KR102230360B1 - Automatic bone extractor - Google Patents

Abstract

The present invention relates to an automatic beef bone extractor, which is capable of automatically performing extraction through automatic control without a need for an operator to be involved in each process, and seals an extraction space of bone broth against a work space so as to prevent exhausted water vapor from being discharged into the work space, thereby maintaining the cleanliness of the work space, and hygienically extracting bone broth. To this end, the automatic beef bone extractor comprises: an extraction container in which a selected bone is accommodated and which has an accommodation space through which water flows; an extraction tank in which the extraction container is detachably accommodated and which has an extraction space so that active ingredients in the bone are dissolved while supplied water passes through the inside of the extraction container and is discharged, and thus, bone broth is extracted; and a storage tank which has a storage space formed therein to receive, filter, store, and selectively discharge bone broth extracted from the extraction tank. The automatic beef bone extractor further comprises a control means which receives power and controls the supply of water to the extraction tank based on set data.

Description

Automatic bone extractor

The present invention is intended to extract the ethmoid fluid from the ethmoid bone, and more specifically, to extract the ethmoid fluid automatically through automatic control without requiring the operator to individually participate in each process, as well as extraction of the ethmoid fluid for the work space. It relates to an automatic ethmoid extractor capable of extracting hygienic ethmoid fluid by preventing the water vapor consumed by sealing the space from being discharged to the workplace and maintaining the cleanliness of the workplace.

In general, beef bone broth has been used by the Korean people for a variety of dishes (gomtang, seolleongtang, beef foot soup, crucible soup, etc.) for a long time. .

This beef bone broth is recognized as a traditional health supplement that fits our taste and contains all kinds of nutrients that promote the growth and development of children and the metabolism of adults.

Usually, in order to cook nutritional foods such as gom-guk, gom-tang, cow-jok-tang, and crucible-tang at home, purchase high-quality beef bones, wash them clean to remove foreign substances, fat, and blood, then add drinking water at a weight ratio of about 5 times to the cow bones, and heat them to remove blood and fat. After brewing 1-2 times, add 4-5 times weight ratio of drinking water at first, heat it over strong heat at first, and heat it over low heat for 5-8 hours after starting to boil. Repeat 2-3 times to brew beef bone broth.

On the other hand, in restaurants or restaurant group catering centers where a large amount of beef bone broth is used, it goes through a process similar to the method of cooking at home, but salt is added to shorten the brewing time and increase the degree of extraction. It is common to add seasoning ingredients to minimize ).

In particular, it would be nice if the beef bone broth that was processed in a large amount at a time would be consumed within a short time, but if that is not the case, it is stored or stored. In some cases.

In addition, it is difficult to maintain optimal conditions and uniformity such as heating temperature, heating time, storage or storage, and reuse during the broth brewing process.

As a result, the quality of beef bone broth, loss of nutrients, and the appearance of off-flavor, etc., is not stable.

Therefore, for the commercial mass production of beef bone broth, it is possible to remove off-flavors and prevent land formation, prevent loss of nutrients, maintain a unique flavor in a salt-free and non-seasoned state, and stabilize it so that it can be dispersed well in drinking water without deterioration in storage quality. This can be said to be the core of technology development.

In recent years, commercial production of beef bone broth is being attempted, and one of them is Korean Patent Application No. 10-2000-0003932 (Name: Preparation method of concentrated beef bone liquid/2000.01.27.), as known in the publication. Likewise, 100kg of selected ethmoid bone is heated with 150ℓ of water at a temperature of 120℃ and a pressure of 1.2 atm for about 10 hours to extract the nutrients contained in the ethmoid, put it in a container, and leave it to cool, floating on the top of the ethmoid fluid to solidify. The preparation method of ethmoid fluid is described in which the wax is removed and the animal oil is removed using an oil separator and a milky concentrated ethmoid bone is obtained.

In addition, in Korean Patent Application No. 10-2000-0068815 (name: Manufacturing method of concentrated beef bone broth/2000.11.15.), as known in the publication, bovine bones from which foreign substances such as fat and blood clots are removed are prepared in a natural composition (flour). ,Kiwi, etc.) in a refrigerated state (5℃ ∼ -20℃) for 5-10 hours of pretreatment, washed with ozone water when aging is completed, and then bovine bones are added to the extractor and extracted in two steps. The broth is separated into fat and broth, cooled and heated repeatedly, and then the separated fat and broth are mixed, heated in a concentrator at 50-80℃ in the first stage and 85-100℃ in the second stage to be concentrated, and temperature in multiple stages. A method of preparing beef bone broth by heat sterilization while changing the is described.

