KR200187380Y1 - A power transmitting equipment of the centrifugal separating herbs extractor - Google Patents

Abstract

The present invention relates to a power transmission device of a centrifugal herb extractor, which is connected to a motor shaft of a motor installed in a cap of a centrifugal herb extractor, and transmits its rotational force to a filter cap and a filter barrel installed inside a pot body. In the power transmission device that is coupled to the lower end so as to be fastened, the spiral groove for fastening a plurality of fixing screws on the upper surface to be welded to the upper end of the lid, and the insertion groove formed in the lower surface in the center A coupling member formed with a ball; In the insertion hole of the coupling member, a coupling portion having a coupling groove having a coupling hole formed at a side thereof so that the motor shaft can be inserted and coupled to an upper portion thereof, and a coupling ring and a support ring coupled to the coupling groove portion of the coupling member are inserted into the lower portion of the coupling member. A fastening spring is fastened to a lower end to support the first blocking member and the first blocking member to the lower side thereof, and a second blocking member to which a supporting tool to which the support cap is integrally coupled is coupled, It includes a rotating shaft is formed is provided with a fastening portion formed with a spiral to be fastened to the coupler; By providing a power transmission device of the centrifugal type herbal medicine extractor characterized in that the support spring is fastened between the bottom of the support and the upper surface of the coupler, the structure is simplified to reduce the manufacturing cost, and easy to disassemble and assemble. The present invention relates to a power transmission device of a centrifugal herb extractor which enables easy work even when parts are replaced.

Description

A power transmitting equipment of the centrifugal separating herbs extractor.

The present invention relates to a power transmission device of a centrifugal herb extractor, and more particularly, to simplify the structure of the power transmission device of a centrifugal herb extractor to reduce manufacturing cost, and to easily disassemble and assemble, even when installing or replacing parts. It relates to a power transmission device of the centrifugal type herbal extractor to facilitate the work.

In general, centrifugal type herbal extractor is used to extract the liquid phase without damaging the medicinal components contained in the herbal medicine, after decoction, as described in more detail with reference to the accompanying drawings, as follows.

First, the configuration is in the inner part of the extraction main body 100 which is installed to open and close the lid 90 in the upper part of the extractor 1 to the heat transfer heater 82 and the anti-vibration portion 85 is installed to be supported by the spring. Supported by the pot body 80 is installed, the inside of the cooker body 80, the filter barrel 70 having a plurality of through holes in the outer peripheral surface and the entire bottom surface protrudes upward from the bottom surface of the cooker body 80 It is installed to be rotated by the rotary protrusion 81 is installed so that the upper portion of the filter barrel 70 is connected to the motor shaft 62 of the motor 60 of the motor 60 is installed on the lid 90 of the extraction main body 100 The filter cap lid 71 having an insertion portion is mounted so that the coupler 51 coupled to the delivery unit 50 can be coupled thereto, and the main extraction pipe provided with an opening / closing valve 86 is provided on the bottom surface of the cooker body 80. 88 and the auxiliary extraction pipe 88a of one side are provided.

The power transmission unit 50 coupled to the insertion portion of the filter cap lid 72 to rotate the filter barrel 70 has a rotational force of the motor 60 installed in the lid 90 from the motor shaft 62. Decoction of the Chinese medicine delivered to the lid 72 and the filter barrel 70, and then rotated so that it can be easily extracted in liquid form without damage to the medicinal components contained in the herbal medicine, the applicant of the Utility Model Registration Application No. 98-2530 Compared to the previously applied power transmission device, as described in, the structure is simplified, the noise generated during the rotation is reduced, and the steam is prevented from entering, so that the troublesome parts replacement and the cost reduction due to the failure are reduced. We have devised a power transmission device that can do it.

