TWM627174U - Ultrasonic oscillation device for essential oil distillation and extraction device - Google Patents

Abstract

An ultrasonic vibration structure of an essential oil distillation and extraction device, the device is a distiller. Water and other related solvents can be poured into it, and the materials to be extracted are added and immersed in the solvent. The accommodating space is equipped with a heating structure to increase the temperature of the solvent in the cooking space, and a stirring structure is installed in the furnace body. The solvent in the space is stirred, and the cooking space is provided with an ultrasonic vibration structure on the edge of the furnace body, and the ultrasonic vibration structure emits ultrasonic shock waves to the solvent in the cooking space; and a cover covers the furnace body. On the upper opening, an aperture is defined above the cover to connect the pipeline.

Description

Ultrasonic vibration structure of essential oil distillation and extraction device

This creation is an ultrasonic vibration structure of an essential oil distillation and extraction device, especially a device for distilling and extracting plant essential oils by further adding agitation and vibration structure to produce better homogenization and separation of plants during the distillation process, so as to achieve more Essential oil extraction quality and quantity.

In the past, plant extraction methods on the market were roughly divided into two main methods: steam distillation and water distillation. Among them, steam distillation was mostly used for the extraction of essential oils from logs, while water distillation was used for flowers and plants. In the extraction of essential oils, the extraction of steam distillation is mainly to place the material to be extracted on the sieve frame inside the distiller. In the process, the gas mixed with the essential oils and the gas will enter the cooling system along the upper pipe of the distiller, and the vapor will be condensed back to the liquid state, and then the essential oil components will be separated according to the difference in specific gravity and density. The extraction material is completely immersed in water, then heated, boiled and steamed, and then the essential oils in the glands of the material to be extracted are released at the same time, so that the gas of the essential oil mixed with the vapor flows along the upper conduit inside the distiller and enters the cooling system. After the system, the vapor is condensed back to the liquid state, and then the essential oil components are separated according to the difference in specific gravity and density.

Please refer to the arrangement diagram of the conventional distillation apparatus shown in FIG. 1 , which mainly includes a distiller 10, and the distiller has a heating structure and a pressure regulating structure, so as to heat the water in the tank of the distiller 10. When the water in the distiller 10 is heated After the steam generated inside starts to increase the internal pressure, which can be passed through the set in the distillation The pressure gauge T on the distiller 10 reads, when the internal pressure of the distiller 10 increases to the preset pressure, the steam is released through the pressure regulating structure to discharge the steam to the pipeline P at the top of the distiller 10, and the steam is discharged from the pipeline P. That is, it is poured into the condenser 20 connected to the discharge end of the pipeline P. After entering the condenser 20, the steam condenses into water and essential oil and is discharged. The discharged water and essential oil pass through the pipeline P connected to the discharge end of the condenser 20 and then enter and separate. The device 30 further separates the water and the essential oil, and the separated essential oil is finally discharged and collected through the valve V set in the separator 30 .

However, although the conventional water boiling extraction device is suitable for a specific way of obtaining essential oils of the material to be extracted, the disadvantage of the conventional water boiling extraction device is that the material to be extracted is usually formed by physically fragmenting logs or flowers and plants first. After a relatively dispersed volume, it is placed in the distiller and then immersed in water to boil and steam, but the disadvantage is that the fragmented material to be extracted will still gather under the water surface and concentrate or even accumulate after being immersed in the distiller. After the crystal heating structure in the device is heated, it will start to boil or heat, but the material to be extracted is not necessarily dispersed after boiling or heating, or the boiling volume is too large due to insufficient fragmentation of the material to be extracted, resulting in the essential oil in the material to be extracted. The ingredients cannot be completely boiled and separated, resulting in waste and inefficiency.

