KR102405601B1 - Apparatus for extracting extract of Black goat containing Dendropanax morbifera ingredients - Google Patents

Abstract

The present invention relates to a black goat extract comprising a hwangchil tree component. This includes a heating chamber having a chamber body and a sealing cover, an inner cylinder accommodated in the heating chamber, a tilting part for tilting the heating chamber in the lateral direction, and a heating mechanism installed in the lower part of the chamber body to heat the heating chamber. wealth; It takes over and compresses the processed object that has been heated in the heating chamber. A support structure having wheels to move the position, a pressing chamber supported by the support structure and accommodating the inner cylinder, and a pressing machine for pressing the processing object accommodated in the pressing chamber It has a moving compression extrusion including a.
The black goat extract comprising the hwangchil tree component of the present invention made as described above, since the heating chamber and the compression chamber itself can be inclined at least 90 degrees in the lateral direction, it is very convenient to put an object in or out of the chamber, and cleaning the inside Easy. In addition, since the compression chamber can be moved, the object to be processed is moved directly from the heating chamber to the compression chamber with the inlet of the compression chamber and the heating chamber in contact, thereby reducing the contact of the object with external foreign substances and preventing contamination as much as possible. can do.

Description

Apparatus for extracting extract of Black goat containing Dendropanax morbifera ingredients}

The present invention relates to a black goat extract extracting apparatus, and more particularly, black goat containing a hwangchil tree component, capable of extracting a high-purity extract by sequentially heating and pressing the black goat meat containing hwangchil tree and other herbal medicines. It relates to a extractor of extract.

Black goats, which are usually grazing in mountainous areas, etc., are livestock that feed on leaves, fruits, or stems of plants, and have been used for food and medicine since a long time ago. Black goat meat is characterized by relatively low fat and cholesterol and rich in protein, so it is often used for medicinal or health purposes.

However, black goat meat has an odor such as odor, so it cannot be easily reached on the table like beef or pork. For example, black goat carcass was fermented for a long time and consumed in the form of extract, black goat soup, black goat soup, and black goat hotpot.

In order to prepare black goat extract, an extractor is used. In order to extract the essence, the trimmed carcass is put in a pressure vessel together with medicinal materials and water, and decocted for a long time while maintaining a constant temperature. After that, the pressure vessel is opened, the broth and meat are separated, and impurities such as oil are removed from the broth. In addition, the meat is transferred to a compression container and pressurized to extract the essence. The extracted juice is combined with the broth and heat sterilized.

However, in the conventional extracting apparatus, it was cumbersome to put the carcass in a pressure vessel or a compression vessel and take it out. The height of the upper inlet of the pressure vessel or compression vessel is usually higher than the waist height, but it takes a lot of force to lift the inner tube filled with carcass meat above the waist level and put it into the container. In addition, there is a disadvantage that the large size of the conventional pressure vessel or compression vessel is not easy to clean because the hand does not reach the bottom.

Domestic Registered Utility Model Publication No. 20-0218809 (Distillation type hot water bath) Domestic Patent Publication No. 10-1492614 (Method for cooking black goat using Hwangchil extract processing liquid)

The present invention was created to solve the above problems, and it is very convenient to insert or remove the object to be processed from the chamber, and it is easy to clean the inside, and when the object is moved from the heating chamber to the compression chamber, the contact of the object with the foreign material can be reduced. It is an object to provide an extractor of black goat extract containing a hwangchil tree component.

