CN115720920B - Equipment for separating intestinal liner from viscera bag of poultry - Google Patents

Abstract

The invention relates to an automatic poultry viscera pack separating device for separating poultry intestines and gall bladder from a poultry viscera pack, which is mainly applied to receiving the poultry viscera pack after being drawn out. The device comprises a rack, a hanging bracket, a track, a collecting tank, a poultry intestine stretching section, a stomach bag guide rail, a grease separation guide rod, a gall bladder positioning section, an air suction pipeline and a cutter assembly, wherein the hanging bracket is arranged on the rack, the track is arranged on the upper portion of the hanging bracket, the collecting tank is arranged on the lower portion of the rack, the poultry intestine stretching section, the stomach bag guide rail, the grease separation guide rod, the gall bladder positioning section and the cutter assembly are sequentially arranged on the rack from an inlet to an outlet above the collecting tank, and the air suction pipeline is fixedly arranged on the gall bladder positioning section. The device can automatically separate the sausage and gallbladder of poultry in viscera bag, and has the advantages of high efficiency, reduced labor amount, and reduced pollution.

Description

Equipment for separating intestinal liner from viscera bag of poultry

Technical Field

The invention relates to the technical field of poultry slaughtering processing equipment, in particular to automatic poultry viscera pack separating equipment for separating poultry intestines and gall bladder from poultry viscera packs, which is mainly applied to receiving the poultry viscera packs after being hollowed out and separating the poultry intestines and gall bladder in the poultry viscera packs.

Background

In slaughtering processing of poultry, deeply processed viscera are required to be subjected to viscera separation procedures such as separating the intestines, separating the gall bladder, separating the livers and separating the heart and lung, and the like, and the procedures are completed in a viscera treatment workshop. At present, the viscera treatment of poultry after the drawing of the bores is mainly carried out by manual separation, and the following two modes exist:

first, the viscera of the poultry after being drawn out are directly dropped on a chute or a belt conveyor, and are conveyed to a viscera treatment workshop through the chute or the belt conveyor. The mode can mix the viscera together, so as to cause cross contamination of the viscera and promote bacteria growth. Because the poultry viscera are mixed together and conveyed in the mode, the viscera are mutually wound, automatic separation of the machine cannot be realized, a large number of operators are needed only by adopting a manual separation mode, the labor intensity is very high, the working environment is poor, and the artificial cross contamination can be caused.

Secondly, the poultry viscera after being drawn out are sequentially conveyed to a poultry viscera treatment workshop one by one through viscera clamps, and the poultry viscera are respectively subjected to viscera separation procedures such as manual separation of poultry intestines, separation of gall bladder, separation of poultry liver, separation of heart and lung and the like. This separation prevents the viscera from intertwining, resulting in cross-contamination, but requires a large number of operators.

Chinese patent: CN107047710B, which belongs to an automatic separating device for viscera bags of poultry, is used for separating viscera (such as chicken crop, chicken adenoma stomach, etc.) of the drawn poultry. Chinese patent: CN205196862U, said automatic viscera-taking manipulator for poultry, belongs to automatic viscera-taking equipment for poultry, and is used for taking viscera bags from poultry carcasses.

At present, equipment for automatically separating the intestines and the gall bladder of the poultry from the viscera pack of the poultry is urgently needed, so that the labor amount is reduced, the labor force is liberated, and the separation efficiency is improved.

Disclosure of Invention

The invention aims to provide an automatic poultry viscera pack separating device for separating poultry intestines and gall bladder from a poultry viscera pack, which can replace manpower to automatically separate the poultry intestines and gall bladder from the poultry viscera pack.

The technical scheme of the invention is as follows:

the utility model provides a separate equipment of intestines courage from poultry viscera package, includes frame, gallows, track, collecting vat, birds intestines stretching section, stomach bag guide rail, grease separation guide arm, gall bladder location section, suction line and cutter assembly, the gallows is installed to the frame, and the track is installed to gallows upper portion, installs the collecting vat in the frame lower part, installs birds intestines stretching section, stomach bag guide rail, grease separation guide arm, gall bladder location section and cutter assembly in proper order in the frame from entry to export direction above the collecting vat, has the suction line on gall bladder location section.

The application has the beneficial effects that:

1. the application relates to automatic poultry viscera bag separating equipment for separating poultry intestines and gall bladder from poultry viscera bags, which is mainly applied to receiving the poultry viscera bags after being hollowed out, and can automatically separate the poultry intestines and gall bladder in the poultry viscera bags, thereby improving the efficiency, reducing the labor amount and reducing the pollution.

2. The poultry intestine stretching section, the stomach bag guide rail, the grease separation guide rod and the gall bladder positioning section can be adjusted in height, inclination angle, left and right positions relative to the poultry viscera pack and width of a running channel gap of the poultry viscera pack in the device, and the poultry viscera pack can be adjusted according to specific sizes of the poultry viscera packs, so that the poultry viscera pack conveying device has high applicability.

3. When the viscera clamp clamps the viscera bag to pass through the stretching section of the poultry intestines, the rotating stretching roller clamps the poultry intestines together through the adhesive tape and the stretching left baffle plate to downwards pull away the poultry intestines which are connected together, so that preparation is made for degreasing and cutting the intestines.

4. The stomach bag guide rail and the grease separation guide rod are combined to remove grease.

5. According to the application, the gall bladder positioning section is used for fixing the gall bladder through the air suction pipeline, fixing the poultry intestines through the left vertical plate, the right fastening plate and the positioning rotating roller, and cutting off the intestines through the cutter.

Drawings

In order to more clearly illustrate the technical solutions of the embodiments of the present application, the drawings required for the description of the embodiments will be briefly described below, and it is obvious that the drawings in the following description are only embodiments of the present application, and that other drawings may be obtained according to the provided drawings without inventive effort for a person skilled in the art.

FIG. 1 is a front view of the apparatus for separating the liner from the viscera of poultry in accordance with the present application;

FIG. 2 is a left side view of the apparatus for separating the liner from the viscera of poultry in accordance with the present application;

FIG. 3 is a top view of the apparatus for separating the liner from the viscera pack of poultry of the present application;

FIG. 4 is a three-dimensional view of a frame of the liner separating apparatus of the present application;

FIG. 5 is a three-dimensional view of a collection trough of the apparatus for separating intestinal liners of the present application;

FIG. 6 is a view of a drain outlet of a collecting tank of the apparatus for separating intestinal liners of the present application;

FIG. 7 is a top view of the stretching section of the poultry intestine of the apparatus for separating the intestinal liner of the present application;

FIG. 8 is a left side view of the stretching section of the poultry intestine of the apparatus for separating the intestinal liner of the present application;

fig. 9 is a schematic drawing of the structure of the stretching left baffle of the stretching section of the poultry intestine.

Fig. 10 is a schematic drawing of the structure of the stretching right baffle of the stretching section of the poultry intestine.

Fig. 11 is a schematic drawing of the stretching roller structure of the stretching section of the poultry intestine.

FIG. 12 is a schematic view of the viscera pack passing through the stretching section of the poultry intestine of the apparatus for separating intestinal gallbladder of the present application;

FIG. 13 is a three-dimensional view of the gastric pouch rail of the split intestinal liner device of the present application;

FIG. 14 is a schematic view of the visceral pack passing through the gastric pouch track of the apparatus for separating intestinal liners of the present application;

FIG. 15 is a three-dimensional view of a grease separating guide bar of the apparatus for separating intestinal bladder of the present application;

FIG. 16 is a schematic view of the passage of the visceral pack through the gastric pouch rail and the grease separation guide in the apparatus for separating intestinal liners of the present application;

FIG. 17 is a top view of a gallbladder positioning segment of the liner separation device of the present application;

FIG. 18 is a left side view of a gallbladder positioning segment of the liner separation device of the present application;

FIG. 19 is a top view of a gallbladder guide rail of the liner separation device of the present application;

FIG. 20 is a three-dimensional view of a gallbladder positioning left platen of the liner separation device of the present application;

FIG. 21 is a three-dimensional view of a gallbladder positioning right platen of the liner separation device of the present application;

fig. 22 is a schematic view of a positioning roller structure of the gallbladder positioning section of the present application.