On the other hand, in Korean Patent Application No. 10-2005-0097617 (name: beef bone concentrate manufacturing apparatus and method/2005.10.17.), as known in the publication, a material for extracting beef bone, water, and beef bone extract is contained inside. An extraction tank which is put into and heated while applying pressure therein; When the extract extracted from the extraction tank is discharged, a filtering device that filters impurities present in the extract and proceeds the extract; A concentrating tank connected to the filtering device, and in which the liquid filtered by the filtering device is injected to concentrate the liquid in a paste state and then discharged; There is disclosed an apparatus for producing beef bone concentrate comprising a magnetic filter installed in a discharge pipe through which the concentrated liquid of the concentration tank is discharged to filter out harmful components contained in the concentrated liquid.

In addition, in Korean Patent Application No. 10-2011-0101952 (name: ethmoid extract manufacturing method/2011.10.06.), as known in the publication, a blood-bleeding step of removing blood and impurities by immersing bovine bones in water; Add water 4-20 times the weight of the bovine bone to the bovine bone that has undergone the blood bleeding step, and then pressurized extraction for 30 minutes-3 hours at 95-130°C under 1.1-1.8kg/cm2 pressure twice and mix the obtained extract. Pressurized extraction step; A high-temperature vacuum extraction step of cooling the extract obtained through the pressure extraction step to 4 to 60°C, vacuum depressing to 500 to 700 mmHg, and extracting heat at 60 to 95°C for 1 to 4 hours; Garlic, onion, and radish are mixed in the extract obtained through the high-temperature vacuum extraction step in a weight ratio of 1～5:1～3:1～3, respectively, and the juice obtained by juice is centrifuged at 4000～5000rpm for 0.5～1 hour. Then, a seasoning step of heating at 200 to 250°C for 30 minutes to 1 hour by adding the vegetable extract concentrated at 45°C, 700mmHg, 0.5 to 1 hour; An oil separation step of separating fat from the extract obtained through the seasoning step; A concentration step of concentrating the extract obtained through the oil separation step to be 30-50 brix; And a homogenization step of adding purified salt and fat separated in the oil separation step to the concentrate obtained through the concentration step, and homogenizing for 20 to 60° C., 3000 to 6000 rpm, 30 minutes to 2 hours using a homomixer. A method for preparing ethmoid extract is described.

Korean Patent Application No. 10-2000-0003932 (2000.01.27.) Korean Patent Application No. 10-2000-0068815 (November 15, 2000) Korean Patent Application No. 10-2005-0097617 (October 17, 2005) Korean Patent Application No. 10-2011-0101952 (2011.10.06.)

However, in the conventional ethmoid extraction apparatus and extraction methods as described above, the continuity and persistence of the extraction process of ethmoid fluid are low, production efficiency is reduced, as well as water vapor generated during extraction of ethmoid fluid damages the working space. Accordingly, there was a problem of poor hygiene.

In addition, there is an uneconomical problem because it is difficult to implement automation because the operator must individually create the extraction environmental conditions for each process in which the ethmoid fluid is extracted.

The present invention has been proposed in order to solve the conventional problems as described above, and an object of the present invention is to extract automatically through automatic control without the operator being individually involved in each process, as well as, in particular, in the work space. On the other hand, it is to provide an automatic ethmoid extractor capable of extracting hygienic ethmoid fluid by preventing the discharge of consumed water vapor into the workspace by sealing the extraction space of ethmoid fluid and maintaining the cleanliness of the workspace.

The automatic ethmoid extractor according to the present invention for achieving the object of the present invention as described above comprises: an extraction passage in which the selected ethmoid is accommodated and a receiving space through which water is moved is formed; An extraction tank having an extraction space to extract the ethmoid fluid by dissolving the active ingredient in the ethmoid bone in the process of dissolving the active ingredient in the ethmoid bone while the water to be supplied is removably accommodated therein and the water supplied is discharged through the inside of the extraction vessel; Containing a storage tank having a storage space to selectively discharge the ethmoid liquid extracted from the extraction tank therein, filter it, and store it; And a control means configured to control the supply of water to the extraction tank based on the set data by receiving power.

And an oil-water separator provided while spatially connecting the extraction tank and the storage tank to separate the water component and the active component while the ethmoid fluid is being transferred.

delete

delete

The automatic ethmoid extractor according to the present invention made as described above controls the water supply to the extraction tank based on the data set in the control means, so that ethmoid fluid having a desired concentration and extraction amount is obtained from the ethmoid contained in the extraction tank. As a result, it has the effect of being able to extract the ethmoid fluid automatically through automatic control without the operator being individually involved in each process.

