阅读说明：本技术 一种枸杞深加工用枸杞鲜浆灭菌装置及其使用方法 (Fresh wolfberry pulp sterilization device for deep processing of wolfberry and use method thereof ) 是由 凌丽 于 2021-06-28 设计创作，主要内容包括：本发明提供一种枸杞深加工用枸杞鲜浆灭菌装置及其使用方法,涉及枸杞加工技术领域,该一种枸杞深加工用枸杞鲜浆灭菌装置,包括浆料缸,所述原浆料缸侧面固定安装有用于驱动料缸滚筒的料缸滚筒驱动组件,所述蒸汽灭菌组件另一侧下端固定连接有原浆输出管道,所述原浆输出管道上设置有输出管道开关阀,所述原浆输出管道的另一端固定连接有原浆储蓄罐；通过将需要灭菌的枸杞原浆匀速加入料缸外壳,经过料缸流出管道流经预热回型管道,使枸杞原浆在预热回型管道内通过高温预热组件进行高温的预热,从而达到初步高温消毒的效果；最后,在完成上述的高温消毒之后,进行冲洗管道中残留的枸杞原浆,防止在枸杞原浆在管道中长时间污染加工管道。(The invention provides a fresh wolfberry pulp sterilization device for deep processing of wolfberry and a use method thereof, and relates to the technical field of wolfberry processing, the fresh wolfberry pulp sterilization device for deep processing of wolfberry comprises a pulp cylinder, wherein a material cylinder roller driving assembly for driving a material cylinder roller is fixedly arranged on the side surface of the pulp cylinder, the lower end of the other side of the steam sterilization assembly is fixedly connected with a pulp output pipeline, an output pipeline switch valve is arranged on the pulp output pipeline, and the other end of the pulp output pipeline is fixedly connected with a pulp storage tank; the wolfberry fruit primary pulp to be sterilized is added into a shell of a material cylinder at a constant speed, flows through a preheating return pipeline through a material cylinder outflow pipeline, and is preheated at a high temperature in the preheating return pipeline through a high-temperature preheating assembly, so that the effect of primary high-temperature sterilization is achieved; and finally, after the high-temperature disinfection is finished, washing the residual wolfberry puree in the pipeline to prevent the wolfberry puree from polluting the processing pipeline for a long time in the pipeline.)

1. The utility model provides a matrimony vine deep-processing is with fresh thick liquid sterilization apparatus of matrimony vine, includes magma material jar (1), its characterized in that: the raw pulp material cylinder (1) is fixedly provided with a material cylinder roller driving component (2) for driving a material cylinder roller (103) on the side surface, the raw pulp material cylinder (1) is provided with a material cylinder outflow pipeline (5) which is fixedly connected with a vertical surface on one side adjacent to the material cylinder roller driving component (2), the other end of the material cylinder outflow pipeline (5) is provided with a high-temperature preheating component (6), two sections of preheating return pipelines (7) are inserted in the high-temperature preheating component (6), the two sections of preheating return pipelines (7) are communicated with each other through a secondary preheating communication pipeline (8), the material cylinder outflow pipeline (5) is communicated with one section of preheating return pipelines (7), the other end of the preheating return pipelines (7) is fixedly connected with a steam sterilization pipeline (9), and the other end of the steam sterilization pipeline (9) is fixedly connected with a steam sterilization component (10), steam sterilization subassembly (10) opposite side lower extreme fixedly connected with magma output pipeline (19), be provided with output pipeline ooff valve (20) on magma output pipeline (19), the other end fixedly connected with magma piggy bank (21) of magma output pipeline (19).

2. The fresh wolfberry pulp sterilization device for deep processing of wolfberry as claimed in claim 1, wherein: steam sterilization subassembly (10) are close to one side of steam sterilization pipeline (9) and are located its lower extreme fixedly connected with steam output pipeline (13), the other end fixedly connected with of steam output pipeline (13) is used for making high temperature steam engine (14) of steam, high temperature steam engine (14) are through steam engine inlet channel (17) fixedly connected with water purification piggy bank (18), water purification piggy bank (18) upper end fixedly connected with water purification pipeline (16).

