CN110585943A

CN110585943A - Supplementary material that bounce-back fragmentation extended separation adds mixing apparatus

Info

Publication number: CN110585943A
Application number: CN201910878761.XA
Authority: CN
Inventors: 姜爱涛
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-09-18
Filing date: 2019-09-18
Publication date: 2019-12-20

Abstract

The invention discloses an auxiliary material adding and mixing device for debounce fragmentation extension separation, which structurally comprises: the utility model discloses a rice husk crushing machine, including auxiliary stay ware, the blender, a control panel, a driver, the connecting plate, the beneficial effect of production is under the effect of cracker, can be with the rice husk fragmentation, improve the hydroscopicity of rice husk, be favorable to the mixture with the sorghum, under the effect of screening rebounder, can bounce-off great rice husk, make it broken once more, whereabouts again, guarantee its fragmentation degree with this originally, under the effect of tension plate, make the sorghum can part, be favorable to the rice husk of fragmentation rather than inside intensive mixing, the sorghum adhesion can be avoided to the heat that its self produced simultaneously, under the effect of booster, can be under the uneven condition of atress appears, rotate it to the great direction of atress, make its atress balanced, avoid local atress inhomogeneous appearing, improve its life.

Description

Supplementary material that bounce-back fragmentation extended separation adds mixing apparatus

Technical Field

The invention relates to the field of white spirit production, in particular to an auxiliary material adding and mixing device for debounce crushing, extension separation.

Background

The brewing is a process for producing alcoholic beverages with a certain concentration by utilizing microbial fermentation, wherein for brewing of white spirits, starch-containing substances are mostly used as raw materials, sorghum is generally used for brewing, auxiliary materials are required to be added in the brewing process, and the auxiliary materials can adjust the starch concentration and acidity of fermented grains, absorb alcohol, maintain serous fluid and facilitate fermentation.

The auxiliary materials are rice hulls which are hard and poor in water absorption, when the rice hulls are mixed with the sorghum, the rice hulls are poured into the cooked sorghum, dextrin is generated inside the sorghum during cooking, tissues on the upper surface of the sorghum are quickly converged and regenerated after the rice hulls and the upper surface of the sorghum are mutually contacted, and the semi-finished product and the rice hulls are difficult to be fully mixed due to quick regeneration of the sorghum, so that the fermentation effect of the sorghum at the later stage is influenced, and the condition of low wine yield is caused.

Disclosure of Invention

Aiming at the defects in the prior art, the invention aims to provide an auxiliary material adding and mixing device for reverse-beating, crushing, extension and separation, which aims to solve the problems that at present, due to the fact that rice hulls are hard in texture and poor in water absorption, when the rice hulls are mixed with sorghum, the rice hulls are poured into the cooked sorghum, dextrin is generated inside the sorghum during cooking, tissues on the upper surface of the sorghum are quickly converged and regenerated after the rice hulls and the upper surface of the sorghum are mutually contacted, and due to the fact that the sorghum is quickly regenerated, semi-finished products and the rice hulls are difficult to be fully mixed, the fermentation effect of the sorghum at the later stage is affected, and the wine yield is low.

In order to achieve the purpose, the invention is realized by the following technical scheme: the utility model provides an auxiliary material that bounce-back breakage extends separation adds mixing apparatus, its structure includes: the mixer comprises a jump-proof plate, a cover, a refiner, a shell and a turner, wherein the upper surface of the jump-proof plate is attached to the lower surface of the cover, the cover is buckled above the shell, the refiner is nested above the inner side of the shell, the turner is embedded in the shell, the upper part of the turnover device is provided with a refining device, the lower surface of the anti-springboard is attached to the upper surface of the refining device, and the anti-springboard is nested above the inner side of the shell.