FIG. 23 is a schematic view of the entry of a visceral pack through a gallbladder positioning segment in accordance with the present application;

FIG. 24 is a schematic view of the exit of a visceral pack through a gallbladder positioning segment in accordance with the present application;

FIG. 25 is a front view of a cutter assembly of the liner separating apparatus of the present application;

FIG. 26 is a schematic diagram showing the operation of the liner separation apparatus of the present application;

The reference numerals are as follows:

1. a frame; 1-1, welding a frame; 1-2, an inlet adjustment assembly; 1-3, a front middle adjusting component; 1-4, middle and rear adjusting components; 1-5, an outlet adjustment assembly; 1-6, adjusting a screw; 1-7, collecting groove seats; 1-8, foundation; 1-9 supporting legs; 1-10, fixing plate; 1-11, adjusting plate; 1-12, a fixed ring; 2. a collection tank; 2-1, a groove body; 2-2, a blocking plate; 2-3, connecting the collecting tank with the lug; 2-4, a sewage outlet; 2-5, flanges; 3. a stretching section of poultry intestines; 3-1, stretching the left cross beam; 3-2, stretching the left vertical plate; 3-3, stretching the left baffle; 3-3-1, stretching the left screw; 3-3-2, stretching the left return flap; 3-3-3, stretching the left connecting plate; 3-4, an outlet stretching roller seat; 3-5, stretching the right cross beam; 3-6, stretching the right vertical plate; 3-7, stretching the right baffle; 3-7-1, stretching the right return flap; 3-7-2, stretching the right flat plate; 3-7-3, stretching the right screw; 3-7-4, stretching the right connecting plate; 3-8, stretching speed reducer; 3-9, stretching a chain wheel of the speed reducer; 3-10, stretching a chain; 3-11, stretching roller chain wheels; 3-12, an inlet stretching roller seat; 3-13, stretching the adhesive tape; 3-14 stretching rotary rollers; 3-14-1, stretching the spiral groove; 4. a track; 5. a gastric pouch guide rail; 5-1, a guide plate; 5-2, adjusting the rod; 5-3, a transverse groove; 5-4, vertical grooves; 5-5, bolts; 6. a grease separating guide rod; 6-1, a guide rod inlet seat; 6-2, a guide rod body; 6-3, a guide rod outlet seat; 7. an isolating switch; 8. a hanging bracket; 9. a gallbladder positioning segment; 9-1, positioning a left cross beam; 9-2, positioning a left vertical plate; 9-3, gallbladder guide rails; 9-3-1, guide plate; 9-3-2, left adjusting rod; 9-3-3, upper fin plate; 9-4, positioning a left pressing plate; 9-4-1, left folding plate; 9-4-2, left sloping plate; 9-4-3, air suction pipe; 9-4-4, air suction port; 9-4-5, left vertical plate; 9-4-6, outlet bend plate; 9-5, positioning a roller seat at an outlet; 9-6, positioning a right cross beam; 9-7, positioning a right vertical plate; 9-8, positioning a right pressing plate; 9-8-1, right folding plate; 9-8-2, right sloping plate; 9-8-3, right riser; 9-8-4, right adjusting rod; 9-9, positioning a speed reducer; 9-10, positioning a speed reducer chain wheel; 9-11, positioning a chain; 9-12, positioning a roller sprocket; 9-13, positioning a roller seat at an inlet; 9-14, positioning adhesive tapes; 9-15, positioning a rotating roller; 9-15-1, positioning long spiral grooves; 9-15-2, positioning short spiral grooves; 9-16, positioning a left baffle; 10. a water spraying pipeline; 11. an air suction line; 12. a cutter assembly; 12-1 blades; 12-2, a cutter shaft; 12-3, installing an adjusting bolt; 12-4, side adjusting bolts; 12-5, an inner adjusting plate; 12-6, connecting plates; 12-7, an outer adjusting plate; 12-8, a bearing chamber; 12-9, a motor; 100. a visceral pack; 200. a gallbladder; 300. a gastric pouch; 400. liver; 500. grease; 600 poultry intestines; 700. visceral clips.

Detailed Description

In order to solve the problems in the background art, the application discloses equipment for separating the intestines and the gallbladder from the poultry viscera pack, which can replace manual work, can receive the poultry viscera after being drawn out, and automatically separate the intestines and the gallbladder from the poultry viscera pack.

The utility model provides a separate equipment of intestines courage from poultry viscera package, includes frame 1, gallows 8, track 4, collecting vat 2, birds intestines stretching section 3, stomach bag guide rail 5, grease separation guide arm 6, gall bladder location section 9, suction line 11 and cutter assembly 12, install gallows 8 on frame 1, gallows 8 upper portion installation track 4 installs collecting vat 2 in the frame lower part, installs birds intestines stretching section 3, stomach bag guide rail 5, grease separation guide arm 6, gall bladder location section 9 and cutter assembly 12 in the frame in proper order from entry to exit direction above the collecting vat in the gall bladder location section 9, fixedly installed suction line 11.

The frame 1 comprises a frame welding 1-1, an inlet adjusting component 1-2, a middle front adjusting component 1-3, a middle rear adjusting component 1-4, an outlet adjusting component 1-5, a collecting tank seat 1-7, a foot margin 1-8 and a supporting leg 1-9. The two sides of the frame welding 1-1 are sequentially provided with an inlet adjusting assembly 1-2, a middle front adjusting assembly 1-3, a middle rear adjusting assembly 1-4 and an outlet adjusting assembly 1-5 from the inlet to the outlet, the inlet adjusting assembly 1-2, the middle front adjusting assembly 1-3, the middle rear adjusting assembly 1-4 and the outlet adjusting assembly 1-5 have the same structure, the frame welding comprises an adjusting screw 1-6, a fixing plate 1-10, an adjusting plate 1-11 and a fixing ring 1-12, the fixing plate 1-10 is fixed on the frame welding, the fixing plate 1-10 is provided with a plurality of screw holes, the adjusting plate 1-11 is provided with longitudinal long holes, the fixing plate 1-10 is connected with the adjusting plate 1-11 through the long holes and the screw holes by bolts, the upper end of the adjusting plate 1-11 is connected with a transverse adjusting screw 1-6, the adjusting screws 1-6 on the two sides of the adjusting plate 1-11 are connected with nuts, and the nuts are arranged on one end of the adjusting screws facing the inner side. The two sides of the frame welding are provided with a plurality of collecting groove seats 1-7, the supporting legs 1-9 are arranged at the lower ends of the vertical beams of the frame welding 1-1 and are fixed through jackscrews, and the foundation legs 1-8 are connected with the supporting legs 1-9 through bolts.

The poultry intestine stretching section 3 comprises a stretching left transverse beam 3-1, a stretching left vertical plate 3-2, a stretching left baffle plate 3-3, an outlet stretching roller seat 3-4, a stretching right transverse beam 3-5, a stretching right vertical plate 3-6, a stretching right baffle plate 3-7, a stretching speed reducer 3-8, a stretching speed reducer chain wheel 3-9, a stretching chain 3-10, a stretching roller chain wheel 3-11, an inlet stretching roller seat 3-12, a stretching adhesive tape 3-13 and a stretching roller 3-14.

The stretching left baffle plate 3-3 is divided into a stretching left screw rod 3-3-1, a stretching left folding plate 3-3-2 and a stretching left connecting plate 3-3-3, wherein the stretching left connecting plate 3-3-3 is welded with the inner end of the stretching left screw rod 3-3-1, and the upper end of the stretching left connecting plate 3-3 is outwards bent to form the stretching left folding plate 3-3-2.

