CN215750911U

CN215750911U - Fruit wine brewing and extruding device capable of rapidly discharging residues

Info

Publication number: CN215750911U
Application number: CN202122200326.7U
Authority: CN
Inventors: 梁宝峰
Original assignee: Luoyang Tiansui Food Co ltd
Current assignee: Luoyang Tiansui Food Co ltd
Priority date: 2021-09-13
Filing date: 2021-09-13
Publication date: 2022-02-08
Anticipated expiration: 2031-09-13

Abstract

The utility model relates to the field of equipment for brewing and extruding fruit wine, in particular to a fruit wine brewing and extruding device capable of rapidly discharging residues, which comprises a feeding mechanism, a transition guide sleeve, an extruding cylinder supporting member, a raw material extruding cylinder, a residue discharging sealing cover, an extruding disc member, a guide rod, a lead screw driving part and a lead screw driving part, the bottom of the extrusion cylinder supporting member is arranged on the horizontal ground, two sides of the raw material extrusion cylinder are arranged on the extrusion cylinder supporting member and connected with the extrusion cylinder supporting member, the extrusion disk component shell arranged in the raw material extrusion cylinder pushes fruit residues to a slag outlet arranged at the bottom of the raw material extrusion cylinder under the action of the screw rod driving part, and the barrel is extruded by the raw materials discharged from the slag outlet, so that the novel slag tapping machine is very convenient and practical, and meets the use requirements of operators.

Description

Fruit wine brewing and extruding device capable of rapidly discharging residues

Technical Field

The utility model relates to the field of equipment for brewing and extruding fruit wine, in particular to a fruit wine brewing and extruding device capable of rapidly discharging residues.

Background

The fruit wine contains fruit flavor and alcohol, has no strong stimulation to human bodies and nerves, is generally brewed by taking all nutrient components in the fruit, is rich in nutrient substances such as sugar, esters, multiple vitamins, essential amino acids of human bodies and the like, has higher nutritional value, is increasingly improved along with the emphasis of people on body health and the pursuit of taste, is more favored by the fruit wine with high nutritional value, low alcoholic strength and rich taste, and the raw fruit juice of the fruit wine needs to be squeezed and juiced by squeezing equipment in the production process of the fruit wine, the squeezed residue in the squeezing groove can be remained in the squeezing block in the existing vertical fruit squeezing equipment after the fruit in the squeezing groove is squeezed, an operator needs to manually go deep into the squeezing groove for deslagging operation, and the operation process is extremely inconvenient, greatly increasing the labor intensity of operators.

Disclosure of Invention

The utility model aims to provide a fruit wine brewing extrusion device capable of rapidly discharging residues, the whole structure of the device adopts a horizontal structure design, fruit residues remained in an extrusion cavity after extrusion juice extraction can be pushed to a residue outlet through an extrusion disc to perform residue discharging operation in the specific use process, the residue discharging operation process is very convenient, and the use requirements of operators are met.

In order to achieve the purpose, the utility model adopts the following technical scheme:

a fruit wine brewing and extruding device capable of rapidly discharging residues comprises a feeding mechanism, a transition guide sleeve, an extruding cylinder supporting member, a raw material extruding cylinder, a residue discharging sealing cover, an extruding disc member, a guide rod, a lead screw driving part and a lead screw driving part, wherein the bottom of the extruding cylinder supporting member is arranged on the horizontal ground, two sides of the raw material extruding cylinder are arranged on the extruding cylinder supporting member and connected with the extruding cylinder supporting member, the feeding mechanism is arranged on one side of the feeding end of the extruding cylinder supporting member, the bottom of the feeding mechanism is arranged on the horizontal ground, the transition guide sleeve is arranged at the feeding end of the extruding cylinder supporting member and connected with the extruding cylinder supporting member, the feeding mechanism is connected with the raw material extruding cylinder on the extruding cylinder supporting member through the transition guide sleeve, the guide rod and the lead screw driving part are arranged in the raw material extruding cylinder, install the extrusion disc component on guide bar and lead screw drive portion, the externally mounted who keeps away from feed end one side on raw materials extrusion barrel has lead screw drive part, one side of lead screw drive portion install on lead screw drive part and link to each other with lead screw drive part, seted up the slag notch in the bottom of raw materials extrusion barrel, the sealed lid of slagging tap install at the slag notch position of raw materials extrusion barrel and link to each other with raw materials extrusion barrel.