The black goat extract comprising the hwangchil tree component of the present invention as a means of solving the problem for achieving the above object provides an internal space open to the upper portion, and both sides of the outer peripheral surface are provided with a holding shaft that receives support from the outside, and A cylindrical chamber body having a discharge pipe on the lower side, a heating chamber having a sealing cover for opening and closing the inner space of the chamber body, a porous inner cylinder that is detachably accommodated in the heating chamber while accommodating the object to be processed, and the locking shaft can be axially rotated A leg for lifting the heating chamber from the ground and rotating the locking shaft to tilt the chamber body to the side and to maintain an inclined state. A tilting unit having a tilting motor that rotates the worm in a state of being, a heating mechanism that is installed so as to be able to elevate in the vertical lower part of the chamber body, a heating mechanism that heats the heating chamber in an elevated state, and a heating mechanism that is raised in a state in which the heating chamber is positioned vertically and a variable heating extraction unit including an actuator for lowering the heating mechanism before tilting the heating chamber; It is disposed in response to the variable heating extraction unit, and takes over and compresses the processed object that has been heated in the heating chamber. A movable support structure having a horizontal bar fixed to and extending horizontally, and a side frame installed on a bogie and providing support, supported by the side frame, takes a cylindrical shape open up and down, and horizontally engaging shafts on both outer peripheral surfaces A chamber case for accommodating the inner cylinder delivered from the heating chamber, a compression chamber having an opening/closing support installed at the lower part of the chamber case so as to support and supporting the inner cylinder, is installed on the horizontal bar and the compression chamber is positioned vertically Including a press for compressing the processing object accommodated in the compression chamber, the locking shaft is rotatable in a state supported by the side frame, and the side frame is provided with an angle maintaining means for maintaining the compression chamber in an inclined state. It includes a press-out unit.

In addition, the leg; A load sensor for detecting a change in the load of the heating chamber transmitted through the locking shaft, and a display unit showing the detection information of the load sensor to the outside are further provided, and inside the chamber body; Doedoe fixed to the inner circumferential surface of the chamber body, extending parallel to each other, spaced apart from each other, fixed rails for guiding the entry and exit of the inner cylinder are installed, on the outer circumferential surface of the inner cylinder; A moving rail supported so as to be slidable on the fixed rail is provided.

And, the inner tube; A porous cylinder with upper and lower openings and a certain diameter and having a plurality of through holes formed therein, a locking ring taking the shape of a ring and fixed to the inner circumferential surface of the lower end of the porous cylinder and providing a locking jaw; A porous disk having a pressing portion that receives external force from the center portion as being caught on the ring and serving as the bottom plate of the inner cylinder is included.

In addition, the opening and closing support; A sealing plate connected to the lower end of the chamber case so as to be opened and closed, and a female screw block fixed to the inner surface of the sealing plate and facing the inner space of the chamber case in a state in which the sealing plate closes the chamber case, the female screw block is formed; It meshes with the female screw hole, one end protrudes into the chamber case, the other end includes a male screw rod extending outside the chamber case, a handle fixed to the other end of the male screw rod, and installed at one end of the male screw rod and stored inside the chamber case A movable support plate for supporting and supporting the object to be processed inside the inner cylinder is provided.

The black goat extract comprising the hwangchil tree component of the present invention made as described above, since the heating chamber and the compression chamber itself can be inclined at least 90 degrees in the lateral direction, it is very convenient to put an object in or out of the chamber, and cleaning the inside Easy.

In addition, since the compression chamber can be moved, the object to be processed is moved directly from the heating chamber to the compression chamber with the inlet of the compression chamber and the heating chamber in contact, thereby reducing the contact of the object with external foreign substances and preventing contamination as much as possible. can do.

1 to 3 are views for explaining the basic configuration and operation of a black goat extract including a hwangchil tree component according to an embodiment of the present invention.
4 and 5 are views showing the detailed configuration of the heating extraction unit shown in FIG.
Figure 6 is a perspective view separately showing the chamber body of Figure 4;
Figure 7 is a cut-away perspective view of the inner cylinder mounted on the chamber body of Figure 6;
8 is a side view showing a state in which the inner cylinder is taken out from the heating extraction unit shown in FIG. 4 .
9 is a side cross-sectional view showing the internal configuration of the compression chamber shown in FIG.
10 is a side cross-sectional view showing a state in which the inner cylinder is applied to the compression chamber of FIG.
11 is a flowchart illustrating a method for extracting black goat extract using an extraction apparatus according to an embodiment of the present invention for reference.

Hereinafter, one embodiment according to the present invention will be described in more detail with reference to the accompanying drawings.

1 to 3 are views for explaining the basic configuration and operation of a black goat extract containing a hwangchil tree component according to an embodiment of the present invention, and FIGS. 4 and 5 are the heating extraction unit shown in FIG. It is a drawing showing a detailed configuration. In addition, FIG. 6 is a perspective view separately showing the chamber body of FIG. 4, and FIG. 7 is a cutaway perspective view of the inner cylinder mounted on the chamber body of FIG. And, FIG. 8 is a side view showing a state in which the inner cylinder is taken out from the heating extraction unit shown in FIG. 4 . In addition, FIG. 9 is a side cross-sectional view showing the internal configuration of the compression chamber shown in FIG. 1, and FIG. 10 is a side cross-sectional view showing a state in which the inner cylinder is applied to the compression chamber of FIG. In addition, FIG. 11 is a flowchart for explaining a method for extracting black goat extract using an extraction apparatus according to an embodiment of the present invention for reference.

