TWI423837B - Aromatic distilled water and essential oil distilling device - Google Patents

Description

Pure dew essential oil distillation equipment

The invention relates to a pure dew essential oil distillation device, in particular to an innovation of a pure dew essential oil distillation device which can utilize the induction cooker in the home as a heating device, and can self-distill pure dew and essential oil.

The conventional distiller, such as Taiwan's new patent publication No. 281126 "simple distiller" is composed of a body and an upper cover, which uses water to inject water into the body of the body, and places the object to be distilled into the inner pot, the cover The cover is covered, that is, heated by a fire source, and the fermented liquor in the inner pot is indirectly heated by the high temperature water in the chamber, and gradually liquefied and rises in contact with the tip of the cold water circulation cone, and the self-tilting sump A simple distiller that flows to an outlet pipe for centralized treatment or drinking. That is to say, the first conventional person only sets the object to be distilled by the body, and cannot be used as a material for distillation.

For example, Taiwan New Patent Publication No. 396854 "Structural Improvement of Distillator" includes a heating barrel, a steam drum, a steam cover, a cooling bucket, etc., and a combustion chamber is provided at the bottom of the heating barrel for the upper heating tank. Indirect heating produces a highly volatile gas, and a high-volatility gas is introduced into the heat pipe of the inner wall of the steam drum by a conduit, so that the water in the boiling tank of the steam drum is not only indirectly heated by the heater in the combustion chamber, It is also possible to accelerate the heating rate of the raw water by the heat energy released by the heat pipe, thereby making the evaporation speed more rapid, and entering the cooling bucket by the outlet on the steam drum for cooling operation, and the tail of the cooling pipe The end allows the distillate to flow out of the concentrator from the port. The second type of conventional person, which is bulky, is not suitable for use as a small amount of distillation for household use, and is directly heated by a heating cylinder to generate steam, which is still required to be gradually cooled by the wound body, and is inefficient.

For example, Taiwan New Patent Bulletin No. 463780 "Improvement of Distillation Barrel Structure" is to place the distillation tub on a carrier containing raw water, and then heat it at the bottom of the carrier to cause evaporation of the raw water due to temperature rise, and use the distillation tank. The cooling water contained in the cone is when the water vapor touches the outer side of the cone, the water vapor will start to condense due to the low temperature effect of the cooling water; when the condensed distilled water is collected outside the cone After the bottom of the cone, the distilled water will drip into the receiving bucket below the cone, so that the distilled water flows through the inclined pipe below the receiving bucket and collects in the collecting tank. When the cooling water in the cone absorbs the heat of the steam and the temperature rises, The higher temperature cooling water can be guided by the draft tube and flow into the carrying tank along the inner wall of the distillation tub, and then the cold water is input from the inlet pipe to supplement the cold water flowing into the carrying pot. The third conventional person uses a cone bucket to attach the vapor, and after cooling by the cooling water, it is liquid and collected through the collecting tank. Such a structure, such as an essential oil for distilling the material, the essential oil liquid passes through the receiving bucket to After the tank is collected, its aroma may have evaporated and evaporated, forming a liquid of essential oil without any odor.

For this reason, the inventors of the present invention have accumulated many years of experience in designing and manufacturing related products, and have invented the case in view of the shortcomings of various conventional practitioners.

The object of the present invention is to provide a pure dew essential oil distillation device, which has the advantages of simple structure, and can conveniently carry out distillation processing on various healthy materials by using the induction cooker in the home as a heating device, and manufacture various practical pure dew and essential oils by themselves. By.

The pure dew essential oil distillation device of the invention has an energy-saving sleeve on the outer side of the pot, so that the temperature of the pot can be maintained, and the cooking temperature generated by the induction cooker can be fully heated to the pot, which has the advantages of saving electric energy consumption.

