KR200433807Y1 - A quick cooling device for a vapor of pressure rice pot - Google Patents

Abstract

The present invention relates to a device for rapidly cooling steam generated in an electric pressure cooker, and more particularly, since water vapor discharged at a high temperature and high pressure from a pressure cooker causes air pollution and mold in the room. The present invention relates to a steam rapid cooling apparatus for an electric pressure cooker that removes various contents contained in steam through a cooling process and then discharges them to the room.

To this end, the present invention has a closed pressure control unit 38 and a pressure outlet in the pressure control unit binding port 17 and the pressure outlet binding port 16 of the conventional commercial electric pressure cooker 11 as shown in FIG. The steam arriving at the condensate collection tank 18 is rapidly connected by connecting the pressure control connecting hose 25 and the collecting tank connecting hose 21 to the Y connecting pipe 28 to connect the connecting hose 27 and to transport the steam. It consists of a high temperature pressure collector (33) made of a metal to cool the cooling system, a metal net (32) and a condensate collector (18) containing water up to the normal level indicator line (30). Since the nutrients and water contained in the filtration are filtered, excess moisture can be condensed and recovered, thereby minimizing the habitat environment of the wall around the sink and the mold in the room, thereby preventing indoor pollution.

Pressure cooker, steam, rapid cooling, metal net, condensate

Description

Quick cooling device for pressure cooker {A quick cooling device for a vapor of pressure rice pot}

1 is a conventional electric rice cooker perspective view

Figure 2 is an exploded perspective view of the existing steam discharge structure in the portion A of Figure 1

3 is a state in which the hermetic pressure regulating part and the hose of the present invention are coupled to part A of FIG.

4 is a perspective view of the product devised

5 is an exploded perspective view of the condensate collection container

6 is a perspective view of the condensate collection tank assembly

7 is a cross-sectional view of the steam flow at the normal level of the condensate collection vessel.

8 is an exploded perspective view of the closed pressure control unit

9 is a cross-sectional view of the assembled pressure control unit

10 is a perspective view of the Y connector and hose separation

<Description of Signs of Major Parts of Drawings>

11: pressure cooker 12: conventional pressure regulator 13: conventional pressure outlet

14: Conventional pressure outlet stopper 15: Conventional pressure adjustment weight 16: Pressure outlet engagement port

17: Pressure regulator binding port 18: Condensate collection container 19: Pressure outlet

20: hose end connection 21: collection hose connecting hose 22: lid fixing handle

23: lid fixing jaw 24: lid 25: pressure regulator connection hose 26: water

27: Pressure outlet connection hose 28: Y connector 29: Upper limit level indicator line

30: normal level indicator line 31: pressure through hole 32: metal mesh 33: high temperature pressure collector

34: high temperature pressure outlet 35: metal mesh jaw 36: plug 37: pressure adjustment weight

38: closed pressure regulator 39: steam outlet 40: rubber ring

41: high temperature pressure collector connection 42: steam passage 43: pressure control weight guard