If the power transmission device described in more detail by the accompanying drawings Figures 5 and 6, the engaging jaw portion 111 is formed in the center of the outer surface so that the bearing 120 is inserted into the upper and lower sides, the mounting jaw (140a) Rotating shaft 110 is inserted into the receiving member 140 is formed, the support cap 150 is spirally coupled to the upper surface is fastened with a fixing screw, the lower lid 90 and the support member 200 A support member 200 to which the sealing member 210 is coupled to seal the gap generated therebetween;

A first fixing tool 320 having a plurality of coupling jaws 310 formed at a bottom thereof to be connected to the motor shaft 62 so as to transmit the rotational force of the motor 60 at the upper end of the rotating shaft 110, and the first fixing tool The coupling jaw between the second fastener 320a having a plurality of coupling jaws 310a formed on the upper surface to intersect with the coupling jaw 310 of the 320 and the first fixture 320 and the second fixture 320a. An airtight member 350 having a plurality of support jaws 340 formed on an outer circumference thereof to be engaged with the 310 and 310 a, and the fixing member 300 fastened to the pivot shaft 110 with respective fixing screws;

Inside the lower support member 200 of the pivot shaft 110, in order to block the steam generated in the decoction or decoction state into the support member 200, the fastening ring 220 and the support ring The first blocking member 250 coupled to the 240 and the second blocking member 290 to which the support cap 280 is coupled to the support 270 to which the annular tightening spring 260 is fastened to the bottom are built-in. Being installed;

The lower end of the rotating shaft 110 is configured to be provided with a coupling port 51 that can transmit the rotational force to the filter cap lid 72 and the filter barrel (70).

A support spring 292 that supports the second blocking member 290 that supports the first blocking member 250 upwardly between the support 270 and the coupler 51 of the second blocking member 290. Is fastened.

However, the power transmission device constructed and configured as described above not only reduces noise generated at the time of rotation, but also prevents steam from flowing into the support member 200, thereby making it difficult to replace the parts and reduce the cost. There was an advantage that can be, but this also has a problem that the manufacturing cost is increased due to the large number of parts fastened to the fixing member 300 and the rotating shaft 110 coupled to the motor shaft 62, and assembly and disassembly accordingly The process was quite cumbersome.

Accordingly, the present invention was designed to improve the power transmission device of the centrifugal separation type herbal extractor, Utility Model Registration Application No. 98-2530, filed by the applicant in order to solve the problems as described above, simplifying the structure and manufacturing cost Its purpose is to reduce costs, simplify disassembly and assembly, so that work can be easily performed during installation or component replacement.

1 is an exploded perspective view of the present invention power transmission device and the coupling sphere,

2 is a cross-sectional view of main parts of the coupled state according to FIG. 1,

Figure 3 is a schematic cross-sectional view showing the main portion of the present invention is installed and used,

Figure 4 is a schematic cross-sectional view showing the configuration of the centrifugal herbal extractor,

Figure 5 is an exploded perspective view schematically showing a conventional power transmission device,

6 is a state diagram used in the combined state according to FIG.

Explanation of Signs of Major Parts of Drawings

10: coupling member 12: spiral groove

14: fastening groove 16: insertion hole

20: rotating shaft 21: fastening portion

22: fastening hole 24: coupling groove

25 coupling portion 26 first blocking member

26a: fastening ring 26b: support ring

28: second blocking member 28a: tightening spring

28b: support cap 28c: support

29: support spring 60: motor

51: coupler 62: motor shaft

70: filter barrel 72: filter cap

90: lid

The present invention for achieving the above object is connected to the motor shaft of the motor is installed on the lid of the centrifugal type Chinese herbal medicine extractor to transmit the rotational force to the filter barrel lid and filter barrel installed inside the main body of the main body to rotate In the power transmission device coupled to the coupling sphere, a spiral groove for fastening a plurality of fixing screws on the upper surface to be welded to the upper end of the lid and the coupling groove is formed in the center is formed with a fastening groove formed on the lower surface Absence; In the insertion hole of the coupling member, a coupling portion having a coupling groove having a coupling hole formed at a side thereof so that the motor shaft can be inserted and coupled to an upper portion thereof, and a coupling ring and a support ring coupled to the coupling groove portion of the coupling member are inserted into the lower portion of the coupling member. A fastening spring is fastened to a lower end to support the first blocking member and the first blocking member to the lower side thereof, and a second blocking member to which a supporting tool to which the support cap is integrally coupled is coupled, It includes a rotating shaft is formed is provided with a fastening portion formed with a spiral to be fastened to the coupler; By providing a power transmission device of the centrifugal herb extractor, characterized in that the support spring is fastened between the bottom of the support and the upper surface of the coupler, the above object can be achieved.

