CN211636860U

CN211636860U - Kelp shearing, crushing and pulping machine

Info

Publication number: CN211636860U
Application number: CN201922105314.9U
Authority: CN
Inventors: 陶淘; 陶裕兴
Original assignee: Nantong Fleck Fluid Equipment Co ltd
Current assignee: Nantong Fleck Fluid Equipment Co ltd
Priority date: 2019-11-29
Filing date: 2019-11-29
Publication date: 2020-10-09
Anticipated expiration: 2029-11-29

Abstract

The utility model discloses a kelp shearing, crushing and pulping machine, which comprises a belt conveyer, a kelp feeding bin, a double-shaft shearing machine, a high-speed shearing machine, a fine crushing pump, a fine pulping machine and a superfine kelp pulping pump which are connected in sequence; the double-shaft shearing machine comprises a double-shaft blade box, wherein the double-shaft blade box comprises a double shaft I and a sawtooth cutting blade fixed on the double shaft I; a high-speed shearing machine blade combination is arranged in the high-speed shearing machine and comprises a plurality of groups of cutting flying cutters; the fine grinding pump, the fine pulping machine and the superfine kelp pulping pump are sequentially connected through a hose. The utility model discloses a combination of multiunit cutter, crushing pump, fiberizer and pulping pump can realize the shearing crushing making beating to the kelp, and the size of the granule of specific ejection of compact can be selected the commentaries on classics of different models according to user's demand and surely grinds and realize, has improved production speed and has smashed effectually.

Description

Kelp shearing, crushing and pulping machine

Technical Field

The utility model relates to a kelp processing field especially relates to a kelp is cuted and is smashed fiberizer.

Background

The kelp is a vegetable with high nutritive value and has certain medicinal value. It is rich in iodine and other mineral elements. The kelp has low calorie and rich mineral substances, and researches show that the kelp has multiple biological functions of reducing blood fat, reducing blood sugar, regulating immunity, resisting coagulation, resisting tumor, discharging lead, detoxifying, resisting oxidation and the like, so the kelp is deeply popular with people. At present, no pulping machine specially used for shearing and crushing kelp exists in the market, the production efficiency of a common pulping machine is low, and the shearing and crushing effect is not ideal.

SUMMERY OF THE UTILITY MODEL

In order to solve the defects, the utility model aims to provide a kelp shearing, smashing and pulping machine which has compact and reasonable structure and good shearing and smashing effect.

In order to achieve the above object, the utility model discloses a following technical scheme realizes: the kelp shearing, crushing and pulping machine comprises a belt conveyor, a kelp feeding bin, a double-shaft shearing machine, a high-speed shearing machine, a fine crushing pump, a fine pulping machine and a superfine kelp pulping pump; the discharge end of the belt conveyor is positioned above the kelp feeding bin, and the kelp feeding bin is connected with a double-shaft shearing machine; the double-shaft shearing machine comprises a double-shaft blade box, the double-shaft blade box comprises a double shaft I and a sawtooth cutting blade fixed on the double shaft I, and the discharge end of the double-shaft shearing machine is communicated with the feed end of the high-speed shearing machine; a high-speed shearing machine blade combination is arranged in the high-speed shearing machine and comprises a plurality of groups of cutting fly cutters, and the discharge end of the high-speed shearing machine is communicated with the feed end of the fine grinding pump; the fine grinding pump, the fine pulping machine and the superfine kelp pulping pump are sequentially connected through a hose.

Further, the double-shaft shearing machine further comprises a support I, a bearing seat I and a double-motor I, wherein the bearing seat I, the double-motor I and the double-shaft blade box are respectively installed on the support I, the bearing seat I is sleeved on the double shafts I of the double-shaft shearing machine respectively, and one ends of the double shafts I are fixedly connected with the output end of the motor I through a shaft coupling I.

Further, the high-speed shearing machine further comprises a support II, a bearing seat II and a motor II, a main shaft II of the high-speed shearing machine penetrates through the middle of the high-speed shearing machine, belt pulleys are arranged at the bottom ends of the main shaft II and the motor II, the motor II and the main shaft II are driven to move through a belt outside the belt pulleys, and the bearing seat II is further fixed between the support II and the high-speed shearing machine.

Further, fine grinding pump includes fine grinding pump main part, support III, seal chamber I, bearing frame III and motor III, install fine grinding pump main part, bearing frame III and motor III on the support III, the III covers of bearing frame are established on fine grinding pump main part's main shaft III, the output fixed connection of shaft coupling II and motor III is passed through to fine grinding pump main part's main shaft III's one end, fine grinding pump main part's the other end and I sealing chamber sealing connection of main shaft III, be equipped with the meticulous mill I that surely changes in the seal chamber I.