The present invention relates to a device for removing nutrients or large amounts of water contained in steam by rapidly cooling high temperature and high pressure steam when the high pressure steam generated inside the pressure cooker is discharged to the outside of the pressure cooker. Preferably, as shown in Figure 11, the lid of the pressure cooker 11, there is a function of the passage for discharging the steam generated when adjusting the internal pressure of the pressure cooker 11 when cooking and the closed pressure regulator 38 The pressure adjusting unit binding hole (17) having a screw structure is installed to install the pressure outlet coupling hole (16), which serves as a passage when discharging the internal pressure of the pressure cooker (11) at the time of completion of cooking. In the cooker 11
As shown in FIGS. 8, 9, the pressure adjusting unit binding port 17 can induce high-temperature, high-pressure steam generated in the pressure cooker 11 to the steam outlet 39, and stopper 36, pressure control 9 is a pressure control part connecting hose equipped with a closed pressure adjusting part 38 which is assembled as shown in FIG. 9 and prevents steam from being immediately discharged into the room. 25 and the Y connecting pipe 28 is mounted as shown in Figure 4 to transfer the steam to the condensate collection tank 18.
The steam discharged to the pressure outlet binding port 16 is a portion where steam is discharged upon completion of cooking, and both of the pressure outlet connection hoses 27 and the Y connection pipe 28 and the collection tank connection hoses 21 which are open at both sides are shown in FIG. 4. Since it is mounted as shown in the high temperature, high pressure steam to transfer the steam to the condensate collection tank 18.
Since the hose connection is made of an elastic member of the hose material can be connected by interference fit.
The condensate collection tank 18 has a structure capable of storing water as shown in FIGS. 5, 6, and 7, and a hose connector 20 is installed at the lid 24 to connect the collection tank connecting hose 21. And a pressure outlet 19 through which the filtered pressure is discharged, a rubber ring 40 to prevent leakage, and a lid fixing handle 22 configured to be bent up and down and mounted on the lid fixing jaw 23. The high temperature pressure collecting tube connecting portion 41 is configured in a screw structure so as to mount the high temperature pressure collecting cylinder 33.
The high temperature pressure collector 33 is a structure that can be mounted on the lid 24, as shown in Figure 7, when combined with the condensate collector 18 is always submerged in water and the high temperature steam is hot pressure When it enters the collection container 33, the pressure is discharged to the high temperature pressure outlet 34 to meet the water 26 stored in the condensate collection container 18. At this time, the high temperature steam reacts with the low temperature water to be contained in the steam. Nutrients and moisture are adsorbed and absorbed by the water 26 to filter the steam.
Since the water inside the condensate collection tank 18 has a temperature of room temperature level, the water is cooled when reacted with the high temperature steam, and thus may function to filter nutrients and moisture contained in the steam.
The metal mesh 32 is installed in the metal mesh fixing jaw 35 as shown in FIGS. 5, 6, and 7, and its function is that the residual steam passing through the high temperature pressure collecting cylinder 33 is transferred to the metal mesh ( 32) and the temperature of the residual vapor is transmitted to the metal mesh 32 and the temperature transmitted to the metal mesh 32 by using the thermal conductivity of the metal, the temperature stored in the condensate collection tank 18, referring to FIG. Water is filtered because it is delivered to cool the temperature of the residual steam, and the water level rises due to the water recovered during the filtration process. Therefore, when the water level fills up to the upper limit level indicator line 29, the water is emptied to the normal level indicator line 30. It can be used again by filling with water, and it can remove nutrients and large amount of water contained in steam in the same way as above, and it is a rapid cooling device for pressure cooker which has the effect of preventing indoor pollution and mold habitat environment. It is about.
Generally, when cooking with an electric pressure cooker, the lid is sealed and cooked at high temperature and high pressure, so that the time for cooking is shortened and the taste is good.
As shown in FIG. 1, the conventional electric pressure cooker (hereinafter referred to as “pressure cooker”) is cooked at high temperature and high pressure when cooking, so that steam is discharged to the existing pressure control unit 12 during cooking, and when cooking is completed. The pressure is discharged into the room without the filtration process to the existing pressure discharge unit (13). Therefore, the conventional pressure cooker also has a problem of creating an optimal environment in which the discoloration of the wallpaper and mold can be inhabited by polluting the walls, sinks, kitchen floors, etc. in the room when various nutrients and steam contained in the rice are discharged. .

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The present invention is to solve the above problems, the purpose of the present invention is to allow the high temperature, high pressure steam discharged from the pressure cooker to pass through the low temperature water in order to rapidly cool the temperature of the steam discharged from the pressure cooker The purpose of the present invention is to provide a rapid cooling device for a pressure cooker that minimizes indoor air pollution and mold habitat by reducing the noise of steam and recovering fine nutrients in the steam and only removing the moisture to the atmosphere.

Rapid cooling device for a pressure cooker of the present invention for achieving the above object is to remove the existing pressure outlet stopper 14 and the existing pressure control weight 15 shown in Figure 2 and shown in Figure 4 of the present invention A pressure outlet connection hose 27 for mounting a pressure outlet connection hose 27 to the pressure outlet coupling port 16 and a sealed pressure control unit 38 to a pressure control unit binding port 17 for transporting steam. And pressure regulator connecting hose (25) to the Y connector (28) and the collection tank connecting hose (21) is connected to the hose connector (20) formed in the Y connector (28) and the lid (24) When the high temperature and high pressure steam passes through the high temperature pressure collecting tube 33 in the condensate collecting tube 18 as shown in FIG. 7, it reacts with the water 26 to undergo the first condensation process. , Low pressure and residual moisture that did not condense during the first condensation In the second condensation process, the remaining moisture that has not condensed hits the surface of the metal mesh 32 and, after the third condensation process, removes moisture and fine nutrients to the pressure outlet (19). Its purpose is to minimize indoor air pollution and fungal habitats as emissions are dispersed.