In addition, as the movement path of water and the extraction and movement path of ethmoid fluid are sealed to the outside, water vapor generated from hot water is not discharged into the work space, thereby maintaining the cleanliness of the work space, thus making it a hygienic ethmoid fluid. It has the effect of extracting.

1 to 3 is a schematic illustration showing an automatic ethmoid extractor according to an embodiment according to the present invention.
Figure 4 is a schematic illustration showing an extraction tank constituting the automatic ethmoid extractor according to the present embodiment.
Figure 5 is a schematic illustration showing an extraction container constituting the automatic ethmoid extractor according to the present embodiment.
6 and 7 is a schematic illustration showing an extraction tank constituting the automatic ethmoid extractor according to the present embodiment.
8 and 9 is a schematic illustration showing an oil-water separator constituting the automatic ethmoid extractor according to the present embodiment.
10 to 14 is a schematic illustration showing the water supply means constituting the automatic ethmoid extractor according to the present embodiment.
15 is a schematic illustration showing the control state of the automatic ethmoid extractor according to the present embodiment.
Figure 16 is a schematic illustration showing a method for automatically extracting the ethmoid bone through the automatic ethmoid extractor according to the present embodiment.

Hereinafter, an automatic ethmoid extractor according to a preferred embodiment according to the present invention will be described in detail with reference to the accompanying drawings.

The embodiments of the present invention may be modified in various forms, and the scope of the present invention should not be construed as being limited to the embodiments described in detail below. This embodiment is provided to more completely explain the present invention to those with average knowledge in the art. Accordingly, the shape of the element in the drawings may be exaggerated to emphasize a clearer description. It should be noted that in each drawing, the same member may be indicated by the same reference numeral. Detailed descriptions of known functions and configurations that are determined to unnecessarily obscure the subject matter of the present invention will be omitted.

1 to 13 are views showing the ethmoid bone automatic extractor 1 according to an embodiment according to the present invention, wherein the ethmoid automatic extractor 1 according to the present embodiment contains selected ethmoid bones and water penetrates An extraction container (2) in which an accommodation space to be moved is formed; The extraction tank 2 is removably accommodated therein and has an extraction space to extract the ethmoid fluid by dissolving the active ingredient in the ethmoid bone in the process of discharging the supplied water through the inside of the extraction tank 2 An extraction tank 3; A storage tank (4) having a storage space so as to receive and filter the ethmoid liquid extracted from the extraction tank (3) therein, store it, and selectively discharge it; And a control means (5) configured to control the supply of water to the extraction tank (3) based on the set data and receive power from the power supply unit (51).

That is, based on the data set in the control means (5) to control the water supply to the extraction tank (3), the ethmoid fluid having a desired concentration and extraction amount is obtained from the ethmoid contained in the extraction tank (2). do.

Accordingly, the ethmoid fluid is automatically extracted through selective automatic control according to the data set in the control means 5 without the operator being individually involved in each process.

In the above, the extraction tank 3, the storage tank 4, and the water moving space connecting the extraction tank 3 and the storage tank 4, and the extraction and movement space of ethmoid fluid can be sealed from the outside. have.

Accordingly, the water vapor generated from the hot water is not discharged to the work space, so that the cleanliness of the work space is maintained, so that hygienic ethmoid fluid can be extracted.

In the ethmoid automatic extractor 1 according to the present embodiment, a water supply means 13 is spatially connected to an inlet through which water is injected from the extraction tank 3 to supply high-temperature water; .

That is, when the extraction canister 2 in which the ethmoid is accommodated is disposed and bound in the extraction space of the extraction tank 3, the high-temperature water having a temperature of 97°C to 110°C is supplied through the water supply means 13 Under the control of the control means (5), a homogeneous amount is supplied to the extraction tank (3) at an even rate.

At this time, the water is stored in the storage tank 4 through the outlet through which the water is discharged from the extraction tank 3 while dissolving and extracting the active ingredients contained in the ethmoid bone while passing through the ethmoid bone of the extraction tank 2 do.

When such a process is performed during the extraction time according to the data set in the control means 5, as a result, ethmoid fluid containing an active ingredient having a concentration and an amount that can be extracted from the ethmoid bone is obtained.