3. The fresh wolfberry pulp sterilization device for deep processing of wolfberry as claimed in claim 2, wherein: steam sterilization subassembly (10) side fixed mounting has a plurality of sterilization subassembly mounting brackets (12), every sterilization subassembly mounting bracket (12) side all through sterilization subassembly support frame (11) fixed mounting at steam engine mounting panel (15), just high temperature steam engine (14) and the equal fixed mounting of water purification accumulator tank (18) are at steam engine mounting panel (15) upper end surface, steam sterilization subassembly (10) include: the steam sterilization device comprises a steam sterilization shell (1001), a steam outlet pipe (1002), a sterilization raw stock input hole (1003), a steam rod (1004), a steam outlet hole (1005), a sterilization raw stock output hole (1006), a seepage plate (1007), a seepage hole (1008) and a steam hole (1009).

4. The fresh wolfberry pulp sterilization device for deep processing of wolfberry as claimed in claim 3, wherein: one end of the steam sterilization shell (1001) close to the steam sterilization pipeline (9) is provided with a sterilization raw stock input hole (1003) and communicated with the sterilization raw stock input hole, the other end of the steam sterilization shell (1001) is provided with a sterilization raw stock output hole (1006) and is communicated with a raw stock output pipeline (19), the upper end of the steam sterilization shell (1001) is provided with a steam outlet hole (1005) and communicated with a steam outlet pipe (1002), a seepage plate (1007) is fixedly arranged in the middle of the interior of the steam sterilization shell (1001) to divide the interior into two areas, the two areas are communicated through a plurality of seepage holes (1008), the seepage holes (1008) are arranged on the seepage plate (1007), a steam rod (1004) is arranged on the lower side of the seepage plate (1007), a plurality of steam holes (1009) are formed in the steam rod (1004), and the steam rod (1004) is communicated with the steam output pipeline (13).

5. The fresh wolfberry pulp sterilization device for deep processing of wolfberry as claimed in claim 1, wherein: the raw stock jar (1) includes: a material cylinder shell (101), a material cylinder output hole (102), a material cylinder roller (103), a roller stirring plate (104), a booster pump (105) and a clean water flushing water inlet pipe (106), a material cylinder roller (103) is rotatably arranged between the inner walls of the two sides of the material cylinder shell (101), a plurality of drum stirring plates (104) are arranged on the material cylinder drum (103) in a spiral line and are aligned with the normal plane of the material cylinder drum (103) at equal intervals, a material cylinder output hole (102) is formed in a gate of the material cylinder shell (101) close to the material cylinder outflow pipeline (5) and communicated with the material cylinder output hole, a mounting plate (3) is fixedly mounted at the lower end of the material cylinder shell (101), and the surface of the upper end of the mounting plate (3) is fixedly provided with a booster pump (105), the output hole and the input hole of the booster pump (105) are both fixedly connected with a purified water flushing water inlet pipe (106), and the output hole is communicated with the purified water flushing water inlet pipe (106) and the material cylinder outflow pipeline (5).

6. The fresh wolfberry pulp sterilization device for deep processing of wolfberry as claimed in claim 1, wherein: the material cylinder roller driving assembly (2) comprises: driving motor carousel (201), driving belt (202), cylinder carousel (203) and cylinder rotation axis (204), driving motor carousel (201) fixed connection is on the output shaft of driving motor (4), just driving motor (4) fixed mounting is on mounting panel (3) upper end surface, driving motor carousel (201) rotates through driving belt (202) and connects cylinder carousel (203), the coaxial fixedly connected with cylinder rotation axis (204) of cylinder carousel (203), just cylinder rotation axis (204) and the coaxial fixed connection of material jar cylinder (103).

7. The fresh wolfberry pulp sterilization device for deep processing of wolfberry as claimed in claim 1, wherein: the high temperature preheat assembly (6) includes: the preheating device comprises a preheating connecting shell (601), preheating pipeline shells (602), a preheating heating pipeline (603), preheating heating sheets (604), a square-shaped pipeline hole (605), a control panel (606), a preheating heater (607) and a control knob (608), wherein two preheating pipeline shells (602) are fixedly mounted on two sides of the preheating connecting shell (601).

