CN205006613U - Distilling device - Google Patents

Abstract

The utility model relates to a distillation device, comprising a pot body (100), a condensing device (200; the condensing device (200) includes an accommodation space (210), a serpentine tube (220) located in the accommodation space (210) ), a condensing agent inlet (250) and a condensing agent outlet (260), one end of the serpentine pipe (220) forms a liquid outlet (230), and the other end forms an air inlet (240); the condensing device (200) The lower end surface (212) of the kettle body (100) is adapted to and sealed with the opening (110) above the kettle body (100), and the serpentine pipe (220) is connected to the kettle body (100) through the air inlet (240) ) are connected. The distillation device of the utility model can reclaim the nutrients and active ingredients brought out by the steam, and is easy to operate and widely used. When cooking soup, it collects the ingredients that would have been lost with the steam, reducing the impact of oil and heat.

Description

a distillation device

technical field

The utility model relates to a household electrical appliance, in particular to a distillation device for collecting nutrient components in steam.

Background technique

Existing household electrical appliances include various cooking appliances, such as various electric kettles and health pots for boiling water, tea, and soup. These cooking appliances will generate a large amount of steam during the cooking process, and the steam produced All directly enter the atmosphere without being utilized. The generation of steam not only causes the loss of nutrients and active ingredients, but also causes a lot of troubles due to the oil and heat it carries.

Contents of the invention

The technical problem to be solved by the utility model is to provide a distillation device to solve problems such as the loss of nutrients and active ingredients caused by the large amount of steam generated by the existing cooking appliances, and the oil and heat carried out affecting the living environment.

The technical solution of the utility model to solve the above-mentioned problems is: to provide a distillation device, including a pot body that can be heated, and a condensing device that is aligned with the opening above the pot body and is detachably connected with the pot body; The condensing device includes an accommodating space surrounded by a side wall and a lower end surface, a serpentine tube located in the accommodating space, a condensate inlet and a condensate outlet arranged on the side wall, and one end of the serpentine tube The pipe wall passes through the side wall to form a liquid outlet, the pipe wall at the other end of the serpentine pipe is fused with the lower end surface and an air inlet is formed on the lower end surface; the lower end surface of the condensing device Fitting and sealing the opening above the kettle body, the serpentine tube communicates with the kettle body through the air inlet.

In the distillation device provided by the utility model, the seal between the lower end surface of the condensing device and the opening above the kettle body adopts one of frosted seal and gasket seal.

In the distillation device provided by the utility model, the distillation device also includes a heating control base, and the heating control base is provided with a first power connector and a control panel electrically connected to the first power connector; the kettle body A heating plate and a second power connector compatible with the first power connector are fixedly arranged below, and the heating plate is electrically connected to the second power connector.

In the distillation device provided by the utility model, the bottom of the inner surface of the kettle body is a glass interlayer, and the glass interlayer is closely attached to the heating plate.

In the distillation device provided by the utility model, the serpentine tube includes a vertical part communicated with the air inlet, a spiral part communicated with the liquid outlet, and the vertical part communicates with the spiral The parts are seamlessly connected and form the internal hollow of the serpentine tube communication; the vertical part extends upward from the air inlet along the axial direction of the condensing device, and the helical part spirals around the vertical part Extend down.

In the distillation device provided by the utility model, the side wall surrounding the accommodation space extends upward from the outer edge of the lower end surface; the pipe wall of the serpentine pipe separates the accommodation space from the serpentine pipe The interior is hollow, and the heat transfer between the accommodation space and the inner hollow of the serpentine pipe is completed through the pipe wall of the serpentine pipe.

In the distillation device provided by the utility model, the inlet of the condensing agent is connected to the water inlet pipe, the outlet of the condensing agent is connected to the return water pipe, and the inlet of the condensing agent is located below the outlet of the condensing agent.

Implementing the utility model has the following beneficial effects: the condensing device condenses the steam generated in the kettle body into liquid and flows out and collects it from the liquid outlet. The condensed liquid is rich in nutrients and active ingredients brought out by the steam, and is easy to operate and widely used , not only can be specially used as a condensation generating device for roses, chrysanthemums, lavenders, etc., but also can collect ingredients that are originally lost with steam when making tea and soup, reducing the impact of oil and heat.