In the ethmoid automatic extractor 1 according to the present embodiment made as described above, the water supply means 13 receives and heats the water supplied from a water supply source (not shown) such as water, and then the extraction tank It is to be introduced into the inlet of (3), and after heating the water to have a temperature of 97 ℃ ~ 110 ℃, it may be supplied.

In the water supply means 13, a water inlet 131 through which water flows from the water supply source is formed at one end, and a water discharge port 132 through which the water is discharged is formed at the other end of the extraction tank 3 It may include a water supply pipe 133 consisting of a'pipe' in the shape of a'pipe' connected to the inlet port.

In the water inlet 131 in the above, a flow meter (not shown) configured to control the supply amount of water supplied for a unit time period and a water control valve 134 in which the opening and closing state is controlled through the control of the control means 5 It is provided, according to the control of the control means (5) according to a condition according to the user's selection, it can be adapted to adjust the supply direction of the water supplied to the extraction tank (3); The structure may be made of a structure to which a conventionally known technology is applied, and it is preferable to be applied according to the user's selection.

Meanwhile, the water supply means 13 in the above includes a heating member 15 configured to heat the water passing through the water supply pipe 133 to raise the temperature.

That is, the water passing through the water supply pipe 133 is heated through the heating member 15 so that the water is introduced into the extraction tank 3 while having a temperature of 97°C to 110°C.

In the above, the heating member 15 may be heated by heat exchange with the water passing through the water supply pipe 133 inside and outside the water supply pipe 133.

That is, the water that is moved in the longitudinal direction of the water supply pipe 133 may be heat-exchanged in the longitudinal direction inside and outside the water supply pipe 133, respectively.

The heating member 15 is disposed to have a length in the longitudinal direction of the water supply pipe 133 inside the water supply pipe 133 and heats the water passing through the water supply pipe 133. A sieve 151; The water supply pipe 133 is accommodated and disposed therein while having a length in the longitudinal direction, and an external heating element 152 configured to heat the water passing through the water supply pipe 133 may be included.

That is, heating efficiency is maximized by heating the water passing through the water supply pipe 133 through the internal heating body 151 and the external heating body 152, respectively.

In the above, the internal heating element 51 and the external heating element 52 are moved while having in the longitudinal direction of the water supply pipe 133 and supplied through a separate steam generator (steam supply source) 12. It can be made in a structure to which'high temperature steam' is applied.

Accordingly, the internal heating element 51 and the external heating element 52 are spatially connected to the steam generating device (steam supply source) 12 to receive and discharge the'high-temperature steam' respectively. An internal heating tube made of a'tube body' in the shape of a'pipe' for heat exchange with water to heat; And an external heating tube.

That is, the internal heating pipe disposed while being accommodated in the water supply pipe 133; The'high-temperature steam' passing through the internal heating pipe and the external heating pipe, respectively, through the external heating pipe disposed while the water supply pipe 133 is accommodated therein, passes through the water supply pipe 133, respectively. It can be heated.

In the above, the movement direction of the'high temperature steam' passing through the internal heating pipe and the external heating pipe, respectively, is made in a direction opposite to the movement direction of the water that is moved while passing through the water supply pipe 133, and the water gradually changes to a temperature. Heat exchange is performed in a form in which is increased, so that heat exchange efficiency can be improved, and it is preferable to apply it according to the user's selection.

In the above, the water supply means 13 includes a water preheating pipe 16 configured to receive the water by connecting the water supply pipe 133 and the water supply source; The water preheating pipe 16 is disposed inside having a length in the longitudinal direction, and the water preheating pipe 16 recovers and passes through the temperature-reduced'steam' discharged from the internal heating pipe and the external heating pipe inside. A preheating steam pipe 17 configured to preheat the water passing through); may be further included.

In other words, as the water is preheated by recycling the recovered'steam' discharged from the internal heating body 151 and the external heating body 152, energy use efficiency is maximized and economic benefits are improved, as well as high temperature. The generation of'waste steam' can be suppressed to realize a pleasant and clean air environment in the work space.

On the other hand, the movement direction of the recovered'steam' via the preheating steam pipe 17 is made in a direction opposite to the movement direction of the water moved while passing through the water preheating pipe 16, so that the water gradually changes to a temperature. Heat exchange is performed in the form of preheating, so that the heat exchange efficiency can be improved, and it is preferable to apply it according to the user's selection.

In the above, at the end of the preheating steam pipe 17, a steam trap 18 is provided so that the used'waste steam' and'condensed water' can be discharged, respectively, according to the user's selection. It is desirable to apply suitably.