As shown, the black goat extracting apparatus 10 containing the hwangchil wood component according to this embodiment has a variable heating extraction unit 20 and a moving compression extraction unit 40 .

The variable heating extraction unit 20 is to heat the processing object input from the outside while being fixed to the ground. In addition, the movable compression extraction unit 40 corresponds to the variable heating extraction unit 20 and is movable by having a wheel 45 at the lower portion. The moving compression extraction unit 40 receives the processed object after heat extraction from the variable heating extraction unit 20 and physically compresses it to squeeze the essence. The object to be processed in this embodiment is to include goat carcass, herbal medicine, and hwangchil wood.

Prior to the detailed description of the extracting apparatus of the extract of this embodiment, a method for extracting the extract of black goat will be described with reference. The extracting apparatus of the present embodiment is equipment used in the meat decoction step 103 and the extract step 105 to be described later.

As shown in FIG. 14 , the extract method is a material preparation step 101 , a carcass decoction step 103 , an extract extract step 105 , an oil removal step 107 , a boiling step 109 , a decoction of hwangchil wood. It includes a step 111 , a mixing step 113 , an oil removal step 115 , and a sterilization packaging step 117 .

The material preparation step 101 is a process of preparing black goat meat, medicinal materials, and hwangchil wood. Medicines include general herbal medicines. In addition, hwangchil wood may be put in a cut state in the form of a slice.

The carcass decoction step 103 is a process of heating the carcass by putting it in the heating chamber 27 . At this time, of course, the medicine and hwangchil wood are put together in the heating chamber 27 . The liquid generated during the carcass decoction step 103 is received in a separate container 13 and temporarily stored. Extracting the juice 105 is a process of squeezing the liquid contained in the carcass by physically compressing the carcass that has been boiled once. The liquid obtained through the extracting step 105 is also received in the container 13 .

The subsequent oil removal step 107 is a process of removing the oil floating on the liquid level of the squeezed extract. The boiling step 109 is a process of boiling the degreased essence to sterilize and remove odors. When performing the boiling step 109, medicinal materials may be additionally added.

Hwangchil wood decoction step 111, is a process of obtaining the components from the hwangchil wood by boiling the hwangchil tree separately. The liquid obtained through the decoction of hwangchil wood step 111 is mixed with the liquid after the boiling step 109 through the mixing step 113 .

After the mixing step 113 is completed, the oil floating on the liquid level is removed through the oil removal step 115 and the sterilization and packaging step 117 is performed. The sterilization packaging step 117 is a process of sterilizing the finally obtained liquid, that is, the essence and packaging it in a pouch.

Referring again to FIG. 1 and the following drawings, the structure description will be continued.

The variable heating extraction unit 20 includes a heating chamber 27 , an inner cylinder 29 , a leg 21 , a tilting unit 22 , a heating mechanism 23 , and an actuator 25 .

The heating chamber 27 has a cylindrical chamber body 27a providing an inner space 27d with a closed bottom and an open top, and a sealing cover 27b installed on the upper portion of the chamber body 27a. The chamber body (27a) is a kind of decoction container to accommodate the object to be processed.

Locking shafts 27c are provided on both sides of the outer circumferential surface of the chamber body 27a. The locking shaft 27c is horizontally fixed to the opposite direction of the chamber body 27a and is located on the same central axis. The locking shaft 27c has a predetermined diameter and receives a support force provided from the outside. That is, it receives the support force transmitted from the leg 21 to float the chamber body 27a from the ground.

In addition, a valve (27g) is installed on the lower side of the chamber body (27a). The valve 27g is a cock that is opened and closed by an operator. In addition, a hose 27e is connected to the valve 27g. The liquid that has passed through the valve 27g is collected in the container 13 via the hose 27e.

Then, four fixing rails 27f are mounted inside the chamber body 27a. The fixing rail 27f is a straight member fixed to the inner circumferential surface of the chamber body 27a and extending parallel to each other. The fixed rails 27f are arranged at an angle with respect to the central axis of the chamber body 27a.

