CN115152821A

CN115152821A - A casing quick replacement instrument external member for intestines class food processing

Info

Publication number: CN115152821A
Application number: CN202210803566.2A
Authority: CN
Inventors: 雷雨; 张晓林
Original assignee: Beijing Meimeideling Food Co ltd
Current assignee: Beijing Meimeideling Food Co ltd
Priority date: 2022-07-07
Filing date: 2022-07-07
Publication date: 2022-10-11
Anticipated expiration: 2042-07-07
Also published as: CN115152821B

Abstract

The invention belongs to the technical field of sausage food processing equipment, and particularly relates to a quick casing replacing tool kit for sausage food processing, which comprises a transshipment tool, a casing loading mechanism, a casing knotting mechanism and the like; the transshipment tool comprises an elastic hoop and two sleeve flaps, the two sleeve flaps can be matched to form a tubular structure, and the tubular structure can be sleeved on the outer wall of the muddy meat discharging pipe; according to the scheme, the two sleeve flaps can be used for realizing radial support of the intestinal membrane of the small intestine of the animal, when the intestinal membrane is used as a casing for foods such as crackling sausages, roasted sausages and large sausages, the casing can be contained together by using a transfer tool formed by the two sleeve flaps, and when the casing needs to be loaded on a meat mud discharging pipe, replacement or loading can be quickly realized, so that the time for replacing the casing is saved; the sausage casing loading mechanism can facilitate the placement of the transshipment tooling and facilitate the assembly of the sausage casing to the transshipment tooling by workers; the sausage casing knotting mechanism can segment and knot sausage and other food.

Description

A casing quick replacement instrument external member for intestines class food processing

Technical Field

The invention belongs to the technical field of sausage food processing equipment, and particularly relates to a casing fast replacing tool kit for sausage food processing.

Background

Sausage food is one of common food in the market, ham in the market mainly comprises plastic paper wrapped types, such as ham sausage and the like, and also comprises animal small intestine film wrapped types, such as parent sausage, crispy sausage, roast sausage, and large red sausage and the like, wherein when the ham sausage is made through the animal small intestine film, the length of the animal small intestine is usually 10-15m, so that after one section of sausage is used, the other section of sausage casing is usually required to be replaced. Because the existing casing replacing mode usually sleeves the casings on the meat mud discharge pipe for several times, the mode usually needs to spend much time for sleeving the casings; therefore, there is a need for a tool kit that allows for the quick change and assembly of animal small intestine casings.

Disclosure of Invention

In order to solve the above problems existing in the prior art, the scheme provides a casing quick replacement tool kit for sausage food processing.

The technical scheme adopted by the invention is as follows:

a quick change tool kit for sausage casings used for sausage food processing comprises a transshipment tool; the transshipment tool comprises an elastic hoop and two sleeve flaps, the two sleeve flaps can be matched to form a tubular structure, and the tubular structure can be sleeved on the outer wall of the muddy meat discharging pipe;

each sleeve valve is sequentially divided into a main body section, a butt joint section and a guide section from front to back;

the main body section is in an arc groove shape, and the depth of the arc groove is gradually increased along the direction from the front end of the main body section to the front end and the rear end of the main body section; the main body gap between the main body sections of the two sleeve flaps is gradually decreased along the direction from the front end of the main body section to the front end and the rear end of the main body section, and the minimum value of the main body gap is not less than 1.5mm;

the butt joint section is in a semi-tubular shape; the front ends of the butt joint sections of the two sleeve petals are respectively provided with an occlusion arc groove and an occlusion shaft pile, the occlusion arc groove can be in occlusion fit with the occlusion shaft pile, and the two sleeve petals can rotate by taking the occlusion shaft pile as a shaft; the middle parts of the butt joint sections of the two sleeve valves are respectively provided with a hoop groove, and the two hoop grooves are matched to form a circular ring shape and can be radially constrained by an elastic hoop ring; folding lugs are arranged at the rear parts of the butt joint sections of the two sleeve flaps, and the positions where the folding lugs of the two sleeve flaps abut against each other serve as the rotation limit positions of the two sleeve flaps;

the rear end of the guide section is provided with a shaping opening edge which is turned outwards; guide grooves are respectively arranged on the opposite inner sides of the guide sections of the two sleeve petals; the two guide grooves can be matched to form a V-shaped guide notch, and the opening of the guide notch faces backwards.