8. The fresh wolfberry pulp sterilization device for deep processing of wolfberry as claimed in claim 7, wherein: preheat connecting shell (601) inside fixed mounting and have a plurality of preheating heating piece (604), and every preheating heating piece (604) all communicates one by one, every preheating heating piece (604) preheat heating pipe (603) through connection through one, preheat heating pipe (603) one end fixedly connected with and preheat heater (607), preheat heater (607) fixed mounting and preheat connecting shell (601), it is provided with control panel (606) to preheat heater (607) one side, control panel (606) lower extreme just is located and preheats heater (607) side surface and is provided with control knob (608) that are used for adjusting preheating heater (607) heating temperature, it has seted up back type pipeline hole (605) on preheating heating piece (604).

9. A use method of the fresh wolfberry pulp sterilization device for deep processing of wolfberry according to any one of claims 1-8, characterized in that: the method comprises the following operation steps:

s1: firstly, wolfberry fruit primary pulp to be sterilized is added into a material cylinder shell (101) at a constant speed, the wolfberry fruit primary pulp is stirred by a material cylinder roller (103) to be uniform in texture, and flows through a preheating return pipeline (7) through a material cylinder outflow pipeline (5), so that the wolfberry fruit primary pulp is preheated at a high temperature in the preheating return pipeline (7) through a high-temperature preheating assembly (6), and a primary high-temperature sterilization effect is achieved, and the situation that the nutrient substances in the wolfberry fruit primary pulp are lost due to sudden temperature rise in the subsequent process is avoided;

s2: after the wolfberry fruit primary pulp is preheated, the wolfberry fruit primary pulp is injected into the steam sterilization component (10) through the steam sterilization pipeline (9), high-temperature steam which is emitted from a steam hole (1009) on a steam rod (1004) in the steam sterilization component (10) passes through the wolfberry fruit primary pulp and then is emitted from a steam outlet pipe (1002) at the upper end, and in the secondary process, the purified water is vaporized at high temperature to achieve the effect of high-temperature sterilization on the wolfberry fruit primary pulp;

s3: and finally, after the high-temperature disinfection is finished, a booster pump (105) at the lower end of the material cylinder shell (101) is started to boost and flush purified water into a pipeline communicated with the equipment, so that residual wolfberry pulp in the pipeline is flushed, and the situation that the processing pipeline is polluted for a long time in the pipeline by the wolfberry pulp is prevented.

Technical Field

The invention relates to the technical field of medlar processing, in particular to a medlar fresh pulp sterilization device for medlar deep processing and a use method thereof.

Background

From ancient times to present, the medlar is a food which is deeply popular with people, and a great number of people use the medlar to boil soup, porridge, wine and the like so as to achieve the purposes of nutrition, health care, disease resistance and disease prevention. However, the nutriologist of the original wolfberry juice of qizitang considers that the squeezed juice of fresh fruits can retain more nutrients and functional components than the juice of dried fruits or other fruit crystals, and meanwhile, the nutrients and the functions of the fresh fruit juice and other liquid foods are more easily absorbed by human bodies than the fruit crystals of other forms.

At present, in the process of processing fresh wolfberry fruit pulp, the processed fresh wolfberry fruit pulp needs to be disinfected, and the existing fresh wolfberry fruit pulp is disinfected at high temperature in a cooking mode without a preheating process, so that nutrient substances in the fresh wolfberry fruit pulp are easily destroyed in an environment with suddenly rising temperature, substances absorbed by a human body are lost, a continuous processing production line cannot be made, and the efficiency is low.

Disclosure of Invention

Technical problem to be solved

Aiming at the defects of the prior art, the invention provides a fresh wolfberry pulp sterilization device for deep processing of wolfberry and a use method thereof, and solves the problem that the nutrient substances in the fresh wolfberry pulp are damaged by sudden temperature rise during high-temperature sterilization of the fresh wolfberry pulp at present.

(II) technical scheme

In order to achieve the purpose, the invention is realized by the following technical scheme: a fresh Chinese wolfberry pulp sterilization device for deep processing of Chinese wolfberry comprises a primary pulp cylinder, wherein a material cylinder roller driving assembly for driving a material cylinder roller is fixedly mounted on the side surface of the primary pulp cylinder, a material cylinder outflow pipeline is fixedly connected to one vertical surface of the primary pulp cylinder adjacent to the material cylinder roller driving assembly, a high-temperature preheating assembly is arranged at the other end of the material cylinder outflow pipeline, two preheating pipelines are inserted into the high-temperature preheating assembly in an penetrating manner and are communicated with each other through a secondary preheating communication pipeline, the material cylinder outflow pipeline is communicated with one preheating pipeline, a steam sterilization pipeline is fixedly connected to the other end of the preheating pipeline at the other end, a steam sterilization assembly is fixedly connected to the other end of the steam sterilization pipeline, and a primary pulp output pipeline is fixedly connected to the lower end of the other side of the steam sterilization assembly, an output pipeline switch valve is arranged on the raw stock output pipeline, and the other end of the raw stock output pipeline is fixedly connected with a raw stock storage tank.