Further, the fine pulping machine comprises a fine pulping machine main body, a main shaft IV, a sealing chamber II, a support IV and a motor IV, wherein the main shaft IV penetrates through the middle of the fine pulping machine main body, belt pulleys are arranged at the bottom end of the main shaft IV and the bottom end of the motor IV, the motor IV and the main shaft IV are driven to move through a belt outside the belt pulleys, a bearing seat IV is fixed at the upper end of the support IV, the fine pulping machine main body is arranged on the bearing seat IV, the top end of the main shaft IV is in sealing connection with the sealing chamber II, and a fine rotary fixed mill is arranged in the sealing chamber II.

Further, superfine kelp grinding pump includes superfine kelp grinding pump main part, support V, seal chamber III, bearing frame V and motor V, bearing frame V cover is established on the main shaft of superfine kelp grinding pump main part, the output fixed connection of shaft coupling and motor V is passed through to the one end of the main shaft of superfine kelp grinding pump main part, the other end and the III sealing connection of seal chamber of main shaft V of superfine kelp grinding pump main part, be equipped with superfine commentaries on classics in the seal chamber III and decide the mill, the III lower extreme in seal chamber is equipped with the thick liquids export.

The utility model has the advantages that: through the combination of multiunit cutter, crushing pump, fiberizer and pulping pump, can realize the shearing crushing making beating to the kelp, the size of the granule of specific ejection of compact can be according to user's demand selection different models the commentaries on classics mill surely realize, has improved production speed and crushing effectual.

Drawings

Fig. 1 is a schematic structural diagram of the present invention.

Fig. 2 is a schematic structural diagram of the double-shaft shearing machine and the high-speed shearing machine of the present invention.

Fig. 3 is a schematic structural view of the fine grinding pump of the present invention.

Fig. 4 is a schematic structural view of the fine pulping machine and the ultra-fine kelp pulping pump of the present invention.

Wherein: 1. a belt conveyer, 2, a kelp feeding bin, 3, a double-shaft shearing machine, 4, a high-speed shearing machine, 5, a fine grinding pump, 6, a fine pulping machine, 7, an ultrafine kelp pulping pump, 8, a hose, 9, a belt pulley, 31, a double-shaft blade box, 32, double shafts I, 33, a sawtooth cutting blade, 34, a support I, 35, a bearing seat I, 36, a motor I, 37, a coupling I, 41, a high-speed shearing machine blade combination, 42, a support II, 43, a bearing seat II, 44, a motor II, 45, a main shaft II, 51, a fine grinding pump main body, 52, a support III, 53, a sealing chamber I, 54, a bearing seat III, 55, a motor III, 56, a main shaft III, 57, a coupling II, 58, a fine rotary grinding I, 61, a fine pulping machine main body, 62, a main shaft IV, 63, a support IV, 64, a motor IV, 65, a bearing seat IV, 66 and a fine rotary grinding, 67. sealing chambers II and 71, a main body of a fine kelp grinding pump 72, supports V and 73, sealing chambers III and 74, bearing blocks V and 75, motors V and 76, couplings V and 77, spindles V and 78, an ultrafine rotary fixed mill 79 and a pulp outlet.

Detailed Description

The following describes embodiments of the present invention with reference to the drawings.

As shown in fig. 1-4, the kelp shearing, crushing and pulping machine comprises a belt conveyor 1, a kelp feeding bin 2, a double-shaft shearing machine 3, a high-speed shearing machine 4, a fine crushing pump 5, a fine pulping machine 6 and an ultrafine kelp pulping pump 7; the discharge end of the belt conveyor 1 is positioned above the kelp feeding bin 2, and the kelp feeding bin 2 is connected with a double-shaft shearing machine 3; the double-shaft shearing machine 3 comprises a double-shaft blade box 31, the double-shaft blade box 31 comprises a double shaft I32 and a sawtooth cutting blade 33 fixed on the double shaft I32, and the discharge end of the double-shaft shearing machine 3 is communicated with the feed end of the high-speed shearing machine 4; a high-speed shearer blade combination 41 is arranged in the high-speed shearer 4, the high-speed shearer blade combination 41 comprises a plurality of groups of cutting fly cutters, and the discharge end of the high-speed shearer 4 is communicated with the feed end of the fine grinding pump 5; the fine grinding pump 5, the fine pulping machine 6 and the ultra-fine kelp pulping pump 7 are connected in sequence through a hose 8.

