KR20200119052A - Bleed out machine of pork foot - Google Patents

Abstract

The present invention relates to an apparatus for sucking out body fluids from a pig′s feet, which can effectively suck out body fluids from a pig′s feet. The apparatus for sucking out body fluids from a pig′s feet comprises a suction container having a receiving space for receiving water and a pig′s feet, a vacuum pump for drawing out air in the suction container, and a drain part for discharging water in the suction container.

Description

Body fluid aspiration device for pig feet {BLEED OUT MACHINE OF PORK FOOT}

The present invention relates to a body fluid suction device for pig feet.

Pig's feet are foods cooked with pig's feet, and they are cooked after removing body fluids including blood accumulated inside the feet by massaging them like a pig's feet are cut and massaged.

However, there was an uncomfortable problem because the process of removing body fluids was uncomfortable and consumes a lot of power and time, like this massage.

Accordingly, it is an object of the present invention to provide a bodily-foot body fluid suction device capable of effectively draining the bodily fluid from the pig's feet.

The above object is, according to the present invention, in a bodily-foot body fluid suction device, a suction container having a receiving space for accommodating water and the pig feet, a vacuum pump for drawing out air in the suction container, and supply of air into the suction container. It is achieved by a pigfoot body fluid suction device, characterized in that it has a selectable vent part and a drain part for discharging water in the suction container.

Here, a pressure sensor for detecting the pressure in the suction container, and a control unit for controlling the vacuum pump so that the pressure in the suction container has a predetermined pressure value based on a signal from the pressure sensor, and suction through the control unit You can adjust the pressure in the container.

And, it further comprises a water supply pump for supplying water into the suction container, and a height detection sensor for detecting the height of the pig feet accommodated in the suction container, wherein the control unit is the level of water in the suction container is detected by the height detection sensor. The feed pump is controlled to be higher than the height of the pig feet so that the pig feet are immersed in water through a control unit.

In addition, the control unit may control the vent part and the vacuum pump to increase or decrease the pressure in the suction container alternately to effectively suck out the bodily fluid of the pig's feet.

In addition, the lifting plate for accommodating the pig's feet in the suction container, and a lifting driving part for lifting the lifting plate may be further included so that the pig feet on the lifting plate may be located in the water layer or the air layer in the suction container.

The apparatus for extracting body fluid from the pig's feet according to the present invention can effectively drain the body fluid from the pig's feet.

1 is a perspective view of a body fluid suction device for pig feet according to the present invention.
Figure 2 is a cross-sectional perspective view of the body fluid suction device of the pig's feet.
3A to 3D are diagrams illustrating a process of aspirating bodily fluid from pig feet.

Hereinafter, with reference to the accompanying drawings will be described in detail the pigfoot (2) body fluid suction device according to the present invention.

1 and 2 are a perspective view and a perspective cross-sectional view of the body fluid suction device of the pig feet (2).

The pig feet (2) body fluid suction device is largely composed of a suction container 100, a vacuum pump 200, and a control unit.

The draft container 100 has a sufficient accommodation space to accommodate water (1) and pig feet (2) therein, and has a robust structure that can sufficiently withstand even if the pressure of the accommodation space has a large difference from atmospheric pressure.

An upper portion of the suction container 100 is formed with a pigfoot injection opening 110, and the pigfoot injection opening 110 can be opened and closed by a lid 120. The lid 120 is provided with a separate member for sealing so as to be completely sealed with the outside when blocking the pigfoot insertion opening 110. Therefore, even if the pressure in the accommodation space is changed, outside air does not flow into the accommodation space through the lid 120.

A pressure pipe 301 in communication with the accommodation space is installed on the top of the suction container 100. A pressure gauge 320 is installed at the top of the pressure pipe 301 to check the pressure in the accommodation space. In this pressure pipe 301, two lines are branched and combined, one line is coupled to a vacuum pump 200 for drawing air in the suction container 100 at a rear end, and a suction container at the rear end of the other line. It is coupled with a pressure sensor 310 that detects the pressure within 100).

Here, the pressure sensor 310 is connected to the control unit and the operation unit 600, and the control unit receives the pressure value of the accommodation space through the pressure sensor 310, and the control unit 600 makes it possible to visually check the pressure in the accommodation space. do.

A vent part 130 is installed at the top of the suction container 100 to select the supply of air into the suction container 100. The vent part 130 communicates with the accommodation space and includes a vent pipe 131 formed to extend toward the accommodation space by a predetermined distance, and a pressure control valve 132 opening and closing the vent pipe 131. The pressure control valve 132 may be manually operated or may be automatically adjusted in conjunction with a control unit.