Preferably, the steam sterilization component is close to one side of the steam sterilization pipeline and is located at the lower end of the steam sterilization pipeline, the other end of the steam sterilization component is fixedly connected with a high-temperature steam engine used for producing steam, the high-temperature steam engine is fixedly connected with a water purification storage tank through a steam engine water inlet pipeline, and the upper end of the water purification storage tank is fixedly connected with a water purification pipeline.

As preferred, steam sterilization subassembly side fixed mounting has a plurality of sterilization subassembly mounting brackets, every sterilization subassembly mounting bracket side all through sterilization subassembly support frame fixed mounting at the steam engine mounting panel, just the equal fixed mounting of high temperature steam engine and water purification piggy bank is on the steam engine mounting panel upper end surface, the steam sterilization subassembly includes: the steam sterilization device comprises a steam sterilization shell, a steam outlet pipe, a sterilization raw stock input hole, a steam rod, a steam outlet hole, a sterilization raw stock output hole, a seepage plate, a seepage hole and a steam hole.

As preferred, the one end that is close to the steam sterilization pipeline on the steam sterilization shell has seted up sterilization magma input hole and rather than the intercommunication, sterilization magma delivery port and rather than the intercommunication have been seted up to the other end of steam sterilization shell, steam sterilization shell upper end has seted up the steam venthole and communicates with the steam outlet duct, fixed mounting has the seepage flow board to separate it for two regions in the middle of the steam sterilization shell is inside, and just two regions communicate through a plurality of seepage flow holes, the seepage flow hole is seted up on the seepage flow board, the seepage flow board downside is provided with the steam stick, a plurality of steam holes have been seted up on the steam stick, just steam stick and steam delivery pipeline intercommunication.

Preferably, the raw slurry tank includes: expect that jar shell, material jar delivery outlet, material jar cylinder, cylinder stirring board, booster pump and water purification wash the inlet tube, it installs the material jar cylinder to rotate between the inner wall of material jar shell both sides, it just aligns the equidistance with material jar cylinder normal facial line and installs a plurality of cylinder stirring boards to be the helix on the material jar cylinder, material jar shell is close to the gate of material jar outflow pipeline and has seted up the material jar delivery outlet and rather than the intercommunication, material jar shell lower extreme fixed mounting has the mounting panel, just mounting panel upper end fixed surface installs the booster pump, the delivery outlet of booster pump and the equal fixedly connected with water purification of input hole wash the inlet tube, and the delivery outlet the water purification washes inlet tube and material jar outflow pipeline intercommunication.

Preferably, the cylinder drum driving assembly includes: driving motor carousel, drive belt, cylinder carousel and cylinder rotation axis, driving motor carousel fixed connection is on driving motor's output shaft, just driving motor fixed mounting is on the mounting panel upper end surface, the driving motor carousel passes through the drive belt and rotates the connection cylinder carousel, the coaxial fixedly connected with cylinder rotation axis of cylinder carousel, just cylinder rotation axis and the coaxial fixed connection of material jar cylinder.

Preferably, the high temperature preheating assembly includes: the preheating device comprises a preheating connecting shell, preheating pipeline shells, a preheating heating pipeline, preheating heating fins, a hollow square pipe hole, a control panel, a preheating heater and a control knob, wherein two preheating pipeline shells are fixedly mounted on two sides of the preheating connecting shell.

As preferred, preheat the inside fixed mounting of connection shell and have a plurality of preheating heating plate, and every preheating heating plate all communicates one by one, every preheating heating plate preheats heating pipe through-connection through one, preheating heating pipe one end fixedly connected with preheats the heater, preheating heater fixed mounting preheats the connection shell, preheating heater one side is provided with control panel, the control panel lower extreme just is located preheating heater side surface and is provided with the control knob that is used for adjusting preheating heater heating temperature, the last type pipeline hole of returning has been seted up of preheating heating plate.