Referring to the configuration of the subject innovation in detail as follows.

The product of the present invention is a device for rapidly cooling high-temperature, high-pressure steam generated in the process of cooking with commercially available technology, so as shown in FIG. 1, an existing electric pressure cooker (hereinafter referred to as a pressure cooker) part A Referring to FIG. 2, when the existing pressure adjusting weight 15 and the existing outlet cap 14 are removed, the pressure adjusting member binding port 17 and the pressure outlet binding port 16 having a screw shape are exposed. Will be. (The existing pressure adjusting section binding port 17 and the pressure outlet binding port 16 will be used as it is commercially available.)

9 is a cross-sectional view showing the assembling section of the hermetic pressure regulating unit, and the hermetic pressure regulating unit 38 is formed in the form of a screw to be attached to the pressure regulating unit binding hole 17 at the lower portion thereof, and the pressure regulating unit Binding holes (17) and the screw tightening method is installed in the bead shape of the metal to automatically adjust the pressure in the steam passage 42 and the pressure cooker (11) can come out the pressure inside the pressure cooker (11) The pressure adjusting weight 37 is attached. When the pressure control weight 37 does not have an internal pressure of the pressure cooker 11, the pressure passage 11 blocks a hole and a high temperature and high pressure are generated during cooking or warming, so the internal pressure pushes the pressure control weight 37. Since a gap is formed between the steam passage 42 and the pressure regulating weight 37, the pressure of the high temperature and high pressure is released to the gap, and when the pressure inside the pressure cooker 11 decreases, the steam passage 42 is blocked again to taste the rice. It is configured to return to good pressure.

In addition, referring to FIGS. 8 and 9, the upper part of the hermetic pressure regulating unit 38 has a structure of a stopper 36 that can be separated and cleaned from the hermetic pressure regulating unit 38. have. The lower portion of the stopper 36 is provided with a pressure regulating weight protector 43 integrally with the stopper 36, the role of the pressure adjusting weight guard 43 is to adjust the pressure when opening and closing the lid of the pressure cooker 11 Since the weight 37 moves up and down, left and right, the pressure control weight 37 serves to accurately go to the initial position when the pressure cooker lid is closed.

The pressure of the high temperature and the high pressure passing through the pressure regulating weight 37 moves to the steam outlet 39 at the lower side of the hermetic pressure adjusting part 38, and both sides of the steam outlet 39 are shown in FIG. The open pressure regulator connecting hose 25 is connected in an interference fit manner and one side is connected to the Y connector 28 in an interference fit manner. As shown in FIG. 4, the high temperature and high pressure steam movement in the Y connecting pipe 28 is connected to the Y connecting pipe 28 by connecting the collecting tube connecting hose 21 having both sides to the Y connecting pipe 28. The steam is transferred to the condensate collection vessel 18. The condensate collection tank 18 to be rapidly cooled is shown in Figures 5, 6, and 7 as shown in Figure 24, the lid 24 is configured with a hose connector 20 that can be fitted with the collection hose connecting hose 21 And a high pressure collecting tube connecting portion 41 to which the high pressure collecting cylinder 33 can be mounted, and a rubber ring to prevent leakage of pressure to a different place than the pressure outlet 19 for discharging pressure. ), And there is a lid fixing knob 22 which can fix the lid 24, and the lid fixing knob 22 is made of a soft plastic material that moves well up and down. The inside of the condensate collection vessel 18 is composed of a metal mesh fixing jaw 35 into which the metal mesh 32 can be fitted, as shown in FIG. 5, and as shown in FIG. The indication line 29 and the upper limit water level indication line 29 to discard the condensate are marked and a lid fixing jaw 23 capable of fixing the lid 24 is formed. The condensate collector 18 is made of a transparent plastic material that is not deformed at high temperatures, so that the material inside is easily visible. The metal mesh 32 mounted inside the condensate collector 18 is shown in FIG. As shown in 5, it is mounted in the grooves between the metal mesh fixing jaws 35, and the high temperature pressure collecting cylinder 33 is made of a metal material which has good temperature transmission, and the high temperature pressure of the lid 24 as shown in FIG. It is screwed to the collection tube connection part 41 and is always immersed in water 26, which is cooling water, and a high temperature pressure outlet 34 through which high temperature and high pressure steam flows is perforated.

