CN112044541B

CN112044541B - Cutting equipment for oviductus ranae

Info

Publication number: CN112044541B
Application number: CN202010860946.0A
Authority: CN
Inventors: 赵金凯
Original assignee: Li Siya
Current assignee: Shandong Runyao Environmental Protection Technology Co ltd
Priority date: 2020-08-25
Filing date: 2020-08-25
Publication date: 2021-08-17
Anticipated expiration: 2040-08-25
Also published as: CN112044541A

Abstract

The invention discloses a piece cutting device for oviductus ranae, which structurally comprises a main body support, wherein a chopping module for chopping hard oviductus ranae blocks of cultured frogs is arranged at the uppermost end of the main body support, a heating and squeezing module for decocting and chopping the hard oviductus ranae blocks is arranged at the lower end of the chopping module, a screening module for screening oviductus ranae is arranged at the lower end of the heating and squeezing module, and the device realizes the functions of chopping, screening and secondary extrusion screening of the hard oviductus ranae blocks and improves the production efficiency of the oviductus ranae through the chopping module, the heating and squeezing module and the screening module.

Description

Cutting equipment for oviductus ranae

Technical Field

The invention belongs to the field of medicine processing equipment, and particularly relates to toad oil dicing equipment.

Background

The prior art has the defects that the oviductus ranae is a general name of substances extracted from generalized frogs, the oviductus ranae is produced by using cultured frogs through corresponding process technology, the oviductus ranae belongs to one of the categories of oviductus ranae, a solvent is conveniently formed after the processed oviductus ranae is broken in the common oviductus ranae oil refining process so as to be processed into a diluted oviductus ranae solvent, and corresponding efficient processing equipment is lacked in the existing equipment.

For example, chinese patent literature discloses a pot for boiling animal fat and oil [ application No.: 201821587403.0], the utility model discloses a pot for boiling animal fat, which comprises a pot body, a frame type stirrer, a speed reducer base, a shaft coupling, a bearing, a speed reducer and a motor. The utility model discloses a cancellation mechanical seal changes into the packing and seals, can avoid the possibility that mechanical seal damaged, and the cost is reduced maintains simply, and the conventional mode installation of speed reducer, simple structure, occupation of land space is little, and the material is heated evenly and is difficult for gluing at the tank bottoms.

According to the scheme, the processed animal fat hard block is not broken sufficiently so as to facilitate subsequent processing.

Disclosure of Invention

The invention aims to solve the problems and provides automatic equipment capable of sufficiently breaking hard blocks of the oviductus ranae so as to form solvent products.

The invention is realized by the following technical scheme: the invention relates to a piece cutting device for oviductus ranae, which comprises a main body support, wherein a chopping module for chopping hard oviductus ranae blocks of cultured frogs is arranged at the uppermost end of the main body support, a heating and squeezing module for boiling and chopping the hard oviductus ranae blocks is arranged at the lower end of the chopping module, and a screening module for screening the oviductus ranae is arranged at the lower end of the heating and squeezing module.

According to a further technical scheme, the chopping module comprises a placing fixing piece, the placing fixing piece is fixedly arranged at the top of the main body support, a chopping component for chopping the hard oviductus ranae blocks is arranged at the inner ring of the placing fixing piece, and a stirring and screening component for stirring and screening the hard oviductus ranae blocks is arranged at the lower end of the chopping component.

Further technical scheme, the subassembly of cutting up is including placing the inner chamber, it locates to place the inner chamber place the firmware inner circle, it has set firmly and cuts the shell to place the inner chamber lower extreme, it is equipped with the cutter to cut the shell lower extreme, the cutter with cut the inside end wall sliding fit of shell and connect, the cutter outer lane has set firmly the roll motor, the cutter outer lane has set firmly the external gear, one side power connection is provided with the cooperation gear, the cooperation gear with the external gear meshing sets up to the effect of cutting up the hard piece of oviductus Ranae has been realized through above-mentioned structure.