The stretching left cross beam 3-1 is in threaded connection with an inlet adjusting component 1-2 of the frame and an adjusting screw 1-6 of the middle front adjusting component 1-3, the stretching left cross beam 3-1 is in threaded connection with two ends of the stretching left vertical plate 3-2, the inner end of the stretching left screw 3-3-1 is welded on the stretching left connecting plate 3-3, the outer end of the stretching left screw 3-3-1 penetrates through the stretching left vertical plate 3-2, and nuts are arranged on the stretching left screw 3-3-1 at two sides of the stretching left vertical plate.

The stretching right baffle 3-7 is divided into a stretching right reverse folding plate 3-7-1, a stretching right flat plate 3-7-2, a stretching right screw rod 3-7-3 and a stretching right connecting plate 3-7-4, wherein the stretching right connecting plate 3-7-4 is welded with the inner end of the stretching right screw rod 3-7-3, the upper end of the stretching right connecting plate 3-7-4 inwards extends to form the stretching right flat plate 3-7-2, and the inner end of the stretching right flat plate 3-7-2 upwards and outwards extends to form the stretching right reverse folding plate 3-7-1.

The stretching right cross beam 3-5 is in threaded connection with an inlet adjusting component 1-2 of the frame and an adjusting screw 1-6 of the middle front adjusting component 1-3, the stretching right cross beam 3-5 is in threaded connection with two ends of the stretching right vertical plate 3-6, the inner end of the stretching right screw 3-7-3 is welded on the stretching right connecting plate 3-7-4, the outer end of the stretching right screw 3-7-3 penetrates through the stretching right vertical plate 3-6, and nuts are arranged on the stretching right screws 3-7-3 at two sides of the stretching right vertical plate.

The circumference of the stretching rotary roller 3-14 is provided with a plurality of stretching spiral grooves 3-14-1, stretching adhesive tapes 3-13 are embedded in the stretching spiral grooves 3-14-1, the cross section of the stretching spiral grooves 3-14-1 is a trapezoid with wide inside and narrow outside, and the cross section of the stretching adhesive tapes 3-13 is a trapezoid with the same shape.

A stretching roller 3-14 is arranged between a stretching left baffle 3-3 and a stretching right baffle 3-7, two ends of the stretching roller 3-14 are respectively arranged on an inlet stretching roller seat 3-12 and an outlet stretching roller seat 3-4, the inlet stretching roller seat 3-12 and the outlet stretching roller seat 3-4 are fixed on a stretching right cross beam 3-5, a plurality of stretching adhesive tapes 3-13 are arranged on the circumference of the stretching roller 3-14, a stretching roller sprocket 3-11 and the inlet end of the stretching roller 3-14 are fixed together, a stretching speed reducer sprocket 3-9 and a stretching speed reducer 3-8 are fixed together, and when the stretching speed reducer 3-8 rotates, the stretching roller 3-14 is driven to rotate by a stretching chain 3-10.

The stomach bag guide rail 5 comprises a guide plate 5-1, an adjusting rod 5-2, a transverse groove 5-3 and a vertical groove 5-4, wherein the lower end of the vertical groove 5-4 is fixed on the frame 1 through a bolt 5-5, the transverse groove 5-3 is connected to the upper end of the vertical groove 5-4, a long hole is formed in the upper end of the vertical groove, a plurality of screw holes are formed in the transverse groove, the bolt penetrates through the long hole and the screw holes to connect the transverse groove with the vertical groove, one end of the adjusting rod 5-2 is connected with the guide plate 5-1, the other end of the adjusting rod penetrates through the transverse groove, and nuts are connected to the adjusting rods on two sides of the transverse groove.

The guide plate 5-1 is a grid plate, and the guide plate 5-1 bends towards the inlet end towards the transverse groove direction.

The grease separation guide rod 6 comprises a guide rod inlet seat 6-1, a guide rod body 6-2 and a guide rod outlet seat 6-3, wherein two ends of the guide rod body 6-2 respectively penetrate through the guide rod inlet seat 6-1 and the guide rod outlet seat 6-3, nuts are connected to the guide rods on two sides of the guide rod inlet seat 6-1 and the guide rod outlet seat 6-3, long holes are formed in the guide rod inlet seat 6-1 and the guide rod outlet seat 6-3, bolts penetrate through the long holes in the guide rod inlet seat 6-1 and are fixed on the side wall of the collecting tank 2, bolts penetrate through the long holes in the guide rod outlet seat 6-3 and are fixed on the gall bladder positioning section 9, and two ends of the guide rod 6 are bent towards the guide rod inlet seat 6-1 and the guide rod outlet seat 6-3.

The gallbladder positioning segment 9 comprises: the device comprises a left positioning beam 9-1, a left positioning vertical plate 9-2, a gallbladder guide rail 9-3, a left positioning pressing plate 9-4, a left positioning baffle 9-16, an outlet positioning roller seat 9-5, a right positioning beam 9-6, a right positioning vertical plate 9-7, a right positioning pressing plate 9-8, a positioning speed reducer 9-9, a positioning speed reducer sprocket 9-10, a positioning chain 9-11, a positioning roller sprocket 9-12, an inlet positioning roller seat 9-13, a positioning adhesive tape 9-14 and a positioning roller 9-15.

The gallbladder guide rail 9-3 comprises a guide plate 9-3-1, an upper fin plate 9-3-3 and a left adjusting rod 9-3-2, wherein the upper fin plate 9-3-3 is welded with the guide plate 9-3-1 and is tilted upwards, the inner end of the left adjusting rod 9-3-2 is welded with the guide plate 9-3-1, and the outer end of the left adjusting rod is connected with the left positioning vertical plate 9-2.

The positioning left pressing plate 9-4 comprises a left folding plate 9-4-1, a left inclined plate 9-4-2, an air suction pipe 9-4-3, an air suction port 9-4-4, a left vertical plate 9-4-5 and an outlet bent plate 9-4-6. The left inclined plate 9-4-2 is welded at the inlet end of the left folding plate 9-4-1, and is inclined towards the direction of the right folding plate, the left vertical plate 9-4-5 is welded at the outlet end of the left folding plate 9-4-1, the left vertical plate 9-4-5 is provided with the air suction port 9-4-4, the air suction pipe 9-4-3 and the air suction port 9-4-4 are welded together, the air suction pipe 9-4-3 is communicated with the air suction pipeline 11, and the outlet bent plate 9-4-6 is welded at the outlet ends of the left folding plate 9-4-1 and the left vertical plate 9-4-5.

The left positioning beam 9-1 is in threaded connection with the middle and rear adjusting assembly 1-4 and the adjusting screw 1-6 of the outlet adjusting assembly 1-5 of the frame, the left positioning beam 9-1 is in threaded connection with two ends of the left positioning vertical plate 9-2, a long hole is formed in the left positioning vertical plate 9-2, the outer end of the left adjusting rod 9-3-2 penetrates through the long hole of the left positioning vertical plate 9-2, the inner end of the left adjusting rod is welded with the guide plate 9-3-1, nuts are arranged on the left adjusting rods 9-3-2 on two sides of the left positioning vertical plate, the left positioning pressing plate 9-4 is in threaded connection with the left positioning beam 9-1 and is arranged below the gall bladder guide rail 9-3, a left positioning baffle 9-16 is arranged below the left positioning pressing plate 9-4 and in a position opposite to the positioning rotating roller, and the left positioning baffle 9-16 is in threaded connection with the left positioning beam 9-1.

The outlet bent plate 9-4-6 is provided with a long hole at the position corresponding to the left vertical plate 9-4-5.

The positioning right pressing plate 9-8 comprises a right folding plate 9-8-1, a right inclined plate 9-8-2, a right vertical plate 9-8-3 and a right adjusting rod 9-8-4, wherein the right inclined plate 9-8-2 is welded at the inlet end of the right folding plate 9-8-1 and is parallel to the left inclined plate 9-4-2, the right vertical plate 9-8-3 is welded at the outlet end of the right folding plate 9-8-1 and is parallel to the left vertical plate 9-4-5, and the right adjusting rod 9-8-4 is welded at the side surface of the right folding plate 9-8-1.

