TWI601565B - Essential oil extraction device - Google Patents

Description

Essential oil extraction device

This creation is about an essential oil extraction device, especially an essential oil extraction device that can effectively avoid the loss of essential oil components.

As we all know, essential oils are extracted from various kinds of plants, the ingredients are natural, have many natural effects, various essential oil fragrances, have different healing effects; basically, natural essential oil ingredients have many soothing and relaxing effects, except for smear It can also be sprayed directly into the air, in the car, in the home, sheets, drapes, bedding, to eliminate odor, fresh smell, in addition to the aromatic effect can enhance the spirit or soothe the effect, some essential oils are more antibacterial and anti-viral The role is most helpful for the role of the respiratory tract against the virus, but also can alleviate the inflammation and make the mucous membrane comfortable.

At present, the natural essential oils are mostly extracted from various kinds of plants. The water is mainly passed through the arranged plants, and the plant tissues are destroyed by the high temperature of water vapor, and the essential oils insoluble in the water phase are collected; As shown, it is a conventional essential oil extraction device, which mainly has a heating tank 20 for placing the medicine 10, and only needs to put the medicine 10 into the heating tank 20 during extraction, and then heats the heating tank 20 by using high-temperature steam. The medicinal material is heated and extracted by indirect cooking.

However, similar to the conventional oil extraction equipment shown in the first figure, in actual operation, it is very easy to cause the essential oil component to overflow with the high-temperature vapor, and it is not only impossible to save the available essential oil components, and The extraction effect of essential oils is relatively relatively good; therefore, how to provide a problem that can avoid the loss of essential oil components and improve the extraction efficiency can not effectively extract the essential oil components of the medicinal materials.

In view of this, the present invention provides an essential oil extraction device which can effectively avoid the loss of essential oil components, and is its main purpose.

In order to achieve the above, the essential oil extraction device of the present invention basically comprises: an extraction module, an essential oil collection module, a condensation module, and a pure dew recovery module; wherein the extraction module has a a first tank body for accommodating the medicinal material, wherein a grid for placing the medicinal material is disposed inside the first tank body, and a steam inlet is disposed at a lower portion of the first tank body relative to the grid body, in the first tank The body is provided with a vaporization port at the top of the grid, and the top of the first tank body is provided with a slot cover for reopening; the essential oil collection module has a second tank body for containing essential oil. An essential oil conduit for connecting to the first tank body is disposed at the second tank body; the pure dew recovery module has a third tank body for containing pure dew, and an inlet is arranged at the top of the third tank body a condenser; the condenser module has a condenser connected to the vaporization port of the first tank through a vapor conduit, and the condenser is further connected to the third tank through a vapor conduit Port connection.

By using the above structural features, the essential oil extraction device of the present invention can put the medicinal material into the first trough body when the trough cover of the first trough body is opened, when the medicinal materials are all placed in the net of the first trough body. After the tank cover is closed, the high-temperature steam can be introduced into the first tank body from the steam inlet, and the high-temperature steam entering the first tank body heats the medicine on the grid, and the plant tissue of the medicine is destroyed by the high-temperature steam. The essential oil extracted from the medicinal material is dropped under the grid, and the extracted essential oil is collected by the second tank belonging to the essential oil collection module; as the high temperature vapor passing through the medicinal material enters the condenser through the vapor conduit, so that Under the cooling effect of the condenser, the essential oil component originally discharged with the high-temperature vapor is condensed into a liquid pure dew, and is guided by pure dew. The tube introduces the pure dew produced by the condenser into the third tank body belonging to the pure dew recovery module; the crucible can effectively avoid the loss of the essential oil component of the medicine.

According to the above structural feature, the extraction module is provided with a return port at a position above the first slot body relative to the grid; the pure dew recovery module is provided with a liquid outlet at the bottom of the third slot body. Another pure reflux pipe is connected between the liquid outlet and the return port of the first tank, and a valve member for controlling whether the pure reflux pipe is turned on or not is disposed at the pure reflux pipe.

The essential oil extraction device further includes a vapor generating module coupled to the vapor inlet of the first tank.

The pure dew flow conduit is connected to the condenser at an angle of 20 to 60 degrees from the vertical.

The pure dew conduit is connected to the condenser at an angle of 45 degrees to the vertical.

The pure dew conduit forms a turning section perpendicular to the third trough body with respect to one end of the connection with the third trough body.

Specifically, the essential oil extraction device disclosed in the present invention can completely recover and cool the vapor released by the extraction module under the integrated operation of the extraction module, the condensation module and the pure dew recovery module. The essential oil component originally discharged with the high-temperature steam can be condensed into a liquid pure dew to avoid the loss of the essential oil component of the medicinal material, and the design of the pure dew conduit can be utilized to make the cooling and condensing pure dew quickly and smoothly. Entering the pure dew recovery module, the better extraction efficiency of the essential oil is obtained, and even the pure dew can be refluxed into the extraction module, and reacted again with the medicinal material and the high temperature vapor in the first tank to be relatively more active and reliable. Increase the extraction rate of essential oils.

