JP2006218261A - Vessel for indirect warming in hot water and ajoene forming method using the vessel - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To solve problems that work for indirectly warming an object in a vessel with hot water requires a time and labor, is difficult to produce a good product, and produces odor in an indirect warming machine put in the hot water, and to solve a problem that useful foods such as ajoene for improving the immune function is elucidated, however, its formation tends to be avoided for there is no dedicated vessel therefor. <P>SOLUTION: This vessel for indirect warming in hot water is so formed that an outer box is provided with a heating part, an interval between an inner box and the outer box is defined as a hot water warming zone, and the inner box and a netted box are insertably/detachably installed; and a fine chopper is mounted thereon and integrated together. The fine chopper finely chops the object with a blade edge and a standing edge, and the both edges are formed into a swastika shape and mounted on a tilt shaft device. The shape and the centrifugal force are combined and act to chop and drop the object in the netted box. This constitution enables continuous work. This vessel can be used as the indirect warming in hot water for forming ajoene by filling the netted box with oil and indirectly warming it in the hot water. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a hot water bath apparatus and an ajoene production method using the apparatus.

  For hot water baths related to herbal medicines, the secret practice is inherited, and equipment is rarely disclosed due to this. The same applies to dedicated equipment such as the oil dipping method.

There are the following documents on ajoen.
Maeda Yakuhin Shoji Co., Ltd., SUPER HEAL TH13, page 2/2 “Ahoen” is expected to have strong antioxidant activity TBS Spa Spa Anthropology, 2004.11.18. Broadcast “Garlic! The way you eat is damaged” How to make Ajoen.

  In recent years, bathing at home is rare. This factor is due to the widespread use of traditional Chinese medicines, but there are also issues related to hot water bathing and fine dusting. That is, (1) hot water bath takes time. (2) Some odors are generated during work. (3) I can't do good things. There are three issues. On the other hand, there is a demand for the development of oil dipping generators by elucidating that things that improve cancer suppression and immune function, such as ajoene, can be produced with oil baths.

  However, when producing ajoene oil from bulb garlic, it has the characteristics of ajoene, which hinders the use of dedicated equipment. The characteristics are listed below.

(1) Garlic can be made fine and ajoene can be produced in an oil immersion environment of 100 ° C. or lower.
(2) Garlic generates a strong odor when it becomes fine dust.
(3) Ajoen is weak to light and disappears when it hits light.

  The present invention should be made against the background described above, and the problem is considered to be the solution of the three problems mentioned above and the development of the ajoene generation method.

  In order to solve the above-mentioned problems, the water baths shown in the means 1 to means 4 and the ajoene production method using the equipment shown in the means 5 are provided.

  (Means 1) A hot water bath provided with a hot water zone inside the outer box, the inner box is detachably mounted, the net box is detachably mounted in the inner box, and the hot water bath is formed in the net box.

  (Means 2) A hot water zone is provided inside the outer box, the inner box is detachably mounted, the net box is detachably mounted, the heating part is mounted on the outer wall of the outer box, the outside and the lower part A water bath that is spaced apart from each other and has a protective box / protection base attached to it, so that it can be bathed in a net box.

  (Means 3) Two blades for cutting fine dust are formed in a scissors, and one of the blades is provided with a sword blade and a number of standing blades, and one blade is provided with a sword blade and a dorsal band is warped. The rotating shaft is rotatably mounted on the tilting shaft, the operating tool is mounted on the shaft, the push tube is removably mounted, and a falling cave is provided to allow the dusting material to fall. A water bath which is formed as a cutting device and is detachably combined on any one of the water bath described in (Means 1) and the water bath described in (Means 2).

  (Means 4) At the center of the lid plate, two strip-shaped blades are fixed to the slide frame, the first blade has a large number of standing blades in parallel, and the second blade has a blade with a blade. A water bath provided with a pit for dropping the material, forming a fine dust cutter, and detachably united on either one of the water bath described in (Means 1) or the water bath described in (Means 2).