As a complementary design or alternative to the above described quick change tool kit: the front end of the butt joint section of one sleeve valve is provided with a radial outer convex part, and the meshing arc groove is arranged on the radial outer convex part and can extend to the radial outer side of the front end of the butt joint section of the other sleeve valve.

As a complement or alternative to the above described quick change tool kit: a bulge part is arranged on the butt joint section between the positions of the hoop groove and the occlusion arc groove; the sudden expansion part is in an open shape, the diameter of the front end of the sudden expansion part is smaller than that of the rear end of the sudden expansion part, and the rear end of the butt joint section can be tightly matched with one end of the casing; the resilient band can be removed from the petals when the casing is tightened radially inward against the abutting sections of the two petals.

As a complement or alternative to the above described quick change tool kit: the folding lugs on the two sleeve flaps are respectively a first folding lug and a second folding lug which are parallel to each other; the width of the first folding lug and the second folding lug is smaller than the diameter difference of the front end and the rear end of the sudden expansion part.

As a complement or alternative to the above described quick change tool kit: the first folding lug is provided with an alignment hole, and the second folding lug is provided with an alignment convex shaft; when the first folding lug is abutted against the second folding lug, the alignment convex shaft is inserted into the alignment hole.

As a complementary design or alternative to the above described quick change tool kit: the quick change tool kit also comprises a casing loading mechanism, the casing loading mechanism comprises an open basin, a rotary table and a conical joint, and a central boss is arranged at the center of the open basin; the turntable is rotatably arranged at the top of the central boss; the tapered joint is arranged at the center of the rotary disc and can be inserted between the guide sections of the two sleeve flaps, and the upper end of the tapered joint extends into the space between the butt joint sections of the two sleeve flaps and struts the rear ends of the butt joint sections, so that the front ends of the main body sections of the two sleeve flaps are relatively gathered.

As a complementary design or alternative to the above described quick change tool kit: the center of the bottom of the turntable is provided with an intermediate connector, the lower part of the intermediate connector is provided with a sucker, and the intermediate connector is connected with a vertical shaft arranged on the sucker through a bearing.

As a complementary design or alternative to the above described quick change tool kit: the quick replacement tool kit also comprises a sausage casing knotting mechanism, and the sausage casing knotting mechanism comprises a rotating sleeve and a driving mechanism; the rotating sleeve can be sleeved outside the muddy meat discharging pipe and rotates relative to the muddy meat discharging pipe; when the transshipment tool is sleeved outside the rotary sleeve and the two sleeve flaps are removed, the casing can be kept outside the rotary sleeve; the drive mechanism can control the rotation of the rotating sleeve and enable the sausage casing to generate twisted knots.

As a complementary design or alternative to the above described quick change tool kit: the outer side walls of the two pairs of two sides of the rotating sleeve are respectively provided with a blocking piece, and the blocking pieces can stretch into the guide notches, so that when the two sleeve flaps are pulled backwards away from the rotating sleeve, the moving of the sausage casing can be blocked.

As a complementary design or alternative to the above described quick change tool kit: the outer side walls of two pairs of two sides of the rotating sleeve are respectively provided with an arm seat, and the end part of each arm seat is connected with a connecting arm; the free end of the connecting arm is connected with a clamping arm, and an extension spring is connected between the connecting arm and the arm seat; the clamping arms can press the casing in the radial direction of the rotating sleeve, so that resistance is provided for the casing pulling-out process from the rotating sleeve.

The invention has the beneficial effects that:

1. according to the scheme, the radial support of the intestinal membrane of the small intestine of the animal can be realized through the two sleeve flaps, when the intestinal membrane is used as the casing of foods such as crispy sausage, roasted sausage, large red sausage and the like, the casing can be contained together by using the transshipment tool formed by the two sleeve flaps, and when the casing needs to be loaded on the meat paste discharge pipe, the casing can be quickly replaced or loaded, so that the replacement time of the casing is saved;

2. the casing loading mechanism in the scheme can facilitate the placement of the transferring tool, so that a worker can assemble casings to the transferring tool conveniently, and favorable help is provided for improving the production speed of sausages;

3. the sausage casing knotting mechanism in the scheme can realize the segmentation and knotting among different knots of the sausage through driving the rotation of the rotating sleeve, so that the sausage can be segmented and knotted.