10‧‧‧medicine

11‧‧‧ essential oil

12‧‧‧Dew

20‧‧‧heating tank

30‧‧‧Extraction module

31‧‧‧First trough

311‧‧‧Vapor inlet

312‧‧‧vaporization port

313‧‧‧Return port

32‧‧‧ Grid

33‧‧‧Slot cover

40‧‧‧ essential oil collection module

41‧‧‧Second trough

42‧‧‧ essential oil conduit

50‧‧‧Luxury Recycling Module

51‧‧‧3rd trough

511‧‧‧Inlet

512‧‧‧liquid outlet

52‧‧‧ pure dew return pipe

60‧‧‧Condensing module

61‧‧‧Condenser

62‧‧‧Vapor Catheter

63‧‧‧ pure dew catheter

70‧‧‧Vapor generation module

The first figure is a schematic structural view of a conventional essential oil extraction device.

The second figure is a block diagram of the composition of the essential oil extraction device of the first embodiment of the present invention.

The third figure is a schematic structural view of the essential oil extraction device of the first embodiment of the present invention.

The fourth figure is a block diagram of the composition of the essential oil extraction device of the second embodiment of the present invention.

The fifth figure is a schematic structural view of the essential oil extraction device of the second embodiment of the present invention.

The present invention mainly provides an essential oil extraction device which can effectively avoid the loss of essential oil components, such as the block diagram of the essential oil extraction device of the first embodiment of the second embodiment, and the third embodiment of the essential oil extraction device of the first embodiment. The essential oil extraction device of the present invention basically comprises: an extraction module 30, an essential oil collection module 40, a condensation module 60, and a pure dew recovery module 50; wherein:

The extraction module 30 has a first trough body 31 for accommodating the medicinal material 10, and a net frame 32 for placing the medicinal material 10 is disposed inside the first trough body 31, and the first trough body 31 is opposite to the net A vapor inlet 311 is disposed at a lower portion of the frame 32, and a vaporization port 312 is disposed above the frame body 31. The first groove body 31 is provided with a refillable top. Slot cover 33.

The essential oil collection module 40 has a second tank 41 for containing the essential oil 11, and an essential oil conduit 42 for connecting to the first tank 31 is disposed at the second tank 41.

The pure dew recovery module 50 has a third tank body 51 for containing the pure dew 12, and a top portion of the third tank body 51 is provided with a pure dew 12 for entering the inside of the third tank body 51 and for balancing the pressure. Liquid port 511.

The condensing module 60 has a condenser 61. The condenser 61 is connected to the vaporization port 312 of the first tank 31 through a vapor conduit 62. The condenser 61 is further connected to a pure dew conduit 63 and the third. The liquid inlet 511 of the tank body 51 is connected; in the embodiment, the pure dew conduit 63 is connected to the condenser 61 at an angle of 20 to 60 degrees with the vertical line, and the angle of the pure dew conduit 63 can be used. , so that the cooling condensation of the pure dew 12 can be fast and smooth The entry into the pure dew recovery module 50 results in better extraction efficiency of the essential oil. In practice, the pure dew conduit 63 is preferably connected to the condenser 61 at an angle of 45 degrees to the vertical.

In principle, the essential oil extraction device of the present invention can put the medicinal material into the first trough body when the trough cover of the first trough body is opened, when the medicinal materials are all placed on the grid of the first trough body. After the tank cover is closed, the high temperature steam can be introduced into the first tank body 31 from the steam inlet 311, and the medicinal material 10 on the grid 32 can be heated by the high temperature steam entering the first tank body 31. The high temperature vapor destroys the plant tissue of the medicinal material 10, and the essential oil 11 from which the medicinal material 10 is extracted is dropped under the grid 32, and the extracted essential oil 11 is collected by the second tank 41 belonging to the essential oil collecting module 40.

As a result, the high-temperature vapor passing through the medicinal material 10 enters the condenser 61 through the vapor conduit 62, so that under the cooling action of the condenser 61, the essential oil component originally discharged with the high-temperature vapor is condensed into a liquid pure dew 12, and is pure The dew conduit 63 introduces the pure dew 12 generated by the condenser 61 into the third trough body 51 belonging to the pure dew recovery module 50, thereby avoiding the loss of the essential oil component of the medicine 10; and the angle design of the pure dew conduit 63 can be utilized. The cooled dew condensation 12 can be quickly and smoothly entered into the pure dew recovery module 50, resulting in better extraction efficiency of the essential oil.