Furthermore, an extrusion cavity is arranged in the raw material extrusion cylinder, and the feeding mechanism is communicated with the extrusion cavity arranged in the raw material extrusion cylinder through a transition guide sleeve.

Feeding mechanism include, bottom sprag frame, pay-off driving motor, motor shaft, pay-off helical blade, helical blade installation axle, pay-off direction sealing tube, pay-off driving motor's bottom install on bottom sprag frame and link to each other with bottom sprag frame, install the motor shaft on pay-off driving motor, a side end of helical blade installation axle install on the motor shaft and with the motor shaft is fixed links to each other, install pay-off helical blade on the excircle of helical blade installation axle, pay-off helical blade with helical blade installation hub welding be in the same place, pay-off direction sealing tube plug bush in pay-off helical blade's periphery and with the fixed linking to each other of one end of pay-off driving motor.

Furthermore, a feeding pipe is arranged on the feeding guide sealing pipe and is communicated with the feeding guide sealing pipe.

The extrusion disk component include extrusion disk body, pressure disk mounting bracket, it has the screw thread through-hole to process on the upper portion of pressure disk mounting bracket, pressure disk mounting bracket install on lead screw drive portion and link to each other with lead screw drive portion screw-thread fit through the screw thread through-hole of processing on it, it has the installation through-hole to process in the lower part of pressure disk mounting bracket, the lower part of pressure disk mounting bracket install on the guide bar and damp sliding contact with the guide bar mutually through the installation through-hole of processing on it, the extrusion disk body install on pressure disk mounting bracket and fixed continuous with pressure disk mounting bracket.

The lead screw drive portion include first support bearing, second support bearing and lead screw body, first support bearing install the left side position in the raw materials extrusion barrel and link to each other with raw materials extrusion barrel inner wall, second support bearing install the right side position in the raw materials extrusion barrel and link to each other with raw materials extrusion barrel inner wall, the both sides of lead screw body be smooth cylinder structure, the left side of lead screw body install at the bearing inner race position of first support bearing and link to each other with the bearing inner race interference fit of first support bearing, the right side of lead screw body install at the bearing inner race position of second support bearing and link to each other with the bearing inner race interference fit of second support bearing, processing has the external screw thread with screw through hole matched with on the middle part displacement of lead screw body.

The screw driving component comprises a screw driving motor, a speed changer, a power output shaft and a motor mounting seat, wherein the motor mounting seat is installed on the extrusion cylinder supporting member and fixed with the extrusion cylinder supporting member, the screw driving motor is installed on the motor mounting seat and connected with the motor mounting seat, the speed changer is installed on the screw driving motor, the power output shaft is installed on the speed changer and connected with the speed changer, and the outer end part of the power output shaft is fixedly connected with one side end part of the screw body.

The extrusion cylinder body supporting component comprises a first supporting frame, a second supporting frame and a bottom installation supporting frame, wherein the bottom of the bottom installation supporting frame is arranged on the horizontal ground, the first supporting frame is arranged on the left side of the upper portion of the bottom installation supporting frame and is vertically and fixedly welded with the bottom installation supporting frame, the second supporting frame is arranged on the right side of the upper portion of the bottom installation supporting frame and is vertically and fixedly welded with the bottom installation supporting frame, and a material through hole for communicating a transition guide sleeve with an extrusion cavity in a raw material extrusion cylinder body is processed in the first supporting frame.

The utility model has the beneficial effects that: the fruit wine brewing and extruding device capable of rapidly discharging the slag is very scientific in integral structural design and simple and convenient in operation and use process, and mainly realizes the combined installation and matching of the raw material extruding cylinder, the slag discharging sealing cover, the extruding disc component, the guide rod, the lead screw driving part and other components, when in specific use, the fruit residue in the extrusion cavity on the raw material extrusion cylinder can be quickly discharged and cleaned, the labor burden of operators for cleaning the fruit residue is greatly reduced, specifically, the extrusion disc component shell arranged in the raw material extrusion cylinder pushes the fruit residue to a residue outlet arranged at the bottom of the raw material extrusion cylinder under the action of the screw rod driving part, and the barrel is extruded by the raw materials discharged from the slag outlet, so that the novel slag tapping machine is very convenient and practical, and meets the use requirements of operators.