Drawings

In order to clearly illustrate the embodiment of the present invention or the technical solutions in the prior art, the drawings used in the embodiment or the prior art description will be briefly introduced below.

FIG. 1 is a schematic structural diagram of a transfer tool in the scheme;

FIG. 2 is a detailed structure diagram of the transfer tool in the scheme;

FIG. 3 is a detailed block diagram of the docking and lead segments of the present solution;

FIG. 4 is a block diagram of two of the ears in the present version;

FIG. 5 is a schematic view of the sausage casing loading mechanism;

fig. 6 is a structural view of the sausage casing knotting mechanism.

In the figure: 1-a first set of petals; 11-a first body segment; 12-a first docking section; 121-engaging arc grooves; 122-a first hoop groove; 123-a first folding lug; 1231-alignment holes; 124-first sudden expansion part; 125-a radially outer convex portion; 13-a first guide section; 131-a first guide slot; 2-a second set of petals; 21-a second body segment; 22-a second docking section; 221-bite shaft pile; 222-a second hoop groove; 223-second folding ear; 2231-alignment convex axis; 224-a second sudden expansion; 23-a second guide section; 231-a second guide slot; 3-elastic hoop ring; 4-a casing loading mechanism; 41-open basin; 42-a central boss; 43-negative pressure suction cup; 44-vertical axis; 45-intermediate connectors; 46-a turntable; 47-taper joint; 5-a transfer platform; 6-a sausage casing knotting mechanism; 61-rotating the sleeve; 62-arm seat; 63-a baffle plate; 64-a clamping arm; 65-a linker arm; 66-a clamping spring; 67-a drive mechanism; 671-driven wheel; 672-a transmission belt; 673-driving wheel; 674-driving motor; 7-meat mud discharging pipe.

Detailed Description

The technical solutions in the embodiments will be described clearly and completely with reference to the accompanying drawings, and the described embodiments are only a part of the embodiments, but not all embodiments, and all other embodiments obtained by those skilled in the art without creative efforts will belong to the protection scope of the present solution based on the embodiments in the present solution.

Example 1

As shown in fig. 1 to 4, the present embodiment designs a casing quick-change tool kit for sausage food processing, which includes a transshipment tool; reprint frock is including elasticity ferrule 3 and two cover lamellas, and two cover lamellas are first cover lamella 1 and second cover lamella 2 respectively, and these two cover lamellas of first cover lamella 1 and second cover lamella 2 can cooperate and form the tubular structure, and this tubular structure can overlap and establish 7 outer walls of muddy flesh discharging pipe. When the transfer tooling is sleeved outside the meat mud discharging pipe 7, the casing can be retained outside the meat mud discharging pipe 7 by drawing away the first sleeve petal 1 and the second sleeve petal 2.

The first sleeve flap 1 is sequentially divided into a first main body section 11, a first butt-joint section 12 and a first guide section 13 from front to back; the second sleeve petal 2 is divided into a second main body segment 21, a second butt segment 22 and a second guide segment 23 from front to back.

The first main body section 11 is in the shape of an arc groove, and the depth of the arc groove increases progressively along the direction from front to back of the first main body section 11; the second main body section 21 is also arc-shaped, and the depth of the arc-shaped groove is increased along the direction from front to back of the second main body section 21; a main body gap is formed between the second main body segment 21 and the first main body segment 11, the main body gap decreases progressively along the direction from front to back of the main body segments, and the minimum value of the main body gap is not less than 1.5mm, so that enough space can be reserved when the first main body segment 11 and the second main body segment 21 are gathered together, and the first main body segment 11 and the second main body segment 21 are ensured not to generate space conflict; when the first main body section 11 and the second main body section 21 are gathered, the sausage casing can be conveniently sleeved on the transferring tool manually.