The positioning right cross beam 9-6 is in threaded connection with the middle and rear adjusting assembly 1-4 of the frame and the adjusting screw 1-6 of the outlet adjusting assembly 1-5, the positioning right cross beam 9-6 is in bolt connection with two ends of the positioning right vertical plate 9-7, a long hole is formed in the positioning right vertical plate 9-7, the outer end of the right adjusting rod 9-8-4 penetrates through the long hole of the positioning right vertical plate 9-7, the inner end of the right adjusting rod 9-4 is welded with the side face of the right folding plate 9-8-1, and nuts are arranged on the right adjusting rods 9-8-4 on two sides of the positioning right vertical plate 9-7.

The circumference of the positioning rotating roller 9-15 is provided with a plurality of positioning long spiral grooves 9-15-1, the circumference of the outlet end of the positioning rotating roller 9-15 is provided with a plurality of positioning short spiral grooves 9-15-2, positioning adhesive tapes 9-14 are embedded in the spiral grooves, the cross section of each spiral groove is trapezoid with wide inside and narrow outside, and the cross section of each positioning adhesive tape 9-14 is trapezoid with the same shape.

The two ends of the positioning roller 9-15 are respectively arranged on an inlet positioning roller seat 9-13 and an outlet positioning roller seat 9-5, the inlet positioning roller seat 9-13 and the outlet positioning roller seat 9-5 are fixed on a positioning right cross beam 9-6, a plurality of positioning adhesive tapes 9-14 are arranged on the circumference of the positioning roller 9-15, the positioning roller chain wheel 9-12 and the inlet end of the positioning roller 9-15 are fixed together, the positioning speed reducer chain wheel 9-10 and the positioning speed reducer 9-9 are fixed together, and when the positioning speed reducer 9-9 rotates, the positioning roller 9-15 is driven to rotate through a positioning chain 9-11.

The cutter assembly 12 comprises a blade 12-1, a cutter shaft 12-2, an upper adjusting bolt 12-3, a side adjusting bolt 12-4, an inner adjusting plate 12-5, a connecting plate 12-6, an outer adjusting plate 12-7, a bearing chamber 12-8 and a motor 12-9, wherein the connecting plate 12-6 is fixedly connected with the outlet end of the gall bladder positioning section 9, the outer adjusting plate 12-7 is welded on the connecting plate 12-6, a long hole is formed in the outer adjusting plate, the outer adjusting plate 12-7 is fixedly connected with the inner adjusting plate 12-5 through the bolt penetrating through the long hole, the side adjusting bolt 12-4 penetrates through the side end of the outer adjusting plate 12-7 to be in threaded connection with the side end of the inner adjusting plate 12-5, a long hole is formed in the inner adjusting plate, the bolt penetrates through the long hole to fixedly connect the inner adjusting plate 12-5 with the bearing chamber 12-8, and the upper adjusting bolt 12-3 penetrates through the disc plate at the upper end of the bearing chamber to be in threaded connection with the upper end of the inner adjusting plate 12-5.

The application is described in detail below with reference to the attached drawing figures:

as shown in fig. 1, 2 and 3: the present application provides an apparatus for separating the intestines and the gallbladder from the viscera pack of poultry, wherein the viscera pack 100 comprises a gallbladder 200, a stomach pouch 300, a liver 400, grease 500, a poultry intestine 600, a heart lung, etc. The device comprises a frame 1, a collecting tank 2, a poultry intestine stretching section 3, a track 4, a stomach bag guide rail 5, a grease separation guide rod 6, a disconnecting switch 7, a hanging bracket 8, a gall bladder positioning section 9, a water spraying pipeline 10, an air suction pipeline 11 and a cutter assembly 12. The collecting tank 2 is fixed at the middle lower part of the frame 1, the poultry intestine stretching section 3 is arranged at the inlet end of the frame 1 (the end of the poultry viscera pack enters the device of the application), and the inclination angle and the left and right positions of the poultry intestine stretching section 3 relative to the poultry viscera pack can be adjusted. The hanger 8 is fixed at the middle of the frame 1, the rail 4 is fixed at the upper end of the hanger 8, and the poultry viscera coating viscera clamp 700 clamps the viscera entering the device of the application through the rail. The isolating switch 7 is fixed on the side surface of the hanging bracket 8. The stomach bag guide rail 5 is arranged at the left side of the frame 1 in the advancing direction, the height of the stomach bag guide rail 5 and the left and right positions relative to the frame 1 can be adjusted, the grease separation guide rod 6 is arranged at the right side of the frame 1 in the advancing direction, and the height of the grease separation guide rod 6 and the left and right positions relative to the frame 1 can be adjusted. The gall bladder positioning section 9 is arranged at the outlet end of the frame 1, the inclination angle of the gall bladder positioning section 9 and the left and right positions of the gall bladder positioning section relative to the viscera bag of the poultry can be adjusted, the water spraying pipeline 10 is respectively fixed at the poultry intestine stretching section 3 and the gall bladder positioning section 9, the air suction pipeline 11 is fixed at the left side of the gall bladder positioning section 9, and the cutter assembly 12 is fixed at the outlet end of the gall bladder positioning section 9. The water spraying pipeline is used for lubricating and cleaning poultry viscera and poultry viscera travel channels. The air suction pipeline is used for positioning the gallbladder before cutting the intestinal liner.

As shown in fig. 1, 4 and 5: the frame 1 includes: the device comprises a frame weld 1-1, an inlet adjusting assembly 1-2, a middle front adjusting assembly 1-3, a middle rear adjusting assembly 1-4, an outlet adjusting assembly 1-5, a collecting tank seat 1-7, a foot margin 1-8 and a supporting leg 1-9. The two sides of the frame welding 1-1 are sequentially connected with an inlet adjusting assembly 1-2, a middle front adjusting assembly 1-3, a middle rear adjusting assembly 1-4 and an outlet adjusting assembly 1-5 along the advancing direction, and the adjusting assemblies can slide up and down and are used for adjusting the inclination angles and the heights of the poultry intestine stretching section 3 and the gall bladder positioning section 9. The inlet adjusting assembly 1-2, the middle front adjusting assembly 1-3, the middle rear adjusting assembly 1-4 and the outlet adjusting assembly 1-5 are identical in structure and comprise adjusting screws 1-6, fixing plates 1-10, adjusting plates 1-11 and fixing rings 1-12, wherein the adjusting screws 1-6 are arranged on the upper parts of the adjusting assemblies, the lengths of the adjusting plates 1-11 extending out can be adjusted and used for adjusting the left and right positions of the stretching sections 3 and the gall bladder positioning sections 9 of the poultry intestines relative to the viscera bags of the poultry, the adjusting plates 1-11 are connected with the fixing plates 1-10 through bolts, the adjusting plates 1-11 can slide up and down along the fixing plates 1-10 and are used for adjusting the inclination angles and the heights of the stretching sections 3 and the gall bladder positioning sections 9 of the poultry, the fixing rings 1-12 are welded on the lower parts of the fixing plates 1-10, jackscrews penetrate through the fixing rings 1-12 from bottom to top and are used for propping up the lower end faces of the adjusting plates 1-11, and the fixing plates 1-10 are fixed on a frame in a welding mode. The collecting tank seat 1-7 is fixed with the collecting tank connecting lug 2-3, the ground feet 1-8 are connected with the supporting legs 1-9, and the length of the ground feet 1-8 extending out of the supporting legs 1-9 can be adjusted. The supporting legs 1-9 are arranged at the lower ends of the vertical beams of the frame welding 1-1, the extending length of the supporting legs 1-9 can be adjusted, and the supporting legs are fixed through jackscrews.

