KR200365315Y1 - Pressurization elder brother use for food Yoo refiner - Google Patents

Abstract

The present invention relates to a pressurized cooking oil refining apparatus, and more specifically, to install a low oil hopper having a discharge hole formed in the lower part of the bag filter integrally, and to install a filter body filled with a mineral filter agent in the lower part of the low oil hopper, The primary animal fats and oils are filtered out of the bag filter, and deodorization, impurities, suspended solids, fatty acids, and various heavy metals are removed from the filter body, thereby making it possible to reuse high-quality and high-quality vegetable cooking oil, but the low oil hopper and the filter body. It is characterized by providing a pressurized cooking oil refining device which is provided with a pressurized pump connected by a hose to pressurize the vegetable cooking oil in the low oil hopper to the filter body to greatly improve the refining productivity of the finely filtered vegetable cooking oil.

Description

Pressurization elder brother use for food Yoo refiner}

The present invention relates to a pressurized cooking oil refining apparatus, and more specifically, to install a low oil hopper having a discharge hole formed in the lower part of the bag filter integrally, and to install a filter body filled with a mineral filter agent in the lower part of the low oil hopper, The primary animal fats and oils are filtered out of the bag filter, and deodorization, impurities, suspended solids, fatty acids, and various heavy metals are removed from the filter body, thereby making it possible to reuse high-quality and high-quality vegetable cooking oil, but the low oil hopper and the filter body. It is related with the pressurized cooking oil refiner which installed the pressurization pump connected by the hose and pressurizes the vegetable cooking oil in a low oil hopper to a filter body, and can greatly improve the refinement | purification productivity of the finely filtered vegetable cooking oil.

Vegetable cooking oil, which is mainly used for frying, is mixed with and contaminated with animal fats and oils from chickens and other meats, impurities, suspended solids, fatty acids, and oxides (charcoal). You won't be able to taste it properly.

Therefore, vegetable cooking oil is discarded after a certain period of use and replaced with new cooking oil, which has been the main cause of environmental pollution by discarding the discharged cooking oil as it is.

In order to solve this problem, a technique for refining and reusing contaminated cooking oil without disposing of it has recently been proposed.

Among them, Korean Laid-Open Utility No. 98-012825 is provided with a support step inside the filtration apparatus to re-use the filtered cooking oil by installing a multi-stage filter, but multi-stage by natural dropping method after supplying the edible oil. As it passes through the filter network, it is possible to purify the product naturally, and the refined cooking oil could not be purified.

In addition, Korean Utility Model No. 91-0002319 has a hopper type suction member at the bottom and connects a pump which performs suction and discharge at the same time to collect and collect edible oil extruded from the pressurized milking machine. Since it occupies a large area, it can not be used for general business, and it cannot be sucked with uniform suction force when refining by fixing the filtration member with a screw type.

In addition, when using a replaceable filter, the cap is not properly sealed with the cap installed on the upper part of the filter cartridge, so that a defect occurs in which oil is leaked to the outside during use, and the cap attached to the cartridge is easily separated and the internal adsorbent is removed. Loss caused deterioration of purification ability.

In order to solve this problem, as in Utility Model Registration No. 0231418, a storage tank is installed at a lower part and a plurality of bag filters are fixed to a lower part of the main body which protrudes the filter fixing protrusion at the outer periphery of the holes. The technology to purify a large amount of waste cooking oil is known, but this is structurally attached to the detachably attached bag filter first, the increase of the unit price is a problem, the replacement work is not easy, the primitive method of natural dropping purification The unique odor, impurities, suspended solids, fatty acids, oxides (charcoal), etc. remain as they are, and are limited to the filtration and separation of animal fats and vegetable cooking oils. It is difficult to expect.

In addition, Utility Model Registration No. 0231419 has a filter body in which a conventional adsorbent is inserted in the lower part of the oil storage tank in direct heat up and down to drive a pump connected to the lower outer part of the lower filter body to force suction. Due to the suction structure that must pass through the adsorbent of the filter body in sequence, the time required for refining operation is excessively consumed, and since it uses a general filter medium with large particles, it is also difficult to produce high purity vegetable cooking oil. There is always.

In addition, Utility Model Registration No. 04384382 is provided with a plurality of filter bodies in the lower part of the oil storage tank in order to improve and improve the Utility Model Registration No. 231419. While attempting to purify over the above, but this also takes the form of forced suction with the pump connected to the lower side of the secondary filter body, it was not possible to solve the fundamental problem of the Utility Model Registration No. 0231419.