The first butt joint section 12 and the second butt joint section 22 are both in a semi-tubular shape, and the first butt joint section 12 and the second butt joint section 22 can be matched to form a circular tube structure; an occlusion arc groove 121 is arranged at the front end of the first butt joint section 12, an occlusion shaft pile 221 is arranged at the front end of the second butt joint section 22, the occlusion arc groove 121 can be in occlusion fit with the occlusion shaft pile 221, and the two sleeve flaps can rotate by taking the occlusion shaft pile 221 as an axis; the middle parts of the butt joint sections of the two sleeve flaps are respectively provided with a hoop groove, the two hoop grooves are respectively a first hoop groove 122 and a second hoop groove 222, the two hoop grooves of the first hoop groove 122 and the second hoop groove 222 are matched to form a circular ring shape and can be radially constrained by an elastic hoop 3; the rear parts of the butt joint sections of the two sleeve flaps are provided with folding lugs which are respectively a first folding lug 123 and a second folding lug 223, the first folding lug 123 is arranged at the rear end of the first butt joint section 12, the second folding lug 223 is arranged at the rear end of the second butt joint section 22, and the positions where the first folding lug 123 and the second folding lug 223 abut against each other serve as the rotation limit positions of the two sleeve flaps.

The rear ends of the first guide section 13 and the second guide section 23 are respectively provided with a shaping opening edge which is turned outwards; a guide groove is arranged on one side of the first guide section 13 of the first sleeve petal 1 facing the second guide section 23, and a second guide groove 231 is arranged on one side of the second guide section 23 of the second sleeve petal 2 facing the first guide section 13; the two guide grooves, i.e. the second guide groove 231 and the first guide groove 131, can form a V-shaped guide notch with an opening facing backwards, so that the first sleeve flap 1 and the second sleeve flap 2 can be conveniently detached and pulled away from the guide notch.

A radial outer protrusion 125 is arranged at the front end of the first butt-joint section 12 of the first sleeve segment 1, and an engagement arc groove 121 is arranged on the radial outer protrusion 125, the radial outer protrusion 125 can extend to the radial outer side of the front end of the second butt-joint section 22 of the second sleeve segment 2, so that the engagement arc groove 121 can also extend to the outer side of the front end of the second butt-joint section 22, and the engagement arc groove 121 can be engaged with the engagement shaft pile 221.

A first bulge 124 is arranged on the first butt joint section 12 between the positions of the first hoop groove 122 and the occlusion arc groove 121; the first expanded portion 124 is open, and the diameter of the front end of the first expanded portion 124 is smaller than that of the rear end; a second expanded part 224 is arranged on the second butt-joint section 22 between the positions of the second hoop groove 222 and the occlusion arc groove 121; the second expanded portion 224 is open, and the diameter of the front end of the second expanded portion 224 is smaller than that of the rear end; the second sudden expansion portion 224 and the first sudden expansion portion 124 can radially expand the casing outwards, so that the rear ends of the first butt joint section 12 and the second butt joint section 22 are tightly matched with the casing, and further when the casing radially inwards hoops the butt joint sections of the two sleeve flaps, the relative rotation positions of the two sleeve flaps can be restrained by using the casing, so that the elastic hoop 3 can be taken down from the sleeve flaps, and the problem that the elastic hoop 3 is not easy to take out due to the fact that the casing is sleeved outside the meat mud discharge pipe 7 is avoided.

The first tab 123 and the second tab 223 are parallel to each other; the width of the first tab 123 and the second tab 223 is smaller than the diameter difference between the front end and the rear end of the sudden expansion part. The first folding lug 123 is provided with an alignment hole 1231, and the second folding lug 223 is provided with an alignment convex shaft 2231; when the first tab 123 abuts against the second tab 223, the alignment protruding shaft 2231 is inserted into the alignment hole 1231.

Before the reversed loading tool is used, the first sleeve flap 1 and the second sleeve flap 2 are in butt joint, and the first sleeve flap 1 and the second sleeve flap 2 are clamped tightly by the elastic clamping ring 3; at this time, the engaging arc groove 121 and the engaging shaft pile 221 are engaged with each other, the first tab 123 and the second tab 223 are attached to each other, the aligning protruding shaft 2231 extends into the aligning hole 1231, the second hoop groove 222 and the first hoop groove 122 are at the same horizontal position, and the elastic hoop 3 is simultaneously clamped into the second hoop groove 222 and the first hoop groove 122.