This creation is an ultrasonic vibration structure of an essential oil distillation and extraction device. Its main feature is that the furnace body is divided into an upper cooking space and a lower accommodating space. There is a stirring structure, and the cooking space is provided with a plurality of ultrasonic vibration structures on the edge of the furnace body; a cover system can cover the opening above the furnace body, and an aperture is opened above the cover body to connect the pipeline; wherein the cooking and steaming Water and other related solvents are poured into the space, and the material to be extracted is added and immersed in the solvent. The heating structure increases the temperature of the solvent in the cooking space, and the furnace body is provided with a stirring structure to stir the solvent in the cooking space. Then, the ultrasonic vibration structure emits ultrasonic shock waves to the solvent in the cooking space, and the emitted ultrasonic shock waves can penetrate into the detailed surface of the material to be extracted. Make it easier to release the essential oil components in the material to be extracted.

The main feature of this creation is that the inner space of the furnace body is separated by a partition, and the partition is divided into the upper cooking space and the lower accommodating space in the furnace body; the stirring structure is arranged in the accommodating space, through which A connecting rod extends upward to the position of the cooking space and is connected to a paddle structure, and the blade structure is rotated by the connecting rod to stir the solvent in the cooking space, and the stirring structure has a circuit connected to the outside of the furnace body for control; The sonic oscillation structure sends out ultrasonic oscillation waves to the solvent in the cooking space when the stirring structure starts to stir.

10: Distiller

11: Furnace body

111: Partition

112: Cooking and steaming space

113: accommodating space

12: Cover

121: Aperture

122: Fasteners

13: Stirring structure

131: connecting rod

132: Blade Structure

14: Heating structure

141: Pipeline

15: Ultrasonic vibration structure

16: Bracket

20: Condenser

30: Separator

40: Materials to be extracted

F: fire

P: Pipeline

S: essential oil mixed with steam

T: pressure gauge

V: valve

W: Shockwave

Figure 1: It is a diagram of the arrangement of a conventional distillation apparatus.

Figure 2: A cross-sectional view of the distillation and extraction device of the preferred embodiment of the present invention.

Please refer to the cross-sectional view of the distillation and extraction device of the preferred embodiment of the present invention in FIG. 2 , in order to solve the waste caused by the inability of the conventional boiled distillation still to boil the material to be extracted, the structure of the still 10 of the distillation and extraction device of the present invention A stirring structure 13 and an ultrasonic vibration structure 15 are further added, wherein the distiller 10 is composed of a furnace body 11 and a cover body 12 as the main body, wherein the cover body 12 can cover the opening above the furnace body 11, and the top of the cover body 12 A hole 121 is opened to connect the pipeline P to discharge the steam to the outside. The pipeline P continues to connect the conventional condenser and separator to the outside. In addition, the outer ring of the cover body 12 is provided with a plurality of fasteners 122 to cover the cover body 12. The furnace body 11 is fastened and fastened to the furnace body 11 to form an air-tight space inside, and a plurality of brackets 16 are further provided below the furnace body 11 to support the furnace body 11 to form a desired height.

Further, in the furnace body 11, in this preferred embodiment, a partition 111 is arranged at the middle of the furnace space. The space 113 can be filled with a related solvent L such as water in the cooking space 112, and the material to be extracted 40 can be added and immersed in the solvent L, and then covered with the cover 12 and fixed to wait for heating and cooking. In the embodiment, the accommodating space 113 is provided with a heating structure 14 below the partition plate 111 , the heating structure 14 is a gas furnace structure in this embodiment, and a pipeline 141 is connected to pour gas from the furnace body 11 , During heating, ignition F can be added to the bottom of the separator 111 to increase the temperature of the solvent L.

Further, the main feature of the present invention is that the accommodating space 113 is provided with a stirring structure 13 , the stirring structure 13 extends upward to the upper part of the partition 111 through a connecting rod 131 , and a paddle is connected to the connecting rod 131 at the position of the cooking space 112 . The structure 132 is rotated by the connecting rod 131 to stir the solvent L in the cooking space 112. In the process of hot boiling, a predetermined stirring rate is set according to the biological characteristics of the material 40 to be extracted, so that it is immersed in the distiller. The stirring structure 13 has a circuit connected to the outside of the furnace body 11 for control; further, the main feature of this creation is the boiling and steaming. The space 112 is provided with a plurality of ultrasonic vibration structures 15 on the edge of the furnace body 11. These ultrasonic vibration structures 15 can emit supersonic waves to the solvent L in the cooking space 112 when the stirring structure 13 starts to stir. Sonic Shockwave W.