Description of drawings

In order to more clearly illustrate the technical solutions in the embodiments of the present invention or the prior art, the following will briefly introduce the accompanying drawings that need to be used in the description of the embodiments or the prior art. Obviously, the accompanying drawings in the following description These are only some embodiments of the utility model, and those skilled in the art can also obtain other drawings based on these drawings without creative work.

Fig. 1 is the structural representation of the preferred embodiment of the utility model distillation apparatus;

Fig. 2 is the structural representation of condensing device in the preferred embodiment of distillation device of the present invention;

Fig. 3 is a structural schematic diagram of the connection between the pot body and the heating control base in a preferred embodiment of the distillation device of the present invention;

Fig. 4 is a schematic structural view of the heating control base in a preferred embodiment of the distillation device of the present invention.

detailed description

The technical solutions in the embodiments of the present invention will be clearly and completely described below in conjunction with the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of them. example. Based on the embodiments of the present utility model, all other embodiments obtained by persons of ordinary skill in the art without making creative efforts belong to the scope of protection of the present utility model.

Existing cooking appliances will generate a large amount of steam, which will cause the loss of nutrients and active ingredients while bringing out oil and heat. The main innovation of the utility model is to provide a distillation device with heating and condensation functions. The opening 110 above the kettle body 100 is closely matched with the condensation device 200. The steam generated by heating in the kettle body 100 directly enters the condensation device 200 for condensation. It can quickly realize the effect of steam collection without complicated operations, and it is an ideal small household electrical appliance.

Fig. 1 shows the structure of the preferred embodiment of the utility model distillation device, as shown in Fig. 1, in the present embodiment, the distillation device comprises a kettle body 100 and a condensation device 200, and the kettle body 100 can realize a heating function, and is suitable for accommodating After the liquid in the pot body 100 is heated, it is used for making soup, boiling tea, steaming vegetables, extracting raw materials, etc. The condensing device 200 is aligned with the opening 110 provided on the top of the pot body 100 , the connection is sealed to prevent steam leakage, and the detachable connection is adopted for convenient use.

Fig. 2 shows the structure of the condensing device in the preferred embodiment of the distillation device of the present invention. As shown in Fig. 2, the condensing device 200 is used to accommodate the accommodation space 210 of the condensing agent, the serpentine tube for the circulation of industrial steam and the realization of heat transfer 220, the accommodating space 210 is surrounded by the side wall 211 and the lower end surface 212, the condensing agent inlet 250 and the condensing agent outlet 260 on the side wall 211, the condensing agent flows in from the condensing agent inlet 250, and after completing heat exchange with the serpentine tube 220, from The condensing agent outlet 260 flows out. Since the condensing agent in the accommodation space 210 is in a flowing state at any time, the heat exchange between the condensing agent and the steam is more sufficient, which avoids the problem that the condensing agent cannot continue to condense after being heated. The serpentine tube 220 is located in the accommodation space 210 , and the outer wall of the serpentine tube 220 is in direct contact with the serpentine tube 220 to realize heat transfer and condense the steam into liquid. The pipe wall at one end of the serpentine pipe 220 passes through the side wall 211 to form a liquid outlet 230, the pipe wall at the other end of the serpentine pipe 220 is fused with the lower end surface 212 and an air inlet 240 is formed on the lower end surface 212, and the steam flows from the air inlet After the port 240 enters the serpentine tube 220, heat is transferred to the condensing agent through the wall of the serpentine tube 220 during the flow process, and the temperature gradually decreases until it condenses into a liquid and then flows out of the liquid outlet 230 along with the serpentine tube 220 and passes through the drainage tube. 400 flows into the collection container for collection. In order to make all the steam in the kettle body 100 flow into the serpentine tube 220 without leakage, the size of the kettle body 100 and the condensing device 200 should be adapted, that is, the lower end surface 212 of the condensing device 200 is suitable for the opening 110 above the kettle body 100 Matching, the serpentine tube 220 communicates with the pot body 100 through the second opening, and through the seal between the lower end surface 212 and the opening 110 above the pot body 100 , all the steam enters the serpentine tube 220 through the air inlet 240 .