A water supply pipe 401 in communication with the receiving space is installed at the top of the suction container 100, and a water supply pump for injecting water 1 into the receiving space is installed at the end of the water supply pipe 401. The water supply pump can be manually operated or interlocked with the control unit to automatically inject water 1 into the receiving space. At this time, since the water supply pipe 401 is installed at the top of the suction container 100, a large flow of water is generated in the water 1 by the process of the water supply pump filling the water (1) into the receiving space or the water pressure supplying the water (1). It is generated so that the bodily fluid inside the pig's feet 2 can be effectively aspirated. In addition, it is preferable that the water (1) is filled in the receiving space of the suction container 100 by about 2/3 because the air in the remaining space can be discharged to the outside to reduce pressure.

A drain unit 140 capable of discharging the water 1 in the suction container 100 is installed below the suction container 100. The drainage part 140 is a drainage pipe 141 in communication with the accommodation space, a drainage control valve 142 for opening and closing the drainage pipe 141, and a transparent hose 143 installed at the rear end of the drainage control valve 142. Done. Here, the drainage control valve 142 may be manually operated or automatically adjusted by the control unit. And, in the process of discharging the water (1) in the receiving space, the user checks how much body fluid inside the pig's feet (2) was sucked by the water (1) passing through the transparent hose (143) through the color of the transparent hose (143). It is possible. In general, since the body fluid contains a large number of blood, it can be determined that the red color of the water (1) is, the more body fluid is still inside the pig's foot (2).

In the suction container 100, a lifting plate 510 capable of accommodating the pig feet 2 is installed in the receiving space, and the lifting plate 510 moves up and down by the lifting drive unit 530 while water in the receiving space (1 You can move between the) layer and the air layer. At this time, the lifting drive unit 530 may be a handle capable of lifting and driving the lifting plate 510 by manual operation, or may be prepared in the form of a cylinder for lifting and driving the lifting plate 510 in connection with the control unit.

The elevator plate 510 has a plate shape having a predetermined atmospheric connection path 520 therein, and has a plurality of bubble forming holes 511 on the upper surface. In addition, at one side of the upper surface of the elevator plate 510, there is an atmospheric connection pipe 512 that communicates with the atmosphere connection path 520 and extends upwardly. The atmospheric connector 512 has a larger diameter than the vent pipe 131 so that the vent pipe 131 is inserted into the atmospheric connector 512, and a sealing member ( 513) is installed. The vent pipe 131 and the atmosphere connector 512 are telescopically coupled to each other, and the vent pipe 131 and the atmosphere connector 512 are installed to be in constant communication with each other in the process of lifting the elevator plate 510. Therefore, even in the process of lifting the elevator plate 510, the atmospheric connection path 520, the atmospheric connection pipe 512, and the vent pipe 131 are always in communication.

The operation unit 600 is connected to the control unit and can control the control unit through the operation unit 600.

The control unit is connected to all the components that can be automatically adjusted as described above. That is, it is connected to the vacuum pump 200, the pressure control valve 132, the drainage control valve 142, the water supply pump, the pressure sensor 310, the lift drive unit 530, and the like.

On the other hand, although not shown, the suction container 100 is transparently installed along the height direction to have a site glass that can check the height of the water (1) accommodated therein, or the height of the water (1) inside It may further have a water level detection sensor to detect and a height detection sensor capable of detecting the height of the uppermost end of the pig feet (2) disposed therein.

At this time, the control unit controls the water supply pump based on the signal value of the water level detection sensor so that the water in the accommodation space is filled to the desired height, or controls the water supply pump based on the signal value of the height detection sensor to cause the water in the accommodation space (2) It can be made to have a water level that can be submerged.

Hereinafter, with reference to Figures 3 (a) to (d), a description will be given of a process in which the bodily fluid aspirating device according to the present invention sucks the bodily fluid from the pig's feet (2).

First, the user opens the lid 120 of the suction container 100 and places the pig feet 2 on the elevator plate 510 disposed in the receiving space through the pig feet input opening 110, and then covers the lid 120. It is firmly fixed so that the lid 120 does not open.

Thereafter, as shown in (a) of FIG. 3, water (1) is injected (A) to the extent that the pig feet (2) in the receiving space are immersed in water (1) using a water supply pump. At this time, the drainage control valve 142 must block the drainage pipe 141 so that the water 1 does not escape to the outside of the suction vessel 100, and the pressure control valve 132 opens the vent pipe 131 Therefore, it is natural that the air in the accommodation space must be able to escape to the outside.