The present invention has been made to solve and improve the waste problems of the refining device for the reuse of conventional cooking oil, the purpose of providing this separately installed a low oil hopper formed with a discharge hole in the lower part of the bag filter integrally The lower oil hopper is provided with a filter sieve filled with a mineral filter, and the vegetable cooking oil refining apparatus is configured to pressurize and supply the primary purified cooking oil supplied from the low hopper to the filter sieve. It is easy to replace and use the filter and at the same time removes deodorization, impurities, suspended solids, fatty acids and various heavy metals from the filter body and rapidly refines and produces high-quality and high quality vegetable cooking oil to greatly improve productivity. I'm trying to.

1 is an external perspective view of the present invention,

Figure 2 is a partial cross-sectional view showing the internal structure of the present invention,

Figure 3 is an enlarged cross-sectional view of the filter unit of the present invention,

Figure 4 is a partial perspective view showing the structure of the filter cap coupled to the bottom of the filter of the present invention.

<Explanation of symbols for main parts of the drawings>

1: body,

2: cap,

3: fixing bracket,

4: bag filter,

5: low oil hopper,

6: filter body,

7: pressurized pump,

8: connecting hose,

9: injection hose,

10: mesh network,

21: inlet,

31: filter fixing pin,

41: filter support rod,

51: discharge hole,

61: inlet,

62: discharge hole.

On the basis of the accompanying drawings in order to achieve the above object will be more clearly described.

That is, the present invention is as shown in the accompanying drawings, Figures 1 to 4,

A fixing bracket 3 having a plurality of filter fixing pins 31 formed at equal intervals is installed on the inner upper side of the body 1 in which the cap 2 having the inlet 21 formed thereon is coupled to the upper outer side. The unit 31 is detachably coupled to the bag filter (4) formed as a single body in a reverse dome shape,

Both ends of the filter support rod 41 rounded downward to the lower surface of the bag filter 4 is supported while being fixed to both lower sides of the fixing bracket (3),

On the lower side of the bag filter 4, the low oil hopper 5 having the discharge hole 51 formed at the lower side is detachably installed.

The lower one side of the low oil hopper (5) is formed with an inlet 61 is formed in the upper center, and the mineral filter 64, which is a particulate, is filled in the interior while sealed by a lower cap 63 having an outlet 62 on one side. Installed filter element (6),

The other end of the connection hose 8, one end of which is connected to the inlet portion 71 of the pressure pump 7 installed in the middle of the body, is discharged to the discharge hole 51 of the low oil hopper 5,

The other end of the injection hose 9 having one end coupled to the water outlet 72 of the pressure pump 7 is connected to the injection port 61 of the filter body 6.

At this time, the filter body 6 is injection molded so that the filter body made of a reinforced resin having a predetermined thickness has a lower opening and an nipple forming an injection hole 61 in the upper center thereof is integrally formed.

On the inner surface of the upper side of the filter body 6, a plurality of torches 65 having a predetermined height are integrally arranged radially,

In the opening of the filter body 6, the nipple constituting the discharge port 62 on one side is integrally formed, and a lower cap 63 having a plurality of support slits 63a integrally formed at the center of the inner surface thereof is firmly secured by ultrasonic bonding. It is made of sealing,

On the lower side of the support ribs 65 formed on the inner surface of the upper side of the filter body 6, and the upper side of the support ribs 63a of the lower cap 63, a void is formed during the pressurization operation of the pressure pump 7 to press the pressing force. At the same time, the mesh network 10 is installed to prevent the mineral filter 64, which is filled therein, from being pushed out through the outlet 62.

As the reference numerals, 11 is an opening door installed in front, 22 is a lid for the inlet 21, 52 is a support bracket for the low oil hopper (5), 73 is a bracket for fixing the pressure pump (7), 62a is a filter body (6) Each discharge hose connected to the discharge port 62 is shown.

Referring to the operation of the present invention made of such a structure as follows.

First, the bag filter 4 is a multi-ply non-woven fabric that is cut to form a dome shape and mass-produced by pressing under pressure to form a round dome shape so as to open the upper part. The locking hole is fitted to the filter fixing pin 31 of the fixing bracket 3 so as to be fixed.

In addition, the filter body 6 is preferably made of a material that forms the body made of reinforced plastic, but not necessarily limited thereto, and the injection molding of the nipple forming an injection hole 61 at the upper part of the upper part is integrally injection molded, It is mass-producible and the lower cap 63 is also mass-produced in the same material.