In another preferred embodiment of the present utility model, the condensing device 200 is made of glass material, and the seal between the lower end surface 212 of the condensing device 200 and the opening 110 above the pot body 100 is frosted and sealed by setting Frosted surface, to achieve a close fit between the two. Of course, as long as the sealing effect can be achieved, any existing sealing method can be used, such as gasket sealing, etc., and the gasket adopts variable materials such as plastics, silica gel, etc. to fill the lower end surface 212 of the condensing device 200 and the space above the kettle body 100. All the pores between the openings 110 prevent steam from leaking out.

Fig. 3 shows the structure in which the pot body is connected to the heating control base in a preferred embodiment of the distillation device of the present invention. As shown in Fig. 3, the distillation device also includes a heating control base 300, which is a power supply device for Fix the kettle body 100 and supply power to the heating plate 120 at the bottom of the kettle body 100 . Fig. 4 shows the structure of the heating control base in the preferred embodiment of the utility model distillation device, as shown in Fig. The panel 320 is directly connected to the household AC power through the first power connector 310. The control panel 320 can have functions such as displaying the heating time, displaying the heating temperature, automatically controlling the heating time, and setting the heating temperature threshold. A heating plate 120 and a second power connector compatible with the first power connector 310 are fixedly arranged under the kettle body 100. The first power connector 310 and the second power connector are plug-and-socket type, and the kettle body 100 is placed under heating control. On the base 300, the first power connector 310 and the second power connector are just aligned and connected, and the kettle body 100 is removed from the heating control base 300, and the first power connector 310 is disconnected from the second power connector. Place the kettle body 100 on the heating control base 300 , start the control panel 320 , and the heating plate 120 is electrically connected to the second power connector, and then the heating control of the kettle body 100 can be realized through the control panel 320 . Preferably, in order to better realize temperature control, a temperature sensor is also provided at the bottom of the kettle body 100, and the temperature sensor is electrically connected to the control panel 320, and the temperature of the liquid in the kettle body 100 is sensed in real time by the temperature sensor and fed back to the control panel 320. Of course, the heating control base 300 can be an ordinary induction cooker, a gas oven, etc., and the kettle body 100 is an ordinary heating pot, and the heating pot realizes the aforementioned steam condensation process.

In another preferred embodiment of the present utility model, the bottom of the inner surface of the kettle body 100 is a glass interlayer 130 (see FIG. 3 ), and the glass interlayer 130 is closely attached to the heating plate 120, so that the kettle body 100 The liquid is not in direct contact with the heating plate 120. The heating plate 120 is usually a metal plate, which may release heavy metal ions at high temperatures. The glass interlayer 130 is closely attached to the heating plate 120 and can be used as a heat transfer layer without affecting the heating plate. The heating of the liquid in the kettle body 100 by 120 avoids possible heavy metal ion pollution.

In another preferred embodiment of the utility model, the serpentine pipe 220 includes a vertical portion 221 and a spiral portion 222, the lower end of the vertical portion 221 is directly connected to the air inlet 240, and the upper end of the vertical portion 221 is directly connected to the air inlet 240. The uppermost end of the helical part 222 is connected, and the lowermost end of the helical part 222 is connected with the liquid outlet 230 . The steam generated from the kettle body 100 rises to the highest point along the vertical portion 221 , and then spirals downward along the spiral portion 222 until it flows out of the liquid outlet 230 . The vertical part 221 is seamlessly connected with the helical part 222 and forms an internal hollow connected with the serpentine tube 220; the vertical part 221 extends upward from the air inlet 240 along the axial direction of the condensing device 200, and the helical part 222 spirals around the vertical part 221 Extend downwards to realize the above-mentioned gas flow line first up and then down. In addition, the steam may be condensed into liquid at any time in the serpentine tube 220, and the short vertical part 221 prevents a large amount of steam from condensing and then directly flowing back. Due to the phenomenon of the kettle body 100 , the condensed liquid will flow out from the liquid outlet 230 along with the helical portion 222 spiraling downwards. The shape of the accommodation space 210 is columnar or truncated cone, and the side wall 211 surrounding the accommodation space 210 extends upward from the outer edge of the lower end surface 212, and extends vertically upward to form a columnar structure. Of course, the accommodation space 210 can also be enlarged. Oval, frustum-like structures with reduced openings, etc. The tube wall of the serpentine tube 220 separates the accommodation space 210 of the kettle body 100 from the inner hollow of the serpentine tube 220 , and the heat transfer between the accommodation space 210 and the inner hollow of the serpentine tube 220 is completed through the tube wall of the serpentine tube 220 . The condensing device 200 also includes a cover 270 , in order to prevent foreign objects from falling into the condensing agent, and to facilitate cleaning of dirt in the accommodating space 210 .