When the water (1) is filled to the extent that the pig feet (2) are submerged in the accommodation space, as shown in (b) of FIG. 3, the air in the air layer in the accommodation space is discharged to the outside by using a vacuum pump 200 (B ) To drop the pressure of the suction container (100). This pressure drop may be performed by manually controlling the vacuum pump 200 while adjusting the pressure through automatic control so as to become a preset low pressure or checking the pressure gauge 320. At this time, it is natural that the vent pipe 131 and the drain pipe 141 must be blocked.

When the pressure in the accommodation space is lowered in this way, by controlling the elevator drive unit 530 to drive the elevator plate 510 up and down, the pig feet 2 disposed on the elevator plate 510 repeatedly move between the water (1) layer and the air layer. You can also increase efficiency by allowing it to move.

In this process, the bodily fluid inside the pig's feet (2) is sucked out through the water (1). Normally, when the pig's feet (2) are immersed in water (1), a body fluid such as blood inside the pig feet (2) is diffused into the water (1) and is discharged from the pig feet (2). At this time, if the pressure of the water (1) is lowered, the rate at which the bodily fluid inside the pork feet (2) diffuses into the water (1) increases.This is because the pressure of the water (1) is reduced to the inside of the pig feet (2) during the decompression process. It is expected that the rate of diffusion increases in the process that the pressure of the bodily fluid in the pig's feet (2) becomes the same as the pressure of the water (1) because the pressure of the bodily fluid is lowered before the pressure of

In addition, through the process of moving the pig's feet (2) between the water (1) layer and the air layer, continuous diffusion is induced in the water (1) layer, and in the air layer, the pig feet (2) are relatively buried inside or on the surface. The bodily fluid mixture having a high proportion of bodily fluids is sent to the lower portion of the elevator plate 510 by using gravity, so that when the pig feet 2 are moved to the water 1 layer, effective body fluid diffusion can be achieved.

In this way, the body fluid inside the pig's feet (2) was repeatedly diffused into the water (1), so that the body fluids inside the pig's feet (2) were removed to some extent, or the proportion of the body fluids diffused into the water (1) could not be expected to effectively spread the body fluids. When the degree is reached, as shown in (c) of FIG. 3, the pressure control valve 132 is operated or automatically controlled to make the pressure in the suction vessel 100 a normal pressure equal to the atmospheric pressure.

In the process of creating such a normal pressure, as shown in (c) of FIG. 3, since the pressure inside the suction container 100 is lower than the atmospheric pressure, the outside air is drawn in (C) into the receiving space by a pressure difference. In the process of introducing the air, the air passes through the vent pipe 131, the atmosphere connection pipe 512, and the atmosphere connection path 520, and finally moves to the air layer of the suction vessel 100 through the bubble forming hole 511. . In this process, the air passes through the bubble forming hole 511 and becomes a bubble 3 in the water (1) layer, and in the process of ascending, it strikes the pork feet (2). Therefore, due to the vibration generated in the process of being hit by the air bubbles 3, the body fluid inside the pig's feet 2 is more effectively diffused into the water 1.

When the pressure in the receiving space becomes the same as the atmospheric pressure, a bodily fluid mixture in which the body fluid and water 1 are mixed in the receiving space by manually or automatically controlling the drainage control valve 142, as shown in Fig. 3(d). Is discharged to the outside (D). At this time, the user can check how much body fluid inside the pigfoot 2 has been sucked into the water 1 through the transparent hose 143 at the rear end of the drain control valve 142. At this time, the closer the bodily fluid mixture is to red, the less enough the bodily fluid inside the pig's feet (2) has been sucked out, and the closer the body fluid mixture is discharged to a transparent color, it can be determined that the bodily fluid inside the pig’s feet (2) has been sufficiently aspirated.

If the bodily fluid mixture is checked and the bodily fluid inside the pig feet (2) is sufficiently removed, the pig feet (2) are drawn out and cooked. If not, the above action is repeated again to drain the body fluid inside the pig feet (2). .

On the other hand, the bodily fluid aspiration apparatus according to the present invention is not limited to being operated by the method described above, and may be used in various ways.

For example, by controlling the vacuum pump 200 and the vent part 130 in a state filled with water 1 to the extent that the pig feet 2 are immersed in the accommodation space, the pressure in the suction container 100 may be alternately increased or decreased. can do. In this case, when the pressure is lowered, the bodily fluid inside the pork feet (2) is effectively diffused into the water (1), and when the pressure is increased again, the water (1) effectively penetrates into the inside of the pig feet (2). And when the pressure is lowered again, the body fluids staying deep inside the pig feet (2) due to the water (1) penetrating the inside of the pig feet (2) diffuse into the infiltrated water (1). The body fluid inside the pig's feet 2 can be sucked out more quickly through such repeated pressure increase or decrease. And, in this process, whenever the pressure becomes equal to the atmospheric pressure, the bubbles 3 generated through the bubble forming hole 511 strike the pig feet 2, so a high absorption effect of bodily fluid through vibration can be expected.