As shown in FIG. 3, the high pressure and high pressure steam discharge of the pressure outlet binding port 16 is made by forcibly inserting the pressure outlet connecting hose 27 which is open on both sides of the pressure outlet binding port 16 and pressing one end thereof. It is configured to fit in the Y connecting pipe 28 in a fitting manner, and the Y connecting pipe 28 and the hose connector 20 is configured in the interference fitting method by the collection pipe connecting hose 21. The collection tube connection hose 21, the pressure outlet connection hose 27, and the pressure regulator connection hose 25, which are connected to the Y connecting pipe 28 and the interference fitting method, are resistant to high temperature and high pressure and are excellent in elasticity. The material is easy to fit.

When explaining the operation by the configuration of the present invention in detail

When the rice cooker 11 starts to cook in the pressure cooker 11 configured as described above, since the inside of the pressure cooker 11 generates high temperature and high pressure, the pressure adjusting unit binding port shown in FIG. As shown in FIG. 8 and FIG. 9, the hermetic pressure regulating unit 38 is provided with a steam passage 42, a pressure regulating weight 37 and a pressure regulating weight protector. 43) and the steam outlet 39 and the stopper 36, so that the high-temperature, high-pressure steam inside the pressure cooker 11 comes out through the steam passage 42, and the high-temperature, high-pressure steam is a pressure regulating weight (37). Since there is a gap between the steam passage 42 and the pressure control weight 37 while pushing), high-temperature, high-pressure steam can be transferred to the steam outlet 39. The pressure control weight 37 acts the same as the existing pressure control weight 15 of FIG. 2 and thus acts to regulate the pressure inside the pressure cooker, and the stopper 36 is a screw-type pressure control unit ( 38) and is easy to separate and clean, so that the steam is not discharged directly into the room and is directed to the steam outlet (39). The lower portion of the stopper 36 is provided with a pressure regulating weight protector 43 integrally with the stopper 36, the role of the pressure adjusting weight guard 43 is to adjust the pressure when opening and closing the lid of the pressure cooker 11 Since the weight 37 moves up and down, left and right, when the pressure cooker lid is closed, the pressure adjusting weight 37 serves to accurately go to the initial position.

As shown in FIG. 4, the pressure outlet connecting hose 25, the Y connecting pipe 28, and the collecting tank connecting hose 21 are connected to the hose 24 of the lid 24 of the condensate collecting tank 18. Since it is connected to the connector 20 in order, high-temperature, high-pressure steam can be transferred to the condensate collection tank 18, and the connection of each part can be mounted by an interference fit method as described in the configuration.

The high temperature and high pressure steam that reaches the lid 24 of the condensate collection tank 18 passes through the high temperature pressure collection cylinder 33. The high temperature pressure collection cylinder 33 is made of metal and has good thermal conductivity. When inflow, the water 26, which is the coolant, descends to the lower portion of the high temperature pressure outlet 34, and the steam collides with the water 26, and the high temperature and high pressure steam is cooled in a short time, and the pressure is distributed to the high temperature pressure outlet 34. Residual steam passing through the high temperature pressure collector (33) hits the surface of water (26), which is cooling water, and the second cooling takes place, and the third cooling hits the metal net (32) and the third cooling takes place. ) Has good thermal conductivity and stabilizes rippled water due to severe ripple of water (26) when hot and high pressure steam reacts with water in the condensate collector (18) and the surface of the metal mesh (32). Tertiary cooling by collision of steam with steam Is a high-temperature, high-pressure steam in the cooling of step 3 is made changed to a low temperature, low pressure and the pressure is only a large amount of moisture has been removed to the discharge pressure output port (19). When the cooking is repeated by repeating this process, the water 26 fills up to the upper limit water level display line 29, discards contaminated condensate, and fills the clean water 26 to the normal display line 30.

