KR20150114209A - Apparatus for washing small intestine of cow - Google Patents

Abstract

The present invention relates to a beef tripe hygienically treating device, specifically, comprising: a tension arranging unit (10) for pulling and transferring beef tripe through tension; and a washer (30) for washing foreign material inside and outside of beef tripe cut at a particular length through the tension arranging unit (10) by washing water. The tension arranging unit (10) comprises: a tension roll (11) supported to be rotated on an installation rod (20); a motor (13) for rotating the tension roll (11) around an axis; and a guide channel (12) disposed to be downwardly tilted along an outer circumferential surface in a lower side of the tension roll (11), and formed to wrap a lower side of the tension roller (11). The washer (30) comprises: a table (31) consisting of porous plates; at least one washing pipe (32) horizontally extending with the table (31), having a semispherical surface formed in a front end to allow tripe to be inserted from the semispherical surface to the outside, including a plurality of spray nozzles (32a) formed in a front end of the semispherical surface to spray washing water to all directions, and washing foreign material in beef tripe by spraying the washing water into the tripe inserted towards the outside; a washing water supply pipe connected to one side of the washing pipe (32), and supplying the washing water into the washing pipe (32); and an opening and closing valve connected to the washing water supply pipe, and opening and closing the washing water supply pipe.

Description

Apparatus for washing small intestine of cow [

The present invention relates to a device for hygienically treating a small goblet, and more particularly, to a device for removing fat adhered to a small goblet, and for cleaning foreign substances inside and outside.

The internal organs classified as cataracts in the internal organs of cattle include the giblets called the giblets, the giblets and the galls. Such cataracts require foreign matter such as fragile parts and feces to remain in the inside of the cataract, and therefore, quick cleaning is required.

However, these edible intestines are separated from the current slaughtering process, transferred to a separate place in the slaughterhouse, sorted by site, and then subjected to a simple primary washing process for washing away foreign substances such as residual feces. It is transported and supplied.

In addition, since the processing work of the interior decoration for cooking described above is usually performed in a room without a separate air conditioning facility, it is likely to be deteriorated or contaminated with germs during processing, and the processing operation is performed manually, And had a hygiene problem.

In addition, when working continuously in one type of workplace (eg, a primary cleaning workshop) and in a different type of workplace (eg, a grease removal workshop), it is possible There was a problem that the degree of deterioration became worse.

Especially, since there is a perishable part such as an internal product in the internal horn, a gill, and a gut for the food, these gut are required to clean the inside of the inside in the shortest possible time and to be refrigerated so as not to be deteriorated.

In order to solve such a problem, there is known one described in the following patent documents.

KR 20-0375524 Y1 KR 20-0182340 Y1 However, although the micro-incineration treatment device described in Patent Document 1 relates to an edible intestinal cleansing aid device for easily turning the edible intestines of a cattle or a pig by using compressed air to clean and boil at the same time, The water spray pipe for spraying the Ugo wash water is disposed on the outer side of the suction pipe, and has a structure in which only the outer surface of the to-be-washed canter fitted to the suction pipe is cleaned. In such a structure, when the washing water is scattered by being hit against the outer surface of the podiathed bowel and scattered, the washed foreign matter is also scattered to the workplace, which makes the work inconvenient and the working environment becomes unsanitary. In the small built-in processing device of Patent Document 1, the inside of the suction pipe is sandwiched by the suction port of the suction pipe, and the suction of the suction pipe sucks and discharges the foreign matter inside the inside of the subject to be washed. Thereby damaging the 'product' in the inner wall of the body to be washed. In addition, in the case of the small built-in treatment apparatus of Patent Document 1, since the work for washing the pods can be performed, and the work for removing the grease is carried out manually by a worker at a separate work site, There is a disadvantage in that it is difficult to apply force. [0004] On the other hand, in Patent Document 2, when the conveyance belt arranged to contact the outside of the cleaning pipe is inserted into the cleaning pipe at its tip, the conveyance belt is conveyed in an infinite track manner, There is a problem that the body to be washed is damaged at a portion in frictional contact with the conveyance belt, and a foreign substance remaining on the outer side of the body to be washed is left on the conveyance belt to remain, thereby contaminating the subsequent body to be washed. In addition, the edible intestinal cleansing device of Patent Document 2 has a disadvantage in that it takes a long time to perform the work because the user does not have a device for removing the grease attached to the edible intestine, .

Accordingly, it is an object of the present invention to solve the disadvantages of the conventional built-in built-in cleaning apparatuses, and to perform an operation of pulling the small giblets with a predetermined tension to straighten them and straightening them to a predetermined length, Which is capable of mechanically and hygienically performing an operation of cleaning the inside of the small goblet chamber.