The role of the fixed rail 27f is twofold. One is to guide the linear movement of the inner cylinder 29 when withdrawing the inner cylinder 29 in the direction of arrow c in FIG. ) to match the central axis of the chamber body (27a) with the central axis. In other words, the inner cylinder is tilted to one side to prevent contact with one side wall of the chamber body (27a).

The sealing cover 27b is mounted on the upper part of the chamber body 27a and opens and closes the inner space 27d. The sealing cover 27b and the chamber body 27a may be connected in a hinge manner. The fixing method of the sealing cover (27b) is a general one, and a description thereof will be omitted.

The legs 21 are positioned on both sides of the heating chamber 27 and support the heating chamber 27 by floating from the ground. The reason for floating the heating chamber 27 is to tilt the heating chamber laterally as shown in FIG. 2 . The reason for tilting the heating chamber 27 is to easily take out the processing object accommodated in the chamber body 27a, or to easily load the processing object to be heated into the chamber body.

A bearing 21a is provided on the upper side of the leg 21 . The bearing 21a supports the locking shaft 27c so as to be axially rotatable. Since the retaining shaft 27c is supported by the bearing 21a, the heating chamber 27 is rotatable while supported by the legs.

In addition, a load sensor 21c is installed under each bearing 21a. The load sensor 21c detects a change in the load of the heating chamber 27 transmitted through the locking shaft 27c. The weight information detected by the load sensor 21c is externally displayed through the display unit 21e. The display unit 21e outputs the real-time load of the heating chamber 27 to the outside. A worker or a purchaser of the essence coming to the work site, through the display unit 21e, can visually check the weight of the injected carcass or medicinal or hwangchilnabu.

The tilting unit 22 rotates the locking shaft 27c to rotate the heating chamber 27, for example, in the direction of arrow a in FIG. serves to make

The tilting unit 22 includes a tilting motor 22a, a worm 22b, and a worm wheel 22c. The tilting motor 22a is fixed to the upper end of the leg 21 and axis-rotates the worm 22b in both directions. The worm wheel 22c meshes with the worm 22b while being fixed to the locking shaft 27c. When the worm 22b is rotated by driving the tilting motor 22a, the worm wheel 22c receives rotational force to rotate the locking shaft 27c.

A heating mechanism 23 and an actuator 25 are installed under the heating chamber 27 .

The heating mechanism 23 is composed of an elevating housing 23a and a burner 23b and can be elevated by an actuator 25 . The elevating housing 23a is a case in the form of a hexahedron that can accommodate the lower end of the chamber body 27a, and contains a burner 23b. When the heating mechanism 23 rises, the lower end of the chamber main body 27a is accommodated in the elevating housing 23a, and the burner 23b approaches the lower portion of the chamber main body 27a. The burner 23b may be an electric burner or a gas burner.

The actuator 25 serves to elevate the heating mechanism 23 . That is, in a state in which the heating chamber 27 is positioned vertically, the heating mechanism is raised, and the heating mechanism is lowered before tilting the heating chamber in the lateral direction. If the heating chamber 27 needs to be tilted, the actuator 25 is operated in advance to lower the height of the heating mechanism 23 .

The inner cylinder 29 is detachably accommodated in the heating chamber 27 in a state in which the object to be processed is accommodated, and has the configuration shown in FIG. 7 .

7, the inner cylinder 29 has a perforated cylinder 29a, a locking ring 29e, a moving rail 29g, and a perforated disk 29k.

The perforated cylinder 29a is a cylindrical member that is open at the top and bottom, has a predetermined diameter, and has a plurality of through holes 29d formed therein. The through hole 29d is a hole through which the liquid generated when the object to be processed is heated. The liquid flowing out through the through hole 29d passes through and is discharged to the outside.

The locking ring 29e is a member that takes the shape of a ring and is fixed to the inner peripheral surface of the lower end of the porous cylinder 29a. The perforated cylinder 29a and the locking ring 29e may be fixed by welding. The locking ring 29e provides a locking jaw 29b for supporting and supporting the perforated disk 29k inserted into the perforated cylinder 29a.