The pure dew essential oil distillation device of the invention is provided with a collecting tank body above the pot body of the pot, the collecting trough body is set as an overflow prevention sleeve, and the hole is arranged in the overflow prevention, so that the steam rises up to the cooler And converted into a liquid state, in order to collect the collected tanks in a centralized manner, and prevent the liquid in the pot from overflowing into the collecting tank to be mixed with the essential oil.

The pure dew essential oil distillation device of the present invention, wherein the collecting tank is provided with a guiding tube, and the guiding tube is used to prevent the fragrance of the essential oil from being lost.

The pure dew essential oil distillation device of the invention, wherein when the cooler is combined with the collecting tank body, the water storage space formed between the first ring circumference and the second circumference of the cooler is stored, the cooling water is stored, and the cooling water is utilized The weight of the cooling water squeezes the first ring to the outside, and the cooler can be combined with the collecting tank to produce a sealing effect. It can be kept without any sealing element made of rubber, silicone or plastic. The sealed state of the cooler and the collecting tank, the essence liquid will never leak out.

Thus, in order to enable the inspector to fully understand the present invention, the following is a schematic diagram of the following: As shown in FIGS. 1 and 2, the pure dew essential oil distillation apparatus of the present invention comprises at least: a pot 1 and a pot body 10. The pot body is made of stainless steel material, and the bottom of the pot body 10 is provided with a sieve piece 11, which can be conveniently taken and removed, and the space below the screen piece 11 is cleaned to keep the inside of the pot body clean, and the screen piece 11 is set. In fact, it is used to match the heavier material, so that the material is placed, even if a proper amount of water is added to the pot body, the material a will not float, to separate the material from the bottom of the pot, to avoid the heating process of the induction cooker, let The high temperature of the pot directly contacts the material, causing the problem of scorching of the material, that is, if the material floats on the surface or in the water, and the bottom of the pot can be left, the setting of the screen 11 can be omitted.

The aforementioned material a is various plants, such as: eucalyptus leaves, amber, sandalwood, mint grass, rose, lavender, lemongrass, bergamot, tea, lotus, ginseng, eucalyptus, vanilla and the like. , made into a variety of pure dew, essential oil products.

The pot body forms a water storage space 12 below the sieve sheet 11, and of course, according to the characteristics of the material, the enlarged amount of water is stored in the pot body, so that a water storage space is formed inside the pot body, and the water storage space 12 is matched with the water storage space. Distillation time of the material, once placed, no need to add.

As shown in FIG. 2 and FIG. 3, a collecting tank 13 is disposed above the pot body 10, and a coupling groove 130 is formed to be combined with the upper circumference 100 of the pot body 10, and a collecting groove 131 is formed on the outer side of the collecting tank body 13, The collecting groove 131 is opposite to the aforementioned coupling ring 130, and the collecting groove 131 has a higher ring wall 132 to be disposed for the cooler 2 (as shown in FIG. 4). The collecting tank 13 is provided with an inner joint ring 133, and the inner joint ring 133 is provided as an overflow preventing sleeve 15.

As shown in FIG. 3 and FIG. 5, the collecting groove 131 of the collecting tank 13 is provided with a guiding tube 14, the guiding tube 14 is provided with an outlet 140, and the diameter d2 of the outlet 140 is smaller than the inner diameter d1 of the guiding tube. In this way, the aroma that flows into the collecting cylinder and keeps the various materials distilled, the aroma will not be randomly dispersed and lost, and the aroma of the essence can be maintained.

The center of the ring wall of the overflow prevention cover 15 is provided with an opening 150. The central opening 150 is symmetric with respect to the central position of the cooler 2, and the opening 150 is used to make the fragrance vapor rise upward and touch the cooler 2 At the inner center of the second ring 21, the fragrance vapor is smoothly brought into full contact with the second ring of the cooler 2, and is rapidly cooled to a liquid state, and the liquid in the pot body 10 is prevented from overflowing into the collecting tank 13 In the collecting tank 131, the liquid in the pot body 10 and the essence liquid in the collecting tank 131 of the collecting tank body 13 are mixed with each other.

