pipe to measure a temperature, and transmit the measurement information to the controller. controls the operation of the heater unit so that the raw material passing through the supply pipe is maintained at a suitable temperature,
The pneumatic injection-type cotton candy maker is stacked and supported, and a plurality of wheels are formed at the bottom to induce stable movement of the pneumatic injection-type cotton candy maker, and a moving wagon is built into the movable wagon to power the heater, air supply means and controller. It is characterized in that it is coupled to the moving wagon and a power supply unit for supplying , and further comprises a screen for preventing the sugar thread sprayed to the outside through the thread generating unit from being separated to the outside.

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As described above, according to the pneumatic injection-type cotton candy maker according to the present invention, sugar, which is a raw material of cotton candy accommodated in a raw material barrel, is melted and melted through a heater unit that supplies a heat source when power is applied, and the molten sugar liquid is air supply means Since it is a method of extracting with sugar thread simply by using air pressure through the The structure of the device is very simple, so it is easy to manufacture, operate, and manage the device, which has the effect of securing the versatility of the device.

In addition, free mobility of the device can be secured through a battery-type power supply unit and a moving wagon accommodating the power supply unit, thereby providing the user with the convenience of using the device.

1 is a conceptual diagram of a pneumatic injection-type cotton candy maker according to an embodiment of the present invention;
Figure 2 is a perspective view of the pneumatic injection-type cotton candy maker shown in Figure 1;
3 is a cross-sectional view AA of the pneumatic injection-type cotton candy maker shown in FIG.
4 is a state diagram of the pneumatic injection-type cotton candy maker shown in FIG.

A pneumatic injection-type cotton candy maker according to a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings. Detailed descriptions of well-known functions and configurations that are determined to unnecessarily obscure the gist of the present invention will be omitted.

1 to 4 show a pneumatic injection-type cotton candy maker according to an embodiment of the present invention, FIG. 1 is a conceptual diagram of the pneumatic injection-type cotton candy maker according to an embodiment of the present invention, and FIG. 2 is a pneumatic injection-type cotton candy maker shown in FIG. A perspective view of the cotton candy maker, FIG. 3 is an AA cross-sectional view of the pneumatic injection-type cotton candy maker shown in FIG. 2 , and FIG. 4 is a state diagram of the pneumatic injection-type cotton candy maker shown in FIG. 1 .

As shown in the figure, the pneumatic injection-type cotton candy maker 100 according to the embodiment of the present invention includes a raw material barrel 10, a supply pipe 20, a heater unit 30, a case 40, It includes a yarn generating unit 50 , an air supply means 60 , and a controller 70 .

1 to 3 , the raw material barrel 10 has a space inside so that sugar, which is a raw material of cotton candy, is accommodated and stored, and an inlet 11 for putting sugar in the upper part is formed, and the lower part The outlet 12 is to be formed.

Here, as shown in FIG. 4A , the raw material barrel 10 is configured to store sugar, which is a raw material for producing cotton candy, and the raw material barrel 10 supplies a heat source through the heater unit 30 to be installed later. It is used as a container to dissolve sugar, the raw material received and accepted.

The inlet 11 of the raw material barrel 10 is blocked with a conventional cover 1 after sugar is added to prevent foreign substances from entering the raw material barrel 10 and, at the same time, supplied to the raw material barrel 10 It is desirable to prevent the heat source from being emitted to the outside.

1 and 3 , the supply pipe 20 is formed in communication with the outlet 12 at the lower portion of the raw material barrel 10 to generate a sugar solution supplied from the outlet 12 . It is to be guided and supplied to the part 50 side.

Here, as shown in FIG. 4B , the supply pipe 20 is formed in a long pipe shape, and when air is supplied to the inside through the air supply means 60 to be installed later, a high air pressure is formed therein, and at the same time, the heater When a heat source is supplied from the unit 30, it is preferably made of a metal material having excellent heat resistance and durability due to the characteristic of being heated to a high temperature.