In the automatic ethmoid extractor 1 according to the present embodiment made as described above, the extraction tube 2 is an extraction tube 21 made of a'pipe' shaped like a'pipe' that is opened while passing through the upper and lower ends. )and; A lower perforated plate 22 formed of a'plate body' in the form of a'plate' which is welded and fixed inside the lower end of the extraction pipe and formed with a plurality of through holes through which water passes; Includes an upper porous plate 23 made of a'plate body' in the shape of a'plate' which is detachably coupled to the inside of the top of the extraction tube 21 and has a plurality of through holes through which water passes. I can.

That is, in a state in which the ethmoid bone is accommodated in the extraction tube 2, the upper porous plate 23 is attached to the inside of the upper end of the extraction tube 21 to be assembled, and then put into the extraction tank 3 As a result, while the water passes through the inside of the extraction tube 21, the active ingredient is extracted from the ethmoid housed in the extraction tube 21.

At this time, unnecessary components are primarily filtered from the water passing through the upper porous plate 23.

In the above, the upper end of the extraction pipe 21 is formed with a handle 24 that can be held by a user by hand, so that a simple transport and installation operation can be performed.

In the above, the upper inner surface of the extraction pipe 21 and the upper porous plate 23 may be provided with a'binding structure' that is fitted and detached so as to be bound to each other; The'binding structure' may be made of a structure to which a conventionally known technology is applied, and is preferably applied appropriately according to a user's selection.

In the above, the amount of ethmoid bone accommodated in the extraction pipe 21 may be in a range of 30 to 70% with respect to the receiving area of the extraction pipe 21, and between the upper perforated plate 23 and the upper ethmoid bone As the gap is formed, the ethmoid bone boiled by the hot water supplied to the inside of the extraction pipe 21 is naturally agitated according to the convective flow of the water that is naturally formed to extract efficiency and extraction quality from the ethmoid bone. Can be maximized.

In the ethmoid automatic extractor 1 according to the present embodiment made as described above, the extraction tank 3 is selectively opened and closed through an opening and closing cover so that the extraction space 2 is accommodated while the extraction barrel 2 is detached therein. An inner cylinder 31 and; Consisting of including; while surrounding the inner tube 31, an outer tube 32 provided while having a gap between which the insulating material is filled to the outside; It can be made to maximize the heat use efficiency by improving the warmth; The inlet port through which water is selectively supplied through the water control valve 134 is provided in the lower portion of the extraction tank 3; The discharge port through which water and the extracted ethmoid fluid are discharged through the extraction tank 2 is provided on the upper side of the upper perforated plate 23 from the inner upper part of the extraction tank 3.

That is, as the water supplied to the inside of the extraction tank 3 is supplied from the bottom to the top, the water gradually supplied from the extraction space of the extraction tank 3 extracts the ethmoid fluid from the ethmoid bone. At the same time, it is gradually discharged to the outlet.

Accordingly, if water to be extracted by dissolving the active ingredient in the ethmoid bone in the extraction space is supplied in an equal amount and speed, the active ingredient is extracted at a desired rate and concentration while passing through the ethmoid bone, as well as water vapor. The generation of environmental factors (water vapor, etc.) is minimized so that the quality of use is maximized.

Therefore, the conventional extraction method in which the concentration of the active ingredient is gradually increased through continuous drying and evaporation after the extraction of the active ingredient from the ethmoid bone by repeatedly performing the process of extracting the active ingredient by mixing and heating an appropriate amount of water in the ethmoid bone. Compared to, the active ingredient can be easily extracted.

In the above, the extraction tank 3 may be provided with a water drain valve 33 configured to drain water injected into the outside through the control of the control means.

That is, after extraction of the ethmoid fluid is completed through the water drain valve 33, the contents remaining inside the extraction tank 3 may be discharged to the outside.

In the automatic ethmoid extractor 1 according to the present embodiment made as described above, the storage tank 4 has an upper portion through an open cover to receive and store the ethmoid fluid discharged through the outlet of the extraction tank 3. An internal storage bin 41 having a storage space that is selectively opened and closed; An external cooling container 42 configured to cool the ethmoid fluid stored in the internal storage container 41 by circulating while surrounding the internal storage container 41 while cooling water is introduced and discharged; A cooling water circulation pipe 44 having a cooling water supply valve 43 configured to supply cooling water to the external cooling tank 42 while being opened and closed through the control of the control means 5 may include.

That is, the ethmoid fluid stored in the internal storage container 41 may be cooled according to the user's selection through the control of the control means 5.

