KR200331351Y1 - Independent type food garbage disposal equipment - Google Patents

Abstract

The present invention relates to a stand-alone food waste disposal apparatus, which is configured to accommodate food waste and has good heat conduction but heat resistance, and a drawer configured to be slid and loaded into the waste disposal apparatus, and a food waste apparatus. An on / off switch capable of driving and turning off, a heating wire configured to receive power from the power supply when the drawer is loaded into the waste disposal apparatus and is powered on, and transfer heat to the drawer through radiation and conduction; It is disposed in the upper portion, the lower portion of the drawer, and serves as a guide so that the drawer can be loaded into the waste disposal apparatus, the hot plate for conducting the heat generated from the heating wire to the drawer, and installed in the lower portion of the hot plate, A heat sensor that senses heat and keeps the heat of the wire constant and the top of the drawer And a vortex casing for exhausting water vapor and odor generated from the food waste, a vortex casing connected to the vortex casing, and an exhaust connector for transferring the steam and odor exhausted from the vortex casing, and an exhaust connector The duct is connected to the discharge port of the exhaust and the duct to transfer the odor to the outside, the fan motor is electrically connected to the vortex-type casing to provide power, and is electrically connected to the power on switch to install the power on time It includes a timer that turns off the power when the measured time and the measured time reaches the programmed time, and by processing the food waste by heat drying for a certain time by the timer, to reduce the amount of food waste that occurs incidentally in daily life Can be processed to facilitate recycling, and Water vapor and odors are discharged to the outside, and it can be installed and used in a convenient place for the operator without a separate installation work where it is easy to exhaust to the outside, it is easy to move and reinstall if necessary.

Description

Independent Food Waste Disposal Device {INDEPENDENT TYPE FOOD GARBAGE DISPOSAL EQUIPMENT}

The present invention relates to an independent food waste treatment apparatus, and more particularly, to an independent food waste treatment apparatus installed in a desired place to heat-dry food for a predetermined time by a timer and thereby release odor generated therefrom to the outside.

Due to urbanization and industrialization, various pollution problems are becoming social issues, and the damage caused by environmental pollution is increasing day by day. The causes of such environmental pollution include various kinds of household waste and industrial waste.

On the other hand, food waste generated as a by-product from general households, food processing plants, for example, kimchi factories, and salty paper processing factories is thrown away along with other wastes, which causes quantitative expansion of the wastes, resulting in a large number of human resources for food waste disposal. And waste, and provide a habitat for pests such as flies and mosquitoes. Since the food waste contains a lot of moisture, if left unattended for a long time, odors are generated, and a large amount of pollutants in garbage collection sites It causes polluting the surrounding air, soil, and rivers and destroys the environment. The government has introduced a waste collection system to separate food waste from general waste. Therefore, at home or in a restaurant, food waste, which is piled up every day or at regular intervals, must be collected in a specific storage container for food waste disposal. .

Recently, methods for efficiently treating food waste have been studied at various angles. Fermentation or drying of food waste into fertilizers or composting is widely known.

For example, Korean Patent Laid-Open Publication No. 97-5083 discloses the addition of a particulate material prepared by sterilization, drying, and cold grinding in the process of sorting foreign substances from food waste as raw materials to general poultry feed. Method No. 2002-0089289 discloses a mechanical treatment device by adding, crushing, dehydrating, drying, discharging, and treating wastewater purification equipment without the use of microorganisms and moisture control agents. A method and a method for reducing food waste and producing odorless food waste have been described.

The above technologies require enormous equipment, require a lot of auxiliary equipment, and are not completely sterilized, so that the processed materials easily decay and salts remain, so that the recycling value of fertilizer or feed is very low.

Conventional techniques as described above, the steam gas flowing upward through the duct is condensed on the inner wall surface of the duct while naturally cooling during the flow, the vapor gas turned into a liquid flows downward along the duct, thereby causing the The efficiency decreases, and the vapor gas flowing into the filtering means through the duct contains moisture that has not condensed, which causes a problem in the performance of the filtering means. The steam generated during drying contains fine particle components, and these particles They have a problem that is not good for hygiene if they are discharged into the home or restaurant.