1 and 3 , when power is applied, the heater unit 30 supplies a heat source to the raw material container 10 and the supply pipe 20 to melt the sugar contained in the raw material container 10 . It is made into a sugar liquid, and the sugar liquid is induced to be easily maintained in a liquid form in the supply pipe 20 .

That is, as shown in FIGS. 4A and 4B , the heater unit 30 melts the sugar accommodated in the raw material container 10 to easily produce cotton candy through the sugar stored in the raw material container 10 . It is made into a liquid, and a heat source is provided to the supply pipe 20 through which the sugar liquid is supplied and distributed, and is used for inducing the sugar liquid flowing through the supply pipe 20 to be maintained in a liquid state.

Here, the heater unit 30 is configured such that a wire-shaped electric heater is wound around the outer circumferential surface of the raw material barrel 10 and the supply pipe 20 to supply a heat source to the raw material barrel 10 and the supply pipe 20, Of course, the implementation is not limited to such a configuration.

1 to 3 , the case 40 encloses and protects the raw material barrel 10 , the supply pipe 20 , and the heater unit 30 , and the inside is supplied from the heater unit 30 . A heat insulator 41 that prevents the heat source from being wasted by conduction to the outside is formed.

That is, as shown in FIG. 4A, when the heat source supplied from the heater unit 30 is conducted and wasted to the outside, the sugar contained in the circular barrel 10 is not smoothly melted, so that the quality of the finished product, cotton candy, is deteriorated. Rather, since the amount of power consumed by the heater unit 30 is increased, which may cause financial loss, the heat source is stably prevented from being wasted to the outside through the case 40 to induce economical operation of the device.

1 to 3 , the thread generating unit 50 is formed at one end of the supply pipe 20 , and a plurality of nozzles 51 having fine holes are formed therein to form the nozzles 51 . ) to allow the sugar liquid passing through it to be drawn into the sugar thread.

That is, as shown in FIGS. 4B and 4C , when air is supplied into the supply pipe 20 through the air supply means 60 and a high air pressure is formed, the sugar liquid introduced into the supply pipe 20 is It is sprayed to the nozzle 51 of the thread generating unit 50, and at this time, the nozzle 51 hole is fine, so that the sugar liquid sprayed to the outside is sprayed in the form of a fine sugar thread.

It goes without saying that the user can easily produce cotton candy through the sugar thread sprayed to the outside through the thread generating unit 50 in this way.

1 and 3 , the air supply means 60 is formed at the other end of the supply pipe 20 , and supplies air into the supply pipe 20 to the supply pipe 20 . By inducing the accommodated sugar liquid to be forcibly discharged to the nozzle 51 of the thread generating unit 50,

A pneumatic pump 61 for supplying air to the supply pipe 20, and the pneumatic pump 61 to regulate the pressure of the pneumatic pump 61 so that a constant pressure is formed in the supply pipe 20 through the pneumatic pump 61 A regulator 62, an air filter 63 for collecting and removing foreign substances remaining in the air supplied through the pneumatic pump 61, and a solenoid valve for preventing the air supplied to the supply pipe 20 from flowing backward (64) is included.

That is, as shown in FIG. 4B , the air supply means 60 supplies air into the supply pipe 20 through the pneumatic pump 61, and at this time, the supply pipe 20 through the regulator 62 ) to control the operation of the pneumatic pump 61 so that a certain pressure is formed therein.

Here, the reason for constantly setting and maintaining the pressure inside the supply pipe 20 is to induce the sugar thread to be always sprayed at a suitable speed through the thread generating unit 50 so that the user can easily produce cotton candy.

In addition, since the air supplied through the pneumatic pump 61 is sprayed into the supply pipe 20 containing the sugar liquid consumed by humans, the foreign substances remaining in the air through the air filter 63 are dusted and removed, so that the ingestion Encourage them to safely consume cotton candy.

1 and 2 , the controller 70 controls the operation of the heater unit 30 and the air supply unit 60 .

