TWM535714U - Sulfur removal device and improvement structure of distillation apparatus containing the same - Google Patents

Abstract

The present invention relates to a sulfur removal device, comprising: a hook; a radial hanger connected with the hook; and a plurality of copper sheet settled on the radial hanger. The present invention also relates to an improvement structure of distillation apparatus, comprising: a container, a distillation tube and the sulfur removal device mentioned above. The sulfur removal device has more sulfur removal efficiency compared to the prior art because it has bigger sulfur contact area; besides, the radial hangers in the same standard makes it easier to clean. It is also easy to detect sulfur rapidly in the resource of the raw materials by comparing the formation speed of the sulfide compound between the sulfur removal devices.

Description

Improved structure of sulfur remover and distillation tool containing the same

This creation relates to an apparatus for alcohol distillation, and in particular to a creation and improvement apparatus for an apparatus having a sulfur removal effect.

The process of making distilled spirits is to first ferment the raw materials (such as sorghum, wheat, barley, rice and other sugar-containing raw materials such as sorghum, wheat, barley, rice, etc.) containing natural sugars or starches that are easily converted into sugar. It is called alcohol or wine cellar. It will produce alcohol. Then put the wine cellar or wine cellar in the distiller for heating. Using the characteristics of alcohol (78.5 ° C) and water (100 ° C) boiling point, the distiller will be heated to make alcohol first. Evaporated to obtain a higher alcohol concentration of liquor, generally known as rice wine, sorghum, shochu, whiskey, brandy, etc. are distilled liquor obtained by the above method.

Distillation equipment currently used includes stainless steel and pure copper. In order to prevent crop diseases and insect pests, farmers often spray sulphide disinfectants in the pastoral orchards, which often cause sulfides in the raw materials of the brewing. In general, the sulphides in the wine distilled by the stainless steel distiller cannot be removed, although The content is in the ppb (parts per billion) grade, which is extremely small in ppm (parts per million) compared to the trace components in the general wine, but the human sense is extremely sensitive to the taste of the sulfide, so it will still It is disgusting, unpleasant and easy to make a hangover; Using a copper distiller, the sulphide in the wine will chemically react with copper to form copper sulphide without being distilled out. Therefore, the use of a copper distiller does not cause the problem of sulphide in the above wine, but fermentation The substance is acidic, copper is easily eroded by acid, and the wine contains copper ions with heavy metals. In addition, if the copper distiller is used for many years, the internal copper wall is completely blackened due to the action of sulfides; In view of the above, the creation is based on the fact that the whole stainless steel distillation machine has the advantage of not having copper ion pollution, and the pure copper desulfurizer compensates for the inability to remove the sulfide in the wine while cleaning up easily.

At present, the distillers on the market are still mostly made of stainless steel, because stainless steel has the same corrosion resistance and oxidation resistance as other metal materials, and can also reduce the time spent on cleaning the distiller.

However, if a stainless steel container is used, the problem of sulfide formation in the wine cannot be solved during the distillation process. In order to solve the above problems, one of the main purposes of the present invention is to provide a sulfur remover (named as a fourteen sulfur removal device made of copper), which comprises: a hook; a radiation bracket, the radiation bracket is The hook is connected; and a plurality of copper pieces are disposed on the radial bracket.

In a preferred embodiment, the radial stent comprises 14 branches.

In another preferred embodiment, the branch comprises 14 copper sheets.

In another preferred embodiment, wherein the radiation-like stent is made of copper.

In another preferred embodiment, a plurality of layers of radial stents are included.

In another preferred embodiment, the hook is coupled to the hook perpendicular to a plane formed by the radial bracket.

In another preferred embodiment, the hook is made of copper.

Another main object of the present invention is to provide an improved structure of a distillation apparatus comprising: a container, a distillation tube, and a desulfurizer as in the present invention.

In a preferred embodiment, the desulfurizer is fixed in the container by the hook.

The present invention improves the flavor and hygienic conditions of the distilled spirit by providing a modified structure of the distillation tool, removing the sulfide in the wine through the set sulfur remover, and cleaning the plurality of copper devices with the acid residue of the wine residue to make it repeat The use not only has the concept of environmentally friendly reuse, but also facilitates the maintenance and cleaning of the distillation utensils.

In addition, the desulfurizer of the present invention is compared with the irregularly wound copper device disclosed in the Taiwan Patent Application No. 104206260, which is previously proposed by the present creator, because each of the radial supports has a plurality of copper sheets respectively, so that the distillation is performed. The contact area between the sulfur in the vessel and the desulfurizer is relatively large, so that the sulfur removal effect is better than that of the prior art; in addition, after the sulfurizer is completely blackened by the action of the sulfide, the acid can be cleaned with dilute acid. The above-mentioned desulfurizer has the same specifications as the prior art, so the cleaning procedure is simpler than the prior art irregular copper device, and the desulfurizer of the present invention has the same specifications, so it can be easily The rate of sulfide generation between the desulfurizers of the distillation apparatus is compared to the extent to which the raw materials of each distilled liquor are subjected to sulphur and antiseptic treatment prior to brewing.

