TWM602466U - Body fragrance essential oil distiller with cooling plates - Google Patents

Abstract

An essential oil distiller with cooling fins, comprising: a heating unit; a distillation flask adjacent to the heating unit, the heating unit heating the distillation flask; a condenser tube adjacent to the distillation flask, the condenser tube including a An inner tube and an outer tube, the inner tube is combined with the outer tube, the inner tube is connected to the distillation flask; a collection unit adjacent to the condenser tube, the collection unit is connected to the inner tube of the condenser tube; a cooling A fin body adjacent to the condenser tube; a circulation unit adjacent to the cooling fin body, the circulation unit including a circulation tube coupled to the cooling fin body, the circulation tube communicating with the outer tube of the condenser tube, the circulation unit And the outer tube of the condenser tube form a circulation path. A cooling water can be recycled and reused in the circulation path, and no additional cooling equipment is needed to cool the cooling water.

Description

Essential oil distiller with cooling plate

This creation is about an essential oil distiller, especially an essential oil distiller with cooling fins.

Modern people are busy with work for the sake of life, coupled with frequent entertainment and overtime, people tend to accumulate a lot of pressure. In order to relieve the pressure, in addition to three or five friends meeting for mountain climbing, photography, tea making, shopping, etc., some people also choose to relax with essence distillation. In addition to the charm of vanilla itself that attracts people, in the process of understanding and discussing various herbs and aromas, it also builds a bridge between people.

Essence distillation is carried out by a distiller. For example, there is a distillation device that can improve the integrity and stability of the condensate collection provided by the Republic of China Patent Publication No. 201124192, which is composed of heating components, condensing components and collection components. The component has a heating source, a distillation flask and a thermometer. The top of the distillation flask is closed and heated by the heating source. The thermometer is placed on the top of the distillation flask, and the upper end of the condensing component is connected to the top of the distillation flask. The collection component includes a collection bottle and a low-temperature cooling component. The collection bottle is connected to the lower end of the condensing component. The low-temperature cooling component is used to cool the collection bottle. According to this, a low-temperature cooling component is mainly added to the collection bottle to maintain the collection bottle. The ambient temperature ensures that the pure substance is completely collected after condensing, and there will be no volatilization again, which can improve the traditional distillation device.

However, in the aforementioned patent case, there is no heat dissipation device to dissipate the hot water flowing out of the condensing component, and the hot water flowing out of the condensing component cannot be recycled and reused, which wastes water resources.

At this point, the author created a distillation apparatus for essential oils with a cooling plate, which includes: a heating unit; a distillation flask adjacent to the heating unit, which heats the distillation flask; and a condenser tube adjacent to the heating unit. A distillation flask, the condenser tube includes an inner tube and an outer tube, the inner tube is combined with the outer tube, the inner tube communicates with the distillation flask; a collection unit adjacent to the condenser tube, the collection unit communicates with the condenser The inner tube of the tube; a cooling fin body adjacent to the condenser tube; a circulation unit adjacent to the cooling fin body, the circulation unit including a circulation tube coupled to the cooling fin body, the circulation tube communicating with the condenser tube The outer tube, the circulation unit and the outer tube of the condenser tube form a circulation path.

Further, there is a base body, the circulation unit includes a water storage tank, the water storage tank is connected to the circulation pipe, and the water storage tank and the cooling fin are arranged on the base body.

Further, the circulation unit includes a motor, the motor is arranged in the water storage tank, and the motor is connected to the circulation pipe.

Further, there is a bracket on the base, and the condenser tube and the collecting unit are arranged on the bracket.

Further, the collection unit is a separatory funnel. The separatory funnel includes an inlet, a first outlet and a second outlet communicating with the inlet, and the inlet communicating with the inner tube of the condenser tube.

Further, the separating funnel includes a switch, and the switch is adjacent to the first outlet.

Further, the distillation flask and/or the condenser tube is combined with an outer cover, the outer cover has a plurality of gaps, and the distillation flask and the condenser tube are connected through the outer cover by a pipe; the outer cover is connected to In the case of the distillation flask, the outer cover is attached to the distillation flask by the expansion and contraction of the gap; when the outer cover is combined with the condenser tube, the outer cover is attached to the condenser tube by the expansion and contraction of the gap.

Further, the cooling fin body includes a plurality of arcuate and different sizes of secondary cooling fins, the secondary cooling fins are arranged adjacent to each other to form a curved surface, and at least the secondary cooling fins are provided with the circulation tube, and the at least secondary cooling fins The circulation pipes communicate with each other.

Among them, the heating unit is a black crystal furnace.