On the other hand, as shown in Figs. 1 and 3, it is installed in the raw material barrel 10 or the supply pipe 20 or the raw material barrel 10 and the supply pipe 20 to measure the temperature, and the measurement information is The temperature sensor 80 for transmitting to the controller 70; is configured to further include,

Based on the measurement information of the temperature sensor 80, the controller 70 controls the operation of the heater unit 30 so that the raw material barrel 10 and the supply pipe 20 are maintained at an appropriate temperature.

That is, as shown in FIG. 4B , the controller 70 controls the temperature of the raw material barrel 10 and the supply pipe 20 through the heater unit 30 based on the measurement information of the temperature sensor 80 . The reason is that if the heat source is supplied too excessively through the heater unit 30, sugar may be dehydrated in the process of melting, and on the contrary, if the heat source is too weakly supplied, the sugar does not melt smoothly, resulting in poor quality of the finished product. There may be problems with degradation.

Therefore, the controller 70 always appropriately maintains the temperatures of the raw material barrel 10 and the supply pipe 20 based on the measurement information of the temperature sensor 80, wherein the preferred temperature is about 140° C. to keep

On the other hand, as shown in FIGS. 1 to 3, the pneumatic injection-type cotton candy maker 100 is stacked and supported, and a plurality of wheels 91a are formed at the bottom to induce stable movement of the pneumatic injection-type cotton candy maker 100. A moving wagon 91, a power supply unit 92 built in the moving wagon 91 to supply power to the heater unit 30, the air supply means 60, and the controller 70, and the moving wagon 91 ), and further includes a screen 93 for preventing the sugar thread sprayed to the outside through the thread generating unit 50 from being separated to the outside.

That is, as shown in FIG. 4D , the user can easily move the pneumatic injection-type cotton candy maker 100 to a desired place through the moving wagon 91, so that cotton candy can be manufactured and sold in various places. can be obtained

In addition, the power supply unit 92 is implemented in the form of a battery to ensure smoother movement through the moving wagon 91, but the implementation is not limited to the form of such a battery.

In addition, as shown in Fig. 4c, through the screen 93, the user can stably produce cotton candy through the sugar thread sprayed from the thread generating unit 50, so that even beginners can easily make cotton candy. .

The pneumatic injection-type cotton candy maker 100 of the present invention comprising the above components melts and melts sugar, which is the raw material of cotton candy accommodated in the raw material barrel 10, through the heater unit 30 that supplies a heat source when power is applied. , since the molten sugar liquid is easily extracted with sugar thread using air pressure through the air supply means 60, energy is prevented from being wasted and lost to the outside compared to the centrifugal injection method in the conventional cotton candy maker. In addition to being able to induce very economical operation, the structure of the device is very simple, so that it is easy to manufacture and operate the device, thereby securing the versatility of the device.

In addition, free mobility of the device can be secured through the battery-type power supply unit 92 and the moving wagon 91 accommodating the power supply unit 92 , thereby providing the user with the convenience of using the device.

The pneumatic injection-type cotton candy maker 100 according to the embodiment of the present invention having the above configuration manufactures cotton candy as follows.

First, as shown in FIG. 4A , after filling the raw material container 10 with sugar, which is a raw material of cotton candy, a heat source is supplied to the raw material container 10 through the heater unit 30 to supply the sugar accommodated in the raw material container 10 . melt and melt.

As shown in Fig. 4b, the melted sugar liquid is circulated to the supply pipe 20 communicating with the outlet 12 of the raw material barrel 10, and at this time, the supply pipe 20 through the air supply means 60 ) to form a high pressure inside the supply pipe 20 by forcibly injecting air into to be sprayed with

Here, as well as continuously supplying a heat source from the heater unit 30 to the supply pipe 20 so that the sugar liquid circulated through the supply pipe 20 is maintained in a liquid form without being hardened, the air supply means ( 60), the air supplied through the air filter 63 removes foreign substances remaining in the air and clean air is supplied, of course, inducing hygienic intake of the finished product, cotton candy.