Furthermore, as shown in the fourth and fifth figures, in the implementation of the essential oil extraction device of the present invention, the extraction module 30 can also be provided at a position above the first tank 31 relative to the grid 32. a return port 313; the pure dew recovery module 50 is provided with a liquid outlet 512 at the bottom of the third tank 51, and a pure dew return pipe 52 is connected to the liquid outlet 512 and the first tank 31. Between the ports 313, a valve member (not shown) for controlling the conduction of the pure reflux pipe is provided at the pure dew return pipe 52, and the pure dew collected by the pure dew recovery module 50 can be selectively disposed. The oil is refluxed into the extraction module 30, and reacts again with the medicinal material 10 and the high temperature vapor in the first tank 31 to increase the extraction rate of the essential oil.

Furthermore, the essential oil extraction device of the present invention may further include a vapor generating module 70 connected to the vapor inlet 311 of the first tank body 31; and the pure dew conduit 63 is attached to the vertical line. In the structural form in which the angle of 20 to 60 degrees is connected to the condenser 61, the pure dew conduit 63 is opposite to the third One end of the connection of the tank body 51 is preferably formed into a turning section which is perpendicularly connected to the third tank body 51, so as to accelerate the speed at which the pure dew 12 flows into the third tank body 51.

Compared with the conventional structure, the essential oil extraction device disclosed in the present invention can completely recover and cool the vapor released by the extraction module under the integrated operation of the extraction module, the condensation module and the pure dew recovery module. The treatment can not only make the essential oil component which is discharged with the high-temperature steam condense into a liquid pure dew, but also avoid the loss of the essential oil component of the medicinal material, and can also be designed by using the angle of the pure dew conduit, so that the cooling and condensation of the pure dew can be quickly And smoothly enter the pure dew recovery module, so as to obtain better extraction efficiency of essential oils, and even allow the pure dew to flow back into the extraction module, and react with the medicinal materials and high temperature vapor in the first tank to be relatively more active. A reliable means to increase the extraction rate of essential oils.

In summary, the present invention provides a better and feasible essential oil extraction device, and submits an application for an invention patent according to law; the technical content and technical features of the creation have been disclosed above, but those skilled in the art may still be based on the creation. The disclosure reveals various substitutions and modifications that do not depart from the spirit of the creation of the case. Therefore, the scope of the present invention is not limited to the embodiments disclosed, but includes various alternatives and modifications that do not depart from the present invention and are covered by the following claims.

10‧‧‧medicine

11‧‧‧ essential oil

12‧‧‧Dew

30‧‧‧Extraction module

31‧‧‧First trough

311‧‧‧Vapor inlet

312‧‧‧vaporization port

32‧‧‧ Grid

33‧‧‧Slot cover

40‧‧‧ essential oil collection module

41‧‧‧Second trough

42‧‧‧ essential oil conduit

50‧‧‧Luxury Recycling Module

51‧‧‧The third tank 51

511‧‧‧Inlet

60‧‧‧Condensing module

61‧‧‧Condenser

62‧‧‧Vapor Catheter

63‧‧‧ pure dew catheter

Claims (3)

An essential oil extraction device comprises: an extraction module having a first tank body for accommodating the medicinal material, and a grid for placing the medicinal material is arranged inside the first tank body, wherein the first tank body is opposite to the net body A vapor inlet is disposed at a lower portion of the frame, and a vaporization port is disposed at an upper portion of the first tank body relative to the grid. The top of the first tank body is provided with a slot cover for reopening; an essential oil collection The module has a second tank body for containing essential oil, and an essential oil conduit for connecting with the first tank body is disposed at the second tank body; a pure dew recovery module having a first part for containing pure dew a three-slot body is provided with a liquid inlet at the top of the third tank; a condensation module has a condenser, and one side of the condenser is connected to the vaporization port of the first tank through a vapor conduit. The other side of the condenser is connected to the liquid inlet of the third tank through a pure dew conduit; the pure dew conduit is connected to the condenser at an angle of 45 degrees to the vertical; wherein The extraction module is provided with a reflow at a position above the first tank body relative to the grid The pure dew recovery module is provided with a liquid outlet at the bottom of the third tank, and a pure dew return pipe is connected between the liquid outlet and the return port of the first tank, and the pure dew A valve member for controlling whether the pure reflux pipe is turned on or not is provided at the return pipe. The essential oil extraction device of claim 1, wherein the essential oil extraction device further comprises a vapor generation module coupled to the vapor inlet of the first tank. The essential oil extraction device according to claim 1, wherein the pure dew draft tube forms a transition portion that is perpendicularly connected to the third trough body with respect to one end of the connection with the third trough body.