Meanwhile, the invention also discloses a use method of the fresh wolfberry pulp sterilization device for deep processing of the wolfberry, which comprises the following operation steps:

s1: firstly, adding wolfberry fruit raw stock to be sterilized into a material cylinder shell at a constant speed, stirring by a material cylinder roller to ensure that the wolfberry fruit raw stock is uniform in texture, flowing through a preheating return pipeline through a material cylinder outflow pipeline, and preheating the wolfberry fruit raw stock at a high temperature in the preheating return pipeline through a high-temperature preheating assembly, so that the effect of primary high-temperature sterilization is achieved, and the loss of nutrient substances in the wolfberry fruit raw stock caused by sudden temperature rise in the subsequent process is avoided;

s2: after the raw wolfberry pulp is preheated, the raw wolfberry pulp is injected into the steam sterilization component through the steam sterilization pipeline, high-temperature steam which is emitted through steam holes in a steam rod in the steam sterilization component passes through the raw wolfberry pulp and then is emitted from a steam outlet pipe at the upper end, and in the secondary process, the purified water is vaporized at high temperature to achieve the effect of high-temperature sterilization on the raw wolfberry pulp;

s3: and finally, after the high-temperature disinfection is finished, a booster pump at the lower end of the material cylinder shell is started to boost the purified water and flush the purified water into a pipeline communicated with the equipment, so that residual wolfberry puree in the pipeline is flushed, and the situation that the processing pipeline is polluted for a long time in the pipeline by the wolfberry puree is prevented.

(III) advantageous effects

The invention provides a fresh wolfberry pulp sterilization device for deep processing of wolfberry. The method has the following beneficial effects:

firstly, wolfberry fruit primary pulp to be sterilized is added into a material cylinder shell at a constant speed, the wolfberry fruit primary pulp is stirred by a material cylinder roller to be uniform in texture, and flows through a preheating return pipeline through a material cylinder outflow pipeline, so that the wolfberry fruit primary pulp is preheated at a high temperature in the preheating return pipeline through a high-temperature preheating assembly, and a primary high-temperature sterilization effect is achieved, and the situation that the nutrient substances in the wolfberry fruit primary pulp are lost due to sudden temperature rise in a subsequent process is avoided; after the raw wolfberry pulp is preheated, the raw wolfberry pulp is injected into the steam sterilization component through the steam sterilization pipeline, high-temperature steam which is emitted through steam holes in a steam rod in the steam sterilization component passes through the raw wolfberry pulp and then is emitted from a steam outlet pipe at the upper end, and in the secondary process, the purified water is vaporized at high temperature to achieve the effect of high-temperature sterilization on the raw wolfberry pulp; and finally, after the high-temperature disinfection is finished, a booster pump at the lower end of the material cylinder shell is started to boost the purified water and flush the purified water into a pipeline communicated with the equipment, so that residual wolfberry puree in the pipeline is flushed, and the situation that the processing pipeline is polluted for a long time in the pipeline by the wolfberry puree is prevented.

Drawings

FIG. 1 is a schematic view of the overall structure of the present invention;

FIG. 2 is a schematic view of an isometric view of the present invention as a whole;

FIG. 3 is a schematic diagram of the overall front view structure of the present invention;

FIG. 4 is a schematic structural view of a high temperature preheat assembly according to the present invention;

FIG. 5 is a schematic view of the steam sterilization assembly of the present invention;

FIG. 6 is a schematic view of the structure of the cylinder roller driving assembly of the present invention.