Wherein, the cooling fin body is a metal sheet.

According to the above technical features, the following effects can be achieved:

1. The cooling water can be circulated in the circulation path formed by the circulation unit and the outer tube, and reused by cooling the fins to reduce the waste of water resources, and at the same time, no additional cooling equipment is required to cool the cooling water.

2. The water storage tank and the cooling fin are arranged on the base, and the circulation pipe is combined with the cooling fin. The cooling water can be directly circulated in the circulation path on the base to avoid the user being circulated by the circulation pipe when the cooling fins are placed randomly. stumble.

3. A bracket is provided on the seat body, and the condenser tube and the collection unit are arranged on the bracket, which can make the condenser tube and the collection unit more stable and can cooperate with each other.

4. With the motor, cooling water can be pumped into the outer tube of the condenser tube to cool the inner tube.

5. The collection unit is a separatory funnel, that is, the condenser tube is directly connected to the separatory funnel, which can directly separate the distillation products.

6. A switch adjacent to the first outlet is provided on the separatory funnel to facilitate control of the amount of essential oil dripping from the first outlet.

7. The distillation flask and/or condenser tube is provided with an outer cover. The gap on the outer cover allows the outer cover to fit the distillation flask and/or condenser tube through the expansion and contraction of the gap, which is more convenient for the removal and removal of the outer cover. Assembly.

8. With multiple sub-cooling fins, the circulation tube on each sub-cooling fin can dissipate heat independently, without worrying that the circulation tubes on different sub-cooling fins will affect each other's heat dissipation.

9. The heating unit is a black crystal furnace, which is convenient for temperature control, and there is no open flame in the black crystal furnace, which improves the safety of using the essential oil still with cooling plate.

10. The cooling fin body is a metal fin, which can accelerate heat dissipation and speed up the cooling water in the circulation pipe.

Based on the above technical features, the main function of the invention with a cooling plate essential oil still will be clearly shown in the following examples.

Please refer to the first and second figures, it is disclosed that the embodiment of the invention has a cooling fin essential oil distiller, including: a base 1, a heating unit 2, a distillation flask 3, a condenser 4, a collection unit, A cooling fin 5 and a circulation unit 6. In the embodiment of the present invention, the collection unit is a separating funnel 7, the heating unit 2 is a black crystal furnace, and the cooling plate 5 is a metal sheet, such as a copper sheet.

Please refer to the second to fourth figures, the distillation flask 3 and the condenser tube 4 are respectively combined with an outer cover 8, the outer cover 8 has a plurality of gaps 81, and the distillation flask 3 and an inner part of the condenser tube 4 The tube 41 is communicated through the outer cover 8 by a tube 9. The distillation flask 3 and the condenser tube 4 can also be combined with a single-hole plug 31 respectively. The single-hole plug 31 is in the outer cover 8, and the pipe 9 is connected to the single-hole plug 31. In the drawing of this creation , Only the single hole plug 31 on the distillation flask 3 is drawn. When the gap 81 expands, the inner diameter of the outer cover 8 will also expand, and it is easy for the mouth of the distillation flask 3 and the end of the condenser tube 4 to pass through; when the mouth of the distillation flask 3 and the After the end of the condenser tube 4 penetrates the outer cover 8, the gap 81 will shrink again, the inner diameter of the outer cover 8 will also shrink, and the outer cover 8 is not easy to loosen. With the expansion and contraction of the gap 81, the outer cover 8 can be closely attached to the distillation flask 3 and the condenser tube 4 without loosening, and it is more convenient to disassemble and assemble the outer cover 8. In actual implementation, the pipe 9 can be connected to the single-hole plug 31 by means of threads or the like, and then the outer cover 8 can be put on the distillation flask 3 and the condenser tube 4.

Please refer to the first and second figures, the distillation flask 3, the heating unit 2, the cooling fin body 5, and the circulation unit 6 are all arranged on the base body 1 and adjacent to each other. The heating unit 2 is a black crystal furnace, and the distillation flask 3 can be directly placed on the heating unit 2 to be heated by the heating unit 2.

The base 1 is provided with a plurality of supports 11 extending vertically. The condenser tube 4 and the separatory funnel 7 are arranged on the support 11 and are adjacent to each other, so that the condenser tube 4 and the separatory funnel 7 are more stable. And can cooperate with each other.