As mentioned above, when the distillation and extraction device of the present invention operates, the heating structure 14 is first turned on to heat the solvent L in the cooking space 112, and then the stirring structure 13 is turned on to stir the solvent L in the cooking space 112. At this time, the stirring action will cause the material to be extracted 40 immersed in the solvent L in the cooking space 112 to produce a stirring effect, so that the material to be extracted 40 can be dispersed during the cooking process, so that the heated solvent L can be fully mixed with each other. The material 40 to be extracted is mixed to achieve the effect of boiling; further when the stirring structure 13 starts to stir, the plurality of ultrasonic vibration structures 15 are turned on to send out ultrasonic shock waves W to the solvent L in the cooking space 112, The emitted ultrasonic shock wave W can penetrate into the detailed surface of the material 40 to be extracted. The essential oil components in the material to be extracted 40 are released more easily, wherein the stirring is to make the material to be extracted 40 evenly spread out and contact with the solvent L, and the ultrasonic shock wave W can further promote the release of the details of each material to be extracted 40. The essential oil components eventually form the essential oil mixed vapor S in the cooking space 112 and are discharged from the pipeline P for separation and collection.

To sum up, through the distillation and extraction structure of the present creation, the conventional boiled distiller can produce better essential oil extraction effect, and the material can obtain the best use value. The effect is far better than the conventional boiled distiller, and there is no similar The design applied for a patent or disclosed earlier, has met the requirements for a new type patent application, and the new type patent application is filed in accordance with the law.

10: Distiller

11: Furnace body

12: Cover

121: Aperture

122: Fasteners

13: Stirring structure

131: connecting rod

132: Blade Structure

14: Heating structure

141: Pipeline

15: Ultrasonic vibration structure

40: Materials to be extracted

F: fire

P: Pipeline

S: essential oil mixed with steam

W: Shockwave

Claims (4)

An ultrasonic vibration structure of an essential oil distillation and extraction device, comprising: a furnace body (11), wherein the furnace body (11) is divided into an upper cooking and steaming space (112), and a lower accommodating space (113), The accommodating space (113) is provided with a heating structure (14), the furnace body (11) is provided with a stirring structure (13), and the cooking space (112) is provided with a plurality of heating structures (11) on the edge of the furnace body (11). Ultrasonic vibration structure (15); a cover body (12), the cover body (12) can cover the upper opening of the furnace body (11), and an aperture (121) is defined above the cover body (12) to connect the tube Road (P); it is characterized in that: the boiling space (112) is filled with a related solvent (L) such as water, and the material to be extracted (40) is added and immersed in the solvent (L), and the heating structure (14) makes The temperature of the solvent (L) in the cooking space (112) rises, and the furnace body (11) is provided with a stirring structure (13) for stirring the solvent (L) in the cooking space (112), and the superheater The sonic shock structure (15) emits ultrasonic shock waves (W) to the solvent (L) in the cooking space (112), and the emitted ultrasonic shock waves (W) can penetrate to the details of the material to be extracted (40). within the surface. The essential oil components in the material to be extracted (40) are released more easily. The ultrasonic vibration structure of the essential oil distillation and extraction device according to claim 1, wherein the furnace body (11) is provided with a partition (111) in the furnace space, and the partition (111) is located between the furnace body (11) and the furnace body (11). The interior is divided into an upper steaming space (112) and a lower accommodating space (113). The ultrasonic vibration structure of the essential oil distillation and extraction device according to claim 1, wherein the stirring structure (13) is arranged in the accommodating space (113), and extends upward to the cooking space (113) through a connecting rod (131). A paddle structure (132) is connected at the position 112), and the paddle structure (132) is rotated by the connecting rod (131) to perform a stirring action on the solvent (L) in the cooking space (112). The stirring structure (13) There is a circuit connected to the outside of the furnace body (11) for control. The ultrasonic vibration structure of the essential oil distillation and extraction device as claimed in claim 1, wherein the outer ring of the cover body (12) is provided with a plurality of fasteners (122) so that the cover body (12) can cover the furnace body (122). 11) It is fastened and fixed on the furnace body (11) after being put on, so that an airtight space is formed inside.

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