  (Means 5) If any one of the water baths described in means 3 or 4 is used, water is poured into the hot water zone, oil is poured into the net box, and then the water bath without the heating unit is replaced with another heater. The water bath receives heat from the outer box floor, and in the case of a water bath with a heating part, the heating operation is performed, the hot water temperature in the hot water zone approaches the boiling point, the heat is cut off, the combined water bath is operated, the fine dust cutter is operated, the main material A fountain production method in which bulb garlic is dropped into a mesh box while being finely dusted and warmed in oil, and after dropping the oil temperature, the mesh box is removed to separate the straw, and the produced ajoene oil is transported to the inner box as it is built-in.

  The operation of the (Means 3) is as follows. That is, (1) the two blades have a standing blade and a horizontal blade, and the main material acts to cut the dust by rotating the blade. {Circle around (2)} The inner blade of the two blades has a back-and-back band that is warped up, and the two blades are formed into a hook. By rotating this, the shape of the two blades and the circular force combine to act so that the dust material moves (closes) to the outside of the two blades. {Circle around (3)} Further, due to the tilting of the rotating shaft and the provision of the drop cave at a low position, the dust material falls from the drop cave and then falls into the net box. Therefore, work becomes continuous.

  The operation of (Means 4) is as follows. That is, (1) the first blade has a standing blade, the second blade has a side blade, and the main material is finely cut by moving back and forth so that it slides on the first and second threads. The {Circle around (2)} Also, the dust material falls into the net box sequentially from the pit. Therefore, work becomes continuous.

  The operation by the (Means 5) is as follows. In order to produce ajoene, it is necessary to process the main material into a fine dust and place it in an oil-immersed environment of 100 ° C. or lower. (Method 5) is a method in which oil is immersed in a net box, water is poured into a hot water zone located outside the net box, and the outer box outside thereof is heated. Therefore, an oil soaking environment of 100 ° C. or less can be protected without exceeding the boiling point of water.

  The actions of the (Means 3) and (Means 4) are as follows. That is, since the cover box of the means 3 or the cover plate of the means 4 is in a hermetically sealed state, it acts to prevent the smell of fine dust cutting material and the smell during hot water roasting.

  The following effects are achieved by the water bath configured as described above and the ajoene generation method using the water bath. The numbers in parentheses are numbers indicating where the claims belong.

{Circle around (1)} (1), (2) The conventional hot water bath method is performed by changing the vessel according to the process. Since the inner box / net box is removably attached to the inner side of the outer box, the hot water bath of the present invention is less time-consuming and efficient than the conventional hot water method. For example, the hot water bath processing is a simple operation in which a net box can be carried and the bowl is discarded.

{Circle around (2)} (3), (4), the conventional dusting operation and the hot water bathing operation are to sequentially perform separate steps using many vessels. As described in (Means 3) and (Means 4), the fine dust cutter of the present invention acts to automatically fall into the net box in sequence. By this action, it is handed over to the hot water bath of the next process and functions as one device. That is, it is possible to carry out continuously from the dusting work to the hot water bathing work, which is a large efficiency work compared to the conventional method.

(3) (3), (4) There are some which give off a strong odor like garlic during the work of fine dusting, and some which smell during hot water roasting. This has been a challenge for some time, and this is one of the challenges. Since the fine dust cutter and the water bath of the present invention are combined and sealed by the lid plate cover, there is an effect of preventing odor. Further, the fine dust cutter shown in the means 4 is a simple one having an inverted saddle shape. Therefore, compared with the fine dust cutter shown in the means 3, an inexpensive one can be provided.

(4) As described in (5) and (Means 5), the condition for producing ajoene from garlic is that the dusting material is placed in an oil-immersed environment of 100 ° C. or lower. Conventionally, in order to create this oil-immersed environment, there are concerns about failures such as working in an unstable state using many vessels. In the method for producing ajoene according to the present invention, oil is soaked in an inner box / net box, water is poured into a hot water zone located outside thereof, and the outer box outside thereof is also heated. Therefore, it has a sense of stability, a good oil soaking environment is ensured, and it can be a high quality ajoene production method.

(5) (1-5) In response to the three problems listed at the beginning of the above-mentioned "Problems to be Solved by the Invention" and the case where development of oil soaking equipment is requested, The problem is greatly improved.