Further technical scheme, the stirring screening subassembly includes the screening sieve mouth, the screening sieve mouth be located cut under the shell in the end wall and with cut the shell intercommunication setting, screening sieve mouth intermediate position has set firmly agitator motor, the agitator motor upper end is equipped with the stirring net, the stirring net with agitator motor power is connected to realized will cutting up the stirring of the hard piece of toad oil and pass through above-mentioned structure the screening sieve mouth is in order to accord with the discharged effect of the hard piece of toad oil of specification.

According to a further technical scheme, the heating and squeezing module comprises a side disc fixed to the lower end face of the shell, a dropping cavity is arranged in the side disc and communicated with the screening sieve opening, a dropping assembly for secondarily screening the oviductus ranae is arranged at the lower end of the dropping cavity, and a secondary screening assembly for screening the oviductus ranae is arranged at the lower end of the dropping assembly.

A further technical scheme, the subassembly of falling includes the fixed baffle of falling of cavity end wall of falling, the baffle intermediate position of falling has set firmly the pole of falling, it is provided with the rotation motor to fall pole one side, the rotation motor is fixed set up in the baffle of falling, the pole of falling with rotate motor power and connect, it is provided with the mouth that drops to fall baffle one end of falling, the mouth that drops runs through the setting from top to bottom to realized through above-mentioned structure with oviductus Ranae follow the baffle of falling is to the function of the subassembly that falls to next.

Further technical scheme, the secondary screening subassembly includes the cooperation screen cloth, the cooperation screen cloth sets firmly in the cavity downside that falls, cooperation screen cloth intermediate position has set firmly the secondary screen cloth to realized the effect with oviductus Ranae secondary screening through above-mentioned subassembly.

Further technical scheme, the screening module includes the filter screen retainer plate, the filter screen retainer plate fixed set up in terminal surface under the side dish, the filter screen retainer plate intermediate position is equipped with carries out the secondary extrusion subassembly that the secondary extruded with oviductus Ranae, and secondary extrusion subassembly lower extreme is equipped with the guide subassembly that moves the oviductus Ranae guide, and the guide subassembly lower extreme is equipped with the screening encapsulation subassembly that finally screens the partial shipment with oviductus Ranae.

Further technical scheme, the secondary extrusion subassembly includes the filter screen retainer plate, the filter screen retainer plate set firmly in the side dish lower extreme, filter screen retainer plate inner circle has set firmly the outer lane filter screen, outer lane filter screen inner circle is equipped with the bottom filter screen, the bottom filter screen with outer lane filter screen normal running fit connects, outer lane filter screen lower extreme has set firmly rotates main motor, the output shaft that rotates main motor with bottom filter screen power is connected, the inside a plurality of filter screen imports that are equipped with of bottom filter screen, outer lane filter screen outer lane is equipped with the filtration pore to realized the effect with oviduct secondary extrusion through above-mentioned structure.

Further technical scheme, the guide subassembly includes the guide plate, the guide plate sets firmly in outer lane filter screen lower extreme position to the piece of toad oil after the secondary extrusion is followed when the filtration pore is worn out through the guide plate guide moves to next subassembly, the screening encapsulation subassembly is including the screening circle, the screening circle sets firmly in the guide plate lower extreme, the inside screening chamber that sets up for the cavity of screening circle, screening circle intermediate position sets firmly final filter screen, screening chamber bottom surface is provided with the screening chassis, screening chassis lower extreme position sets firmly in connecing the basin greatly, connect the basin right side greatly and set firmly the slide, connect greatly and be provided with down the cone section of thick bamboo between basin and the screening chassis, thereby realized the screening and the encapsulation of toad oil through above-mentioned structure.

The invention has the beneficial effects that: this equipment has realized cutting up the screening of hard piece of oviductus Ranae, the equipment that secondary extrusion screening improved oviductus Ranae production efficiency through shredding module, heating and squeezing module, screening module.