Wherein, 1, a raw pulp material cylinder; 101. a material cylinder shell; 102. a material cylinder output hole; 103. a material cylinder roller; 104. a roller stirring plate; 105. a booster pump; 106. a water inlet pipe is flushed by clean water; 2. a material cylinder roller driving assembly; 201. driving a motor turntable; 202. a drive belt; 203. a drum turntable; 204. a drum rotating shaft; 3. mounting a plate; 4. a drive motor; 5. a material cylinder outflow pipeline; 6. a high temperature preheat assembly; 601. preheating the connecting shell; 602. preheating the pipeline shell; 603. preheating a heating pipeline; 604. preheating a heating plate; 605. a pipe hole of a square pipe; 606. a control panel; 607. preheating a heater; 608. a control knob; 7. preheating a return pipeline; 8. secondary preheating of the communicating pipe; 9. a steam sterilization pipeline; 10. a steam sterilization assembly; 1001. steam sterilizing the housing; 1002. a steam outlet pipe; 1003. a sterilization raw stock input hole; 1004. a steam wand; 1005. a steam outlet hole; 1006. sterilizing a raw stock output hole; 1007. a seepage plate; 1008. a seepage hole; 1009. a steam vent; 11. a sterilization assembly support frame; 12. a sterilization assembly mounting bracket; 13. a steam output pipe; 14. a high temperature steam engine; 15. a steam engine mounting plate; 16. a water purification pipeline; 17. a steam engine water inlet pipeline; 18. a purified water saving tank; 19. a primary pulp output pipeline; 20. an output pipeline switching valve; 21. a primary pulp storage tank.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Example (b):

as shown in fig. 1, 2, 3, 4, 5 and 6, an embodiment of the present invention provides a fresh wolfberry pulp sterilization device for deep processing of wolfberry, which includes a raw pulp tank 1, a material tank roller driving component 2 for driving a material tank roller 103 is fixedly installed on a side surface of the raw pulp tank 1, a material tank outflow pipeline 5 is fixedly connected to a vertical surface of one side of the raw pulp tank 1 adjacent to the material tank roller driving component 2, a high temperature preheating component 6 is installed at the other end of the material tank outflow pipeline 5, two preheating return pipelines 7 are inserted in the high temperature preheating component 6, the two preheating return pipelines 7 are communicated with each other through a secondary preheating communication pipeline 8, the material tank outflow pipeline 5 is communicated with one preheating return pipeline 7, the other end of the preheating return pipeline 7 is fixedly connected with a steam sterilization pipeline 9, the other end of the steam sterilization pipeline 9 is fixedly connected with a steam sterilization component 10, steam sterilization subassembly 10 opposite side lower extreme fixedly connected with magma output pipeline 19, be provided with output pipeline ooff valve 20 on the magma output pipeline 19, the other end fixedly connected with magma accumulator tank 21 of magma output pipeline 19.

According to the technical scheme, the wolfberry fruit raw stock to be sterilized is added into the material cylinder shell 101 at a constant speed, is stirred by the material cylinder roller 103 to ensure that the wolfberry fruit raw stock is uniform in texture, flows through the preheating return pipeline 7 through the material cylinder outflow pipeline 5, and is preheated at a high temperature in the preheating return pipeline 7 through the high-temperature preheating assembly 6, so that the primary high-temperature sterilization effect is achieved, and the loss of nutrient substances in the wolfberry fruit raw stock caused by sudden temperature rise in the subsequent process is avoided; after the wolfberry fruit raw pulp is preheated, the wolfberry fruit raw pulp is injected into the steam sterilization component 10 through the steam sterilization pipeline 9, high-temperature steam which is emitted through the steam holes 1009 on the steam rod 1004 in the steam sterilization component 10 passes through the wolfberry fruit raw pulp and then is emitted from the steam outlet pipe 1002 at the upper end, and in the process again, the purified water is vaporized at high temperature to achieve the effect of high-temperature sterilization on the wolfberry fruit raw pulp; finally, after the high-temperature disinfection is completed, a booster pump 105 at the lower end of the material cylinder shell 101 is started to boost and flush purified water into a pipeline communicated with the equipment, so that residual wolfberry puree in the pipeline is flushed, and the situation that the processing pipeline is polluted for a long time in the pipeline by the wolfberry puree is prevented.