In this state, the mesh net 10 is placed on the upper part of the slits 65 located on the inner side, and the mineral filter 64 divided into particulates is filled in the upper inner space, and then the mesh net 10 is placed on the upper part of the opening. ), The lower cap 63 is inserted and sealed by thermal pressure bonding, and the inverted portion thereof is inverted so that the other end of the injection hose 9 of the pressure pump 7 mounted in the body of the apparatus is removed from the inlet 61. Secure to the nipples.

In addition, a discharge hose 62a is connected to the discharge port 62 nipple of the lower cap 63 so as to extend outward through one lower portion of the body to be seated in a separate collection container, and a connection hose connected to the pressure pump 7 ( The other end of 8) is fixed to the discharge hole 51 formed in the lower center portion of the low oil hopper (5).

In this state, the state of use is taken as an example and the waste cooking oil to be refined through the inlet 21 is opened by opening the lid body 22 blocking the inlet 21 formed in the cap 2 on the upper portion of the body 1. After supplying a certain amount of, after applying power, the fat as animal oil in the bag filter 4 is tangled on the inner surface of the bag filter 4 to perform the primary filtration operation to naturally drop only vegetable cooking oil to the bottom.

The cooking oil dropped into the low oil hopper 5 is moved downward along the connecting hose 8 by the operation of the pressure pump 7 to the inlet 61 of the filter body 6 connected to the injection hose 9. It is filtered by the finely pulverized mineral filter 64 while being forced to move in the state of having, and the outside through the outlet 62 and the discharge hose 62a of the lower cap 63 to facilitate this filtration action. Will be housed.

The present invention is such that the mineral filter 64 in the filter body 6 is in the form of fine powder and has a large capacity, and is pushed out by the pressure pump 7 at a constant speed to achieve a fast and accurate filtration. In particular, since the particle size of the filter agent 64 is small and the capacity is large, fine filtration is performed. Since the upper part of the filter body 6 is an integral type, the pressing force of the pump 7 is a filter body ( 6) There is no possibility that the filter body 6 will be damaged even if it acts inside.

If the refining process is repeated several times and the animal fat is entangled in the upper bag filter 4, the bag filter 4 can be simply removed and removed, and the bag can be replaced. Compared to the filter, the replacement work is very simple and easy to use.

According to the present invention, the replacement and use of the bag filter is simpler and easier, and the high purity and high quality vegetable cooking oil is removed by quickly and precisely removing deodorizing, impurities, suspended solids, fatty acids, and various heavy metals from the filter body. It is obvious that this is a very beneficial design that can achieve several useful effects simultaneously, such as the rapid production of tablets, which can greatly improve productivity.

Claims (2)

A fixing bracket 3 having a plurality of filter fixing pins 31 formed at equal intervals is installed on the inner upper side of the body 1 in which the cap 2 having the inlet 21 formed thereon is coupled to the upper outer side. The unit 31 is detachably coupled to the bag filter (4) formed as a single body in a reverse dome shape, Both ends of the filter support rod 41 rounded downward to the lower surface of the bag filter 4 is supported while being fixed to both lower sides of the fixing bracket (3), On the lower side of the bag filter 4, the low oil hopper 5 having the discharge hole 51 formed at the lower side is detachably installed. The lower one side of the low oil hopper (5) is formed with an inlet 61 is formed in the upper center, and the mineral filter 64, which is a particulate, is filled in the interior while sealed by a lower cap 63 having an outlet 62 on one side. Installed filter element (6), The other end of the connection hose 8, one end of which is connected to the inlet portion 71 of the pressure pump 7 installed in the middle of the body, is discharged to the discharge hole 51 of the low oil hopper 5, Pressurized cooking oil refining device, characterized in that the other end of the injection hose 9 is coupled to the inlet 61 of the filter body 6, the one end is coupled to the outlet portion 72 of the pressure pump (7). . The method according to claim 1, The filter body 6 is injection-molded so that the filter body made of a reinforced resin having a predetermined thickness has an opening in the lower part and a nipple forming an injection hole 61 in the upper center thereof is integrally formed. On the inner surface of the upper side of the filter body 6, a plurality of torches 65 having a predetermined height are integrally arranged radially, In the opening of the filter body 6, the nipple constituting the discharge port 62 on one side is integrally formed, and a lower cap 63 having a plurality of support slits 63a integrally formed at the center of the inner surface thereof is firmly secured by ultrasonic bonding. It is made of sealing, On the lower side of the support ribs 65 formed on the inner surface of the upper side of the filter body 6, and the upper side of the support ribs 63a of the lower cap 63, a void is formed during the pressurization operation of the pressure pump 7 to press the pressing force. Pressurized cooking oil refining device, characterized in that the mesh network 10 is installed to prevent the diffusion and the mineral filter 64 is filled in the inside through the outlet (62).