Drawings

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

FIG. 2 is a schematic view of the feed mechanism of the present invention;

FIG. 3 is a schematic view of the construction of the squeeze tray member of the present invention;

FIG. 4 is a schematic structural diagram of a screw driving portion of the present invention;

FIG. 5 is a schematic view of the screw driving part according to the present invention;

FIG. 6 is a schematic view of the extrusion cylinder support member structure of the present invention;

FIG. 7 is a schematic view of the present invention in a specific operation state;

the reference numbers in the figures are: 1-feeding mechanism, 2-transition guide sleeve, 3-extrusion cylinder supporting member, 4-raw material extrusion cylinder, 5-slag sealing cover, 6-extrusion disc member, 7-guide rod, 8-lead screw driving part, 9-lead screw driving part, 10-extrusion cavity, 11-slag hole, 12-fruit residue, 101-bottom supporting frame, 102-feeding driving motor, 103-motor shaft, 104-feeding helical blade, 105-helical blade mounting shaft, 106-feeding guide sealing pipe, 107-feeding pipe, 301-first supporting frame, 302-second supporting frame, 303-bottom mounting supporting frame, 601-extrusion disc body, 602-pressure disc mounting frame, 603-threaded through hole, 604-mounting through hole, and, 801-first support bearing, 802-second support bearing, 803-screw body, 901-screw driving motor, 902-transmission, 903-power output shaft and 904-motor mounting seat.

Detailed Description

Specific example 1: the core of the utility model is to provide a fruit wine brewing extrusion device capable of rapidly discharging residues, when in specific use, the shell of an extrusion disc member 6 arranged in a raw material extrusion cylinder 4 pushes fruit residues 12 to a residue outlet 11 arranged at the bottom of the raw material extrusion cylinder 4 under the action of a lead screw driving part 8, and the raw material extrusion cylinder 4 is discharged from the residue outlet 11, which is very convenient and practical. When an element is referred to as being "connected to" another element, it can be directly or indirectly connected to the other element. The terms "left" and "right" used in this specification to denote orientation are used with reference to a particular structure shown in the drawings, and do not constitute a limitation on the structure.

As shown in the attached figure 1, the fruit wine brewing extrusion device capable of rapidly discharging residues mainly comprises a feeding mechanism 1, a transition guide sleeve 2, an extrusion cylinder supporting member 3, a raw material extrusion cylinder 4, a residue discharge sealing cover 5, an extrusion disc member 6, a guide rod 7, a lead screw driving part 8 and a lead screw driving part 9, wherein the bottom of the extrusion cylinder supporting member 3 for installing and supporting the raw material extrusion cylinder 4 is arranged on a horizontal ground, two sides of the raw material extrusion cylinder 4 for providing extrusion cavities for fruits are fixedly arranged on the extrusion cylinder supporting member 3, one side of the feeding end of the extrusion cylinder supporting member 3 is provided with the feeding mechanism 1 for conveying the raw materials of the hollow cavities in the raw material extrusion cylinder 4, the bottom of the feeding mechanism 1 is arranged on the horizontal ground, the transition guide sleeve 2 is arranged at the feeding end of the extrusion cylinder supporting member 3 and is connected with the extrusion cylinder supporting member 3, the feeding mechanism 1 is communicated with an extrusion cavity 10 (hollow cavity) in the raw material extrusion cylinder 4 on the extrusion cylinder supporting component 3 through a transition guide sleeve 2, a guide rod 7 and a lead screw driving part 8 are arranged in the raw material extrusion cylinder 4, an extrusion disc component 6 is arranged on the guide rod 7 and the lead screw driving part 8 (wherein, the extrusion disc component 6 is in thread fit connection with the lead screw driving part 8, the extrusion disc component 6 is in damping sliding contact with the guide rod 7), a screw driving part 9 for driving the screw driving part 8 to rotate is arranged outside one side of the raw material extrusion cylinder 4 far away from the feeding end, one side of the screw driving part 8 is fixedly arranged on the screw driving part 9, the bottom of the raw material extrusion cylinder 4 is provided with a slag outlet 11 for discharging fruit residues 12, a slag hole sealing cover 5 for sealing the slag hole 11 is arranged at the position of the slag hole 11 of the raw material extruding cylinder 4.