The advantages are as follows:

1. when the chopping module works, the inverted cone-shaped opening of the inner cavity is placed, so that more hard blocks of the oviductus ranae can be poured conveniently, and the working efficiency of the equipment can be improved

2. The module during operation is squeezed in the heating the setting of beating down the baffle can play the ration screening and can not make secondary screen cloth blocks up, has improved the stability of equipment operation.

3. The during operation of screening module the secondary screening of oviductus Ranae has been realized in setting up of final filter screen, prevents the entering of impurity, has improved the stability of equipment.

4. The subassembly during operation of cutting up the cutter is upper and lower two-layer structure setting, can form transition buffer structure so that carry out abundant the roll that blocks by box formula's stirring net behind the oviduct chopping when cutting up into piece oviduct so that the oviduct chopping, can adopt the mode of vibrations oviduct hard piece to make the oviduct can be better continue to drop such setting and improve the work efficiency of equipment after the breakage.

5. Stirring screening subassembly during operation the stirring net sets up for circular hollow out construction, and such setting can prevent to block up when the screening, has improved equipment operating stability.

6. The dropping assembly drops hard toad oil blocks from the dropping opening through rotation of the dropping partition plate during operation, the structure arrangement ensures that the dropping partition plate rotates for a circle to drop quantitative toad oil, and production efficiency of equipment is ensured

7. When the secondary screening component works, the toad oil can be further screened, and the screen mesh of the final filter screen is finer than the secondary screen mesh, so that the toad oil hard blocks meeting the specification continuously fall.

Drawings

FIG. 1 is a schematic diagram of the inventive apparatus configuration;

FIG. 2 is a schematic view of the inventive apparatus in half section;

FIG. 3 is an enlarged schematic view of the invention at A in FIG. 2;

FIG. 4 is an enlarged schematic view of the invention at B of FIG. 2;

in the figure, the placing inner cavity 110, the placing fastener 111, the cutter 112, the screening sieve opening 113, the stirring net 115, the stirring motor 116, the dropping cavity 117, the rotating motor 118, the dropping rod 119, the secondary screen 120, the outer ring screen 121, the screen fixing ring 122, the bottom screen 123, the rotating main motor 124, the guide plate 125, the screening ring 126, the final screen 127, the screening cavity 128, the screening base plate 129, the receiving basin 131, the sliding plate 132, the dropping opening 134, the dropping baffle 137, the matching screen 138, the main body bracket 140, the cutting shell 141, the rolling motor 210, the outer gear 213, the screen inlet 311, the filtering hole 312, the chopping module 910, the heating and pressing module 911 and the screening module 912 are arranged.

Detailed Description

As shown in fig. 1 to 4, the present invention is explained in detail, and for convenience of description, the following orientations are defined as follows: the up-down, left-right and front-back directions are consistent with the up-down, left-right and front-back directions of the projection relation of the picture 1, the cutting device for the oviductus ranae comprises a main body support 140, the main body support 140 is welded and connected by a metal plate, a chopping module 910 for chopping hard oviductus ranae blocks of cultured frogs is arranged at the uppermost end of the main body support 140, a heating and pressing module 911 for decocting and chopping the hard oviductus ranae blocks is arranged at the lower end of the chopping module 910, and a screening module 912 for screening the oviductus ranae is arranged at the lower end of the heating and pressing module 911.

Advantageously, the shredding module 910 includes a placing fixture 111, the placing fixture 111 is fixed on the top of the main body frame 140, a shredding assembly for shredding hard pieces of the oviductus ranae is arranged in the placing fixture 111, and a stirring and screening assembly for stirring and screening the hard pieces of the oviductus ranae is arranged at the lower end of the shredding assembly.

Beneficially, the chopping assembly comprises a placing inner cavity 110, the placing inner cavity 110 is arranged at the inner circle of the placing fixing part 111, a cutting shell 141 is fixedly arranged at the lower end of the placing inner cavity 110, a cutter 112 is arranged at the lower end of the cutting shell 141, the cutter 112 is connected with the inner end wall of the cutting shell 141 in a sliding fit manner, a rolling motor 210 is fixedly arranged at the outer circle of the cutter 112, an outer gear 213 is fixedly arranged at the outer circle of the cutter 112, a matching gear is arranged at one side of the cutter 210 in a power connection manner, and the matching gear is meshed with the outer gear 213, so that the function of chopping the hard oviductus ranae is achieved through the structure.