As shown in FIG. 4, the high temperature, high pressure steam coming out of the pressure outlet binding port 16 is separated from the pressure outlet 13 of FIG. 1 and the pressure outlet plug 14 as shown in FIG. 2. It is separated by the pressure outlet binding port 16, of which the existing pressure outlet stopper 14 is removed and the pressure outlet connection hose 27 having both sides opened in the pressure outlet binding port 16 as shown in FIG. If you install it in an interference fit method and one end is installed in the Y connector pipe 28 by the interference fit method, the high temperature and high pressure steam from the pressure outlet binding port 16 can be achieved according to the purpose of the present invention. The high-temperature, high-pressure steam passing through the Y connecting pipe 28 is the same as the method of cooling the high-temperature, high-pressure steam generated by the hermetic pressure control unit 38, so only the pressure from which a large amount of moisture is removed is released to the pressure released into the room. Discharged to the pressure outlet (19) .

As described above, according to the present invention, when cooking and cooking with a pressure cooker, condensate and recover excess moisture of high temperature vapor exposed to the room with a rapid cooling device, thereby minimizing the habitat environment of the wall around the sink and mold in the room. There is an effect that can prevent.

Claims (4)

A pressure outlet binding port 16 for discharging high pressure steam inside the pressure cooker 11 when cooking is completed in the pressure cooker 11; Pressure adjusting unit binding port 17 for discharging the pressure inside the pressure cooker 11 generated during cooking; In the pressure outlet binding port 16, the pressure outlet coupling port 16 and the Y connecting pipe 28 are forcibly fitted with a pressure outlet connecting hose 27 which is open at both sides to transfer steam when the high pressure steam is discharged. The hose connector 20 and the Y connector tube 28 installed on the lid 24 of the condensate collection tank 18 are connected to the collection tube connecting hose 21 by a force fitting method. The sealed pressure regulator 38 is mounted on the pressure regulator Binding Unit 17 by screwing so that the high pressure steam discharged from the pressure regulator Binding Unit 17 can be transferred, and the closed pressure regulator 38 is used. The steam outlet 39, the pressure regulator connection hose 25, the Y connecting pipe 28 and the collection tank connecting hose 21 to transfer the steam passed through the lid) of the condensate collection tank 18, It is connected to the hose connector (20) installed in the interference fit method A pressure regulating weight (37) installed inside the closed pressure adjusting part (38) to adjust the pressure inside the pressure cooker (11); When contact with the steam can store the water to cool and the lid fixing jaw (23) is formed on both sides to fix the lid 24, to prevent the water ripple and absorb the heat of the steam to cool the action A condensate collecting barrel 18 having metal mesh fixing jaws 35 formed on both sides of the condensate collecting barrel 18 so as to sandwich the metal mesh 32; The high temperature pressure collector can be mounted on the high temperature pressure collector connecting portion (41) of the lid (24) so that the hot steam flows into the condensate collection tank (18) to disperse and discharge in the water stored in the condensate collection tank (18) 33; A lid 24 serving as a cover of the condensate collection container 18 and having a structure detachable from the condensate collection container 18 by a lid fixing knob 22; The high temperature pressure collector connecting portion 41 having a screw structure for installing the high temperature pressure collecting container 33 on the lid 24 and the pressure outlet port 19 bored to discharge the filtered steam are installed. Steam rapid cooling device for pressure cooker, characterized in that the hose connector 20 is fitted to the collection tank connecting hose 21, which is a means of conveying by force fitting The pressure adjusting weight protector 43 is installed at the upper end of the closed pressure adjusting part 38 to guide the flow of steam to the steam outlet 39 and to prevent the pressure adjusting weight 37 from being separated. Steam cooker for pressure cooker, characterized in that the cap 36 is installed and configured to be assembled by screwing on top of the closed pressure regulator 38 The hot pressure collector (33) is always immersed in water stored in the condensate collector (18) and the hot pressure collector (33) with the lid (24) and the condensate collector (18) assembled. The hot steam outlet 34 is perforated so that the hot steam sucked into the water can come into contact with water to discharge residual steam and pressure after cooling, and is screw-mounted to the hot pressure collector connecting part 41 of the lid 24. Steam rapid cooling device for a pressure cooker, characterized in that the high-temperature pressure collector (33) with a screw structure formed in the center of the high-temperature pressure collector (33) so that it can be installed The method according to claim 1, wherein the residual steam mounted on the metal mesh fixing jaw (35) of the condensate collecting tank (18) and passing through the high temperature pressure collecting tube (33) collides with the metal mesh (32) to take advantage of the heat conduction characteristics of the metal. Steam rapid cooling device for pressure cooker, characterized in that it is equipped with a metal net 32 is provided with a pressure passage hole 31 through which the filtered pressure can be removed by cooling the temperature of steam.

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