As shown in fig. 1, 4, 5 and 6: the collecting tank 2 comprises a tank body 2-1, a blocking plate 2-2, a collecting tank connecting lug 2-3, a sewage drain 2-4 and a flange 2-5. The collecting tank connecting lugs 2-3 are welded on two sides of the tank body 2-1 and are used for being fixed with the collecting tank seat 1-7, the drain outlet 2-4 is positioned at the bottommost part of the tank body 2-1, one end of the drain outlet 2-4 is sealed by the blocking plate 2-2, the other end of the drain outlet 2-4 is connected with the flange 2-5 and is used for draining, when the draining direction is opposite to the illustration direction, the positions of the blocking plate 2-2 and the flange 2-5 can be changed, and the draining direction is changed.

As shown in fig. 1, 7, 8, 9, 10, 11, 12: the poultry intestine stretching section 3 comprises a stretching left transverse beam 3-1, a stretching left vertical plate 3-2, a stretching left baffle plate 3-3, an outlet stretching roller seat 3-4, a stretching right transverse beam 3-5, a stretching right vertical plate 3-6, a stretching right baffle plate 3-7, a stretching speed reducer 3-8, a stretching speed reducer chain wheel 3-9, a stretching chain 3-10, a stretching roller chain wheel 3-11, an inlet stretching roller seat 3-12, a stretching adhesive tape 3-13 and a stretching roller 3-14. The two ends of the stretching roller 3-14 are respectively arranged in an inlet stretching roller seat 3-12 and an outlet stretching roller seat 3-4, and a plurality of stretching adhesive tapes 3-13 are embedded in stretching spiral grooves 3-14-1 on the circumference of the stretching roller 3-14. The stretching roller chain wheel 3-11 is fixed with the inlet end of the stretching roller 3-14, the stretching speed reducer chain wheel 3-9 is fixed with the stretching speed reducer 3-8, and when the stretching speed reducer 3-8 rotates, the stretching roller 3-14 is driven to rotate by the stretching chain 3-10. The stretching left vertical plate 3-2 is connected with the stretching left cross beam 3-1, the stretching left baffle plate 3-3 is connected with the stretching left vertical plate 3-2, and the length of the stretching left baffle plate 3-3 extending out of the stretching left vertical plate 3-2 can be adjusted by adjusting nuts on the stretching left screw rods 3-3-1 on two sides of the stretching left vertical plate 3-2, so that the size of a gap between the stretching left baffle plate 3-3 and the stretching rotary roller 3-14 is adjusted. The stretching right vertical plate 3-6 is connected with the stretching right cross beam 3-5, the stretching right baffle plate 3-7 is connected with the stretching right vertical plate 3-6, and the length of the stretching right baffle plate 3-7 extending out of the stretching right vertical plate 3-6 can be adjusted by adjusting nuts on stretching right screw rods 3-7-3 on two sides of the stretching right vertical plate, so that the size of a gap between the stretching right baffle plate 3-7 and the stretching rotary roller 3-14 is adjusted. When the viscera clamp clamps the viscera bag to pass through the poultry intestine stretching section 3, the poultry intestines travel in a channel formed by the stretching left baffle plate and the stretching right baffle plate, and the rotating stretching rotary roller 3-14 clamps the poultry intestines together with the stretching left baffle plate 3-3 through the adhesive tape 3-13 to downwards pull the poultry intestines together.

As shown in fig. 1, 13 and 14: the stomach pouch guide rail 5 comprises a guide plate 5-1 in the form of a grid plate, an adjusting rod 5-2, a transverse groove 5-3, a vertical groove 5-4 and a bolt 5-5. The vertical groove 5-4 is fixed on the frame 1 by bolts 5-5, the horizontal groove 5-3 is connected to the upper end of the vertical groove 5-4, the height can be adjusted by long holes on the vertical groove 5-4 and threaded holes on the horizontal groove 5-3, one end of the adjusting rod 5-2 is connected with the horizontal groove 5-3, the other end is connected with the grid guide plate 5-1, and the length of the adjusting rod 5-2 extending out of the horizontal groove 5-3 can be adjusted by nuts on the adjusting rod. The guide plate 5-1 is bent towards the inlet end towards the transverse groove direction, so that the viscera bag of the poultry can be conveniently entered, and when the viscera clamp clamps the viscera bag to pass through the stomach bag guide rail 5, the guide plate 5-1 in the form of a grid plate rotates the liver backwards, so that the gall bladder and the stomach bag are exposed.

As shown in fig. 1, 15 and 16: the grease-separating guide bar 6 includes: guide rod inlet seat 6-1, guide rod body 6-2, guide rod outlet seat 6-3. The guide rod body 6-2 is respectively connected with the guide rod inlet seat 6-1 and the guide rod outlet seat 6-3, and the length of the guide rod body 6-2 extending out of the guide rod inlet seat and the guide rod outlet seat can be adjusted through nuts on the guide rod. The heights of the guide rod inlet seat 6-1 and the guide rod outlet seat 6-3 can be adjusted through long holes on the guide rod inlet seat and the guide rod outlet seat, and the inclination angle of the guide rod can be adjusted through the long holes, so that the height and the angle of the guide rod body 6-2 can be adjusted. When the viscera clamp clamps viscera bags to pass through the grease separation guide rod 6, the distance between the guide rod body 6-2 and the grid guide plate 5-1 is gradually narrowed from the inlet end to the outlet end, grease attached to the intestines of the poultry is scraped off under the combined action of the guide rod body 6-2 and the grid guide plate 5-1, and the grease is prevented from entering the subsequent gall bladder positioning section.

As shown in fig. 1, 17, 18, 22: the gall bladder positioning section 9 comprises a left positioning cross beam 9-1, a left positioning vertical plate 9-2, a gall bladder guide rail 9-3, a left positioning pressing plate 9-4, a left positioning baffle plate 9-16, an outlet positioning roller seat 9-5, a right positioning cross beam 9-6, a right positioning vertical plate 9-7, a right positioning pressing plate 9-8, a positioning speed reducer 9-9, a positioning speed reducer sprocket 9-10, a positioning chain 9-11, a positioning roller sprocket 9-12, an inlet positioning roller seat 9-13, a positioning adhesive tape 9-14 and a positioning roller 9-15. The two ends of the positioning rotating roller 9-15 are respectively arranged in an inlet positioning rotating roller seat 9-13 and an outlet positioning rotating roller seat 9-5, a plurality of positioning adhesive tapes 9-14 are embedded in a positioning long spiral groove 9-15-1 and a positioning short spiral groove 9-15-2 of the positioning rotating roller 9-15, and a plurality of positioning short spiral grooves 9-15-2 are formed in the circumference of the outlet end of the positioning rotating roller 9-15 so as to increase the downward pulling force of the positioning adhesive tapes 9-14 on the poultry intestines and prepare for cutting the poultry intestines by a cutter. The positioning roller chain wheel 9-12 is fixed with the inlet end of the positioning roller 9-15, the positioning speed reducer chain wheel 9-10 is fixed with the positioning speed reducer 9-9, when the positioning speed reducer 9-9 rotates, the positioning roller 9-15 is driven to rotate through the positioning chain 9-11, the positioning left vertical plate 9-2 is connected with the positioning left cross beam 9-1, and the gall bladder guide rail 9-3 is connected with the positioning left vertical plate 9-2. The length of the gallbladder guide rail 9-3 extending out of the left positioning vertical plate 9-2 can be adjusted by nuts on left adjusting rods 9-3-2 on two sides of the left positioning vertical plate, and the height of the gallbladder guide rail 9-3 can be adjusted by long holes on the left positioning vertical plate. The left positioning pressing plate 9-4 is connected with the left positioning cross beam 9-1 and is positioned below the gallbladder guide rail 9-3. The left positioning baffle plate 9-16 is connected with the left positioning cross beam 9-1 and is positioned below the left positioning pressing plate 9-4, and a gap between the left positioning pressing plate 9-4 and the right positioning pressing plate 9-8 can be adjusted. The right locating vertical plate 9-7 is connected with the right locating cross beam 9-6, the right locating pressing plate 9-8 is connected with the right locating vertical plate 9-7, and the length of the right locating pressing plate 9-8 extending out of the right locating vertical plate 9-7 can be adjusted through nuts on right adjusting rods 9-8-4 on two sides of the right locating vertical plate.