Beneficially, the stirring screening assembly comprises a screening sieve port 113, the screening sieve port 113 is located in the lower end wall of the casing 141 and is communicated with the casing 141, the stirring motor 116 is fixedly arranged in the middle of the screening sieve port 113, the stirring net 115 is arranged at the upper end of the stirring motor 116, and the stirring net 115 is in power connection with the stirring motor 116, so that the functions of stirring the chopped hard oviductus ranae blocks and screening the hard oviductus ranae blocks through the screening sieve port 113 to discharge the hard oviductus ranae blocks meeting the specification are achieved through the structure.

Beneficially, the heating and pressing module 911 includes a side disc 114 fixed to the lower end face of the cutting shell 141, a dropping cavity 117 is disposed in the side disc 114, the dropping cavity 117 is communicated with the screening sieve port 113, a dropping component for secondarily screening the oviductus ranae is disposed at the lower end of the dropping cavity 117, and a secondary screening component for screening the oviductus ranae is disposed at the lower end of the dropping component.

Beneficially, the dropping assembly comprises a dropping partition plate 137 fixed on the end wall of the dropping cavity 117, a dropping rod 119 is fixedly arranged in the middle of the dropping partition plate 137, a rotating motor 118 is arranged on one side of the dropping rod 119, the rotating motor 118 is fixedly arranged in the dropping partition plate 137, the dropping rod 119 is in power connection with the rotating motor 118, a dropping hole 134 is formed in one end of the dropping partition plate 137, and the dropping hole 134 is arranged in a vertically penetrating mode, so that the function of dropping the oviductus from the dropping partition plate 137 to the next assembly is achieved through the structure.

Advantageously, the secondary screening assembly includes a matching screen 138, the matching screen 138 is fixedly arranged at the lower side of the falling cavity 117, and the secondary screen 120 is fixedly arranged at the middle position of the matching screen 138, so that the secondary screening of the oviductus ranae is realized through the assembly.

Beneficially, wherein, the screening module 912 includes a filter screen fixing ring 122, the filter screen fixing ring 122 is fixedly disposed on the lower end face of the side plate 114, a secondary extrusion component for performing secondary extrusion on the oviductus ranae is disposed in the middle of the filter screen fixing ring 122, a guide component for guiding the oviductus ranae is disposed at the lower end of the secondary extrusion component, and a screening packaging component for finally screening and packaging the oviductus ranae is disposed at the lower end of the guide component.

Beneficially, the secondary extrusion assembly comprises a filter screen fixing ring 122, the filter screen fixing ring 122 is fixedly arranged at the lower end of the side disc 114, an outer ring filter screen 121 is fixedly arranged at the inner ring of the filter screen fixing ring 122, a bottom filter screen 123 is arranged at the inner ring of the outer ring filter screen 121, the bottom filter screen 123 is connected with the outer ring filter screen 121 in a rotating fit manner, the distance between the bottom filter screen 123 and the outer ring filter screen 121 is at least 1cm, a main rotating motor 124 is fixedly arranged at the lower end of the outer ring filter screen 121, an output shaft of the main rotating motor 124 is in power connection with the bottom filter screen 123, a plurality of filter screen inlets 311 are arranged inside the bottom filter screen 123, the diameters of the filter screen inlets 311 from top to bottom are sequentially increased, and filter holes 312 are formed in the outer ring filter screen 121, so that the secondary extrusion effect of the oviductus ranae is realized through the structure.

Advantageously, the guiding assembly comprises a guiding plate 125, the guiding plate 125 is fixed to the lower end of the outer ring of the filter screen 121, and the guiding plate 125 has a circular cone-shaped structure, so that the secondarily pressed oviductus Ranae block is guided to the next assembly by the guiding plate 125 when passing through the filtering hole 312.