The bottom surface of the coupling part of the rotary shaft inserted into the insertion hole of the coupling member and the upper surface of the coupling member are installed to be spaced apart by a predetermined height.

Hereinafter, a preferred embodiment of the present invention by the accompanying drawings as follows.

Figure 1 is an exploded perspective view of the power transmission device and the coupling device of the present invention, Figure 2 is a sectional view of the main portion in the coupled state according to Figure 1, a spiral groove 12 that can fasten a plurality of fixing screws on the upper surface, in the center A coupling member 10 having an insertion hole 16 having a fastening groove 14 formed on a lower surface thereof;

In the insertion hole 16 of the coupling member 10, a coupling portion 25 having a coupling groove 24 having a coupling hole 22 formed at a side thereof is formed so that the motor shaft 62 is inserted and fastened to an upper portion thereof. In the lower part, the first blocking member 26 is inserted into and coupled to the fastening groove 26a and the support ring 26b of the coupling groove 14 of the coupling member 10, and below the first blocking member ( The fastening spring 28a is fastened to the lower end so as to support the 26, and the second blocking member 28 to which the support 28c to which the support cap 28b is integrally coupled is coupled, and the bottom The rotating shaft 20 is formed to be formed with a spiral fastening portion 21 is formed so as to fasten the coupling port 51 is inserted into the insertion portion formed in the filter cap (see Figure 6) 72;

The power transmission device is coupled between the bottom surface of the support 28c and the upper surface of the coupling 51, the support spring 29 is fastened to support the second blocking member 28 upward. to be.

The bottom surface of the coupling portion 25 and the upper surface of the coupling member 10 of the rotary shaft 20 is inserted into the insertion hole 16 of the coupling member 10 is spaced apart by a predetermined height (h).

Figure 3 is a schematic cross-sectional view showing a state in which the present invention is installed and used, the coupling member 10 is welded to the cap 90 of the extractor is installed, the insertion hole 16 of the coupling member 10 After inserting the rotary shaft 20, the motor 60 is installed in the plurality of spiral grooves 12 formed on the upper surface of the coupling member 10 by using a fixing screw, and then the motor shaft 62 of the motor 60 ) Is coupled to the engaging portion 25 of the rotating shaft 20, the first shaft member 26 and the second blocking member to the rotating shaft 20 by a fastening groove 14 formed as a lower surface of the coupling member (10). After sequentially installing 28, it is a figure which shows the coupler 51 fastened to the fastening part 21 formed in the bottom surface.

A support spring 29 capable of supporting the second blocking member 28 upward is fastened between the second blocking member 28 and the coupler 51.

When described in more detail by the accompanying drawings the working relationship of the present invention configured as described above are as follows.

First, after coupling the coupling member 10 to the cap 90 of the extractor, and then insert the rotary shaft 20 into the insertion hole 16 of the coupling member 10, then the lower end of the rotary shaft 20 The first blocking member at a lower end thereof in a state in which the fastening ring 26a and the first blocking member 26 coupled with the support ring 26b are coupled to the fastening groove 14 formed as the lower surface of the coupling member 10. The fastening spring 28a is fastened to the bottom to support the member 26, and the second blocking member 28 to which the support 28c to which the support cap 28b is integrally coupled is coupled. The bottom surface of the rotating shaft 20 is inserted into the insertion portion of the filter barrel lid 72 to fasten the coupler 51 to the fastening portion 21 so as to rotate the filter cap 72 and the filter barrel 70.