As shown in fig. 17, 18 and 19: the gallbladder guide rail 9-3 includes: a guide plate 9-3-1, an upper fin plate 9-3-3 and a left adjusting rod 9-3-2. The upper fin plate 9-3-3 is welded with the guide plate 9-3-1 and is tilted upwards, the inner end of the left adjusting rod 9-3-2 is welded with the guide plate 9-3-1, and the outer end of the left adjusting rod is connected with the positioning left vertical plate 9-2 for adjusting the length and the height of the left vertical plate 9-2 extending out and positioning.

As shown in fig. 1, 17, 18, 20, 21: the positioning left pressing plate 9-4 comprises a left folding plate 9-4-1, a left inclined plate 9-4-2, an air suction pipe 9-4-3, an air suction port 9-4-4, a left vertical plate 9-4-5 and an outlet bent plate 9-4-6. The left inclined plate 9-4-2 is gradually raised in height from the inlet to the outlet. The left inclined plate 9-4-2 is welded at the inlet end of the left folding plate 9-4-1, the right folding plate 9-8-1 is inclined, the left vertical plate 9-4-5 is welded at the outlet end of the left folding plate 9-4-1, the left vertical plate 9-4-5 is provided with the air suction port 9-4-4, the air suction pipe 9-4-3 is welded with the air suction port 9-4-4, the air suction pipe 9-4-3 is connected with the air suction pipeline 11 and used for adsorbing gall bladder, and the outlet bent plate 9-4-6 is welded at the outlet ends of the left folding plate 9-4-1 and the left vertical plate 9-4-5. The outlet bent plate 9-4-6 is provided with a long hole at the position corresponding to the left vertical plate 9-4-5. When the poultry intestines travel to the slot position of the outlet bend plate 9-4-6, the blades of the cutter assembly are arranged under the slot, and the rotating blades cut away the poultry intestines and the poultry gallbladder.

As shown in fig. 17, 18, 20, 21: the positioning right pressing plate 9-8 comprises: the right folding plate 9-8-1, the right sloping plate 9-8-2, the right vertical plate 9-8-3 and the right adjusting rod 9-8-4. The right inclined plate 9-8-2 is welded at the inlet end of the right folding plate 9-8-1 and is parallel to the left inclined plate 9-4-2, a gap formed by the left inclined plate 9-4-2 and the right inclined plate 9-8-2 is adjusted to be just used for the passage of poultry intestines and gall bladder, the right vertical plate 9-8-3 is welded at the outlet end of the right folding plate 9-8-1 and is parallel to the left vertical plate 9-4-5, a gap formed by the left vertical plate 9-4-5 and the right vertical plate 9-8-3 is adjusted to be just used for the passage of poultry intestines and gall bladder, and the right adjusting rod 9-8-4 is welded at the side surface of the right folding plate 9-8-1 to adjust the size of a poultry intestines channel gap.

As shown in fig. 1, 23 and 24: when the viscera clamp clamps the viscera bag to pass through the entrance of the gallbladder positioning section 9, the rotary positioning rotary roller 9-15 clamps the poultry intestines through the positioning adhesive tape 9-14 and the left positioning baffle plate 9-16 together to pull the poultry intestines downwards, the upper fin plate 9-3 supports the liver and rotates backwards, the liver is prevented from entering a gap formed by the left inclined plate 9-4-2 and the right inclined plate 9-8-2, the liver is prevented from being cut by a cutter, the gall bladder and the stomach bag are exposed, when the viscera clamp clamps the viscera bag to pass through the exit of the gall bladder positioning section 9, the poultry intestines and the gall bladder are positioned in the gap formed by the left vertical plate 9-4-5 and the right vertical plate 9-8-3, the rotary positioning rotary roller 9-15 pulls the poultry intestines downwards through the positioning adhesive tape 9-14, and the air suction port 9-4-4 adsorbs the gall bladder, so that the cutter assembly is ready for cutting the gall bladder and the poultry intestines.

As shown in fig. 1 and 25: the cutter assembly 12 comprises a cutter blade 12-1, a cutter shaft 12-2, an upper adjusting bolt 12-3, a side adjusting bolt 12-4, an inner adjusting plate 12-5, a connecting plate 12-6, an outer adjusting plate 12-7, a bearing chamber 12-8 and a motor 12-9. The connecting plate 12-6 and the outlet end of the gallbladder positioning section 9 are fixed together, the outer adjusting plate 12-7 is welded on the connecting plate 12-6, the outer adjusting plate 12-7 and the inner adjusting plate 12-5 are connected together, the inner adjusting plate 12-5 is connected with the bearing chamber 12-8, the bearing chamber 12-8 and the motor 12-9 are fixed together, the cutter shaft 12-2 is arranged in the bearing chamber 12-8, the lower end of the cutter shaft 12-2 is connected with the motor 12-9, the upper end of the cutter shaft 12-2 is fixed with the cutter blade 12-1, the height of the bearing chamber 12-8 is adjusted through the upper adjusting bolt 12-3, so that the height of the cutter blade 12-1 is adjusted, the left and right positions of the bearing chamber 12-8 are adjusted through the side adjusting bolt 12-4, so that the left and right positions of the cutter blade 12-1 are driven to rotate through the motor 12-9, and the intestines and the gallbladder of birds are cut off.

The working process comprises the following steps:

as shown in fig. 12, 14, 16, 23, 24, 26: the viscera clamp clamps the viscera bag to enter the poultry intestine stretching section 3 of the intestine-liner separator, the water spraying pipeline 10 sprays water to the viscera bag, lubricates and cleans the viscera bag and equipment, and the rotating stretching roller 3-14 clamps the poultry intestines together through the stretching adhesive tape 3-13 and the stretching left baffle 3-3 to downwards pull away the connected poultry intestines. Then the viscera clamp clamps the viscera bag to pass through the stomach bag guide rail 5, the grid guide plate 5-1 rotates the liver backwards to expose the gall bladder and the stomach bag, and simultaneously the guide rod body 6-2 and the grid guide plate 5-1 jointly act to scrape off the grease attached to the intestines of the poultry, so that the grease is prevented from entering the subsequent gall bladder positioning section. Then the viscera clamp clamps the viscera bag to enter the entrance of the gallbladder positioning section 9, the rotary positioning rotary roller 9-15 clamps the poultry intestines through the positioning adhesive tape 9-14 and the left positioning baffle plate 9-16 together to pull the poultry intestines downwards, the upper fin plate 9-3 supports the liver and rotates backwards, the liver is prevented from entering a gap formed by the left inclined plate 9-4-2 and the right inclined plate 9-8-2, the liver is prevented from being cut by a cutter when the poultry intestines and the gallbladder are cut, the gallbladder and the stomach bag are exposed at the same time, the viscera clamp clamps the viscera bag to be positioned in the gap formed by the left vertical plate 9-4-5 and the right vertical plate 9-8-3 when the viscera bag is exported through the gallbladder positioning section 9, the rotary positioning rotary roller 9-15 pulls the poultry intestines downwards through the positioning adhesive tape 9-14, and the air suction port 9-4-4 adsorbs the gallbladder. When the poultry intestines and the gall bladder are contacted with the blade 12-1, the rotating blade 12-1 cuts off the poultry intestines and the gall bladder, the cut-off poultry intestines and gall bladder fall into the collecting tank, the water spraying pipeline 10 sprays water to the viscera bag and the equipment, the equipment is cleaned, the gall bladder and the poultry intestines are downwards flushed, and then the viscera bag with the viscera clamp clamped and separated intestines and gall bladder is removed from the intestines and gall bladder separator, so that the whole intestinal and gall bladder separation process is completed.