An object of the present invention is to solve the above-mentioned problems, and independently installed in the home, such as food and food waste processing apparatus and method for heat drying food by a timer for a predetermined time and the odor generated according to the discharge to the outside To provide.

1 is a perspective view showing an independent food waste treatment apparatus according to the present invention.

Figure 2 is an exploded perspective view showing an independent food waste treatment apparatus according to the present invention.

Figure 3 is an internal perspective view showing the inside of the independent food waste processing apparatus according to the present invention.

Figure 4 is a perspective plan view schematically showing the front of the independent food waste treatment apparatus according to the present invention.

<Brief description of symbols for the main parts of the drawings>

100: food waste disposal apparatus 110: main frame

112, 114: on-off switch 116: LED

120: cover frame 130: drawer

132: hot wire 134: hot plate

136: thermal sensor 138: vortex casing

140: Vortex type casing fixing plate 142: Exhaust connector

144: Duct 146: Fan Motor

148: timer

The present invention is a stand-alone food waste disposal apparatus, the drawer is configured to accommodate the food waste and the heat is well conducted, but has heat resistance, and configured to be slid and loaded into the waste disposal apparatus, the drawer is the A heating wire configured to transfer heat to the drawer through copying and conduction when loaded into a waste disposal device, disposed above the heating wire and below the drawer, and guides the drawer to be loaded into the waste disposal device. And a hot plate for conducting heat generated from the hot wire to the drawer, electrically connected to the hot wire, a heat sensor for detecting the heat of the hot wire and maintaining the heat of the hot wire at a constant level, and from food waste. Vortex type casing which exhausts the generated water vapor and odor, and ships from vortex type casing An exhaust connector for transferring the water vapor and the odor to the outside, a duct for transporting the water vapor and the odor connected to the exhaust connection, and a fan motor for providing power to the vortex casing. .

Hereinafter, with reference to the accompanying drawings will be described in detail with respect to the configuration of the present invention. 1 is a perspective view showing an independent food waste treatment apparatus according to the present invention, Figure 2 is an exploded perspective view showing an independent food waste treatment apparatus according to the present invention, Figure 3 is an independent food waste treatment apparatus according to the present invention 4 is a perspective view showing a perspective view of the inside of the independent food waste treatment apparatus according to the present invention.

The configuration of the present invention will be described with reference to FIGS. 1 to 4. Appearance of the independent food waste treatment apparatus 100 is composed of the main frame 110 and the cover frame 120, the following components are fixed to the main frame 110 is configured. That is, the main frame 110, the on-off switch 112, 114, the heating wire 132, the hot plate 134, the heat sensor 136, the vortex casing 138, the vortex casing fixing plate 140, exhaust The connector 142, the duct 144, the fan motor 146 and the timer 148 is composed of a hole in which the drawer 130 slides in and out of the main frame.

Drawer 130 is configured to accommodate food waste. When the food waste is put in the drawer 130 and pushed into the food waste processing apparatus 100, it is slid and loaded into the food waste processing apparatus. At this time, the hot plate 134 is disposed on the lower surface of the drawer so that the drawer 130 can be found in place and correctly loaded, and the frame of the food waste processing apparatus 100 serves as a guide on the side surface. The body of the drawer 130 is made of a metal material, such as stainless steel, which conducts heat well and is resistant to corrosion of moisture. However, when loaded in the food waste disposal apparatus 100, the front cover of the drawer 130 shown on the front surface is preferably made of a low thermal conductivity material, such as ceramic, heat resistant wood.

On the other hand, when the drawer 130 is loaded into the food waste processing apparatus 100, the operator presses the power-on switch 112 to operate the food waste processing apparatus 100. When powered on, the LED 116 electrically connected to the power on switch 112 is turned on to indicate that the food waste processing apparatus 100 is operating. When powered on, heat is generated in the hot wire 132 disposed under the hot plate. Heat generated in the hot wire is thermally conducted through the hot plate and conducted to the drawer 130. The hot plate 134 is disposed above the hot wire and below the drawer, and serves as a guide to allow the drawer to be loaded into the waste disposal apparatus. In order to conduct the heat generated from the hot wire to the drawer 130 is composed of a high thermal conductivity material such as aluminum. The heat generated from the hot wire 132 transfers heat to the drawer 130 also through radiation.