The moving rail 29g is a straight member fixed to the outer circumferential surface of the perforated cylinder 29a, and corresponds one-to-one to the fixed rail 27f described above. When the inner cylinder 29 is placed in the chamber body 27a, of course, the moving rail 29g is fitted to the fixed rail 27f. The moving rail 29g is slidable in the longitudinal direction while supported by the fixed rail 27f.

The perforated disk 29k is a disk-shaped member having a certain diameter, and is caught by the retaining ring 29e while being accommodated in the perforated cylinder 29a, and serves as a bottom plate of the inner cylinder 29 . The object to be processed (contained in the non-woven bag) accommodated in the inner tube 29 is supported by the perforated disk 29k and does not fall out.

Further, a pressing portion 29n is provided at the center of the bottom surface of the perforated disk 29k. As shown in Fig. 10, the pressing portion 29n is a portion pressed in the arrow F direction by the pushing head 43e.

On the other hand, the moving compression extraction unit 40 is disposed corresponding to the variable heating extraction unit 20, and takes over the processed object that has been heated in the heating chamber 27 and physically compresses it.

The moving compression extraction unit 40 has a support structure 41 , a compression chamber 47 , and a compression machine 43 .

The support structure 41 includes a bogie 41b, a vertical column 41a, and a horizontal bar 41c. The bogie 41b has a plurality of wheels 45 at the lower portion and movably supports the movable compression extraction unit 40 . Since the support structure 41 is provided with wheels, the movement of the movable compression extraction unit 40 is free, and it is also possible to adjust the spacing of the compression chamber 47 with respect to the heating chamber 27 . The vertical column 41a is a structural member vertically fixed to the bogie 41b, and supports the horizontal bar 41c at the upper end thereof. The horizontal bar is located in the vertical upper portion of the compression chamber (47) and supports the pressing machine (43).

In addition, the bogie 41b is provided with a side frame 41e. The side frame 41e is a member extending upwardly with a lower end fixed to the bogie 41b, and axially rotatably supports the locking shaft 47b of the chamber case 47a. To this end, a shaft support hole 41f is formed at the upper end of the side frame 41e. The shaft support hole 41f is a hole for axially rotatably receiving the locking shaft 47b.

In addition, a vertical passage 41g is further formed in the upper portion of the shaft support hole 41f. The vertical passage 41g is a hole extending in the vertical direction through which the angle maintaining pin 48 is passed. The angle maintaining pin 48 is inserted into the pinhole 47d after passing through the vertical passage 41g, thereby preventing axial rotation of the locking shaft 47b.

The pinholes 47d are grooves formed on the outer circumferential surface of the locking shaft 47b, and are spaced at regular intervals in the circumferential direction of the locking shaft 47b. When the compression chamber 47 is tilted in the direction of the arrow g or the opposite direction, the angle maintaining pin 48 is passed through the vertical passage 41g and inserted into the pinhole 47d (raised in the 12 o'clock direction), the compression chamber The inclined state of (47) is maintained. The angle maintaining pin 48 is an angle maintaining means for maintaining the compression chamber in an inclined state.

The presser 43 includes a lead screw 43a vertically penetrating the horizontal bar 41c, a handle 43b fixed to the upper end of the lead screw 43a, and a pushing head positioned at the lower end of the lead screw 43a ( 43e). The pushing head 43e can be raised and lowered by turning the handle 43b.

As shown in FIG. 9, the compression chamber 47 has a chamber case 47a and an opening/closing support 47k.

The chamber case 47a is a cylindrical member opened up and down, and has horizontal engaging shafts 47b on both outer peripheral surfaces. The locking shaft 47b is rotatably inserted into the shaft support hole 41f of the side frame 41e. In addition, a plurality of pinholes (47d) are formed on the outer peripheral surface of the locking shaft (47b). The chamber case 47a accommodates the inner cylinder (in which the processing object is accommodated) delivered from the heating chamber 27 . A discharge tube 47c is provided at a lower portion of the chamber case 47a. The discharge tube (47c) is provided with a valve (47f). As the valve 47f is opened, the liquid inside the chamber case 47a is discharged through the discharge hose 47h.

The opening/closing support (47k) is installed in the lower part of the chamber case to be opened and closed, and as shown in FIG. 10 , serves to support and support the inner cylinder. In particular, as shown in FIG. 2, it is opened when receiving the inner tube 29 from the heating chamber 27, but the reason for opening is, the operator puts his hand into the chamber case 47a to pull the inner tube 29 to be.