When a sausage casing needs to be loaded on the transshipment tooling, the first sleeve flap 1 and the second sleeve flap 2 are controlled to rotate relatively by taking the meshing shaft pile 221 as a shaft, so that the front ends of the first sleeve flap 1 and the second sleeve flap 2 are gathered, the sausage casing can be sleeved from the front ends of the first sleeve flap 1 and the second sleeve flap 2, when the whole section of sausage casing is completely sleeved outside the first main body section 11 and the second main body section 21, the first sleeve flap 1 and the second sleeve flap 2 can be rotated relatively in opposite directions, and the first folding lug 123 and the second folding lug 223 are abutted with each other; then, one end of the casing close to the rear end of the transshipment tooling is pulled backwards, so that the rear end of the casing can pass over the first and second

sudden expansions

124 and 224 and be wrapped outside the first and

second guide sections

13 and 23, in the process, the elastic hoop 3 can be detached from the first and

second petals

1 and 2, and the casing is used for squeezing the first and

second guide sections

13 and 23 and the first and

second butt sections

12 and 22 for shape preservation.

Example 2

As shown in fig. 5, in addition to the structure of embodiment 1, it is convenient to position the transfer tool and to load the casing on the transfer tool. The present embodiment provides a casing loading mechanism 4, which casing loading mechanism 4 can be used as part of a quick change tool kit and is adapted to be used with a transfer tool.

The sausage casing loading mechanism 4 comprises an open basin 41, a rotary disk 46 and a conical joint 47, wherein a central boss 42 is arranged at the center of the open basin 41; the rotary disc 46 is rotatably arranged on the top of the central boss 42; the taper joint 47 is arranged at the center of the rotary disc 46 and can be inserted between the guide sections of the two sleeve flaps, and the upper end of the taper joint 47 extends into the space between the butt-joint sections of the two sleeve flaps and props open the rear ends of the butt-joint sections, so that the front ends of the main body sections of the two sleeve flaps are relatively gathered.

The center of the bottom of the turntable 46 is provided with a middle connector 45, the lower part of the middle connector 45 is provided with a sucker, and the middle connector 45 is connected with a vertical shaft 44 arranged on the sucker through a bearing.

In use of the casing loading mechanism 4 of this embodiment, the open basin 41 can be filled with water to lubricate the casing; and the tapered joint 47 can prop open the rear end of the transfer tool, so that the front ends of the first sleeve petal 1 and the second sleeve petal 2 are in a gathering shape.

Example 3

On the basis of the structure of the embodiment 1, in order to facilitate the quick separation of the sausage casing on the transferring tool out of the meat paste discharging pipe 7 and realize the knotting of the sausage casing. The embodiment designs a sausage casing knotting mechanism 6, and the sausage casing knotting mechanism 6 and the sausage casing loading mechanism 4 can be used as a part of a quick-change tool kit and matched with a transferring tool for use.

The sausage casing knotting mechanism 6 of the present embodiment comprises a rotating sleeve 61, a baffle 63, an arm seat 62, a clamping arm 64, a driving mechanism 67 and the like.

The rotating sleeve 61 can be sleeved outside the muddy meat discharging pipe 7 and can rotate relative to the muddy meat discharging pipe 7; when the sausage casing is sleeved outside the rotating sleeve 61, the sausage casing outside the rotating sleeve 61 can be driven to rotate by controlling the rotation of the rotating sleeve 61, the sausage casing with the muddy meat part can not rotate due to resistance or hand holding of workers, and under the double effects, the sausage casing can form a twisted knot at the outlet of the muddy meat discharging pipe 7, so that the effect of knotting the sausage is achieved. Specifically, when the transshipment tooling is sleeved outside the rotating sleeve 61 and the first sleeve flap 1 and the second sleeve flap 2 are sequentially detached, the casing can be kept outside the rotating sleeve 61; the drive mechanism 67 is able to control the rotation of the rotating sleeve 61 and to cause the casing to create a twisted knot.