According to an aspect of the present invention,

A tensile feeder for pulling the small goblet by pulling the small goblet so as to cut the small gob continuously in a predetermined length, and a high-pressure cold / hot wash water alternately sprayed in the inside of the gob cut into a certain length while passing through the tensile feeder And a washing machine for washing and removing impurities inside and outside the small goblet,

A tension roll rotatably supported on a stand extending vertically from a base and having a concave groove formed along an outer circumferential surface so as to be able to guide and support the small goblet in a circumferential direction; And a guide channel disposed below the tension roll and inclined downward along the outer circumferential surface of the tension roll so as to surround the lower portion of the tension roll,

The washing machine is arranged through the tension adjuster, and a small goblet cut to a predetermined length is inserted into the outer circumference of the goblet in the longitudinal direction. The washing water is sprayed in four directions through the washing water spray nozzle provided on the outer peripheral surface of the hemispherical surface, And a cold water supply pipe and a hot water supply pipe connected to the rear end of the wash pipe for supplying cold water and hot water into the wash pipe, respectively.

The small goblet processing apparatus of the present invention further comprises a cleaner disposed adjacent to the stretcher and cleaning the inside / outside foreign matter of the goblet to which the fat is transferred in the stretcher,

The washing machine includes a table made of a perforated plate horizontally disposed below an end of the guide channel and capable of drainage,

A plurality of guide grooves extending in parallel with the table at opposite sides of the table opposite to the guide channel and having a hemispherical surface at the tip thereof and inserted into the hemispherical surface of the tip from the hemispherical surface to the outside, At least one cleaning tube for cleaning the inside of the small hob by dividing the washing water into the small hob formed inside the outer hob,

A washing water supply pipe connected to one side of the washing pipe to supply wash water into the washing pipe and an opening and closing valve connected to the washing water supply pipe to open and close the washing water supply pipe.

Meanwhile, in the small goblet cell processing apparatus of the present invention, the washing water supply pipe is composed of a hot water supply pipe and a cold water supply pipe connected in parallel to the cleaning pipe, and the opening / closing valve includes a manual opening / closing valve provided to the hot water supply pipe and the cold water supply pipe, And an electromagnetic opening / closing valve provided on an upstream side or a downstream side of the manual opening / closing valve,

A work detection sensor attached to a side of the table and configured to detect an approach to a working position of a worker and to send out a valve opening operation signal; and a controller for receiving a valve opening operation signal transmitted from the operation detection sensor, And a control unit for applying an operation signal.

According to the small goblet processing apparatus of the present invention configured as described above, the small goblet in an uncleared state is straightened so as to be sold as a retail shop, and at the same time, It is possible to treat the small beef gut quickly by increasing the treatment efficiency or speed and prevent the beef gut from being deteriorated and to clean the inside and outside of the beef gut with high pressure washing water and treat it quickly, .

1 is a plan view of a small goblet processing apparatus according to the present invention,
2 is a front view of the small goblet processing apparatus according to the present invention.

Hereinafter, preferred embodiments of the small goblet processing apparatus according to the present invention will be described in detail with reference to the accompanying drawings.

Fig. 1 shows a plan view of a small godet processing apparatus according to the present invention, and Fig. 2 shows a front view of a small godet processing apparatus according to the present invention.

As shown in FIGS. 1 and 2, the small godet processing apparatus of the present invention comprises a tensioner 10 and a cleaner 30, as shown in FIGS. 1 and 2.

One pair of tension jets 10 are provided on both sides of the mounting table 20. One set of the washing machines 30 is disposed adjacent to each tension regulator 10 on one side of the tension regulator 10. According to this arrangement, the removal of the fat from the goblet separated from the cataract and the washing of the goblet can be performed quickly in one place without moving the place.

1 and 2, the tension adjuster 10 is rotatably supported on a stand extending vertically from a base supported on a mounting table 20, and supports the small goblet in a circumferential direction A motor 13 for rotating the tension roll 11 about its axis and a lower motor 13 disposed below the tension roll 11 and inclined downward along the outer circumferential surface of the tension roll 11, And a guide channel (12) installed to surround the lower portion of the tension roll (11).

When the tension rod 11 is placed on the rotating tension roll 11 in a state where the tension roll 11 is rotated by the motor 13, the small grip window is rotated by the rotational force of the tension roll 11 Pulled forward, and straightened and straightened. In this state, when the hob is cut by a pneumatic rotary cutter (not shown) for a predetermined length, the cut small goblet is guided along the guide channel 12 by the rotational force of the tension roll 11 to the table 31 of the front washer 30, Is transported upward.

The small goblets separated from the tensioner 10 are cleaned with the inside and outside of the dishwasher 30. As shown in FIGS. 1 and 2, the washing machine 30 is provided with a washing pipe 30 for spraying washing water through a washing water spray nozzle 32a provided on the outer circumferential surface of the distal end of the hob, (32). As shown in the enlarged detail of the 'A' portion of FIG. 2, the cleaning pipe 32 has a hemispherical front surface so that the hob can be smoothly fitted when the hob is inserted into the outer peripheral surface, The washing water spraying nozzle 32a is pierced in all directions so that the washing water is sprayed in all directions.

A cold water supply pipe 33a and a hot water supply pipe 33b are connected in parallel to the rear end of the washing pipe 32 so that hot water or cold water can be supplied to the washing pipe 32 simultaneously or selectively. The supply pipes 33a and 33b are provided with open / close valves V1 and V2, respectively, and selectively supply the wash water into the wash pipe 32 only during the operation.