As shown in FIGS. 1, 6 and 7, the cooler 2 is provided with a first circumference 20 and a second circumference 21, and a water storage space 22 is disposed between the first circumference 20 and the second circumference 21, and the storage is performed. The water space 22 can store the cooling water processed by each distillation, so that no cooling water needs to be added in the process, and labor is saved. The first circumference 20 is provided with an overflow pipe 23 for automatically overflowing if the water in the water storage space 22 is excessive, preventing water from overflowing from above the cooler. The first circumference 20 is provided with a discharge pipe 24, and after the distillation is completed, the water in the water storage space 22 is discharged by the discharge pipe 24.

The second circumference 21 of the cooler 2 is tapered, and the inner side of the wall surface 210 is contacted with the essence vapor, and the wall surface 210 of the second circumference is cooled by the water of the water storage space 22, so that the high-temperature flavor vapor can be It is converted into a fragrance liquid, and flows downward through the wall surface of the second circumference 21 to enter the aforementioned collection tank body 13.

When the first circumference 20 is formed, at least two or more different thicknesses t1 and t2 are formed on the wall surface (as shown in FIG. 7), and the thickness t1 is greater than t2, so that the first circumference 20 is formed. The middle and lower circumferences 20a, 20b, 20c are three parts, wherein the wall thickness of the circumference 20b is t1, and the wall thickness of the upper and lower circumferences 20a, 20c is t2, and if the wall thickness is t2, the wall has appropriate The elasticity of the outer sheet or the contraction, when the aforementioned water storage space 22 is added with a sufficient amount of cooling water, the wall surfaces of the upper and lower circumferences 20a, 20c are slightly expanded outward (Fig. 9). The overflow pipe 23 and the discharge pipe 24 are disposed at the position of the center ring, and the thicker wall thickness t1 ensures that the joints 230, 240 of the overflow pipe 23 and the discharge pipe 24 are securely mounted.

The thickness of the wall surface of the second circumference 21 is t2, and the thickness of the second circumference 21 is made to have the elasticity of the outer wall or the contraction. The thickness of the wall surface of the bottom ring surface 25 of the second ring 21 and the first ring 20 is t1.

Thus, when the cooler 2 is combined with the collecting groove 131 of the collecting tank 13 by the joint bottom ring 25, the lower ring 20c of the first ring 20 is used to be close to the ring wall 132 of the collecting tank 13 The end is in contact, and as described above, when the aforementioned water storage space 22 is added with a sufficient amount of cooling water, and the weight of the cooling water is utilized, the wall surface of the lower ring circumference 20c is slightly expanded outward (as shown in FIG. 9), and The ring wall 132 of the collecting tank 13 is in a tight pressed contact state (as shown in FIG. 4), so the present invention can maintain the cooler without any sealing member made of rubber, silicone or plastic material. In the sealed state of the collection tank, the essence liquid will never leak out.

As shown in FIG. 9-13, a guiding tube 14 is disposed in the collecting tank body 13, and the essence liquid can be guided to the collecting cylinder 3. The collecting tube 3, if the essential oil is heavier than water, must be set. There is a filter 30, the filter 30 has a small aperture 300, and a precision filter 301 is arranged inside the filter 30 to allow water to ooze out, and the heavy-weight essential oil is stored in the filter. In the net, the moisture flows out into the collecting cylinder 3 through the aforementioned small holes 300 to form an essential oil dew. That is, if the specific gravity of the essential oil is lighter than water, the filter 30 is not required to be provided, and after being guided into the collecting cylinder 3 via the guiding tube 14, the oil-water separation state is automatically generated, and the user can easily The essential oil is separated from the essence.