The driving mechanism 67 comprises a driven wheel 671, a transmission belt 672, a driving wheel 673 and a driving motor 674; the driven wheel 671 is coaxially connected to the rear end of the rotating sleeve 61, the driving wheel 673 is connected to the rotating shaft of the driving motor 674, and the transmission belt 672 is connected between the driven wheel 671 and the driving wheel 673, so that the rotating sleeve 61 can be driven to rotate after the driving motor 674 is started.

The outer side walls of two opposite sides of the rotating sleeve 61 are respectively provided with a blocking piece 63, and the blocking pieces 63 can extend into the guide notches, so that when the two sleeve flaps are pulled back along the rotating sleeve 61, the movement of the sausage casing can be blocked. The outer side walls of two pairs of two sides of the rotating sleeve 61 are respectively provided with an arm seat 62, and the end part of each arm seat 62 is connected with a connecting arm 65; the free end of the connecting arm 65 is connected with a clamping arm 64, and an extension spring is connected between the connecting arm 65 and the arm seat 62; the clip arms 64 are capable of compressing the casing in a radial direction of the rotating sleeve 61, thereby providing resistance to the casing being pulled out of the rotating sleeve 61. When the connecting arm 65 rotates to the front side or the rear side of the arm seat 62, the extension spring can keep the position of the connecting arm 65, so that the use and the operation of the clamping arm 64 are convenient.

When the sausage casing knotting mechanism 6 of the embodiment is used, a transfer platform 5 can be placed at the outlet side of the meat paste discharging pipe 7, and then the tying treatment of the knotted part is manually performed on the transfer platform 5. When the transshipment tool is sleeved at the front end of the rotating sleeve 61, the blocking piece 63 relatively extends into the guide notch, at the moment, the blocking piece 63 can block the casing from continuously moving backwards, then the clamping arm 64 can be positioned when rotating outside the rotating sleeve 61, so that the casing is prevented from following when the first casing flap 1 and the second casing flap 2 are pulled out backwards, and the casing can be kept outside the rotating sleeve 61 after the first casing flap 1 and the second casing flap 2 are completely pulled out.

When the meat paste is filled into the sausage casing at the front end of the meat paste discharging pipe 7 through the meat paste discharging pipe 7, the sausage casing is pushed to move forwards and is pulled out of the rotating sleeve 61, and the rotating sleeve 61 can be controlled to rotate once every time a section of sausage is filled, the rotating sleeve can rotate for 1.5-2 circles once, so that the sausage casing can be knotted at the outlet of the meat paste discharging pipe 7, and a worker can conveniently perform rope tying operation at the middle rotating platform 5 according to the formed knots.

The above examples are merely for clearly illustrating the examples and are not intended to limit the embodiments; and are neither required nor exhaustive of all embodiments. And obvious variations or modifications of this technology may be resorted to while remaining within the scope of the technology.

Claims

1. A casing quick replacement tool external member for intestines class food processing which characterized in that: comprises a transshipment tool; the transshipment tooling comprises an elastic hoop (3) and two sleeve petals, the two sleeve petals can be matched to form a tubular structure, and the tubular structure can be sleeved on the outer wall of a muddy meat discharge pipe (7);

the butt joint section is in a semi-tubular shape; the front ends of the butt joint sections of the two sleeve petals are respectively provided with an occlusion arc groove (121) and an occlusion shaft pile (221), the occlusion arc groove (121) can be in occlusion fit with the occlusion shaft pile (221), and the two sleeve petals can rotate by taking the occlusion shaft pile (221) as an axis; the middle parts of the butt joint sections of the two sleeve valves are respectively provided with a hoop groove, and the two hoop grooves are matched to form a circular ring shape and can be radially restrained by an elastic hoop (3); folding lugs are arranged at the rear parts of the butt joint sections of the two sleeve petals, and the positions where the folding lugs of the two sleeve petals abut against each other serve as the rotation limit positions of the two sleeve petals;

the rear end of the guide section is provided with a shaping opening edge which is turned outwards; the opposite inner sides of the guide sections of the two sleeve petals are respectively provided with a guide groove; the two guide grooves can be matched to form a V-shaped guide notch, and the opening of the guide notch faces backwards.