On the other hand, after the cooling water circulating through the cooling water circulation pipe 44 is heated through heat exchange with the internal storage tank 41, it can be supplied to the water supply pipe 133 and applied as water to be used; It is desirable to apply appropriately according to the user's choice.

In the above, the cooling water circulation pipe 44 is to receive a steam exhaust pipe 45 which is spatially connected to the upper inner surface where the water vapor moored in the internal storage tank 41 and exhausts the moored water vapor to the outside, It may be configured to heat exchange with the cooling water circulation pipe 44 discharged to the outside via the external cooling vessel 42.

That is, the steam formed in the internal storage tank 41 may be condensed through the cooling water circulation pipe 44 to minimize the generation of steam and maximize thermal efficiency.

In the above, a lower portion of the storage tank 4 is provided with an ethmoid fluid discharge valve 46 that opens and closes to selectively discharge the ethmoid fluid stored in the storage tank 4 to the outside through the control of the control means 5 Thus, the user may selectively discharge the ethmoid fluid.

In the above, at a location where the ethmoid fluid is introduced from the inside of the storage tank 4, a filter member 47 may be provided to remove unnecessary substances by filtering the inflowed ethmoid fluid.

That is, the quality of the ethmoid fluid is improved by secondary filtering of unnecessary components through the filter body 47.

The ethmoid automatic extractor (1) according to the present embodiment made as described above is provided while spatially connecting between the extraction tank (3) and the storage tank (4), and while the ethmoid bone fluid is being transported, the water component and the active ingredient The oil-water separator 6 is configured to separate the; comprises a further.

That is, the water moved from the extraction tank 3 to the storage tank 4 through the oil-water separator 6 and a high concentration of active ingredients obtained by separating the water from the active ingredients are transferred to the storage tank 4.

Accordingly, high-quality ethmoid fluid is obtained.

In the above, the oil-water separator 6 may have a structure to which a conventionally known technology is applied to separate through a difference in specific gravity between water and active ingredients, and it is preferable to apply appropriately according to the user's selection.

That is, the active ingredient separated to the upper part of the water may be guided to the storage tank 4 and stored, so that a high concentration of ethmoid fluid may be extracted.

In the oil-water separator 6, the air vent (water vapor) of high pressure moored therein is guided to the upper portion of the storage tank 4 to stably maintain the pressure inside the oil-water separator 6 ( 61) may be provided.

That is, the pressure environment in the oil-water separator 6 is maintained as a set pressure environment through the air vent 61, so that the separation of water and ethmoid fluid in the oil-water separator 6 is stably achieved. As a result, it is possible to prevent excessive accumulation of ethmoid fluid in the oil-water separator 5, and the structure of the air vent 61 may be made of a structure to which a conventionally known technology is applied, and is suitable according to the user's selection. It is desirable to apply it properly.

In the above, the oil-water separator 61 is provided at a position to freely fall and drain the separated water, and has a water discharge valve 62 that is selectively opened and closed to the outside through the control of the control means 5 (63); may be included.

That is, the water separated through the oil-water separator may be selectively drained through the water discharge pipe 63 under the control of the control means 5.

The automatic ethmoid extraction method through the effect of the automatic ethmoid extractor 1 according to the present embodiment will be described in detail as follows.

In the case of extracting the ethmoid fluid through the ethmoid automatic extractor according to the present embodiment, first, the ethmoid bone is accommodated and the inside of the extraction container 2 having a receiving space to extract the active ingredient while being transported while water passes through it. Has an ethmoid input step (S100) of inserting the selected ethmoid bone into the

That is, the selected ethmoid bone is put into the inside of the extraction canister 2, and at this time, the ethmoid bone is introduced in an amount in the range of 30 to 70% with respect to the receiving area of the extraction canister 2.

In addition, the extraction tank (2) in which the ethmoid bone is accommodated through the ethmoid injection step (S100) is placed in an extraction tank (3) having an extraction space configured to extract the active ingredient in the process of supplying and discharging water therein to fix it. Has an extraction notification fixing step (S200);

With the inside of the extraction tank 3 open, the extraction tank 2 is accommodated and disposed, and the inside of the extraction tank 3 is closed to the outside.

In addition, when the ethmoid bone is disposed in the extraction space of the extraction tank 3 through the extraction canister fixing step (S200), through the control of the control means 5, which is controlled by receiving power from the power supply unit 51 It has an ethmoid washing step (S300) of supplying washing water to the extraction tank 3 to remove unnecessary ingredients (blood, fat) remaining in the ethmoid bone.