Please refer to the first and fifth figures, the condenser tube 4 includes the inner tube 41 and an outer tube 42, the inner tube 41 is combined with the outer tube 42, the inner tube 41 is connected to the distillation flask 3, the outer tube The pipe 42 communicates with the circulation unit 6, and the circulation unit 6 and the outer pipe 42 form a circulation path. The outer tube 42 has a condensation inlet 421 and a condensation outlet 422. When the condensation tube 4 is arranged on the bracket 11, preferably, the condensation inlet 421 is arranged at the lower end of the condensation tube 4, and the condensation outlet 422 is arranged at the higher end of the condenser tube 4.

Please refer to the first and second figures. The cooling fin body 5 includes a plurality of arcuate and different sizes of secondary cooling fins 51, and the secondary cooling fins 51 are arranged adjacent to each other to form a curved surface.

The circulation unit 6 includes a circulation pipe 61, a water storage tank 62, and a motor 63. The circulation pipe 61 is connected to the cooling fin body 5 and communicates with the outer pipe 42 of the condenser tube 4, and at least a secondary cooling fin 51 The circulation pipe 61 is provided thereon, and the circulation pipe 61 on the at least secondary cooling fin 51 communicates with each other. The water storage tank 62 is connected to the circulation pipe 61. In the embodiment of the present creation, the water storage tank 62 is combined under the base 1. In actual implementation, the water storage tank 62 can also be a small basin and placed in the On the base 1, preferably, the water storage tank 62 is closed, and the circulation pipe 61 directly penetrates the wall of the water storage tank 62 and extends into the water storage tank 62, so as to reduce one of the water storage tanks 62. The loss of cooling water A after evaporation [the cooling water A please match the seventh figure], so that the cooling water A can continue to circulate in the circulation path. The motor 63 is arranged in the water storage tank 62, and the motor 63 is connected to the circulation pipe 61. The motor 63 can obtain electricity through a wire, but the wire is not drawn in the drawing of this creation. Since the water storage tank 62 and the cooling fin body 5 are arranged on the seat body 1, the circulation pipe 61 is combined with the cooling fin body 5, and the cooling water A can be directly in the circulation path on the seat body 1. Circulation to prevent the user from tripping over the circulation tube 61 or the cooling body when the cooling fin 5 is placed randomly.

Please refer to the first and sixth figures, the separatory funnel 7 includes an inlet 71, and a first outlet 72 and a second outlet 73 communicating with the inlet 71, the inlet 71 communicating with the inner tube of the condenser tube 4 41. More specifically, the separatory funnel 7 includes a main channel 74 and a secondary channel 75. The inlet 71 and the first outlet 72 are respectively located at two ends of the main channel 74, and one end of the secondary channel 75 is connected to the main channel 74. On the side of the secondary channel 75 is the second outlet 73, and the separating funnel 7 also includes a switch 76 adjacent to the first outlet 72.

It should be supplemented that, in the embodiment of this creation, the inner tube 41 of the distillation flask 3 and the condenser tube 4 is connected through the tube 9, but the inner tube 41 of the condenser tube 4 is connected to the liquid separator. The inlet 71 of the funnel 7 does not rely on the pipe 9 to communicate, but the condenser tube 4 is adjusted above the inlet 71 of the separatory funnel 7 by the bracket 11; in actual implementation, the inner part of the condenser tube 4 The pipe 41 and the inlet 71 of the separating funnel 7 can still be communicated with the pipe 9.

Please refer to the first and seventh figures. To use the essential oil distiller with cooling fins, first fill the cooling water A in the water storage tank 62, and fill the distillation flask 3 with an appropriate amount of pure Water B and an aromatic part C of aromatic plants, such as bergamot peel, bay leaf, lemongrass, rose and white rosin resin, citrus fruit peel... etc., are not limited to this in actual implementation, and In the implementation of this creation, the aromatic part C is simply represented by a square in the diagram.

Place the distillation flask 3 on the heating unit 2 and adjust the height of the bracket 11 so that the inner tube 41 of the condenser tube 4 can correspond to the inlet 71 of the separatory funnel 7. Then, the motor 63 and the heating unit 2 are connected to the power source, and the motor 63 is placed in the water storage tank 62. Finally, the power of the motor 63 and the heating unit 2 is turned on, so that the heating unit 2 can 3 heating, and the motor 63 pumps the cooling water A in the water storage tank 62 into the outer tube 42 of the condenser tube 4 to cool the inner tube 41 of the condenser tube 4. Since the heating unit 2 is a black crystal furnace, it is convenient to control the temperature, and there is no open flame in the black crystal furnace, which improves the safety of using the essential oil distiller with cooling plate. In actual implementation, as long as you pay attention to safety, you can still use Bunsen burner Wait for the heating unit 2 with an open flame.