▲ a ▼ “Boiled water takes time.” On the other hand, as described in the effects (1) and (2), since it is an efficient operation, it does not take time and greatly improves.

(B) “Some odors are generated during the work.” On the other hand, as described in the rear part of the effect (3), since it is sealed, it is a great improvement.

(C) “No good thing can be done.” On the other hand, as described in the means 3 and 4, an appropriate fine dust particle can be produced by a fine dust cutter having a standing blade, which leads to good quality.

(D) “Development of production equipment for oil pickles is desired.” On the other hand, as described in effect (4), a good oil pickling environment is ensured and a high-quality ajoene production method is achieved.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings. The numbers in parentheses are numbers indicating where the claims belong.

(1) FIG. 1 is a longitudinal sectional view of a water bath corresponding to claim 1. A hot water zone 9 is provided inside the outer box 1, and the inner box 3 and the net box 4 are detachably mounted. The heating operation receives heat from another heater on the outer box floor 2 of the outer box 1. Therefore, the material of the outer box 1 must be adapted to the heat source. For example, if the heat source is for electromagnetic cooking, an electromagnetic induction heating type cooker is used.

  The inner box 3 is attached by fixing the support frame 17 on the frame for securing the hot water zone 9, that is, on the outer box floor 2 and on the inner side of the outer box 1, and inserting it along the support frame 17. The net box 4 is attached by using a lifting ring 44 along the inner wall of the inner box 3.

  The inner box 3 is made of a metal material, but in the case of glass, a heat-resistant material is preferable. Moreover, the metal box 4 is made of a metal material. The reason is that the mesh is small and the manufacture is easy.

  In the water bath operation, in the state of FIG. 1, the water bath liquid and the main material are put into the net box 4, and water is poured into the hot water zone 9 and received from the outer box floor 2.

(2) FIG. 2 is a longitudinal sectional view of a water bath corresponding to claim 2. The hot water zone 9, the inner box 3, and the net box 4 are the same as in FIG. The outside of the hot water zone 9 is the outer box 1. The heating unit 11 is mounted on the outer wall of the outer box 1, and a protective stand 7 is provided outside the outer box 1, and a protective stand 7 is provided below the outer box floor 2, and the protective stand 6 is fixed.

  As the mold of the heating unit 11, it is preferable to use a thin heater (not shown in detail) in which a heater wire is wound around an insulator. The reason is that the distance can be narrowed by using a thin heater. The mounting is performed by winding around the outer wall of the outer box 1 and using a vault nut (not shown). Further, a protection plate 50 for preventing heat is provided on a part of the inner wall of the protection box 7 so as to be slightly separated.

  The material of the protection box 7 and the protection stand 6 is preferably a non-metal. The protection box 7 and the protection stand 6 are attached by fixing the support frame 17 to the outer wall of the outer case 1 or under the outer case floor 2, thereby ensuring separation, and the protection box 7 and the protection stand 6 at the end of the support frame 17. Were assembled and tightened with a fastener 40.

  In the water bath operation, in the state of FIG. 2, a hot water bath and a main material are put into the net box 4, water is poured into the hot water zone 9, and an operation button (not shown) of the heating unit 11 is pressed to heat.

(3) FIG. 3 is a longitudinal sectional view of the fine dust cutter 5 corresponding to the third aspect. FIG. 4 is an enlarged longitudinal sectional view of the vicinity of the two blades 14 of the fine dust cutter 5. FIG. 5 is an enlarged view of the two blades 14 taken along the line AA. The fine dust cutter 5 covers the outside with a cover box 30, an upper lid 22, and a lower lid 21, and is provided with a push cylinder body 33, a support frame 17, and a seat plate 8 fixed to the cover box 30. 8 is tilted, and a dropping cylinder 15 is provided at the tip of its descending end 19.

  A shaft tool 12 is provided at the center of the seat plate 8, and a two-blade 14 fixed to the breast seat 13 is fitted to the upper part thereof, and a bevel gear 18 that is a part of the operation tool is fitted to the lower part of the shaft tool 12. Further, the bevel gear 18 is engaged, and the arm 28 fixed to the handle 38 is engaged. These are supported by the support frame 17 and the cover box 30.