In order to optimize the technical scheme, the method further comprises the following steps:

as a preferred mode, the refining device comprises a main body, clamping plates and a measuring device, wherein the clamping plates are arranged on the front side and the rear side of the main body respectively and are of an integrated structure, the measuring device is arranged between the clamping plates, the measuring device is embedded in the main body, air curtains are arranged on the front side and the rear side of the inner side of the measuring device respectively, air outlets of the air curtains are inclined along the direction of the inner wall, and rice husks can be prevented from being remained above the air curtains.

As preferred mode, the ware of measureing comprises swash plate, cracker, screening kickback, the inboard below nestification of swash plate has the cracker, the below of cracker is equipped with the screening kickback, the screening kickback is inlayed in the lower extreme of swash plate, the steel sheet of crossing about the cracker is, can produce high frequency vibrations between it, can cut the rice husk that passes through, reduces the volume of rice husk, and vibrations can shake garrulous great rice husk.

Preferably, the turner comprises a main shaft rod, a fastening ring, extension rods and an agitator, wherein the outer surface of the main shaft rod is attached to the inner surface of the fastening ring and is located on the same axis, the extension rods are respectively nested above and below the fastening ring, the agitator is arranged at the upper end of each extension rod, the agitator is located at one hundred eighty degrees of the same extension rod, and a ninety degree is formed between two extension rods.

Preferably, the agitator consists of an assistant actuator, an extrusion device and a tension plate, the edge of the outside of the assistant actuator is nested with the extrusion device, the outside of the extrusion device is buckled with the tension plate, the tension plate is respectively arranged on the outside of the assistant actuator and is parallel to the outer edge of the assistant actuator, the center of the assistant actuator is nested with a torsion spring, the center of the torsion spring is nested with a ring, and the upper end and the lower end of the ring are provided with limiting plates.

Advantageous effects

The invention relates to a mixing device for adding auxiliary materials for rebound crushing extension separation, when sorghum is cooked and then mixed with rice hulls, firstly, the sorghum is poured into a shell of a mixer, then the rice hulls are poured into a refiner, a cover is covered, a power supply is switched on, the rice hulls are crushed by the crusher, the fine rice hulls are screened and fall under the action of a screening rebound device, the larger rice hulls are automatically rebounded after being stacked, the rice hulls jump up to the crusher and are crushed again, the fine degree of the rice hulls is ensured, the action and the water absorption of the rice hulls are improved, meanwhile, under the action of an air curtain of a measuring device, the blown gas has certain heat, the phenomenon that the wet rice hulls are stuck above the crusher to influence the falling of the rice hulls can be avoided, the fallen fine rice hulls can be avoided, when a main shaft rod rotates an extension rod to a vertical state, an agitator interacts with high magnetic devices on the front side and the rear side inside the shell, the span driver extends outwards to push the tension plate outwards to separate the broomcorn, the surface area of the tension plate is increased, rice hulls can fall into the broomcorn conveniently, the mixing effect is improved, meanwhile, under the heating of a heater on the outer edge of the tension plate, the convergence and regeneration of the broomcorn in the mixing process can be avoided, when the broomcorn is stressed unevenly, under the action of the actuator, the tension plate is pushed on the side with large stress to enable the actuator to rotate around the gravity center to an angle with uniform stress, a certain protection effect is effectively achieved, and the service life of the tension plate is prolonged.

The beneficial effects are that: under the effect of cracker, can smash the rice husk, improve the hydroscopicity of rice husk, be favorable to the mixture with the chinese sorghum, under the effect of screening rebounder, can bounce great rice husk, make it broken once more, fall again, guarantee its fragmentation degree with this originally, under the effect of tension plate, make the chinese sorghum can part, the rice husk that is favorable to the fragmentation is rather than inside intensive mixing, the chinese sorghum adhesion can be avoided to the heat that its self produced simultaneously, under the effect of promoter, can be under the uneven condition of atress appears, rotate it to the great direction of atress, make its atress balanced, avoid local atress inhomogeneous appearing, improve its life.