Biax shearing machine 3 still includes I34 of support, I35 of bearing frame and bi-motor I36, and I35 of bearing frame, bi-motor I36, biax blade case 31 are installed respectively on I34 of support, and I35 cover of bearing frame is established respectively on I32 of biax shearing machine 3, and I37 output fixed connection with I36 of motor are passed through to the one end of biax I32.

The high-speed shearing machine 4 further comprises a support II 42, a bearing seat II 43 and a motor II 44, a main shaft II 45 of the high-speed shearing machine 4 penetrates through the middle of the high-speed shearing machine 4, belt pulleys 9 are arranged at the bottom ends of the main shaft II 45 and the motor II 44, the motor II 44 and the main shaft II 45 are driven to move through a belt outside the belt pulleys 9, and the bearing seat II 43 is further fixed between the support II 42 and the high-speed shearing machine 4.

Fine-crushing pump 5 includes fine-crushing pump main part 51, support III 52, seal chamber I53, III 54 and the III 55 of motor bearing frame, install fine-crushing pump main part 51 on the support III 52, III 54 of bearing frame and motor III 55, III 54 covers of bearing frame establish on the III 56 of main shaft of fine-crushing pump main part 51, II 57 output fixed connection with motor III 55 are passed through to the one end of the III 56 of main shaft of fine-crushing pump main part 51, the other end and the I53 sealing connection of seal chamber of the III 56 of main shaft of fine-crushing pump main part 51, be equipped with the fine rotation in the I53 of seal chamber and decide mill I58.

The fine refiner 6 comprises a fine refiner main body 61, a main shaft IV 62, a support IV 63 and a motor IV 64, wherein the main shaft IV 62 penetrates through the middle part of the fine refiner main body 61, belt pulleys 9 are arranged at the bottom ends of the main shaft IV 62 and the motor IV 64, the motor IV 64 and the main shaft IV 62 are driven to move through a belt outside the belt pulleys 9, the upper end of the support IV 63 is fixed with a support IV 65, the fine refiner main body 61 is arranged on the support IV 65, the top end of the main shaft IV 62 is connected with a sealing chamber II 67 in a sealing mode, and a fine rotary mill 66 is arranged in the sealing chamber II 67.

The superfine kelp pulp grinding pump 7 comprises a superfine kelp pulp grinding pump main body 71, a support V72, a seal chamber III 73, a bearing seat V74 and a motor V75, wherein the bearing seat V74 is sleeved on a main shaft of the superfine kelp pulp grinding pump main body 71, one end of the main shaft of the superfine kelp pulp grinding pump main body 71 is fixedly connected with the output end of the motor V75 through a coupler V76, the other end of a main shaft V77 of the superfine kelp pulp grinding pump main body 71 is hermetically connected with the seal chamber III 73, a superfine rotary fixed mill 78 is arranged in the seal chamber III 73, and a pulp outlet 79 is formed in the lower end of the seal chamber III 73.

The utility model discloses the theory of operation: the kelp is conveyed into a kelp feeding bin 2 by a belt conveyor 1. The kelp in the kelp feeding bin 2 enters a double-shaft shearing machine 3 for coarse pulp shearing. The double shafts I32 in the double-shaft shearing machine 3 are driven by the double motors I36 to rotate, the sawtooth cutting blades 33 on the double shafts I32 are mutually meshed to form a strong shearing force, large kelp is sheared, crushed and discharged, and discharged kelp particles are about 6mm-10mm generally. And then the kelp discharged from the double-shaft shearing machine 3 is subjected to fine pulp shearing and crushing, and mainly comprises a high-speed shearing machine 4, a fine crushing pump 5, a fine pulping machine 6 and an ultrafine kelp pulping pump 7. The kelp enters the high-speed shearing machine 4, the motor II 44 in the high-speed shearing machine 4 drives the belt pulley 9 and the main shaft II 45 to rotate, the high-speed shearing machine blade combination 41 on the main shaft II 45 is driven to do high-speed motion on the inner wall of the high-speed shearing machine 4, the kelp is sheared into smaller powder, and then the kelp enters the fine grinding pump 5. The kelp enters a fine pulping machine 6 after being subjected to high-speed impact, extrusion shearing, crushing and crushing by a fine rotary mill I58 which is in high-speed relative motion in a sealing chamber I53 of a fine crushing pump 5. The kelp enters an ultrafine kelp pulping pump 7 after being subjected to high-speed impact, extrusion shearing, crushing and crushing by a fine rotary mill II 66 which performs high-speed relative motion in a fine pulping machine main body 61. The kelp flows out from a pulp outlet 79 after being impacted, extruded, sheared, crushed and crushed at a high speed by a superfine rotary mill 78 which moves relatively at a high speed in a sealing chamber III 73 of a superfine kelp pulp mill 7. Different types of rotary-fixed grinding combinations can be selected according to the size of the finally required discharged particles. Cleaning sprayers can be arranged in the sealing chamber I53, the sealing chamber II 67 and the sealing chamber III 73, and equipment can be cleaned conveniently after processing is finished.