Please refer to the eighth and ninth figures, and please match the seventh figure. When the heating unit 2 heats the distillation flask 3, the pure water B in the distillation flask 3 will evaporate and become water vapor, and the An aromatic substance in the aromatic part C will also volatilize after being heated and mix with the water vapor to become a gas product. The gas product enters the inner tube 41 of the condenser tube 4 along the pipe 9 and is cooled by the cooling water A in the outer tube 42 of the condenser tube 4, and condenses into a mixture of the pure water B and the aromatic substance The liquid product continues to drip into the inlet 71 of the separatory funnel 7 along the inner tube 41 of the condenser tube 4. Since the collection unit is the separatory funnel 7, that is, the inner pipe 41 of the condenser tube 4 is directly connected to the separatory funnel 7, and the liquid product can be separated directly.

Please refer to the first and tenth figures. On the other hand, the cooling water A entering the outer tube 42 from the condensation inlet 421 below the outer tube 42 of the condenser tube 4 contacts the inner tube of the condenser tube 4 After 41, it absorbs the heat energy from the gas product and raises the temperature. After the temperature rises, the cooling water A flows upward along the outer tube 42 of the condenser tube 4 and leaves the outer tube of the condenser tube 4 from the upper condenser outlet 422. Tube 42.

After the cooling water A leaves the outer tube 42 of the condenser tube 4, it enters the circulating tube 61. Since the circulation pipe 61 is combined with each cooling fin 51 of the cooling fin body 5, the heat energy of the cooling water A in the circulation pipe 61 is conducted to the cooling fin body 5 through the circulation pipe 61 to dissipate heat and reduce the temperature. After cooling, the water A continues to flow along the circulation pipe 61 and enters the water storage tank 62 for storage, and is driven by the motor 63 into the outer pipe 42 of the condenser pipe 4 again to cool the inner pipe 41 of the condenser pipe 4. The cooling water A can circulate in the circulation path formed by the circulation unit 6 and the outer tube 42, and be reused by cooling the cooling fins 5, reducing the waste of water resources, and no additional cooling equipment is required. The cooling water A is cooled.

In addition, since the secondary cooling fin 51 is a metal sheet, heat dissipation can be accelerated, so that the cooling water A in the circulation tube 61 is cooled faster, and the circulation tube 61 on each secondary cooling fin 51 can be borrowed Each cooling fin 51 independently dissipates heat, and there is no need to worry that the circulation tubes 61 on the different cooling fins 51 affect each other's heat dissipation.

Please refer to Figures 9 and 11. After the liquid product is dropped into the inlet 71 of the separatory funnel 7, the density of the aromatic substance is different from the density of the pure water B [the pure water B please match the eighth Figure], the aromatic substance and the pure water B will be separated in the separatory funnel 7. In the embodiment of the present creation, the density of the aromatic substance is greater than the density of the pure water B, the liquid product drops into the inlet 71 of the separatory funnel 7 and then directly falls into the main channel 74, and the aromatic substance mainly sinks At the bottom of the main channel 74, the pure water B mainly floats above.

When the liquid product gradually accumulates, the upper liquid product will overflow from the main channel 74 to the secondary channel 75 and leave the separatory funnel 7 from the second outlet 73. An essential oil bottle D and a pure dew bottle E can be placed under the first outlet 72 and the second outlet 73, respectively, because the liquid product above is mainly the pure water B, and a small part of the aromatic substance is mixed Therefore, the liquid product leaving the separatory funnel 7 from the second outlet 73 will be a pure dew mainly composed of the pure water B, and the pure dew can be collected in the dew bottle E and passed through appropriate Use it as a lotion after treatment. The liquid product below is mainly the aromatic substance. Therefore, after the switch 76 is turned on, the liquid product leaving the separatory funnel 7 from the first outlet 72 will be an essential oil mainly composed of the aromatic substance. The switch 76 is used to control the amount of the essential oil flowing out, and the essential oil can be concentrated in the essential oil bottle D, and used for incense and other purposes after proper treatment.

Based on the description of the above-mentioned embodiments, when we can fully understand the operation, use and effects of this creation, but the above-mentioned embodiments are only the preferred embodiments of this creation, and the implementation of this creation cannot be limited by this. The scope, that is, simple equivalent changes and modifications made according to the scope of the patent application for this creation and the content of the creation description, are all within the scope of this creation.

1: seat body 11: Bracket 2: heating unit 3: distillation flask 31: Single hole plug 4: Condenser 41: inner tube 42: Outer tube 421: Condensate inlet 422: Condensation outlet 5: Cooling plate 51: Secondary cooling fin 6: Loop unit 61: Circulation tube 62: water storage tank 63: Motor 7: Separating funnel 71: entrance 72: First Exit 73: Second Exit 74: main channel 75: secondary channel 76: switch 8: Outer cover 81: Gap 9: pipe fittings A: Cooling water B: pure water C: aromatic part D: Essential oil bottle E: Hydrosol bottle

[The first picture] is a three-dimensional appearance diagram of this creative embodiment.