As shown in FIG. 10, the present invention is provided with an energy-saving sleeve 4 on the outer side of the pot 1 so that the temperature of the pot 1 can be maintained by the aforementioned energy-saving sleeve 4, which has the advantage of saving power loss. Moreover, the present invention utilizes the household induction cooker 5 as a heating device, and also makes the present invention suitable for use by the home, and is convenient for the user to manufacture the essential oils and fragrances of various materials and improve the quality of life, and is a component of the present invention.

1. . . Cookware

10. . . Pot body

11. . . Sieve

a. . . material

12. . . Water storage space

13. . . Collecting trough

130. . . Combined with the surrounding

100. . . Upper ring

131. . . Collection slot

132. . . Ring wall

133. . . Inner ring

14. . . Guide tube

140. . . Export

D2. . . caliber

D1. . . the inside diameter of

2. . . Cooler

20. . . First circle

twenty one. . . Second circle

twenty two. . . Water storage space

twenty three. . . Overflow pipe

twenty four. . . Release tube

210. . . Wall

T1, t2. . . thickness

20a, 20b, 20c. . . Upper, middle and lower

230, 240. . . Connector

25. . . Joint bottom torus

3. . . Collecting cylinder

30. . . Filter

300. . . Small hole

301. . . Precision filter

4. . . Energy saving set

5. . . Induction cooker

Figure 1 is a cross-sectional view of the present invention.

Figure 2 is a plan view of the pot of the present invention.

Figure 3 is a cross-sectional view taken along line A-A of Figure 2;

Figure 4 is an enlarged cross-sectional view of a portion A of Figure 1.

Figure 5 is an enlarged cross-sectional view of a portion B of Figure 1.

Figure 6 is a plan view of the cooler of the present invention.

Figure 7 is a cross-sectional view taken along line B-B of Figure 6.

Figure 8 is an enlarged cross-sectional view of a portion C of Figure 7.

Figure 9 is a dynamic enlarged view of Figure 7.

Figure 10 is a cross-sectional view of the present invention.

Figure 11 is a cross-sectional view of the screen of the present invention.

Figure 12 is a side elevational view of the screen of the present invention.

Figure 13 is a cross-sectional view of the collecting cylinder of the present invention.

1. . . Cookware

10. . . Pot body

11. . . Sieve

12. . . Water storage space

13. . . Collecting trough

130. . . Combined with the surrounding

100. . . Upper ring

131. . . Collection slot

132. . . Ring wall

133. . . Inner ring

14. . . Guide tube

140. . . Export

15. . . Anti-overflow sleeve

150. . . Opening

2. . . Cooler

20. . . First circle

twenty one. . . Second circle

twenty two. . . Water storage space

twenty three. . . Overflow pipe

twenty four. . . Release tube

210. . . Wall

T1, t2. . . thickness

230, 240. . . Connector

25. . . Joint bottom torus

Claims (12)