The opening/closing support 47k includes a sealing plate 47s, a female screw block 47n, a male screw rod 47p, a handle 47q, and a movable support plate 47m. The sealing plate 47s is hinged to the chamber case 47a, and has a female screw block 47n inside.

The female screw block 47n is fixed to the center of the inner surface of the sealing plate 47s, and faces the inner space of the chamber case in a state in which the sealing plate seals the chamber case. A female screw hole 47t is formed in the female screw block 47n. The sealing plate (47s) and the female screw block (47n) can be welded.

The male threaded rod 47p is a lead screw having a male thread formed on the outer circumferential surface, and is engaged with the female threaded hole 47t, one end protruding inside the chamber case 47a, and the other end extending to the outside of the sealing plate 47s. do. The handle 47q is fixed to the other end of the male threaded rod 47p. The user can rotate the handle 47q to axially rotate the male threaded rod 47p.

The movable support plate 47m is a member connected to one end of the male screw rod 47p via the connecting member 47r. When the movable support plate 47m rotates the male threaded rod 47p through the handle 47q, as shown in FIG. 10, it moves in the arrow p direction and holds the processing object Z accommodated in the chamber case 47a. support it

The connecting member 47r is a bearing that rotatably supports the end of the male screw rod 47p. Due to the connecting member 47r, the movable support plate 47m does not rotate even when the male screw rod 47p rotates axially.

The operation of the extracting apparatus 10 according to the present embodiment having the above configuration is made as follows.

First, as shown in FIG. 1 , after putting water and a heating object in the vertically erected heating chamber 27 , the heating device 23 is raised to heat the heating chamber 27 . At this time, the valve 27g is closed. The object to be processed in the heating chamber 27 is heated in a high pressure state, and the liquid accumulates in the heating chamber 27 .

When the heating for the set time is completed, the internal steam is removed, the valve 27g is opened, and the liquid is received in the container 13 . The liquid is black chlorine extract and oil is removed through a separate process.

In this state, in order to physically press and compress the object to be processed, after the heating mechanism 23 is lowered, the heating chamber 27 is rotated 90 degrees in the direction of the arrow a in FIG. 1 and the sealing cover 27b is completely opened. In addition, at the same time, the chamber case (47a) is abutted against the inlet portion of the chamber body (27a) in a state in which the compression chamber (47) is rotated in the direction of the arrow (g). The inner cylinder 29 is in a state in which it can move to the compression chamber 47 . Although FIG. 2 shows that the chamber body 27a and the chamber case 47a are spaced apart, they are completely in close contact with each other during actual operation.

Next, as shown in FIG. 2 , the opening/closing support 47k is opened, and the hand is put into the chamber case 47a to pull the inner cylinder 29 in the direction of the arrow c. If the inner cylinder 29 has completely moved to the inside of the chamber case 47a, after closing the opening/closing support 47k, the compression chamber 47 is vertically erected again. 10 is a view of the inside of the compression chamber in a state in which the compression chamber 47 is again erected vertically.

Then, by turning the handle 47q, the movable support plate 47m is raised in the direction of the arrow p, and at the same time, the perforated disk 29k is pressed downward with the pushing head 43e. The movable object (z) accommodated in the porous cylinder (29a) is physically compressed and discharges the essence. When the compression is completed, the valve 27g is opened to discharge the liquid to the outside.

The discharged liquid is sterilized by boiling after removing oil, and then packaged through post-processing.

As mentioned above, although the present invention has been described in detail through specific embodiments, the present invention is not limited to the above embodiments, and various modifications are possible by those of ordinary skill within the scope of the technical spirit of the present invention.