Claims

1. Kelp is sheared and is smashed fiberizer, its characterized in that: comprises a belt conveyer, a kelp feeding bin, a double-shaft shearing machine, a high-speed shearing machine, a fine crushing pump, a fine pulping machine and a superfine kelp pulping pump; the discharge end of the belt conveyor is positioned above the kelp feeding bin, and the kelp feeding bin is connected with a double-shaft shearing machine; the double-shaft shearing machine comprises a double-shaft blade box, the double-shaft blade box comprises a double shaft I and a sawtooth cutting blade fixed on the double shaft I, and the discharge end of the double-shaft shearing machine is communicated with the feed end of the high-speed shearing machine; a high-speed shearing machine blade combination is arranged in the high-speed shearing machine and comprises a plurality of groups of cutting fly cutters, and the discharge end of the high-speed shearing machine is communicated with the feed end of the fine grinding pump; the fine grinding pump, the fine pulping machine and the superfine kelp pulping pump are sequentially connected through a hose.

2. The shearing, pulverizing and pulping machine for kelp according to claim 1, characterized in that: biax cutter still includes support I, bearing frame I and bi-motor I, bearing frame I, bi-motor I, biax blade case are installed respectively on support I, I cover of bearing frame is established respectively on biax I of biax cutter, the output fixed connection of I and motor I is passed through to the one end of biax I shaft coupling.

3. The shearing, pulverizing and pulping machine for kelp according to claim 1, characterized in that: the high-speed shearing machine further comprises a support II, a bearing seat II and a motor II, wherein a main shaft II of the high-speed shearing machine penetrates through the middle of the high-speed shearing machine, belt pulleys are arranged at the bottom ends of the main shaft II and the motor II, the motor II and the main shaft II are driven to move through a belt outside the belt pulleys, and the bearing seat II is further fixed between the support II and the high-speed shearing machine.

4. The shearing, pulverizing and pulping machine for kelp according to claim 1, characterized in that: fine grinding pump includes fine grinding pump main part, support III, seal chamber I, bearing frame III and motor III, install fine grinding pump main part, bearing frame III and motor III on the support III, the III covers of bearing frame are established on the main shaft III of fine grinding pump main part, the output fixed connection of shaft coupling II and motor III is passed through to the one end of main shaft III of fine grinding pump main part, the other end and I sealing chamber sealing connection of main shaft III of fine grinding pump main part, it grinds I to be equipped with the meticulous commentaries on classics in the seal chamber I.

5. The shearing, pulverizing and pulping machine for kelp according to claim 1, characterized in that: the fine pulping machine comprises a fine pulping machine main body, a main shaft IV, a sealing chamber II, a support IV and a motor IV, wherein the main shaft IV penetrates through the middle of the fine pulping machine main body, belt pulleys are arranged at the bottom end of the main shaft IV and the bottom end of the motor IV, the motor IV and the main shaft IV are driven to move through a belt outside the belt pulleys, a bearing seat IV is fixed at the upper end of the support IV, the fine pulping machine main body is arranged on the bearing seat IV, the top end of the main shaft IV is connected with the sealing chamber II in a sealing mode, and a fine rotary fixed mill is arranged in the sealing chamber II.

6. The shearing, pulverizing and pulping machine for kelp according to claim 1, characterized in that: superfine kelp grinding pump includes superfine kelp grinding pump main part, support V, seal chamber III, bearing frame V and motor V, bearing frame V cover is established on the main shaft of superfine kelp grinding pump main part, the output fixed connection of shaft coupling and motor V is passed through to the one end of the main shaft of superfine kelp grinding pump main part, the other end and the III sealing chamber sealing connection of main shaft V of superfine kelp grinding pump main part, it decides the mill to be equipped with superfine commentaries on classics in the seal chamber III, the III lower extreme in seal chamber is equipped with the thick liquids export.