Advantageously, the screening packaging assembly comprises a screening ring 126, the screening ring 126 is fixedly arranged at the lower end of the guide plate 125, a screening cavity 128 which is a cavity is arranged inside the screening ring 126, a final filter screen 127 is fixedly arranged at the middle position of the screening ring 126, a screening base plate 129 is arranged at the bottom surface of the screening cavity 128, the lower end position of the screening base plate 129 is fixedly arranged on the receiving basin 131, a sliding plate 132 is fixedly arranged at the right side of the receiving basin 131, and a falling cone 130 is arranged between the receiving basin 131 and the screening base plate 129, so that the screening and packaging of the oviductus ranae are realized through the structure.

When the device is in an initial state, the above devices, components and structures are in a stop working state, when the device works, the hard pieces of the oviductus ranae are put into the placing inner cavity 110, at the moment, the rolling motor 210 starts to drive the cutter 112 through power connection and rotation to cut the hard pieces of the oviductus ranae, at the moment, the stirring motor 116 starts to work through power connection to drive the stirring net 115 to stir the cut hard pieces of the oviductus ranae, at the moment, the hard pieces of the oviductus ranae fall through the screening sieve openings 113 and then fall onto the falling partition plate 137, at the moment, the falling rod 119 rotates the motor 118 through power connection to fall the hard pieces of the oviductus ranae from the falling openings 134, at the moment, the falling hard pieces of the oviductus ranae fall from the secondary screen mesh 120 to perform secondary screening, at the moment, the screened oviductus ranae fall into the bottom screen 123, at the moment, the main motor 124 rotates to rotate the bottom screen 123 through power connection when the main motor starts to work, the oviductus ranae will pass through the screening holes 312 and flow into the final filter screen 127 through the guide plate 125, and then the oviductus ranae will be screened for the second time, and after a while, the oviductus ranae will fall into the falling cone 130, and the equipment is completed.

The specific embodiments described herein are merely illustrative of the spirit of the invention. Various modifications or additions may be made to the described embodiments or alternatives may be employed by those skilled in the art without departing from the spirit or ambit of the invention as defined in the appended claims.

Although the terms of placing inner cavity 110, placing fixture 111, cutter 112, screen sifter 113, agitator screen 115, agitator motor 116, drop cavity 117, rotating motor 118, drop bar 119, secondary screen 120, outer ring screen 121, screen retainer ring 122, bottom screen 123, rotating main motor 124, guide plate 125, screen ring 126, final screen 127, screen cavity 128, screen chassis 129, receiving basin 131, slide plate 132, drop port 134, drop baffle 137, cooperating screen 138, body support 140, cutter housing 141, rolling motor 210, outer gear 213, screen inlet 311, filter aperture 312, shredder module 910, heated press module 911, screen module 912, etc., are used more herein, the possibility of using other terms is not excluded. These terms are used merely to more conveniently describe and explain the nature of the present invention and they are to be interpreted as any additional limitation which is not in accordance with the spirit of the present invention.

Claims

1. The cutting equipment for the oviductus ranae is characterized by comprising a main body support (140), wherein a cutting module (910) for cutting hard oviductus ranae blocks for cultivating frogs is arranged at the uppermost end of the main body support (140), a heating and pressing module (911) for boiling and cutting the hard oviductus ranae blocks is arranged at the lower end of the cutting module (910), and a screening module (912) for screening the oviductus ranae is arranged at the lower end of the heating and pressing module (911);

the chopping module (910) comprises a placing fixing piece (111), the placing fixing piece (111) is fixedly arranged at the top of the main body bracket (140), a chopping component for chopping the hard oviduct blocks is arranged in the inner ring of the placing fixing piece (111), and a stirring and screening component for stirring and screening the hard oviduct blocks is arranged at the lower end of the chopping component;