Drawings

Other features, objects, and advantages of the present invention will become more apparent from the following detailed description of the embodiments of the invention when taken in conjunction with the accompanying drawings, in which:

FIG. 1 is a schematic structural diagram of an auxiliary material adding and mixing device for debounce crushing extension separation according to the present invention.

FIG. 2 is a schematic front sectional view of the mixer of the present invention.

FIG. 3 is a schematic side view of the refiner of the present invention.

Fig. 4 is a front sectional detailed structure diagram of the measuring device of the present invention.

Fig. 5 is a schematic perspective view of the flipper of the present invention.

FIG. 6 is a schematic top view of the agitator of the present invention.

Description of reference numerals: auxiliary support-1, mixer-2, control panel-3, driver-4, connecting plate-5, anti-jump plate-201, cover-202, refiner-203, shell-204, turner-205, body-2031, card-2032, measurer-2033, sloping plate-20331, disintegrator-20332, screening anti-jump device-20333, main shaft-2051, fastening ring-2052, extension rod-2053, agitator-2054, co-driver-20541, fanner-20542 and tension plate-20543.

Detailed Description

In order to make the technical means, the creation characteristics, the achievement purposes and the effects of the invention easy to understand, the invention is further described with the specific embodiments.

Referring to fig. 1 to 6, the present invention provides a mixing device for adding accessories by reverse-beating, crushing, spreading and separating: the structure includes: the mixer comprises an auxiliary support 1, a mixer 2, a control panel 3, a driver 4 and a connecting plate 5, wherein the mixer 2 is nested and mechanically connected at the upper right end of the auxiliary support 1, the right end of the mixer 2 is embedded at the upper left end of the driver 4 and is in transmission connection, the back surface of the control panel 3 is attached to the front surface of the attached driver 4 and is electrically connected through a lead, the left surface of the driver 4 is welded with the right end of the connecting plate 5, the left end surface of the connecting plate 5 is attached to the right surface of the auxiliary support 1, the connecting plate 5 is arranged below the mixer 2, the driver 4 is parallel to the auxiliary support 1, the mixer 2 comprises an anti-jump plate 201, a cover 202, a refiner 203, a shell 204 and a turner 205, the upper surface of the anti-jump plate 201 is attached to the lower surface of the cover 202, and the cover 202 is buckled above the shell 204, the refiner 203 is nested above the inner side of the shell 204, the turner 205 is embedded in the shell 204, the refiner 203 is arranged above the turner 205, the lower surface of the anti-springing plate 201 is attached to the upper surface of the refiner 203, and the anti-springing plate 201 is nested above the inner side of the shell 204.

Preferably, the refiner 203 comprises a main body 2031, clamping plates 2032 and a measuring device 2033, wherein the clamping plates 2032 are respectively arranged on the front side and the rear side of the main body 2031 and are of an integrated structure, the measuring device 2033 is arranged between the clamping plates 2032, the measuring device 2033 is embedded in the main body 2031, air curtains are respectively arranged on the front side and the rear side of the inner side of the measuring device 2033, the air outlets of the air curtains are inclined along the direction of the inner wall, so that rice hulls can be prevented from being remained above the air curtains, and the air of the air curtains have certain heat, so that wet rice hulls can be prevented from being adhered above the air curtains and affecting the falling of the rice.

As a preferable mode, the measure 2033 comprises an inclined plate 20331, a crusher 20332 and a screening rebounder 20333, the crusher 20332 is nested below the inner side of the inclined plate 20331, the screening rebounder 20333 is arranged below the crusher 20332, the screening rebounder 20333 is embedded at the lower end of the inclined plate 20331, the crusher 20332 is a steel sheet which is crossed up and down and back and forth, high-frequency vibration can be generated between the steel sheets, the passing rice hulls can be cut, the volume of the rice hulls is reduced, the vibration can shatter the larger rice hulls, the volume is further reduced, the rice hulls are prevented from being attached to the surface, the rice hulls can be supported sufficiently, the water absorption performance of the rice hulls is improved, the screening rebounder 20333 is a staggered net with certain intervals, the screening rebounder has certain elasticity, can screen the size of the rice hulls, the larger rice hulls can be prevented from falling down, and in the falling process of the smaller rice hulls, the net can be pulled to shake up and down, so that the larger rice hulls can rebound upwards to be crushed again, and the size of rice hull particles can be ensured.

