JPS5837270Y2 - Tubular offal cleaning equipment - Google Patents

Description

[Detailed description of the invention] The present invention is to clean and incise the surface of tubular offal such as the large intestine and small intestine of pigs, cows, etc. without contaminating the surface during the cleaning process, and to clean the inside of the incised organ again to produce products. This system aims to automatically process high-value edible offal, thereby saving labor and minimizing the amount of water used. be.

To describe the present invention in detail with reference to the illustrated embodiment, a discharge pipe 2 having an angle of approximately 30 degrees is installed on a frame 1, and the tip 3 of this discharge pipe 2 is cut off diagonally to the upper blade to form a pointed shape. A drop opening 4 is formed, and a small-diameter injection pipe 5 is installed on the inner upper edge of the discharge pipe 2, and the tip 5' of this injection pipe is made to protrude into the upper end of the discharge pipe 2. The injection pipe FL6.6'... is drilled, and a spherical protector 7 is provided at the leading end to block it, and the base end of the injection pipe 5 penetrates the base end wall of the discharge pipe 2. It projects to an external force and is connected to a water supply source via a hose 8 and a foot valve 9.

The base end of the discharge pipe 2 is bent and opened 2' by a required external force, and the cleaning device is configured to prevent contamination of the processed offal.

In this cleaning device, feeding rollers 10 for pressing the discharge pipe 2 are provided on both left and right sides of the base end of the discharge pipe 2.
10' is arranged to freely feed out the tubular offal inserted into the discharge pipe 2, and the feeding rollers 10, 10' are driven as follows.

That is, a drive shaft 12, 12' is supported by bearings 11, 11' (located in symmetrical positions) fixed to the frame 1, and rotation bearings 13, 13 are disposed between the drive shafts 12, 12'.
' is supported on the shaft and the arm plates 14, 14' are extended, and the arm plate 14
, 14' are fixed with bearings 15° 15' and rotary shafts 16 and 16' of the feed rollers 10 and 10' are supported, and each arm plate 14° 14' is held by a tension spring 17. being drawn inward.

The pulleys 18, 18' of the drive shafts 12, 12' and the pulleys 19, 19' of the rotating shafts 16, 16' are suspended and rotated by a drive belt 20, 20',
1 Drive boob IJ- provided at the upper end of the drive shaft 12, 12'
21, 21' are suspended by a drive belt 23 of a drive motor 22, and rotate the feed rollers 10, 10'.

The surfaces of the feed rollers 10, 10' are curved to correspond to the outer shape of the J discharge pipe 2 and are uneven.

A rotary blade 24 is provided above the discharge pipe 2 in the rear force of the feed rollers 10 and 10', and convex portions 25 and 25' are provided on the discharge pipe 2 at positions on both sides of the rotary blade 24. The rotary blade 24 rotates in the valley between 25 and 25'.

This rotary blade 24 includes a rotary shaft 26, a belt 27, and a motor 28.
The organ is rotated through the pipe 2 and inserted into the discharge pipe 2, and the falling offal is sequentially incised in the length direction.

Below the discharge pipe 2 is a thin pipe 29 bent in an F-shape.
, 29', etc. are installed in parallel, the left side 30' is steeper than the slope of the discharge pipe 2 and is located below the rotary blade 24, and the right side 30
'' is inclined toward the lower blade than the discharge pipe 2 and serves to scoop up hanging offal.

An injection nozzle 31 is provided on the upper blade on the left side 30' side of the drainboard board 30, and the direction of the injection force from the injection nozzle 31 is at an appropriate angle (the direction of the injection force is directed toward the left side 30' side of the drainboard board 30). (preferably approximately 20 to 110 degrees with respect to the left side 30').

The injection nozzle 31 is connected to a water supply source via a hose 32 and a foot valve 33, and the foot valve 33 has a built-in switch mechanism so as to be interlocked with the drive motor 22.

In the figure, a conveyor 34 is located at the lower blade of the drainboard board 30, and sequentially conveys the processed offal to a predetermined location.

The present invention is realized as described above, and in order to use it, one end of the tubular organ is inserted into the tip of the discharge pipe 4, and the foot valve 9 is operated.
...Water is jetted to clean the inside of the offal, and the filth enters the discharge pipe 2 through the drop F port 4 together with the water and is discharged to the outside through the opening 2'.

The offal that is sequentially inserted into the discharge pipe 2 is transferred to the feed roller 10.1.
When it reaches the 0' position, the foot valve 33 is operated to operate the feed rollers 10, 10' and the injection nozzle 31, and simultaneously rotate the rotary blade 24.

In this way, the offal fed by the feed rollers 10, 10' is incised by the rotary blade 24 and hangs down, and when it is placed on the slat board 30, the inside of the offal is washed again with water from the spray nozzle 31 and sent out.

As mentioned above, in this case, the inside of the tubular offal is washed by inserting the tubular offal into an inclined discharge pipe which has a water injection pipe 5 installed inside and injects water from the tip, so that the filth inside the offal is forcibly removed. The dirt containing the released filth falls into the discharge pipe from the drop port and is discharged to the outside, and the work is simple because the surface of the offal is not soiled and there is no need to cut off fat or the like.

At this time, the tip of the drain pipe becomes under negative pressure due to the falling sewage, which facilitates the discharge of impurities in the offal.

When the offal that has been washed by the water injection pipe 5 is sequentially sent toward the base end of the discharge pipe, the feed rollers i o and i o' rotate while swinging according to the thickness of the offal, and remove the offal. Since it is forcibly fed out, one person can clean and process the tubular offal for one animal, which helps save labor.

In addition, the tubular offal that has been sent out is gradually cut open in the length direction by a cutter and hangs down on the slat board, and in this state, water is sprayed from the injection nozzle facing the direction of the slat board, so that the inside of the incised offal is injected. The water is sprayed and the dirt stuck to the inner wall of the offal is forcibly removed and washed again, and the washing water falls on the back side of the slatted board, so the surface of the offal is not contaminated, and the re-washed offal is cleaned. It falls onto a slatted board and is carried to the desired location.

[Brief explanation of the drawing]

FIG. 1 is a partially cross-sectional side view of the device of the present invention, FIG. 2 is a plan view of the same as seen from the diagonally upper blade, and FIG. 3 is a partially cross-sectional view of the rotary blade portion. 1 is the discharge pipe, 4 is the drop port, 5 is the injection pipe, 10
, 10' is a feeding roller, 24 is a rotating blade, and 30 is a drain board.

Claims (1)

[Scope of utility model registration request] Tilted type 1 that has a water injection pipe inside and sprays water from the tip.
In a cleaning device that cleans the inside of the tubular offal by inserting the tubular offal into a water pipe, and allows the waste to be freely discharged from the falling port of the inclined discharge pipe, the discharging pipe is pressed against the base end of the discharge pipe from both sides. A roller is provided to freely feed out the tubular offal that has been inserted into the discharge pipe.1, and a cutter is provided on the upper side of the discharge pipe under the rear force of the feeding roller to freely cut the tubular offal in three directions, allowing the pipe to be discharged. A cleaning device for tubular offal in which a sloped grating board is arranged below the pipe, and a spray nozzle is installed on the upper blade of this grating board to freely spray water in the direction of the grating board.