The inner end in the application is the end of the wire facing the longitudinal center of the whole machine, and the opposite direction is the outer end. The front end is the entrance end of the poultry viscera walking, and the rear end is the exit end. The left side is the left side of the poultry viscera walking direction, and the right side is the right side of the poultry viscera walking direction. "inside", "outside", "front", "back", "left", "right", etc. are used for the purpose of illustrating the structure of the product and are not intended to limit the present application.

Description: the direction indicated by the arrow in the drawing is the viscera advancing direction of the poultry.

Finally, it should be noted that the above embodiments are merely illustrative of the technical solutions of the embodiments of the present application, and are not limiting. Although embodiments of the present application have been described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that: the technical scheme described in the foregoing embodiments can be modified or some or all of the technical features thereof can be replaced by equivalents; such modifications and substitutions do not depart from the spirit of the corresponding technical solutions.

Claims (7)

1. An apparatus for separating a liner from a poultry viscera pack, comprising: the poultry intestine separating device comprises a frame (1), a hanging bracket (8), a track (4), a collecting tank (2), a poultry intestine stretching section (3), a stomach bag guide rail (5), a grease separating guide rod (6), a gall bladder positioning section (9), an air suction pipeline (11) and a cutter assembly (12), wherein the hanging bracket (8) is installed in the middle of the frame (1), the track (4) is installed at the upper part of the hanging bracket (8), the collecting tank (2) is installed at the lower part of the frame, the poultry intestine stretching section (3), the stomach bag guide rail (5), the grease separating guide rod (6), the gall bladder positioning section (9) and the cutter assembly (12) are sequentially installed on the frame from an inlet to an outlet above the collecting tank, and the air suction pipeline (11) is fixedly installed on the gall bladder positioning section (9);

The machine frame (1) comprises a machine frame welding joint (1-1), an inlet adjusting component (1-2), a middle front adjusting component (1-3), a middle rear adjusting component (1-4), an outlet adjusting component (1-5), a collecting tank seat (1-7), a foundation (1-8) and supporting legs (1-9);

the two sides of the frame weld (1-1) are sequentially provided with an inlet adjusting component (1-2), a middle front adjusting component (1-3), a middle rear adjusting component (1-4) and an outlet adjusting component (1-5) from the inlet to the outlet, the inlet adjusting component (1-2), the middle front adjusting component (1-3), the middle rear adjusting component (1-4) and the outlet adjusting component (1-5) are identical in structure and comprise adjusting screws (1-6), fixing plates (1-10) and adjusting plates (1-11), the fixing plates (1-10) are fixed on the frame weld, the fixing plates (1-10) are provided with a plurality of screw holes, the adjusting plates (1-11) are provided with longitudinal long holes, bolts penetrate through the long holes and the screw holes to connect the fixing plates (1-10) with the adjusting plates (1-11), the upper ends of the adjusting plates (1-11) are connected with transverse adjusting screws (1-6), nuts are connected to the adjusting screws (1-6) on the two sides of the adjusting plates (1-11), and one end, facing the inner side of each adjusting screw (1-6) is provided with a nut;

the two sides of the frame welding are provided with a plurality of collecting groove seats (1-7), the supporting legs (1-9) are arranged at the lower ends of vertical beams of the frame welding (1-1) and fixed through jackscrews, and the foundation feet (1-8) are connected with the supporting legs (1-9) through bolts;

The poultry intestine stretching section (3) comprises a stretching left transverse beam (3-1), a stretching left vertical plate (3-2), a stretching left baffle plate (3-3), an outlet stretching roller seat (3-4), a stretching right transverse beam (3-5), a stretching right vertical plate (3-6), a stretching right baffle plate (3-7), a stretching speed reducer (3-8), a stretching speed reducer chain wheel (3-9), a stretching chain (3-10), a stretching roller chain wheel (3-11), an inlet stretching roller seat (3-12), a stretching adhesive tape (3-13) and a stretching roller (3-14);

the stretching left cross beam (3-1) is in threaded connection with an inlet adjusting component (1-2) of the frame and an adjusting screw (1-6) of the middle front adjusting component (1-3), the stretching left cross beam (3-1) is in bolt connection with the stretching left vertical plate (3-2), the stretching left screw (3-3-1) of the stretching left baffle plate (3-3) penetrates through the stretching left vertical plate (3-2), and nuts are arranged on the stretching left screw (3-3-1) at two sides of the stretching left vertical plate (3-2);

the stretching right cross beam (3-5) is in threaded connection with an inlet adjusting component (1-2) of the frame and an adjusting screw (1-6) of the middle front adjusting component (1-3), the stretching right cross beam (3-5) is in bolt connection with the stretching right vertical plate (3-6), the stretching right screw (3-7-3) of the stretching right baffle plate (3-7) penetrates through the stretching right vertical plate (3-6), and nuts are arranged on the stretching right screw (3-7-3) at two sides of the stretching right vertical plate (3-6);

A stretching roller (3-14) is arranged between the stretching left baffle (3-3) and the stretching right baffle (3-7), two ends of the stretching roller (3-14) are respectively arranged on an inlet stretching roller seat (3-12) and an outlet stretching roller seat (3-4), the inlet stretching roller seat (3-12) and the outlet stretching roller seat (3-4) are fixed on a stretching right cross beam (3-5), a plurality of stretching adhesive tapes (3-13) are arranged on the circumference of the stretching roller (3-14), a stretching roller chain wheel (3-11) and the inlet end of the stretching roller (3-14) are fixed together, a stretching speed reducer chain wheel (3-9) and a stretching speed reducer (3-8) are fixed together, and the stretching speed reducer (3-8) drives the stretching roller (3-14) to rotate through a stretching chain (3-10) when rotating;

the gallbladder positioning segment (9) comprises: the device comprises a left positioning beam (9-1), a left positioning vertical plate (9-2), a gall bladder guide rail (9-3), a left positioning pressing plate (9-4), a left positioning baffle (9-16), an outlet positioning roller seat (9-5), a right positioning beam (9-6), a right positioning vertical plate (9-7), a right positioning pressing plate (9-8), a positioning speed reducer (9-9), a positioning speed reducer sprocket (9-10), a positioning chain (9-11), a positioning roller sprocket (9-12), an inlet positioning roller seat (9-13), a positioning adhesive tape (9-14) and a positioning roller (9-15);

the left positioning cross beam (9-1) is in threaded connection with the middle and rear adjusting assembly (1-4) and the adjusting screw (1-6) of the outlet adjusting assembly (1-5) of the frame, the left positioning cross beam (9-1) is in threaded connection with the left positioning vertical plate (9-2), a long hole is formed in the left positioning vertical plate (9-2), the outer end of the left adjusting rod (9-3-2) of the gall bladder guide rail (9-3) penetrates through the long hole of the left positioning vertical plate (9-2), nuts are arranged on the left adjusting rods (9-3-2) on the two sides of the left positioning vertical plate, the left positioning press plate (9-4) is in threaded connection with the left positioning cross beam (9-1) and is arranged below the gall bladder guide rail (9-3), a left positioning baffle (9-16) is arranged below the left positioning press plate (9-4) and at the opposite position of the positioning rotating roller, and the left positioning baffle (9-16) is in threaded connection with the left positioning cross beam (9-1);

The positioning right cross beam (9-6) is in threaded connection with the middle and rear adjusting assembly (1-4) and the adjusting screw (1-6) of the outlet adjusting assembly (1-5) of the frame, the positioning right cross beam (9-6) is in bolt connection with the positioning right vertical plate (9-7), a long hole is formed in the positioning right vertical plate (9-7), the outer end of the right adjusting rod (9-8-4) of the positioning right pressing plate (9-8) penetrates through the long hole of the positioning right vertical plate (9-7), and nuts are arranged on the right adjusting rods (9-8-4) on the two sides of the positioning right vertical plate (9-7);

the two ends of the positioning roller (9-15) are respectively arranged on an inlet positioning roller seat (9-13) and an outlet positioning roller seat (9-5), the inlet positioning roller seat (9-13) and the outlet positioning roller seat (9-5) are fixed on a positioning right cross beam (9-6), a plurality of positioning adhesive tapes (9-14) are arranged on the circumference of the positioning roller (9-15), a positioning roller sprocket (9-12) and the inlet end of the positioning roller (9-15) are fixed together, a positioning speed reducer sprocket (9-10) and a positioning speed reducer (9-9) are fixed together, and the positioning speed reducer (9-9) is driven to rotate through a positioning chain (9-11) when rotating.