the chopping assembly comprises a placing inner cavity (110), the placing inner cavity (110) is arranged at the inner ring of the placing fixing piece (111), a cutting shell (141) is fixedly arranged at the lower end of the placing inner cavity (110), a cutter (112) is arranged at the lower end of the cutting shell (141), the cutter (112) is connected with the inner end wall of the cutting shell (141) in a sliding fit manner, a rolling motor (210) is fixedly arranged on the outer ring of the cutter (112), an outer gear (213) is fixedly arranged on the outer ring of the cutter (112), a matching gear is arranged on one side of the rolling motor (210) in a power connection manner, and the matching gear is meshed with the outer gear (213);

the stirring screening assembly comprises a screening screen opening (113), the screening screen opening (113) is positioned in the lower end wall of the cutting shell (141) and is communicated with the cutting shell (141), a stirring motor (116) is fixedly arranged in the middle of the screening screen opening (113), a stirring net (115) is arranged at the upper end of the stirring motor (116), and the stirring net (115) is in power connection with the stirring motor (116);

the heating and squeezing module (911) comprises a side disc (114) fixed with the lower end face of the shell cutting (141), a dropping cavity (117) is arranged in the side disc (114), the dropping cavity (117) is communicated with the screening sieve opening (113), a dropping component for secondarily screening the oviductus ranae is arranged at the lower end of the dropping cavity (117), and a secondary screening component for screening the oviductus ranae is arranged at the lower end of the dropping component;

the falling assembly comprises a falling partition plate (137) fixed on the end wall of a falling cavity (117), a falling rod (119) is fixedly arranged in the middle of the falling partition plate (137), a rotating motor (118) is arranged on one side of the falling rod (119), the rotating motor (118) is fixedly arranged in the falling partition plate (137), the falling rod (119) is in power connection with the rotating motor (118), a falling port (134) is formed in one end of the falling partition plate (137), and the falling port (134) penetrates through the falling port from top to bottom.

2. The oviductus ranae dicing device according to claim 1, wherein: the secondary screening subassembly includes cooperation screen cloth (138), cooperation screen cloth (138) set firmly in the cavity (117) downside that falls, cooperation screen cloth (138) intermediate position sets firmly secondary screen cloth (120).

3. The oviductus ranae dicing device according to claim 1, wherein: screening module (912) includes filter screen retainer plate (122), filter screen retainer plate (122) fixed set up in terminal surface under side dish (114), filter screen retainer plate (122) intermediate position is equipped with carries out the secondary extrusion subassembly of secondary extrusion with oviductus Ranae, and secondary extrusion subassembly lower extreme is equipped with the guide subassembly of moving oviductus Ranae guide, and the guide subassembly lower extreme is equipped with the screening encapsulation subassembly with the final screening partial shipment of oviductus Ranae.

4. The oviductus ranae dicing device according to claim 3, wherein: secondary extrusion subassembly includes filter screen retainer plate (122), filter screen retainer plate (122) set firmly in side dish (114) lower extreme, filter screen retainer plate (122) inner circle has set firmly outer lane filter screen (121), outer lane filter screen (121) inner circle is equipped with bottom filter screen (123), bottom filter screen (123) with outer lane filter screen (121) normal running fit is connected, outer lane filter screen (121) lower extreme has set firmly rotation main motor (124), the output shaft that rotates main motor (124) with bottom filter screen (123) power is connected, bottom filter screen (123) inside is equipped with a plurality of filter screen imports (311), outer lane filter screen (121) outer lane is equipped with filtration pore (312).

5. The oviductus ranae dicing device according to claim 4, wherein: the guide moves the subassembly and includes guide plate (125), guide plate (125) set firmly in outer lane filter screen (121) lower extreme position, screening encapsulation subassembly is including screening circle (126), screening circle (126) set firmly in guide plate (125) lower extreme, screening circle (126) inside screening chamber (128) that set up for the cavity, screening circle (126) intermediate position has set firmly final filter screen (127), screening chamber (128) bottom surface is provided with screening chassis (129), screening chassis (129) lower extreme position sets firmly in connecing basin (131) greatly, connect basin (131) right side greatly and have set firmly slide (132), connect basin (131) greatly and screen and be provided with whereabouts awl section of thick bamboo (130) between chassis (129).