100‧‧‧Distillation equipment

10‧‧‧ Container

11‧‧‧Internal space

12‧‧‧ openings

200‧‧‧Distillation equipment

20‧‧‧ distillation tube

21‧‧‧Intra-tube space

30‧‧‧heater

40‧‧‧Desulfurizer

43‧‧‧hook

41‧‧‧radiation bracket

42‧‧‧copper

50‧‧‧甑

Figure 1. Schematic diagram of the desulfurizer of the present invention.

Figure 2 is a first embodiment of an improved construction of the distillation apparatus of the present invention.

Figure 3 is a second embodiment of an improved construction of the distillation apparatus of the present invention.

The desulfurizer of this creation (named as the copper fourteen sulfur removal device)

Please refer to FIG. 1 . One main purpose of the present invention is to provide a sulfur remover 40 comprising: a hook 43; a radiation bracket 41 connected to the hook 43 And a plurality of copper sheets 42 disposed on the radial bracket 41.

In a preferred embodiment, the radial stent 41 comprises 14 branches.

In another preferred embodiment, the branch includes 14 copper sheets 42.

The creator of the present invention unexpectedly found that the radial support 41 of the desulfurizer 40 has 14 branches, which has a better sulfur removal effect, and each branch of the radial support 41 includes 14 coppers. For the sheet 42, the desulfurizer 40 can exert an optimum sulfur removal effect.

In another preferred embodiment, a plurality of layers of radial stents 41 (not shown) are included therein.

In another preferred embodiment, the hook 43 is coupled to the hook 43 perpendicular to a plane formed by the radial bracket 41, and the desulfurizer 40 is fixed to the distillation by the hook 43. In the appliance, the method of fixing is not particularly limited, so that the desulfurizer 43 is located above the distillate without contacting the distillate liquid. For example, the hook 43 can be fixed to the upper opening position of the distillation tool by using a fastener. . In another preferred embodiment, the desulfurizer 40 can also be disposed to include an accommodating space having a plurality of through holes. Fixing the housing of the accommodating space together with the locking member can also fix the sulphur remover 40 of the present invention to the opening position above the opening of the distillation tool.

The material of the hook 43 and the radial bracket 41 is preferably made of copper, whereby the hook 43 and the radial bracket 41 can also be combined with the internal space of the distillate. Sulfur produces a chemical action to form copper sulfide, which in turn achieves the removal of sulfides in the distillate.

Please refer to FIG. 1 . The present invention provides a sulphur remover 40. The sulphur remover 40 is configured to fix the hook 43 to the distillation tool with a locking member, so that the hook 43 is approximated to a horizontal plane. Vertical, and the radial stent 41 is substantially parallel to the horizontal plane. During the distillation process, the vaporized gas system is brought into contact with the copper sheet 42 on the desulfurizer 40 to produce a chemical action, and copper sulfide is formed on the sulfur remover 40 to remove sulfur. The copper sulfide can be cleaned by using the remaining slag or dilute acid after distillation, so that the desulfurizer 40 can be used repeatedly.

Improved structure of the distilled tool of the present creation

Please refer to FIG. 2, which also provides an improved structure of a distillation appliance which can be used in combination with various distillation appliances. The distillation apparatus 100 includes at least one container 10, a distillation tube 20 and a heater. 30. The container 10 has an inner space 11 for receiving the distillate, and an opening 12 connected to the distillation tube 20 is disposed above the container 10, and the inner space 21 of the distillation tube 20 is provided. The internal space 11 of the container 10 is communicated with each other through the connection with the opening 12, and a heater 30 capable of heating the container 10 is disposed below the container 10.

The present desulfurizer 40 is disposed between the opening 12 above the vessel 10 of the distillation apparatus 100 and the connection of the distillation tube 20. The desulfurizer 40 can be used to fix the hook to the distillation tool 100 by using a locker. It should be possible for a person skilled in the art to set and fix the desulfurizer 40 on the distillation tool 100. It's easy to do, so it's not specifically explained in this creation.

In another preferred embodiment, the sulfur remover 40 can also be placed in an accommodating space having a plurality of through holes at the bottom. During the distillation process, a plurality of evaporating gases are provided on the outer casing of the accommodating space. The through hole passes through the accommodating space in the outer casing, and passes through the accommodating space while contacting the radial bracket 41 therein with the plurality of copper sheets 42 on the bracket to generate a chemical action (not shown).

The container 10 is selected from the group consisting of glass, tin, iron, stainless steel, or any material that can withstand the heating of the container 10 by the heater 30. The shape, size, thickness and the like of the container 10 can be selected in such a manner that the production process can achieve the best effect according to the needs of the producer, and the creation is not limited herein.