In this embodiment, the steam sterilization component 10 is close to one side of the steam sterilization pipeline 9 and is fixedly connected with a steam output pipeline 13 at the lower end thereof, the other end of the steam output pipeline 13 is fixedly connected with a high-temperature steam engine 14 for producing steam, the high-temperature steam engine 14 is fixedly connected with a purified water storage tank 18 through a steam engine water inlet pipeline 17, and the upper end of the purified water storage tank 18 is fixedly connected with a purified water pipeline 16; steam sterilization subassembly 10 side fixed mounting has a plurality of sterilization subassembly mounting brackets 12, every sterilization subassembly mounting bracket 12 side all through 11 fixed mounting of sterilization subassembly support frame at steam engine mounting panel 15, just 14 and 18 equal fixed mounting of water purification piggy bank of high temperature steam engine are on 15 upper end surfaces of steam engine mounting panel, steam sterilization subassembly 10 includes: a steam sterilization shell 1001, a steam outlet pipe 1002, a sterilization raw stock input hole 1003, a steam rod 1004, a steam outlet hole 1005, a sterilization raw stock output hole 1006, a seepage plate 1007, a seepage hole 1008 and a steam hole 1009; steam sterilization shell 1001 is last to be close to steam sterilization pipeline 9's one end and has been seted up sterilization magma input hole 1003 and communicate rather than, sterilization magma output hole 1006 has been seted up to steam sterilization shell 1001's the other end and has been linked together with magma output pipeline 19, steam sterilization shell 1001 upper end has been seted up steam venthole 1005 and has been linked together with steam outlet pipe 1002, steam sterilization shell 1001 is inside middle fixed mounting has seepage plate 1007 to separate it for two regions, and two regions communicate through a plurality of seepage flow holes 1008, seepage flow hole 1008 sets up on seepage plate 1007, seepage plate 1007 downside is provided with steam stick 1004, a plurality of steam holes 1009 has been seted up on steam stick 1004, just steam stick 1004 and steam output pipeline 13 communicate.

Through above-mentioned technical scheme, pour into steam sterilization subassembly 10 with matrimony vine magma through steam sterilization pipeline 9, wherein the high-temperature steam that emits through the steam hole 1009 on the steam stick 1004 of steam sterilization subassembly 10 inside passes through from the matrimony vine magma, emits from the steam outlet duct 1002 of upper end again, and in-process once more, the process carries out the effect of high temperature sterilization with purification water purification high temperature vaporization to the matrimony vine magma.

In this embodiment, the raw slurry tank 1 includes: the material cylinder comprises a material cylinder shell 101, a material cylinder output hole 102, a material cylinder roller 103, a roller stirring plate 104, a booster pump 105 and a purified water flushing water inlet pipe 106, wherein the material cylinder roller 103 is rotatably installed between the inner walls of two sides of the material cylinder shell 101, the material cylinder roller 103 is provided with a spiral line and is provided with a plurality of roller stirring plates 104 which are aligned and equidistant with the normal line of the material cylinder roller 103, the material cylinder shell 101 is provided with the material cylinder output hole 102 close to the gateway of the material cylinder outflow pipeline 5 and is communicated with the material cylinder output hole 102, the lower end of the material cylinder shell 101 is fixedly provided with a mounting plate 3, the surface of the upper end of the mounting plate 3 is fixedly provided with the booster pump 105, the output hole and the input hole of the booster pump 105 are both fixedly connected with the purified water flushing water inlet pipe 106, the output hole is communicated with the purified water flushing water inlet pipe 106 and the material cylinder outflow pipeline 5, and purified water is flushed into a communicated pipeline in the equipment by pressurizing through the booster pump 105 which opens the lower end of the material cylinder shell 101, the residual medlar original pulp in the pipeline is washed, so that the processing pipeline is prevented from being polluted for a long time in the pipeline by the medlar original pulp.

In this embodiment, the material cylinder roller driving assembly 2 includes: driving motor carousel 201, driving belt 202, cylinder carousel 203 and cylinder rotation axis 204, driving motor carousel 201 fixed connection is on driving motor 4's output shaft, just driving motor 4 fixed mounting is on mounting panel 3 upper end surface, driving motor carousel 201 rotates through driving belt 202 and connects cylinder carousel 203, the coaxial fixedly connected with cylinder rotation axis 204 of cylinder carousel 203, just cylinder rotation axis 204 and the coaxial fixed connection of material jar cylinder 103 pass through bolt fixed mounting on mounting panel 3 through foretell driving motor 4, and it is rotatory to drive driving motor carousel 201 through the rotation of driving motor 4 output shaft, and rethread driving belt 202 drives the cylinder carousel 203 of connecting and rotates to reach the effect that provides rotary power for material jar cylinder 103.