In order to prevent the heating wire 132 from being overheated as described above, a heat sensor 136 is configured to detect heat of the heating wire. The heat sensor 136 is installed in the same space as the hot wire in the lower portion of the hot plate 134, and maintains a constant temperature by controlling the interruption of the power applied to the hot wire.

When heat is applied to the food waste loaded in the drawer 130, moisture is released from the food waste. At this time, moisture escapes in the form of water vapor. In addition, harmful gases are accompanied by odors. This harmful gas is not only harmful to the body, but also has a risk of an accident, so such harmful gas must be exhausted to the outside. In order to exhaust such harmful gases, the vortex type propeller is cased to form a vortex type casing 138. The vortex type casing 138 is fixed to the vortex type casing fixing plate 140 disposed above the drawer 130. The vortex casing 138 discharges water vapor and harmful gases generated when the food waste is heated in the drawer through the exhaust connector 142 and the duct 144 connected to the connector, for example, a corrugated pipe.

The fan motor 146 is installed on the upper portion of the vortex casing to provide power to rotate the propeller inside the vortex casing.

The exhaust connector 142 is tubularly connected to the water vapor and harmful gas discharge direction of the vortex type casing 138 and receives the water vapor and the harmful gas generated from the drawer from the vortex type casing 138 to process the food waste. Eject it out of the device.

The exhaust connector 142 may be directly connected to the outside to discharge water vapor and harmful gases. However, in order to directly discharge the exhaust gas to the outside, the outlet of the exhaust connector 142 may be connected to the outside in close proximity to the outside. It should be possible. However, in order to connect in this way, the external wall or glass should be cut and connected to fit the exhaust connector, and even if installed in this way, the independent food waste disposal device 100 is immediately adjacent to the wall or window, and installed Since there is a difficulty in installing the duct 144 to the exhaust connector 142 to be discharged to the outside. At this time, since the connecting portion of the duct 144 and the exhaust connector 142 serves as a passage of hot air, the duct 144 preferably uses a material resistant to heat.

In this way, when the operator operates for a certain time, the operator may press the off switch 114 to complete the operation of the food waste processing apparatus 100, but the timer 148 set to operate for a predetermined time may be a power switch, in particular, the on switch 112. Electrically connected to the power supply to measure the time the power is on, and turn off the power when the measured time reaches the programmed time. If the power is not turned off, a fire or the like may occur if the thermal sensor 136 is operated for a long time. Thus, the timer 148 eliminates the risk of a safety accident.

The present invention can be processed by heat-drying the food waste by a timer for a predetermined time, thereby reducing the amount of food waste incidentally generated in daily life, and can be processed for easy recycling, and the resulting steam and odor to the outside It can be installed and used in a convenient place for the operator without a separate installation work where it is easy to exhaust and exhaust to the outside, and if necessary, it can be easily moved and reinstalled.

Claims (1)

In the independent food waste disposal device, A drawer configured to receive the food waste and having good heat conduction but heat resistance and configured to be slid and loaded into the waste disposal apparatus; An on-off switch for driving the food waste device and off again; A heating wire configured to transfer power to the drawer by radiating and conducting the drawer when the drawer is loaded into the waste disposal apparatus and the power is turned on; A hot plate disposed at an upper portion of the heating wire and a lower portion of the drawer, serving as a guide for allowing the drawer to be loaded into the waste disposal apparatus, and conducting heat generated from the heating wire to the drawer; A heat detection sensor installed at a lower portion of the hot plate and configured to detect heat of the hot wire and keep the heat of the hot wire constant; A vortex casing installed at an upper portion of the drawer and configured to exhaust steam and odor generated from the food waste; An exhaust connector connected to the vortex casing and transferring the steam and the odor exhausted from the vortex casing; A duct connected to the discharge port of the exhaust connector and exhausting the water vapor and the odor which are exhausted to the outside; A fan motor electrically connected to the vortex casing to provide power; And a timer for electrically connecting and installing the power on switch to measure the time that the power is turned on and to turn off the power when the measured time reaches the programmed time.