2. An apparatus for separating the liner from the viscera pack of poultry as defined in claim 1, wherein:

the stretching left baffle (3-3) is divided into a stretching left screw (3-3-1), a stretching left reverse folding plate (3-3-2) and a stretching left connecting plate (3-3-3), wherein the stretching left connecting plate (3-3-3) is welded with the inner end of the stretching left screw (3-3-1), and the upper end of the stretching left connecting plate (3-3-3) is outwards folded to form the stretching left reverse folding plate (3-3-2);

The right stretching baffle (3-7) is divided into a right stretching reverse folding plate (3-7-1), a right stretching flat plate (3-7-2), a right stretching screw (3-7-3) and a right stretching connecting plate (3-7-4), the right stretching connecting plate (3-7-4) is welded with the inner end of the right stretching screw (3-7-3), the upper end of the right stretching connecting plate (3-7-4) extends inwards to form the right stretching flat plate (3-7-2), and the inner end of the right stretching flat plate (3-7-2) extends upwards and outwards to form the right stretching reverse folding plate (3-7-1);

a plurality of stretching spiral grooves (3-14-1) are formed in the circumference of the stretching rotary roller (3-14), stretching adhesive tapes (3-13) are embedded in the stretching spiral grooves (3-14-1), the cross section of each stretching spiral groove (3-14-1) is a trapezoid with the inner side wide and the outer side narrow, and the cross section of each stretching adhesive tape (3-13) is a trapezoid with the same shape.

3. An apparatus for separating the liner from the viscera pack of poultry as defined in claim 1, wherein:

the stomach bag guide rail (5) comprises a guide plate (5-1), an adjusting rod (5-2), a transverse groove (5-3) and a vertical groove (5-4), wherein the lower end of the vertical groove (5-4) is fixed on the frame 1 by a bolt (5-5), the transverse groove (5-3) is connected to the upper end of the vertical groove (5-4), a long hole is formed in the upper end of the vertical groove, a plurality of screw holes are formed in the transverse groove, the bolt penetrates through the long hole and the screw holes to connect the transverse groove with the vertical groove, one end of the adjusting rod (5-2) is connected with the guide plate (5-1), the other end penetrates through the transverse groove, and nuts are connected to the adjusting rods on two sides of the transverse groove;

The guide plate (5-1) is a grid plate, and the guide plate (5-1) bends towards the inlet end and the transverse groove direction.

4. An apparatus for separating the liner from the viscera pack of poultry as defined in claim 1, wherein:

the grease separation guide rod (6) comprises a guide rod inlet seat (6-1), a guide rod body (6-2) and a guide rod outlet seat (6-3), wherein two ends of the guide rod body (6-2) respectively penetrate through the guide rod inlet seat (6-1) and the guide rod outlet seat (6-3), nuts are connected to the guide rods on two sides of the guide rod inlet seat (6-1) and the guide rod outlet seat (6-3), long holes are formed in the guide rod inlet seat (6-1) and the guide rod outlet seat (6-3), bolts penetrate through the long holes in the guide rod inlet seat (6-1) to be fixed on the side wall of the collecting groove (2), bolts penetrate through the long holes in the guide rod outlet seat (6-3) to be fixed on the gall bladder positioning section (9), and two ends of the guide rod (6) are bent towards the guide rod inlet seat (6-1) and the guide rod outlet seat (6-3).

5. An apparatus for separating the liner from the viscera pack of poultry as defined in claim 1, wherein:

the gallbladder guide rail (9-3) comprises a guide plate (9-3-1), an upper fin plate (9-3-3) and a left adjusting rod (9-3-2), wherein the upper fin plate (9-3-3) is welded with the guide plate (9-3-1) and tilted upwards, the inner end of the left adjusting rod (9-3-2) is welded with the guide plate (9-3-1), and the outer end of the left adjusting rod is connected with the left positioning vertical plate (9-2).

6. An apparatus for separating the liner from the viscera pack of poultry as defined in claim 1, wherein:

the positioning left pressing plate (9-4) comprises a left folding plate (9-4-1), a left inclined plate (9-4-2), an air suction pipe (9-4-3), an air suction port (9-4-4), a left vertical plate (9-4-5) and an outlet bent plate (9-4-6);

the left inclined plate (9-4-2) is welded at the inlet end of the left folding plate (9-4-1), the left inclined plate (9-4-5) is inclined towards the direction of positioning the right pressing plate, the left vertical plate (9-4-5) is welded at the outlet end of the left folding plate (9-4-1), the left vertical plate (9-4-5) is provided with an air suction port (9-4-4), the air suction pipe (9-4-3) is welded with the air suction port (9-4-4), the air suction pipe (9-4-3) is communicated with the air suction pipeline (11), and the outlet bent plate (9-4-6) is welded at the outlet ends of the left folding plate (9-4-1) and the left vertical plate (9-4-5);

the outlet bending plate (9-4-6) is provided with a long hole at the position corresponding to the left vertical plate (9-4-5);

the positioning right pressing plate (9-8) comprises a right folding plate (9-8-1), a right inclined plate (9-8-2), a right vertical plate (9-8-3) and a right adjusting rod (9-8-4), wherein the right inclined plate (9-8-2) is welded at the inlet end of the right folding plate (9-8-1) and is parallel to the left inclined plate (9-4-2), the right vertical plate (9-8-3) is welded at the outlet end of the right folding plate (9-8-1) and is parallel to the left vertical plate (9-4-5), and the right adjusting rod (9-8-4) is welded at the side surface of the right folding plate (9-8-1);

the circumference of the positioning rotating roller (9-15) is provided with a plurality of positioning long spiral grooves (9-15-1), the circumference of the outlet end of the positioning rotating roller (9-15) is provided with a plurality of positioning short spiral grooves (9-15-2), positioning adhesive tapes (9-14) are embedded in the spiral grooves, the cross section of each spiral groove is trapezoid with the inner part wide and the outer part narrow, and the cross section of each positioning adhesive tape (9-14) is trapezoid with the same shape.

7. An apparatus for separating the liner from the viscera pack of poultry as defined in claim 1, wherein:

the cutter assembly (12) comprises a blade (12-1), a cutter shaft (12-2), an upper adjusting bolt (12-3), a side adjusting bolt (12-4), an inner adjusting plate (12-5), a connecting plate (12-6), an outer adjusting plate (12-7), a bearing chamber (12-8) and a motor (12-9), wherein the connecting plate (12-6) is fixedly connected with the outlet end of the gall bladder positioning section (9), the outer adjusting plate (12-7) is welded on the connecting plate (12-6), a long hole is formed in the outer adjusting plate, the bolt penetrates through the long hole to fixedly connect the outer adjusting plate (12-7) with the inner adjusting plate (12-5), the side adjusting bolt (12-4) penetrates through the side of the outer adjusting plate (12-7) to be in threaded connection with the side end of the inner adjusting plate (12-5), the long hole is formed in the inner adjusting plate, the bolt penetrates through the long hole to fixedly connect the inner adjusting plate (12-5) with the bearing chamber (12-8), and the upper adjusting bolt (12-3) penetrates through the disc plate from the upper end of the bearing chamber to be in threaded connection with the upper end of the inner adjusting plate (12-5).