10: Extraction device 13: Container 20: Variable heating extraction unit
21: Leg 21a: Bearing 21c: Load sensor
21e: display unit 22: tilting unit 22a: tilting motor
22b: worm 22c: worm wheel 23: heating device
23a: elevating housing 23b: burner 25: actuator
27: heating chamber 27a: chamber body 27b: sealing cover
27c: Locking shaft 27d: Internal space 27e: Hose
27f: fixed rail 27g: valve 29: inner cylinder
29a: Perforated cylinder 29b: Locking jaw 29d: Through hole
29e: Locking ring 29g: Moving rail 29k: Perforated disc
29n: pressing part 40: moving compression extraction part 41: support structure
41a: vertical column 41b: bogie 41c: horizontal bar
41e: side frame 41f: shaft support hole 41g: vertical passage
43: crimping machine 43a: lead screw 43b: handle
43e: pushing head 45: wheel 47: compression chamber
47a: Chamber case 47b: Locking shaft 47c: Discharge tube
47d: pinhole 47f: valve 47h: exhaust hose
47k: opening and closing support 47m: movable support plate 47n: female thread block
47p: male thread rod 47q: handle 47r: connecting member
47s: sealing plate 47t: female thread hole 48: angle maintaining pin

Claims (4)

A heating chamber having a cylindrical chamber body that provides an upper open inner space and is provided with a locking shaft that receives support from the outside on both sides of the outer circumferential surface and has a discharge pipe at the lower side, and a sealing cover that opens and closes the inner space of the chamber body; A porous inner cylinder that is detachably accommodated in the heating chamber in a state of accommodating the object to be processed, a leg that supports the locking shaft so as to be rotatably rotatable and floats the heating chamber from the ground, and the chamber body is tilted and tilted laterally by rotating the locking shaft To maintain the state, a worm wheel fixed to the locking shaft, a worm meshing with the worm wheel, and a tilting part equipped with a tilting motor to rotate the worm in a state fixed to the leg, installed so as to be able to ascend and descend vertically from the chamber body, a variable heating extraction unit including a heating mechanism for heating the heating chamber in a raised state, an actuator for raising the heating mechanism in a state in which the heating chamber is vertically positioned, and lowering the heating mechanism before tilting the heating chamber;
It is disposed in response to the variable heating extraction unit, and takes over and compresses the processed object that has been heated in the heating chamber. A movable support structure having a horizontal bar fixed to and extending horizontally, and a side frame installed on a bogie and providing support, supported by the side frame, takes a cylindrical shape open up and down, and horizontally engaging shafts on both outer peripheral surfaces A chamber case for accommodating the inner cylinder delivered from the heating chamber, a compression chamber having an opening/closing support installed at the lower part of the chamber case so as to support and supporting the inner cylinder, is installed on the horizontal bar and the compression chamber is positioned vertically Including a press for compressing the processing object accommodated in the compression chamber, the locking shaft is rotatable in a state supported by the side frame, and the side frame is provided with an angle maintaining means for maintaining the compression chamber in an inclined state. comprising a press-out unit,
Black goat extract containing Hwangchil wood ingredients. According to claim 1,
On the leg;
A load sensor that detects a change in the load of the heating chamber transmitted through the locking shaft, and a display unit that shows the detection information of the load sensor to the outside is further provided,
Inside the chamber body;
It is fixed to the inner circumferential surface of the chamber body and extends parallel to each other, spaced apart from each other, and fixed rails for guiding the entry and exit of the inner cylinder are installed,
On the outer peripheral surface of the inner tube;
A moving rail supported so as to be slidable on the fixed rail is provided,
Black goat extract containing Hwangchil wood ingredients. 3. The method of claim 2,
The inner tube;
A porous cylinder having an open top and bottom, having a certain diameter, and having a plurality of through-holes formed therein;
A locking ring that takes the shape of a ring and is fixed to the inner circumferential surface of the lower end of the perforated cylinder and provides a locking jaw;
It is caught on the locking ring in the state accommodated in the porous cylinder, and serves as the bottom plate of the inner cylinder, and includes a porous disk having a pressing part receiving external force in the center part,
Black goat extract containing Hwangchil wood ingredients. 4. The method of claim 3,
The opening and closing support;
A sealing plate connected to the lower end of the chamber case so as to be able to open and close;
A female screw block fixed to the inner surface of the sealing plate and facing the inner space of the chamber case in a state in which the sealing plate closes the chamber case, and having a female screw hole formed therein;
A male screw rod meshing with the female screw hole, one end protruding into the chamber case, and the other end extending outside the chamber case,
A handle fixed to the other end of the male threaded rod,
It is installed at one end of the male screw rod and provided with a movable support plate for supporting and supporting the object to be processed inside the inner cylinder accommodated inside the chamber case,
Black goat extract containing Hwangchil wood ingredients.

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