Preferably, the agitator 205 comprises a main shaft 2051, a fastening ring 2052, extension rods 2053 and an agitator 2054, the outer surface of the main shaft 2051 is attached to the inner surface of the fastening ring 2052 and is on the same axis, the extension rods 2053 are respectively nested above and below the fastening ring 2052, the agitator 2054 is arranged at the upper end of the extension rod 2053, the agitator 2054 is one hundred eighty degrees at the same extension rod 2053, and ninety degrees are formed between two extension rods 2053, so that the agitator 2054 is not interfered with each other during operation.

Preferably, the agitator 2054 is composed of a co-driver 20541, an extrusion driver 20542 and a tension plate 20543, the extrusion driver 20542 is nested on the outer edge of the co-driver 20541, the tension plate 20543 is nested on the outer side of the extrusion driver 20542, the tension plate 20543 is respectively arranged on the outer side of the co-driver 20541 and is parallel to the outer edge of the co-driver, a torsion spring is nested in the center of the co-driver 20541, a circular ring is nested in the center of the torsion spring, limiting plates are arranged at the upper end and the lower end of the circular ring, when the stress is uneven, when a large force is generated at the side position, the circular ring can rotate at a certain angle, the stress is uniform after the rotation, and the circular ring has a certain magnetic force, the tension plate 20543 can separate steamed sorghum, increase the surface area of the steamed sorghum, improve the mixing effect of rice hulls and the sorghum, and three heaters are respectively arranged at the outer edge of the tension plate, the sorghum can locally heat the sorghum on the surface, the convergence and retrogradation of the sorghum in the mixing process are avoided, so that the sorghum can be fully mixed with the rice hull.

Preferably, the high-magnetism devices are arranged at the same height as the agitator 2054 on the front and rear sides inside the housing 204, and can ensure that the agitator 2054 works when rotating to the upper part, so that the upper part of the sorghum can be unfolded and fully mixed with the rice hulls.

The use principle is as follows: when the sorghum is cooked and then mixed with rice hulls, firstly the sorghum is poured into a shell 204 of a mixer 2, then the rice hulls are poured into a refiner 203, a cover 202 is covered, a power supply is connected, the rice hulls are crushed through a crusher 20332, the fine rice hulls are screened and selected to fall under the action of a screening rebounder 20333, the rice hulls bounce automatically after being stacked to be larger, the rice hulls jump up to the crusher 20332 to be crushed again, the fine degree of the rice hulls is guaranteed, the action and the water absorption of the rice hulls are improved, meanwhile, under the action of an air curtain of a quantum 2033, blown air has certain heat, wet rice hulls are prevented from being stuck above the crusher to influence the falling of the rice hulls, the falling fine rice hulls are prevented, when a high-magnetic field pole 2051 rotates an extension pole 2053 to be in a vertical state, the stirrer 4 interacts with front and rear-side devices inside the shell 204, and the extension pole 20542 is extended outwards, the tension plate 20543 is pushed outwards to separate the broomcorn, the surface area of the tension plate is increased, rice husks fall into the broomcorn, the mixing effect is improved, meanwhile, under the heating of a heater at the outer edge of the tension plate, the convergence and regeneration of the broomcorn in the mixing process can be avoided, when the broomcorn is unevenly stressed, under the action of the cooperator 20541, the tension plate 20543 is pushed on the side with large stress to enable the cooperator 20541 to rotate around the gravity center to the angle with uniform stress, a certain protection effect is effectively achieved on the broomcorn, and the service life of the broomcorn is prolonged.