[Second Figure] is a three-dimensional external view of the creative embodiment in another direction.

[Third picture] is an action diagram of the outer cover of this creative embodiment, showing that the gap is enlarged when the outer cover is covered.

[Fourth figure] is a partially enlarged figure 1 of this creative embodiment, showing the appearance of the distillation flask part.

[Fifth Figure] is a partially enlarged Figure 2 of this creative embodiment, showing the appearance of the condenser tube.

[Figure 6] is a partially enlarged Figure 3 of this creative embodiment, showing the appearance of the collection unit part.

[The seventh figure] is the first implementation schematic diagram of this creative embodiment, showing that the motor sends cooling water into the outer tube of the condenser tube.

[The eighth figure] is the second schematic diagram of the creative embodiment, showing the flow of gas products in the distillation flask and pipe fittings.

[Figure 9] is the third implementation diagram of this creative embodiment, showing the flow of gas products in the condenser tube.

[Figure 10] is the fourth schematic diagram of this creative embodiment, showing the circulation path.

[Figure 11] is the fifth schematic diagram of this creative embodiment, showing the flow of liquid products in the collection unit.

1: seat body

11: Bracket

2: heating unit

3: distillation flask

4: Condenser

41: inner tube

42: Outer tube

421: Condensate inlet

422: Condensation outlet

5: Cooling plate

51: Secondary cooling fin

6: Loop unit

61: Circulation tube

62: water storage tank

63: Motor

7: Separating funnel

71: entrance

72: First Exit

73: Second Exit

74: main channel

75: secondary channel

76: switch

8: Outer cover

81: Gap

9: pipe fittings

Claims (10)

An essential oil distiller with cooling fins, including: A heating unit; A distillation flask, adjacent to the heating unit, the heating unit heats the distillation flask; A condenser tube adjacent to the distillation flask, the condenser tube includes an inner tube and an outer tube, the inner tube is integrated in the outer tube, and the inner tube communicates with the distillation flask; A collection unit adjacent to the condenser tube, and the collection unit communicates with the inner tube of the condenser tube; A cooling fin, adjacent to the condenser tube; A circulation unit adjacent to the cooling fin body, the circulation unit including a circulation tube coupled to the cooling fin body, the circulation tube communicating with the outer tube of the condenser tube, the circulation unit and the outer tube of the condenser tube forming A circular path. For example, the essential oil distiller with cooling fins of claim 1, further, there is a body, the circulation unit includes a water storage tank, the water storage tank is connected to the circulation pipe, the water storage tank and the cooling fin are arranged on the seat body . For example, the essential oil distiller with cooling fin of claim 2, further, the circulation unit includes a motor, the motor is arranged in the water storage tank, and the motor is connected to the circulation pipe. For example, the essential oil distiller with cooling fin of claim 2, further, there is a bracket on the base, and the condenser and the collection unit are arranged on the bracket. For example, the essential oil distiller with cooling lamella of claim 1, further, the collection unit is a separatory funnel, the separatory funnel includes an inlet, and a first outlet and a second outlet communicating with the inlet, the inlet The inner tube communicating with the condenser tube. For example, the essential oil distiller with cooling plate according to claim 5, further, the separating funnel includes a switch, and the switch is adjacent to the first outlet. For example, the essential oil distiller with cooling plate of claim 1, further, the distillation flask and/or the condenser tube is combined with an outer cover, the outer lid has a plurality of gaps, and the distillation flask and the condenser tube are connected by a The pipe is connected through the outer cover; when the outer cover is connected to the distillation flask, the outer cover fits the distillation flask by the expansion and contraction of the gap; when the outer cover is connected to the condenser tube, the outer cover The condensing tube is attached to the condensing tube by expansion and contraction of the slit. For example, the essential oil distiller with cooling fins of claim 1, further, the cooling fins include arc-shaped and different sizes of secondary cooling fins, the secondary cooling fins are arranged adjacent to each other to form a curved surface, and at least secondary cooling The circulation pipe is arranged on the fin, and the circulation pipes on the at least secondary cooling fin communicate with each other. For example, the essential oil distiller with cooling plate in claim 1, wherein the heating unit is a black crystal furnace. For example, the essential oil distiller with cooling fins in claim 1, wherein the cooling fins are metal sheets.

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