That is, water is supplied to the inside of the extraction tank 3 to clean the ethmoid bone.

At this time, by opening the water control valve 134 and opening the ethmoid fluid discharge valve 46, the water passes through the extraction tank 3 to separate and wash unnecessary components (blood, fat) from the ethmoid bone. , After passing through the oil-water separator 6 and the storage tank 4, it is drained to the outside.

In the above, the ethmoid washing step (S300) may be performed for a time of 100 to 120 minutes, and it is preferable to appropriately apply it according to the user's selection.

And when washing of the ethmoid bone is completed through the ethmoid washing step (S300), the water control valve 134 is closed to stop the water supply to the extraction tank 3, and the water drain valve 33 is opened. It may further have a water drainage step (S310) of completely draining water and washing water from the inside of the extraction tank 3 and the storage tank 4.

That is, through the water draining step (S310), the inside of the extraction tank 3 and the storage tank 4 are initialized.

In the above, the water drainage step (S310) may be performed for a time of 2 to 4 minutes, and it is preferable to apply appropriately according to the user's selection.

In addition, when washing of the ethmoid bone and initialization of the inside of the extraction tank 3 and the storage tank 4 through the water draining step (S310) is completed, high-temperature water is supplied to the extraction tank 3 It has a second washing step (S320) of boiling the ethmoid bone accommodated in the extraction tank 3 and secondly heating and separating unnecessary ingredients (fat, blood).

That is, unnecessary ingredients (fat, blood) contained in the ethmoid bone contained in the extraction tank 3 are removed through the second washing step (S320).

At this time, the steam generating device 12 is driven through the control of the control means 5 and the water control valve 134 is opened, so that the water supplied from the water supply source is the steam generated by the steam generating device 12. After heat exchange with and high temperature, it is supplied to the extraction tank 3 to heat and remove unnecessary ingredients (fat, blood) contained in the ethmoid bone, and it can be performed for a time of 45 to 55 minutes, and the user's choice It is desirable to apply suitably according to.

And, when unnecessary ingredients (fat, blood) contained in the ethmoid contained in the extraction tank 3 are removed through the second washing step (S320), the ethmoid fluid discharge valve 46 is closed, and the extraction tank It has a washing finishing step (S330) of storing the effective ethmoid fluid extracted in (3) in the storage tank (4).

That is, the removal of unnecessary ingredients (fat, blood) contained in the ethmoid bone accommodated in the extraction tank 3 through the washing finishing step (S330) is completed, and the effective ethmoid liquid can be stored in the storage tank 4. It forms the environment.

In addition, through the washing finishing step (S330), the ethmoid fluid discharge valve 46 continues to be closed to supply high-temperature water to the inside of the extraction tank 3 to extract active ingredients from the ethmoid bone. It has an ethmoid fluid extraction step (S400) of receiving, filtering, storing, and discharging to the storage tank 4 having a storage space for selectively discharging and storing.

That is, after extracting the ethmoid liquid from the extraction tank 3 through the ethmoid liquid extracting step (S400), it is stored in the storage tank (4).

At this time, the ethmoid extract step (S400), which can be performed for a time of 350 to 370 minutes, is preferably applied appropriately according to the user's selection.

The water supplied to the extraction tank 3 in the ethmoid extract step (S400) is a total amount having a volume of 2.5 to 3.5 times the total amount of ethmoid fluid to be extracted from the ethmoid contained in the extraction tube 3 It can be divided and supplied for 5 to 7 hours, and it is preferable to apply appropriately according to the user's choice.

In addition, in the ethmoid fluid extraction step (S400), when the ethmoid fluid stored in the storage tank 4 reaches 5 to 8 times the weight of the ethmoid fluid contained in the extraction container, the supply of water is stopped. It is desirable to apply appropriately according to the user's choice.

And, when the extraction of the ethmoid fluid through the ethmoid fluid extraction step (S400) is completed, the cooling water supply valve 43 is opened based on the set data of the control means 5 set according to the user's selection. It may further have an ethmoid liquid cooling step (S500) of cooling the ethmoid liquid contained in the storage tank (4).

In other words, it may be cooled according to the user's selection, as opposed to the ethmoid fluid extracted through the ethmoid fluid cooling step (S500).

In addition, when the ethmoid fluid extraction step (S400) and/or the ethmoid fluid cooling step (S500) is completed, the driving of the steam generating device 12 is stopped under the control of the control means 5, and the The water control valve 134 is closed, the water discharge valve 62 is opened, and the ethmoid fluid discharge valve 46 is opened.