Then, as shown in Fig. 4c, the sugar thread sprayed through the thread generating unit 50 is wound around a rod to produce cotton candy. can make cotton candy very conveniently.

Although the present invention has been described with reference to the embodiments shown in the accompanying drawings, which are illustrative and not limited to the above-described embodiments, those of ordinary skill in the art will realize that various modifications and equivalent embodiments are possible therefrom. point can be understood. In addition, it goes without saying that modifications by those skilled in the art are possible within the scope that does not impair the spirit of the present invention. Accordingly, the scope of claiming the right in the present invention is not defined within the scope of the detailed description, but will be limited by the claims and technical spirit thereof to be described later.

1. Cover
10. Raw material barrel 11. Entrance
12. Outlet 20. Supply Pipe
30. Heater 40. Case
41. Insulation material 50. Thread generating part
51. Nozzle 60. Air supply means
61. Pneumatic pump 62. Regulator
63. Air filter 64. Solenoid valve
70. Controller 80. Temperature sensor
91. Mobile Wagon 92. Power Unit
93. Garimmak
100. Pneumatic injection type cotton candy maker

Claims (4)

a raw material barrel 10 having a space therein so that sugar, which is a raw material of cotton candy, is accommodated and stored, an inlet 11 for putting sugar in the upper part is formed, and an outlet 12 is formed in the lower part;
a supply pipe 20 formed in a lower portion of the raw material barrel 10 in communication with the outlet 12 to guide and supply the sugar liquid supplied from the outlet 12 toward the yarn generating unit 50;
When power is applied, a heat source is supplied to the raw material container 10 and the supply pipe 20 to melt the sugar contained in the raw material container 10 to make a sugar liquid, and the sugar liquid is easily transferred from the supply pipe 20 a heater unit 30 for guiding it to be maintained in a liquid form;
The raw material barrel 10, the supply pipe 20, and the heater unit 30 are wrapped around and protected, and an insulating material 41 is formed inside to prevent the heat source supplied from the heater unit 30 from being conducted and wasted to the outside. the case 40 being;
a thread generating unit 50 formed at one end of the supply pipe 20 and having a plurality of nozzles 51 having fine holes therein so that the sugar liquid passing through the nozzle 51 is drawn into the sugar thread;
It is formed at the other end of the supply pipe 20 , and by supplying air into the supply pipe 20 , the sugar liquid accommodated in the supply pipe 20 is forcibly discharged to the nozzle 51 of the thread generating unit 50 . Air supply means (60) for guiding to be; and
A controller 70 for controlling the operation of the heater unit 30 and the air supply means 60; is configured to include,
The air supply means 60 includes a pneumatic pump 61 for supplying air to the supply pipe 20, and the pneumatic pump so that a constant pressure is formed inside the supply pipe 20 through the pneumatic pump 61 A regulator 62 for controlling the pressure of 61, an air filter 63 for collecting and removing foreign substances remaining in the air supplied through the pneumatic pump 61, and the air supplied to the supply pipe 20 It is configured to include a solenoid valve 64 to prevent backflow,
A temperature sensor 80 installed in the raw material barrel 10 or the supply pipe 20 or the raw material barrel 10 and the supply pipe 20 to measure the temperature, and transmit the measurement information to the controller 70 ; is configured to further include, based on the measurement information of the temperature sensor 80, the controller 70 controls the operation of the heater unit 30 so that the raw material barrel 10 and the supply pipe 20 are to be maintained at an appropriate temperature,
The pneumatic injection-type cotton candy maker 100 is stacked and supported, and a plurality of wheels 91a are formed at the bottom to induce stable movement of the pneumatic injection-type cotton candy maker 100. A moving wagon 91, and the moving wagon 91 A power supply unit 92 built in to supply power to the heater unit 30, the air supply means 60 and the controller 70, and coupled to the moving wagon 91, the yarn generating unit 50 Pneumatic injection-type cotton candy maker, characterized in that it further comprises a screen 93 for preventing the sugar thread sprayed to the outside through the separation to the outside. delete delete delete

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