As shown in FIGS. 1 and 2, the on / off valve of the supply pipe is composed of manual on / off valves V1 and V2. When the worker approaches the small goblet processing table 31 for the small goblet processing job and is positioned at the work position, the electronic shutoff valves V3 and V4 for automatically opening and closing the respective supply pipes 33a and 33b May be provided on the upstream side or the downstream side of the respective manual on-off valves V1, V2.

3, a work detection sensor S1 for detecting the presence or absence of an operation position of the worker is attached and provided on the side of the table 31 of the cleaner 30. A cold water supply pipe 33a, Closing valves V3 and V4 are attached to the hot water supply pipe 33b and the control unit CT1 attached to one side of the table 31 receives the operation detection signal from the operation detection sensor S1 And an open signal is applied to the electromagnetic on-off valves V3 and V4.

With this arrangement, when the worker is located at a work position on one side of the table 31 of the cleaner 30 for cleaning the small godet window, the work detection sensor S1 detects the approach of the worker, And the control unit CT1 receives the operation detection signal of the operation detection sensor and applies the valve opening operation signal to the electromagnetic opening / closing valves V3 and V4 to open the electromagnetic opening / closing valves V3 and V4. Accordingly, when the worker is located at the work position of the table 31 and performs the small-goblet cleaning operation, the cleaning water is automatically supplied to the cleaning tube 32, so that the operator can perform the small- If the goblet can not be cleaned, it is possible to automatically stop the supply of the washing water to the washing tub when it is moved out of the working position of the table 31, thereby preventing the waste of the washing water from being wasted .

On the other hand, an operation pedal S2 may be provided in place of the work detection sensor S1 for operating the electromagnetic opening / closing valves V3 and V4. When the operator steps on the operation pedal S2, the controller CT1 applies an operation signal to the control section CT1, and the control section CT1 applies the valve opening operation signal to the electromagnetic on-off valves V3 and V4, V4) can be opened to control the supply of wash water. In this case, the operator can freely use both hands, thereby improving the work efficiency.

A cooling water tank 40 is provided at the end of the table 31 of the washing machine 30 for cooling the washed hob until it is conveyed to a subsequent work process. Therefore, the goblet which is inserted into the cleaning pipe 32 and has been cleaned of the foreign substances and the foreign substances on the outer surface is stored in the cooling water tank 40 until it is separated from the cleaning pipe 32 and sent to a subsequent process, do.

10: tensioner 20: mounting table
13: Motor 11: Tension Roll
12: guide channel 30: washer
31: Table 32: Wash tub
32a: washing water spray nozzle 33a: cold water supply pipe
33b: hot water supply pipe 40: cooling water tank
V1, V2: Manual opening / closing valve V3, V4: Electronic opening / closing valve
S1: Job detection sensor S2: Pedal
CT1:

Claims (3)

Claims [1] A small goblet processing apparatus for cleaning a foreign substance inside / outside by arranging a small goblet by pulling,
The small-goblet processing apparatus includes a tension regulator (10) for pulling and transferring a small goblet with tension so that the small goblet can be continuously cut at a predetermined length,
The tension adjuster (10)
A tension roll 11 rotatably supported on a stand extending vertically from a base supported on a mounting table 20 and having a concave groove formed along an outer circumferential surface so as to be able to guide and support the small goblet in a circumferential direction,
A motor 13 for rotating the tension roll 11 about its axis,
And a guide channel (12) disposed below the tension roll (11) and inclined downward along the outer circumferential surface of the tension roll (11) so as to surround the lower portion of the tension roll (11). The method according to claim 1,
The small goblet processing apparatus further comprises a cleaner (30) disposed adjacent to the tension cleaner (10) and cleaning the inside / outside foreign matter of the goblet conveyed in the tensioner (10)
The washing machine 30 includes a table 31 arranged horizontally below the end of the guide channel 12 and made of a porous plate so as to be drained,
And a hob extending in parallel to the table (31) opposite to the table (31) opposite to the guide channel (12) and having a hemispherical surface at its tip, At least one cleaning pipe (32) for cleaning the inside of the small hob by forming a plurality of spray nozzles (32a) for spraying washing water in four directions by dividing the washing water into the small hob inserted into the outside,
A washing water supply pipe connected to one side of the washing pipe 32 to supply washing water into the washing pipe 32,
And an opening / closing valve connected to the wash water supply pipe to open / close the wash water supply pipe. 3. The method of claim 2,
The washing water supply pipe is composed of a hot water supply pipe 33b and a cold water supply pipe 33a which are connected to the cleaning pipe 32 in parallel,
The on / off valve is provided with manual on / off valves V1 and V2 respectively installed in the hot water supply pipe 33b and the cold water supply pipe 33a and an electromagnetic opening and closing valve provided on the upstream side or the downstream side of the manual on / off valves V1 and V2. Valves V3 and V4,
A work detection sensor S1 attached to the side of the table 31 for detecting the approach to the work position of the worker and sending out a valve opening operation signal; Further comprising a control unit (CT1) for receiving and applying a valve opening operation signal to the electromagnetic opening / closing valves (V3, V4).

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