That is, the supply of water is stopped through the extraction termination step (S600), and the ethmoid fluid is discharged and transferred to a separate storage (packaging) process to complete the ethmoid fluid extraction operation.

As described above, the automatic ethmoid extractor 1 according to the present embodiment dissolves the active ingredient in the ethmoid bone to be extracted and supplies the water to be extracted at an equal amount and speed to extract while passing through the ethmoid bone. Of course, it is a feature of the technical configuration that the quality of use is maximized as there is no occurrence of environmental detriment factors (water vapor, etc.) in the work space.

One embodiment of the present invention described above is merely exemplary, and those of ordinary skill in the art to which the present invention pertains will appreciate that various modifications and other equivalent embodiments are possible. . Therefore, it will be appreciated that the present invention is not limited to the form mentioned in the detailed description above. Therefore, the true technical protection scope of the present invention should be determined by the technical spirit of the appended claims. In addition, the present invention is to be understood as including the spirit of the present invention as defined by the appended claims and all modifications, equivalents and substitutes within the scope thereof.

1: automatic extractor 12: steam generator
13: water supply means 131: water inlet
132: water discharge port 133: water supply pipe
134: water control valve 15: heating member
151: internal heating element 152: external heating element
16: water preheating pipe 17: preheating steam pipe
18: steam trap
2: extraction container 21: extraction tube
22: lower perforated plate 23: upper perforated plate
24: handle 3: extraction tank
31: inner cylinder 32: outer cylinder
33: water drain valve 4: storage tank
41: internal storage container 42: external cooling container
43: cooling water supply valve 44: cooling water circulation pipe
45: steam exhaust pipe 46: ethmoid fluid discharge valve
47: filter body 5: control means
51: power supply unit 6: oil-water separator
61: air vent 62: water discharge valve
63: water discharge pipe

Claims (4)

An extraction container (2) in which the selected ethmoid bone is accommodated and a receiving space through which water is moved is formed; The extraction tank 2 is removably accommodated therein and has an extraction space to extract the ethmoid juice by dissolving the active ingredient in the ethmoid bone in the process of discharging the supplied water through the inside of the extraction tank 2 An extraction tank 3; A storage tank (4) having a storage space so as to receive and filter the ethmoid liquid extracted from the extraction tank (3) therein, store it, and selectively discharge it; A control means (5) configured to receive power and control the supply of water to the extraction tank based on set data; An oil-water separator (6) provided while spatially connecting between the extraction tank (3) and the storage tank (4) and configured to separate the water component from the active component while the ethmoid fluid is being transferred; In the extractor (1);
The extraction container (2),
An extraction tube 21 made of a'tube body' in the shape of a'pipe' which is opened while passing through the upper and lower ends; A lower perforated plate 22 made of a'plate body' in the form of a'plate' which is welded and fixed inside the lower end of the extraction pipe and formed with a plurality of through holes through which water passes; Containing an upper perforated plate 23 made of a'plate body' in the shape of a'plate' which is detachably coupled to the inside of the upper end of the extraction pipe 21 and has a plurality of through holes through which water passes. Lose;
The extraction tank 3,
An inner cylinder 31 provided with an extraction space in which the upper portion is selectively opened and closed through an opening and closing cover so that the extraction cylinder 2 is detachably received therein; Containing an outer cylinder 32 provided while surrounding the inner cylinder 31 and having a gap between which the insulating material is filled to the outside;
In the lower portion of the extraction tank 3, an inlet port through which water is selectively supplied through a water control valve 134 is provided;
An outlet through which water and extracted ethmoid fluid are discharged is provided on the upper side of the upper perforated plate 23 from the inner upper portion of the extraction tank 3;
The storage tank 4,
An internal storage container (41) having a storage space whose upper portion is selectively opened and closed through an open cover to receive and store the ethmoid fluid discharged through the outlet of the extraction tank (3); An external cooling container 42 configured to cool the ethmoid fluid stored in the internal storage container 41 by circulating while surrounding the internal storage container 41 while cooling water is introduced and discharged; And a cooling water circulation pipe 44 having a cooling water supply valve 43 configured to supply cooling water to the external cooling tank 42 while being opened and closed through the control of the control means 5;
The oil-water separator 6,
An automatic ethmoid extractor, characterized in that an air vent 61 is provided to stably maintain the internal pressure by guiding the high-pressure air moored therein to the upper portion of the storage tank 4. delete delete delete

Images