The distillation tube 20 is connected to a condensing tube (not shown) for cooling and condensing the evaporated gas after desulfurization, and collected and condensed through a storage device (not shown) connected to the condensing tube. Distillate liquid, which is a distilled liquor that has been removed to remove unpleasant and disgusting sulfides.

In another preferred embodiment, please refer to FIG. 3 together. The desulfurizer 40 provided with a plurality of copper sheets can be used together with a distillation apparatus 200 having a plurality of vertically stacked crucibles 50. During the distillation process, the evaporating gas will sequentially enter the enthalpy 50 of each layer from bottom to top, so that the fermented materials of each layer are sequentially changed by the vapor, and the user can observe the evaporation through the interval between the 甑50 of each layer. The condition of rising gas flow to precisely control the entire process and to ensure and enhance the quality of distilled spirits.

Example

Example 1

After the barley raw material is generally germinated, baked, crushed, foamed and fermented, the fermentation broth is placed in the distilled tool of the present invention for the first heat distillation, wherein the desulfurizer 40 in the distillation tool Each of the 14 radial stents has 14 copper sheets, which are cooled after heating, and then subjected to a second heating distillation, so that the alcohol concentration of the obtained distilled liquor is between 60 and 70%.

Example 2

Embodiment 2 uses the improved structure of the above-described distillation apparatus, however, the 14 radial stents each have only 7 copper sheets, and the other conditions are the same as in the first embodiment.

Comparative example

In Comparative Example 1, an irregularly wound copper wire was used as the sulfur remover 40, and the other conditions were the same as in Example 1.

In Comparative Example 2, any desulfurizer 40 was not used, and the remaining devices were the same as in the examples.

The wine samples prepared by the various examples were evaluated by five persons with the qualification of a sommelier. The scoring standard is based on the flavor and taste of the wine sample, and the best is 10 points, and the worst is 0 points. The results are shown in Table 1.

According to the results of the above five tasters, the improved desulfurization The distilled liquor obtained by the distillation apparatus of the apparatus has a better taste and a better flavor than the distilled liquor obtained by the distillation apparatus which does not use the desulfurizer of the present invention.

In summary, the present invention provides a modified structure of a distillation apparatus, removes sulfide in the wine through a plurality of copper devices provided to improve the taste of the distilled spirit, and cleans the plurality of copper devices by acid cleaning of the wine residue. It can be used repeatedly, not only has the concept of environmental protection and reuse, but also facilitates the maintenance and cleaning of the distillation utensils.

In addition, the desulfurizer of the present invention has a contact area between the sulfur in the distillation vessel and the desulfurizer due to the plurality of copper sheets on each of the radial supports compared to the prior art irregularly wound copper device. Larger, so it has better sulfur removal effect than the prior art; in addition, after the sulfurizer is completely blackened by the action of sulfide, it can be cleaned with dilute acid, and the above-mentioned radial stent has the prior art Compared with the same specifications, the cleaning procedure is also simpler than the prior art irregular copper device, and the desulfurizer of the present invention has the same specifications, so it can be easily determined according to the rate of sulfide generation between the desulfurizers of each distillation appliance. Compare the raw materials of each distilled liquor to the degree of sulphur and anti-corrosion treatment before brewing.

The above has been described in detail in the above, but the above description is only a preferred embodiment of the present invention, and it is not possible to limit the scope of the creation of the creation, that is, the equality of the scope of the patent application for creation. Changes and modifications are still covered by the patents of this creation.

40‧‧‧Desulfurizer

43‧‧‧hook

41‧‧‧radiation bracket

42‧‧‧copper

Claims (9)

A sulfur removal device comprising: a hook; a radiation bracket, the radiation bracket is coupled to the hook; and a plurality of copper sheets, the copper sheet being disposed on the radial bracket. The desulfurizer of claim 1, wherein the radial stent comprises 14 branches. The desulfurizer of claim 2, wherein the branch comprises 14 copper sheets. The desulfurizer of claim 3, wherein the radiation stent is made of copper. A sulfur remover as claimed in claim 1 comprising a plurality of layers of radial supports. The desulfurizer of claim 1, wherein the hook is connected to the hook perpendicular to a plane formed by the radial bracket. The desulfurizer of claim 6, wherein the hook is made of copper. An improved structure of a distillation apparatus comprising: a container, a distillation tube, and the sulfur remover according to claim 1, wherein the container has an inner space for receiving the distillate, and the container The upper portion is provided with an opening connected to the distillation tube, and the inner space of the distillation tube communicates with the inner space of the container through the connection with the opening, the opening above the container and the distillation The desulfurizer is placed between the connections of the tubes. The distillation apparatus improved structure of claim 8, wherein the desulfurizer is fixed in the container by the hook.