  The pusher cylinder 24 is detachably mounted in the axial direction of the tilted pusher cylinder 33. At the lowest end of the insertion, a stop screw 45 for preventing contact is fixed to the inner wall of the push cylinder body 33. Further, the push cylinder 24 is provided with a broom 37 that can be expanded and contracted, and this is used for cleaning near the two-blade 14.

  The two blades are formed into ridges, one blade is a sword blade 25 and a number of standing blades 26, and one blade is a sword blade 25 in which the dorsal band 43 is warped, as shown in FIG. It is fixed to.

  The fine dust cutter 5 is operated by putting the main material into the push cylinder 33 and rotating the handle 38 while lightly pressing it with the push cylinder 24. By rotating the handle 38, the two blades 14 fitted to the shaft tool 12 are rotated and finely dusted via the arm 28 and the bevel gear 18. As described in the operation of (Means 3), the dust material acts such that the shape of the two blades 14 and the centering force are combined to move (approach) to the outside of the two blades 14. . Then, due to the tilting of the rotating shaft and the provision of the dropping cave 15 at a low position, the rotating shaft automatically and sequentially falls and falls into the net box 4.

  As described above, the two-blade 14 rotation of the fine dust cutter corresponding to claim 3 has been described as being manually performed. However, the present invention is not limited to this, and the two-blade 14 rotation can be driven by electric power. . Driving by electric power includes driving by receiving power and driving by a dry battery, but both are possible.

  Here, a case where the power source for driving the two blades 14 is a dry battery will be described below as one form of the operation tool. FIG. 8 is a longitudinal sectional view of an example of a fine dust cutter corresponding to claim 3. 9 is a cross-sectional view taken along line BB in FIG. The difference from the above-described FIGS. 3 and 4 is an operation tool connected to the lower side of the shaft tool 12. Therefore, only different parts will be described.

  This case requires a power source. As shown in FIG. 9, a dry cell cylinder 36 and a motor cylinder 39 are provided in the cover box 30, and the dry cell 47 motor 35 is stored in each case. On the other hand, the connection from the motor 35 is such that the gear 34 under the seat plate 8 is fitted to the shaft member 12 via the plurality of gears 34. Therefore, in order to drive the two blades 14, a start button (not shown) connected to the dry battery 47 is pushed, and the rotation of the motor 35 is transmitted to the shaft tool 12 via the gear 34. From such a configuration, when the main material is hard or a large number of materials are handled, work efficiency is improved. (The case is limited to here.)

  The combined water bath Ca · Cb is obtained by detachably mounting the fine dust cutter shown in (3) on one of the water bath shown in FIG. 1 and the water bath shown in FIG. Therefore, the water bath operation is the same as described above.

(4) FIG. 6 is a longitudinal sectional view showing a combined water bath Da corresponding to claim 4. FIG. 7 is a perspective view of a fine dust cutter 5 'corresponding to the fourth aspect.

  As shown in FIG. 7, the fine dust cutter 5 ′ has a belt-like front blade 31 and rear blade 32 fixed to a sliding frame 27 at the center of the lid-shaped plate 20. The front blade 31 of the first line has a large number of standing blades 26 arranged in parallel, and the rear blade 32 of the second line has a sword blade 25 ', and has a configuration in which a drop hole 41 is provided in the lower part thereof.

  The fine dust cutting operation is manually performed by placing the main material on the slide 29 and moving back and forth while pressing the main material. Then, the dust material is dropped sequentially from the holes 41 and dropped into the net box 4. When performing hot water bathing after the fine dust cutting operation, a cover (not shown) covering the entire cover plate 20 is used for sealing.

  The combined water bath Da is mounted detachably as shown in FIG. 6 or by placing the fine dust cutter of FIG. 7 on the water bath of FIG. Although the fitting is performed in the outer box 1, it is preferable that the joint is stopped with a stopper 49. The operations of fine dust cutting and hot water bath are the same as described above, and will be omitted.