On the other hand, the body fluid suction device of the pig feet according to the present invention is to reduce the pressure of the suction container 100 so that the body fluid inside the pig feet (2) is diffused into the water (1). By the way, the applicant of the present invention recognizes that in order to effectively drain the bodily fluid located deep inside the pig's feet, it is necessary to penetrate deeply into water in which the bodily fluid is not mixed in the pig's feet deeply. Accordingly, the present invention may further include a compressor for increasing the pressure inside the suction device in order to deeply penetrate water into the inside of the pig feet. Such a compressor can be used together with the vacuum pump 200 and the vent pipe 131, and in this case, the pressure inside the suction container 100 can be lowered or increased from the atmospheric pressure. And in the process of increasing or decreasing the pressure, the body fluid inside the pig's feet (2) is more effectively and quickly released.

On the other hand, all driving units and components that require operation according to the present invention can be operated manually or automatically through the operation unit 600 in connection with the control unit. As described above, although not shown, the water (1) in the suction container 100 can be automatically adjusted to have a water level such that the pork feet (2) are immersed in the water (1), and the internal pressure is also a preset pressure It can be made to have, and the time at which the pressure is maintained or changed can also be made to follow a preset value.

In addition, according to the present invention, the pressure in the suction container 100 can be controlled only by the vacuum pump 200 and the drain 140. That is, water (1) and pig feet (2) are put into the suction container (100), and the pressure in the receiving space is formed in a vacuum using the vacuum pump (200) to drain the bodily fluid from the pig feet (2), and the drainage part (140) ) Of the drainage control valve 142 can be opened to release the vacuum in the accommodation space. In this case, there is an effect that a separate vent part 130 is not required.

In addition, the present invention is to control the pressure in the suction container 100 so that the bodily fluid of the pig feet 2 is effectively diffused into the water 1 and is sucked out, the related suction container 100 and the vacuum pump 200 And other components other than water may be selectively used. That is, the user can directly put in or out water through the pig's feet inlet opening 110, and may be carried out by manually applying vibration to the suction container 100.

On the other hand, in the pigfoot body fluid aspiration device according to the present invention, the pigfoot 2 contains a body fluid such as blood inside, and a lot of the outside is surrounded by skin, and since it is not processed much, blood vessels exposed to the outside are extremely little. Therefore, compared to general meat materials, it is possible to represent meat materials that are difficult to smoothly discharge internal body fluids to the outside. In the present invention, since it is possible to effectively aspirate the bodily fluid of the pigfoot 2, which is relatively difficult to discharge the bodily fluid, the pork foot 2 is described as an example, but is not limited thereto, and can be applied to all general meat materials.

1: water 2: pork feet
3: air bubble 100: suction container
110: pigfoot input opening 120: lid
130: vent part 131: vent pipe
132: pressure control valve 140: drain
141: drain pipe 142: drain control valve
143: transparent hose 200: vacuum pump
301: pressure pipe 310: pressure sensor
320: pressure gauge 401: water supply pipe
510: elevator plate 511: bubble forming hole
520: standby connection road 530: lift drive unit
512: air connector 513: sealing member
600: control panel

Claims (5)

In the pig's feet body fluid aspiration device,
A suction container having an accommodation space for accommodating water and pork feet,
A vacuum pump for drawing out air in the suction container,
A bodily fluid aspiration device, characterized in that it has a drain portion for discharging the water in the suction container. The method of claim 1,
A vent part capable of selecting the supply of air into the suction container,
A pressure sensor for detecting a pressure in the suction container,
And a control unit for controlling the vacuum pump so that the pressure in the suction container has a predetermined pressure value based on the signal from the pressure sensor. The method of claim 1,
A feed pump for supplying water into the draft container,
Further comprising a height detection sensor for detecting the height of the pig feet accommodated in the suction container,
The control unit controls the feed pump so that the water level in the suction container is higher than the height of the pig feet detected by the height detection sensor. The method of claim 1,
The control unit controls the vent unit and the vacuum pump to alternately increase or decrease the pressure in the suction container. The method of claim 1,
A hosock body fluid aspiration device, further comprising a lift plate for accommodating the pig feet in the suction container, and a lift drive unit for lifting the lift plate.

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