Through the mutual combination of the components, the rice hulls can be crushed under the action of the crusher 20332, the water absorption of the rice hulls is improved, the rice hulls are favorably mixed with sorghum, the larger rice hulls can be rebounded under the action of the screening rebounder 20333 to be crushed again and fall down, the crushing degree is ensured, the sorghum can be separated under the action of the tension plate 20543, the crushed rice hulls are favorably and fully mixed with the inside of the sorghum, the heat generated by the sorghum can be prevented from being adhered, and the sorghum can be rotated towards the direction with larger stress under the condition of uneven stress under the action of the accelerator 20541, so that the stress of the sorghum is balanced, the local stress is prevented from being uneven, and the service life of the sorghum is prolonged.

The specific embodiments described herein are merely illustrative 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 scope of the invention or exceeding the scope of the claims appended hereto.

Claims

1. The utility model provides an auxiliary material that bounce-back breakage extends separation adds mixing apparatus, its structure includes: supplementary eyelidretractor (1), blender (2), control panel (3), driver (4), connecting plate (5), its characterized in that:

the right upper end of the auxiliary support (1) is nested with a mixer (2) and is mechanically connected, the right end of the mixer (2) is embedded at the left upper end of a driver (4) and is in transmission connection, the back of the control panel (3) is attached to the front of the attaching driver (4) and is electrically connected through a lead, the left surface of the driver (4) is welded with the right end of a connecting plate (5), the left end surface of the connecting plate (5) is attached to the right surface of the auxiliary support (1), the connecting plate (5) is arranged below the mixer (2), and the driver (4) is parallel to the auxiliary support (1);

the mixer (2) comprises an anti-springing board (201), a cover (202), a thinning device (203), a shell (204) and a turner (205);

the upper surface of the anti-springing plate (201) is attached to the lower surface of the cover (202), the cover (202) is buckled above the shell (204), the refiner (203) is nested above the inner side of the shell (204), the turner (205) is embedded in the shell (204), the refiner (203) is arranged above the turner (205), the lower surface of the anti-springing plate (201) is attached to the upper surface of the refiner (203), and the anti-springing plate (201) is nested above the inner side of the shell (204).

2. An auxiliary material adding and mixing device for debounce extension separation according to claim 1, characterized in that: the refining device (203) is composed of a main body (2031), clamping plates (2032) and a measuring instrument (2033), wherein the clamping plates (2032) are respectively arranged on the front side and the rear side of the main body (2031) and are of an integrated structure, the measuring instrument (2033) is arranged between the clamping plates (2032), and the measuring instrument (2033) is embedded in the main body (2031).

3. An auxiliary material adding and mixing device for debounce extension separation according to claim 2, characterized in that: the volume ware (2033) comprises swash plate (20331), reducing mechanism (20332), screening rebound ware (20333), the inboard below nestification of swash plate (20331) has reducing mechanism (20332), the below of reducing mechanism (20332) is equipped with screening rebound ware (20333), screening rebound ware (20333) are inlayed in the lower extreme of swash plate (20331).

4. An auxiliary material adding and mixing device for debounce extension separation according to claim 1, characterized in that: turn over the arrester (205) and constitute by main shaft pole (2051), straining ring (2052), extension pole (2053), agitator (2054), the surface of main shaft pole (2051) is laminated mutually and on same axis with the internal surface of straining ring (2052), the upper and lower side of straining ring (2052) nests respectively has extension pole (2053), the upper end of extension pole (2053) is equipped with agitator (2054).

5. An auxiliary material adding and mixing device for debounce extension separation according to claim 4, characterized in that: the agitator (2054) consists of a co-driver (20541), an impeller (20542) and a tension plate (20543), the outer edge of the co-driver (20541) is nested with the impeller (20542), the outer side of the impeller (20542) is nested with the tension plate (20543), and the tension plates (20543) are respectively arranged on the outer side of the co-driver (20541) and are parallel to the outer edge of the co-driver.