2. The casing quick change tool kit for sausage food processing of claim 1 wherein: a radial outer convex part (125) is arranged at the front end of the butt joint section of one sleeve valve, and an occlusion arc groove (121) is arranged on the radial outer convex part (125) and can extend to the radial outer side of the front end of the butt joint section of the other sleeve valve.

3. The kit of claim 1 for rapid casing change for sausage food processing, wherein: a sudden expansion part is arranged on the butt joint section between the positions of the hoop groove and the occlusion arc groove (121); the sudden expansion part is in an open shape, the diameter of the front end of the sudden expansion part is smaller than that of the rear end of the sudden expansion part, and the rear end of the butt joint section can be tightly matched with one end of the casing; when the casing radially inwards grips the butt-jointed sections of the two sleeve flaps, the elastic hoops (3) can be removed from the sleeve flaps.

4. The kit of claim 3 for rapid casing change for sausage food processing, wherein: the folding ears on the two sleeve flaps are respectively a first folding ear (123) and a second folding ear (223), and the first folding ear (123) and the second folding ear (223) are parallel to each other; the width of the first tab (123) and the second tab (223) is smaller than the diameter difference of the front end and the rear end of the sudden expansion part.

5. The kit of claim 4 for rapid casing change for sausage food processing, wherein: an alignment hole (1231) is arranged on the first folding lug (123), and an alignment convex shaft (2231) is arranged on the second folding lug (223); when the first folding lug (123) is abutted against the second folding lug (223), the alignment convex shaft (2231) is inserted into the alignment hole (1231).

6. The casing quick change tool kit for sausage food processing of claim 1 wherein: the quick change tool kit further comprises a casing loading mechanism (4), the casing loading mechanism (4) comprises an open basin (41), a rotary table (46) and a conical joint (47), and a central boss (42) is arranged at the center of the open basin (41); the rotary disc (46) is rotatably arranged at the top of the central boss (42); the taper joint (47) is arranged at the center of the rotary disc (46) and can be inserted between the guide sections of the two sleeve flaps, and the upper end of the taper joint (47) extends into the space between the butt joint sections of the two sleeve flaps and props open the rear ends of the butt joint sections, so that the front ends of the main body sections of the two sleeve flaps are relatively gathered.

7. The casing quick change tool kit for sausage food processing of claim 6 wherein: the center of carousel (46) bottom is provided with middle connector (45), and the lower part of middle connector (45) is provided with the sucking disc, and middle connector (45) link to each other through vertical axle (44) that the bearing set up on with the sucking disc.

8. The kit of claim 1 for rapid casing change for sausage food processing, wherein: the quick change tool kit further comprises a sausage casing knotting mechanism (6), and the sausage casing knotting mechanism (6) comprises a rotating sleeve (61) and a driving mechanism (67); the rotary sleeve (61) can be sleeved outside the muddy meat discharging pipe (7) and rotates relative to the muddy meat discharging pipe (7); when the transshipment tool is sleeved outside the rotating sleeve (61) and the two sleeve flaps are removed, the casing can be kept outside the rotating sleeve (61); the drive mechanism (67) is capable of controlling the rotation of the rotating sleeve (61) and enabling the sausage casing to produce a twisted knot.

9. The casing quick change tool kit for sausage food processing of claim 8 wherein: the outer side walls of two pairs of two sides of the rotating sleeve (61) are respectively provided with a blocking piece (63), and the blocking pieces (63) can stretch into the guide notches, so that the two sleeve flaps can block the movement of the sausage casing when being pulled backwards along the rotating sleeve (61).

10. The kit of claim 8 for rapid casing change for sausage food processing, wherein: the outer side walls of two pairs of two sides of the rotating sleeve (61) are respectively provided with an arm seat (62), and the end part of each arm seat (62) is connected with a connecting arm (65); the free end of the connecting arm (65) is connected with a clamping arm (64), and an extension spring is connected between the connecting arm (65) and the arm seat (62); the clamping arms (64) can press the casing in the radial direction of the rotating sleeve (61), so that resistance is provided for the casing pulling process from the rotating sleeve (61).