In this embodiment, the high-temperature preheating assembly 6 includes: the preheating device comprises a preheating connecting shell 601, a preheating pipeline shell 602, a preheating heating pipeline 603, a preheating heating sheet 604, a square-shaped pipeline hole 605, a control panel 606, a preheating heater 607 and a control knob 608, wherein two preheating pipeline shells 602 are fixedly mounted on two sides of the preheating connecting shell 601; a plurality of preheating heating sheets 604 are fixedly installed inside the preheating connecting shell 601, each preheating heating sheet 604 is communicated one by one, each preheating heating sheet 604 is connected through a preheating heating pipeline 603, one end of the preheating heating pipeline 603 is fixedly connected with a preheating heater 607, the preheating heater 607 is fixedly installed on the preheating connecting shell 601, one side of the preheating heater 607 is provided with a control panel 606, the lower end of the control panel 606 and the surface of one side of the preheating heater 607 are provided with a control knob 608 for adjusting the heating temperature of the preheating heater 607, the preheating heating sheets 604 are provided with a circular pipeline hole 605, hot oil in the preheating heating pipeline 603 is heated by a heating component inside the preheating heater 607, the preheating heating sheets 604 are filled with the hot oil to be communicated with the preheating heating pipeline 603, and after heating, the fresh wolfberry pulp inserted in the preheating circular pipeline 7 is preheated, the heating power of the internal heating part of the preheating heater 607 is controlled by the control knob 608.

Meanwhile, the invention also discloses a use method of the fresh wolfberry pulp sterilization device for deep processing of the wolfberry, which comprises the following operation steps:

s1: firstly, medlar primary pulp to be sterilized is added into a material cylinder shell 101 at a constant speed, the medlar primary pulp is stirred by a material cylinder roller 103 to be uniform in texture, flows through a preheating return pipeline 7 through a material cylinder outflow pipeline 5, and is preheated at a high temperature in the preheating return pipeline 7 through a high-temperature preheating assembly 6, so that the effect of primary high-temperature sterilization is achieved, and the phenomenon that the nutrient substances in the medlar primary pulp are lost due to sudden temperature rise in the subsequent process is avoided;

s2: after the wolfberry fruit raw pulp is preheated, the wolfberry fruit raw pulp is injected into the steam sterilization component 10 through the steam sterilization pipeline 9, high-temperature steam which is emitted through the steam holes 1009 on the steam rod 1004 in the steam sterilization component 10 passes through the wolfberry fruit raw pulp and then is emitted from the steam outlet pipe 1002 at the upper end, and in the process again, the purified water is vaporized at high temperature to achieve the effect of high-temperature sterilization on the wolfberry fruit raw pulp;

s3: finally, after the high-temperature disinfection is completed, a booster pump 105 at the lower end of the material cylinder shell 101 is started to boost and flush purified water into a pipeline communicated with the equipment, so that residual wolfberry puree in the pipeline is flushed, and the situation that the processing pipeline is polluted for a long time in the pipeline by the wolfberry puree is prevented.

The working principle is as follows:

firstly, medlar primary pulp to be sterilized is added into a material cylinder shell 101 at a constant speed, the medlar primary pulp is stirred by a material cylinder roller 103 to be uniform in texture, flows through a preheating return pipeline 7 through a material cylinder outflow pipeline 5, and is preheated at a high temperature in the preheating return pipeline 7 through a high-temperature preheating assembly 6, so that the effect of primary high-temperature sterilization is achieved, and the phenomenon that the nutrient substances in the medlar primary pulp are lost due to sudden temperature rise in the subsequent process is avoided; after the wolfberry fruit raw pulp is preheated, the wolfberry fruit raw pulp is injected into the steam sterilization component 10 through the steam sterilization pipeline 9, high-temperature steam which is emitted through the steam holes 1009 on the steam rod 1004 in the steam sterilization component 10 passes through the wolfberry fruit raw pulp and then is emitted from the steam outlet pipe 1002 at the upper end, and in the process again, the purified water is vaporized at high temperature to achieve the effect of high-temperature sterilization on the wolfberry fruit raw pulp; finally, after the high-temperature disinfection is completed, a booster pump 105 at the lower end of the material cylinder shell 101 is started to boost and flush purified water into a pipeline communicated with the equipment, so that residual wolfberry puree in the pipeline is flushed, and the situation that the processing pipeline is polluted for a long time in the pipeline by the wolfberry puree is prevented.

It is noted that, herein, relational terms such as first and second, and the like may be used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Also, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus. Without further limitation, an element defined by the phrase "comprising a reference structure" does not exclude the presence of other identical elements in a process, method, article, or apparatus that comprises the element.

Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.