The invention relates to a distillation apparatus for extracting essence and essential oil, which comprises at least: a pot and a pot body, and a proper amount of water is stored; the pot is provided with an overflow prevention sleeve, and the anti-overflow sleeve is provided for the vapor to rise upward to the foregoing The inner side of the inner circumference of the cooler; the potter is provided with a collecting tank body, and a collecting tank is arranged to collect the essence liquid distilled and condensed by the pot and set as a cooler, and the collecting tank is provided with a guiding tube, the foregoing guiding The tube is prevented from dissipating the aroma of the aforementioned fragrance liquid; and the energy-saving sleeve is disposed on the periphery of the pot body to maintain the temperature of the pot to improve the heating efficiency; the cooler is provided with the first ring circumference and the second circumference, And a water storage space between the first ring and the second ring to store cooling water; the second ring is tapered to surround the water storage space, and the first ring and the second ring The bottom surface of the joint bottom surface is combined with the collecting groove of the collecting tank body, and the collecting space of the essence liquid is formed in the collecting groove, and the essence liquid is collected by the cooler and flows into the collecting space. Flow into the collection The thickness of the wall surface of the joint bottom ring is larger than the circumference of the first ring, so that after the cooler is filled with the cooling water, the wall surface of the ring around the first ring is slightly expanded outward. It is closely combined with the ring wall of the collecting tank to achieve a closed state; the collecting cylinder is connected to the collecting tank by the guiding tube, and the essence liquid produced by the material is different according to the specific gravity of the oil and the water, and the pure dew is respectively Separated from essential oils and collected separately. According to the scope of the patent application scope 1, the distillation equipment of the essence and essential oils, wherein the bottom of the pot has a sieve, in order to place the heavier material, the material is separated from the bottom of the pot to avoid the heating process of the induction cooker. Let the heat of the pot cause the material to burn. According to the patent application scope of the first paragraph of the essence of pure dew and essential oil distillation equipment, wherein the collection tank of the pot is set with a concave joint around the circumference to surround the pot body Combined, and form a collecting trough outside the collecting trough body, and has a higher ring wall to set the cooler. According to the distilling apparatus for the essence dew and essential oil according to the first aspect of the patent application, wherein the collecting trough of the collecting tank is provided with a guiding tube, the guiding tube is provided with an outlet, and the diameter of the outlet is smaller than the inside of the guiding tube The diameter has the advantage that the aroma does not spread at random and is lost. According to the distilling apparatus of the essence and essential oil of the first application of the patent scope, the tank body is collected and combined with the circumference of the pot body, and an inner joint ring is formed, and the inner joint ring is formed as an overflow prevention The sleeve is provided with an opening in the center of the annular wall of the overflow prevention sleeve, and the central opening is symmetric with respect to the central position of the cooler, so that the opening is used for the fragrance vapor to rise upward, and the second circumference of the cooler is touched At the center of the inner side, the fragrance vapor is smoothly brought into full contact with the second ring of the cooler, and is rapidly cooled to a liquid state. The distillation apparatus for the essence and essential oil according to claim 1, wherein the wall of the first ring of the cooler forms at least two or more different thicknesses t1 and t2, and the thickness t1 is greater than t2. According to the fifth aspect of the patent application scope, the distillation equipment of the essence and the essential oil, wherein the first ring surrounds the upper, middle and lower rings, wherein the wall thickness of the ring is t1, and the upper and lower rings are surrounded by The thickness of the wall is t2, and if the thickness of the wall is t2, the wall has an elasticity that is appropriately stretched or contracted. The distillation apparatus for the essence and essential oil according to the first aspect of the patent application, wherein the overflow pipe and the discharge pipe provided by the cooler are disposed in a position surrounded by the second ring of the cooler. A distillation apparatus for a fragrance and an essential oil according to claim 1, wherein a thickness of the wall surface of the second ring circumference of the cooler and the bottom ring of the first ring is t1. The distillation apparatus for the essence and essential oil according to the first aspect of the patent application, wherein the cooler is combined with the collecting groove of the collecting tank by the joint bottom ring, and the circumference and the collection are collected by using the first ring circumference. The ring wall of the trough body is close to the end contact, when the water storage space is added with a sufficient amount of cooling water, and the weight of the cooling water is used to cause a slight outward expansion of the wall surface of the lower ring, and the ring of the aforementioned collecting trough body The wall is in a tightly squeezed state to keep the cooler and the collecting tank closed, and the essence liquid will never leak out. According to the distilling equipment of the essence and essential oil of the first application patent scope, the filter is collected to match the use of the essential oil with a specific gravity greater than that of the water, and the filter device is densely packed with small holes, and the filter is A precision filter is arranged inside the net to allow water to ooze out, and the heavier-weight essential oil is stored in the filter, and the water flows out through the small holes into the collecting cylinder to form an essential oil dew. According to the distilling equipment of the essence dew and essential oil described in the first paragraph of the patent application, in which an energy-saving sleeve is arranged on the outer side of the pot, the above-mentioned energy-saving sleeve can be used to maintain the temperature of the pot, which has the advantages of saving power loss.