Between the support 28c and the coupler 51 of the second blocking member 28, a support spring 29 for fastening the second blocking member 28 upward is fastened to the coupling member 10. By supporting the first blocking member 26 and the second blocking member 28 inserted into the bottom fastening groove 14 of the upper side will be able to further maintain the sealing.

When the fastening is completed as described above, the motor (60) is installed on the upper surface of the coupling member 10, the motor 60 uses a fixed screw in a plurality of spiral grooves 12 formed as the upper surface of the coupling member (10). The motor 60 is installed in a state in which the motor shaft 62 is fastened to the coupling portion 25 of the rotation shaft 20 in the process of fastening. At this time, the bottom surface of the coupling portion 25 and the upper surface of the coupling member 10 of the rotating shaft 20 are installed to be spaced apart by a certain height (h).

As such, when all installations are completed and the motor 60 is driven, the rotating shaft 20 to which the motor shaft 62 is coupled is rotated, and as the rotating shaft 20 is rotated, the filter cylinder is disposed on the bottom surface of the rotating shaft 20. As the coupler 51 coupled to the insertion portion of the lid 72 is rotated, the filter barrel lid 72 and the filter barrel 70 are rotated.

The spaced apart from the bottom of the coupling portion 25 of the rotary shaft 20 and the upper surface of the coupling member 10 by a predetermined height (h) of the coupling member 10 while the coupling portion 25 of the rotary shaft 20 is rotated It is spaced apart to have minimal wear on the top.

In addition, the first and second blocking members 26 and 28 installed at the lower end of the rotating shaft 20 are applied to the utility model registration application No. 98-2530, "Power transmission device of the centrifugal type herbal extractor", filed by the applicant. As described, it serves to block water, such as steam generated inside the extractor, from entering the motor 60 or the like.

As described above, the present invention is an improved design of the utility model registration application No. 98-2530, "Power transmission device of the centrifugal type herbal extractor," which is filed by the applicant, and not only smoothly transmits the power of the motor, but also provides a simple structure. By reducing the manufacturing cost, and easy disassembly and assembly is a preferred design that can be easily made at the time of installation or parts replacement.

Although the present invention has been described with reference to one embodiment shown in the drawings, this is merely exemplary, and it will be understood by those skilled in the art that various modifications and equivalent other embodiments are possible.

Claims (2)

In the power transmission device which is connected to the motor shaft of the motor installed on the lid of the centrifugal type herbal extractor, the coupling port is fastened to the filter tank lid and the filter barrel installed inside the pot body so that it can rotate and rotate. Spiral groove 12 is coupled to the plurality of fixing screws on the upper surface so that the welded to the upper end of the lid 90 and the coupling hole 16 is formed in the center is formed with a fastening groove 14 in the lower surface Member 10; In the insertion hole 16 of the coupling member 10, a coupling portion 25 having a coupling groove 24 having a coupling hole 22 formed at a side thereof is formed so that the motor shaft 62 is inserted and fastened to an upper portion thereof. The lower portion of the first blocking member 26 is inserted into the coupling ring (26a) and the support ring (26b) in the coupling groove 14 of the coupling member 10, and the first blocking member below (26) Fastening springs 28a are fastened to the lower end so as to support the second blocking member 28 to which the support 28c to which the support cap 28b is integrally coupled is coupled, The rotating shaft 20 is formed to be installed is formed with a fastening portion 21 is formed with a spiral so as to be fastened to the coupler (51); Power transmission device of the centrifugal herb extractor, characterized in that the support spring 29 is fastened between the bottom of the support (28c) and the upper surface of the coupler (51). The bottom surface of the coupling portion 25 of the rotary shaft 20 inserted into the insertion hole 16 of the coupling member 10 and the top surface of the coupling member 10 are installed to be spaced apart by a predetermined height (h). Power transmission device of the centrifugal type herbal extractor characterized in that it is.