In another preferred embodiment of the present utility model, the condensate inlet 250 is connected to the water inlet pipe, and the condensate outlet 260 is connected to the return water pipe. When the condensing agent is tap water, the water inlet pipe is directly connected with the tap water pipe, and the tap water flows into the accommodation space 210 of the condensing device 200 along the water inlet pipe, and is discharged along the return water pipe after completing heat exchange with the steam in the serpentine pipe 220. It has high pressure itself, so the above-mentioned circulation flow can be realized without additional power equipment. Of course, in order to achieve a better condensation effect, you can use ice water and other lower temperature as the condensing agent. power. Since the density of the condensing agent will decrease after heating, in order to achieve a better condensation effect, the condensing agent inlet 250 is located below the condensing agent outlet 260, and the heated condensing agent will rise and flow out from the condensing agent outlet 260, making the condensing agent with a lower temperature The refrigerant flows in from the condensing agent inlet 250.

Claims (7)

1. A distillation device, characterized in that it comprises a heated kettle body (100), aligned with an opening (110) arranged above the kettle body (100) and detachable from the kettle body (100) A connected condensing device (200); the condensing device (200) includes an accommodating space (210) surrounded by a side wall (211) and a lower end surface (212), a serpentine tube located in the accommodating space (210) (220), a condensate inlet (250) and a condensate outlet (260) arranged on the side wall (211), the tube wall at one end of the serpentine tube (220) passes through the side wall (211) And form a liquid outlet (230), the tube wall at the other end of the serpentine tube (220) is fused with the lower end surface (212) and an air inlet (240) is formed on the lower end surface (212); The lower end surface (212) of the condensing device (200) is adapted to and sealed with the opening (110) above the kettle body (100), and the serpentine pipe (220) passes through the air inlet (240) It communicates with the kettle body (100). 2. The distillation device according to claim 1, characterized in that, the seal between the lower end surface (212) of the condensing device (200) and the opening (110) above the pot body (100) adopts a frosted seal , one of the gasket seals. 3. The distillation device according to claim 1, characterized in that, the distillation device further comprises a heating control base (300), the heating control base (300) is provided with a first power connector (310), and the The control panel (320) electrically connected to the first power connector (310); a heating plate (120) is fixedly installed under the kettle body (100), and a second A power connector, the heating plate (120) is electrically connected to the second power connector. 4. The distillation device according to claim 3, characterized in that, the bottom of the inner surface of the pot body (100) is a glass interlayer (130), and the glass interlayer (130) is closely attached to the heating plate (120). 5. The distillation device according to claim 1, characterized in that, the serpentine pipe (220) comprises a vertical portion (221) communicating with the air inlet (240), a vertical portion (221) communicating with the liquid outlet (230) a connected helical part (222), the vertical part (221) is seamlessly connected with the helical part (222) and forms the inner hollow communicated with the serpentine tube (220); the vertical The part (221) extends upward from the air inlet (240) along the axial direction of the condensing device (200), and the spiral part (222) spirals around the vertical part (221) and extends downward. 6. The distillation device according to claim 5, characterized in that, the side wall (211) surrounding the accommodating space (210) extends upward from the outer edge of the lower end surface (212); the serpentine tube The tube wall of (220) separates the described accommodation space (210) from the inner hollow of the serpentine tube (220), and the tube wall of the serpentine tube (220) completes the described accommodation space (210) and the The heat transfer between the hollows inside the serpentine tube (220) is described. 7. The distillation device according to claim 1, characterized in that, the condensing agent inlet (250) is connected to a water inlet pipe, the condensing agent outlet (260) is connected to a return water pipe, and the condensing agent inlet (250) Located below the condensate outlet (260).