(5) A fifth aspect of the present invention is an ajoene production method using a combined water bath. The main material is bulb garlic. The reason for the selection is that the US National Cancer Institute (NCI) ranks foods that enhance immune function and have the highest anticancer effect as garlic. The production method is oil dipping. The reason is to utilize the property that “Allicin” contained in garlic changes by heating garlic at low temperature oil and can produce ajoene. Therefore, vegetable oil is used as an auxiliary material.

  Ajoene is generated by pouring water into the hot water zone 9 of the water bath, lubricating the inside of the net box 4 and then receiving heat from the other heater 10 to the outer box floor 2 in the water bath without the heating unit 11. In the water bath having a heating part, the heating operation is performed, and the hot water temperature in the hot water zone 9 approaches the boiling point to block the heat. Return to the united water bath, operate the fine dust cutter, drop the oil into the net box 4 while making the main material fine, make it oiled, and after the oil temperature drops, take off the net box 4 and separate the soot. The produced ajoene oil is carried in the inner box 3.

  The transported ajoen oil should be stored in the refrigerator instead of a separate device. This is because ajoene is weak to light and high temperature.

  Since the best mode for carrying out the invention is the above-described configuration or generation method, the effects shown in the means for solving the problems or the effects shown in the effects of the invention can be achieved. .

  Herbal medicine, health food, school lunch industry, etc. There are many possibilities for home use.

Longitudinal section of a water bath related to claim 1 Longitudinal section of a water bath related to claim 2 Longitudinal sectional view of the fine dust cutter according to claim 3 The vicinity of the two blades of the fine dust cutter according to claim 3, enlarged longitudinal sectional view AA arrow enlarged view of FIG. Longitudinal sectional view of a combined water bath Da according to claim 4 The perspective view of the fine dust cutter regarding Claim 4 A longitudinal sectional view showing an example of a fine dust cutter related to claim 3 BB sectional view of FIG. Reference drawing (longitudinal sectional view of the water bath Ca relating to claim 3)

Explanation of symbols

A. B. Water bath Ca, Cb, Da, Db Combined water bath 1 Outer box 2 Outer box floor 3 Inner box 4 Net box 55 'Fine dust cutter 6 Protective stand 7 Protective box 9 Hot water zone 11 Heating unit 12 Shaft tool 14 Two blades 15 Falling cavities 25, 25 'Sword blade 26 Standing sword 31 Front blade 32 Rear blade 41 Pit hole

Claims (5)

  A hot water bath provided with a hot water zone inside the outer box, the inner box is detachably mounted, the net box is detachably mounted in the inner box, and the water bath is bathed in the net box.   A hot water zone is provided on the inner side of the outer box, the inner box is detachably mounted, the inner box is detachably mounted, a heating unit is mounted on the outer wall of the outer box, the outer box outside and the lower floor of the outer box floor The water bath is characterized in that a protection box and a protection stand are fixed to each other, and the bath is bathed in a net box.   Two blades for fine dust cutting are formed in a scissors, one of which is a sword blade and a number of standing blades. A tool is rotatably mounted, an operating tool is mounted on the shaft tool, and a pusher tube is mounted so that it can be inserted and removed, a falling cave is provided at the side of the two blades, covers the exterior, and forms a fine dust cutter. A water bath in which a cutting device is detachably combined on any one of the water baths according to claim 1, claim 2.   Two strip-shaped blades are fixed to the center of the lid plate, the first blade has a number of standing blades in parallel, the second blade has a blade, and has a pit hole below the blade. A hot water bath that is detachably combined on any one of the hot water baths according to claim 1, claim 2.   After pouring water into the hot water zone and lubricating the inside of the net box, heat is received from the other heater in the water bath according to claim 1, and heat operation is performed in the water bath according to claim 2, The hot water temperature in the hot water zone approaches the boiling point, cuts off the heat, operates as a combined water bath, operates the fine dust cutter, drops the main material bulb garlic into a net box while making it fine, and soaks in hot oil. The method for producing ajoene using a water bath according to claim 3 or 4, wherein the ajoene oil which has been separated from the net box and separated from the basket and produced is transported while being contained in the inner box.

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