As shown in the attached figure 2, the feeding mechanism 1 for feeding and conveying the raw material to the extrusion chamber 10 (hollow chamber) in the raw material extrusion cylinder 4 comprises a bottom support frame 101, a feeding driving motor 102, a motor shaft 103, a feeding helical blade 104, a helical blade mounting shaft 105 and a feeding guide sealing pipe 106, wherein the bottom of the feeding driving motor 102 for mounting the motor shaft 103 is mounted on the bottom support frame 101, the motor shaft 103 for power output is mounted on the feeding driving motor 102, one side end of the helical blade mounting shaft 105 for mounting the feeding helical blade 104 is fixedly mounted at the outer end part of the motor shaft 103, the feeding helical blade 104 for pushing the fruit to convey is mounted on the outer circle of the helical blade mounting shaft 105, wherein the feeding helical blade 104 and the helical blade mounting shaft 105 are welded together, and the feeding guide sealing pipe 106 for supporting and protecting the raw material during the raw material conveying process is inserted and sleeved on the outer periphery of the feeding helical blade 104 and is connected with the feeding helical blade mounting shaft 105 One end of the driving motor 102 is fixedly connected, and a feeding pipe 107 for raw material to enter is installed on the feeding guide sealing pipe 106, wherein the feeding pipe 107 is communicated with the feeding guide sealing pipe 106.

As shown in fig. 3 of the specification, the pressing disk member 6 for directly pressing raw materials includes a pressing disk body 601, a pressing disk mounting bracket 602, a threaded through hole 603 for installing a screw body 803 is processed on the upper portion of the pressing disk mounting bracket 602, wherein the pressing disk mounting bracket 602 is installed on the screw body 803 on the screw driver 8 through the threaded through hole 603 processed thereon and is in threaded fit connection with the screw body 803, an installation through hole 604 for penetrating a guide rod 7 is processed on the lower portion of the pressing disk mounting bracket 602, the aperture of the installation through hole 604 is slightly larger than the outer diameter of the guide rod 7, the lower portion of the pressing disk mounting bracket 602 is installed on the guide rod 7 through the installation through hole 604 processed thereon and is in damping sliding contact with the guide rod 7, and the pressing disk body 601 directly pressing raw materials of fruits is fixedly installed on one side portion of the pressing disk mounting bracket 602.

As shown in fig. 4 of the specification, the screw driving portion 8 for driving the extrusion disc member 6 to perform extrusion movement includes a first supporting bearing 801, a second supporting bearing 802 and a screw body 803, the first supporting bearing 801 and the second supporting bearing 802 are installed at left and right side portions of an upper portion in the raw material extrusion cylinder 4 and connected to an inner wall of the raw material extrusion cylinder 4, two sides of the screw body 803 are of a smooth cylindrical structure, wherein a left side of the screw body 803 is installed at a bearing inner ring portion of the first supporting bearing 801 and connected to a bearing inner ring of the first supporting bearing 801 in an interference fit manner, a right side of the screw body 803 is installed at a bearing inner ring portion of the second supporting bearing 802 and connected to a bearing inner ring of the second supporting bearing 802 in an interference fit manner, and an external thread matched to the threaded through hole 603 is processed on a middle displacement of the screw body 803.

As shown in fig. 5 in the specification, the lead screw driving component 9 for driving the lead screw body 803 to rotate includes a lead screw driving motor 901, a transmission 902, a power output shaft 903, and a motor mounting seat 904, the motor mounting seat 904 for mounting the lead screw driving motor 901 is mounted on the extruding cylinder supporting member 3 and fixed together with the extruding cylinder supporting member 3, the lead screw driving motor 901 for mounting the transmission 902 is mounted on the motor mounting seat 904, the transmission 902 is mounted on the lead screw driving motor 901, the power output shaft 903 for driving the lead screw body 803 to rotate is mounted on the transmission 902, and an outer end of the power output shaft 903 is fixed and connected with an end of one side of the lead screw body 803 and transmits power to the lead screw body 803.

As shown in the attached fig. 6, the extrusion cylinder supporting member 3 for mounting and supporting the raw material extrusion cylinder 4 includes a first supporting frame 301, a second supporting frame 302 and a bottom mounting supporting frame 303, the bottom of the bottom mounting supporting frame 303 for mounting and supporting the first supporting frame 301 and the second supporting frame 302 is installed and arranged on the horizontal ground, the bottom of the first supporting frame 301 for mounting and supporting the left side of the raw material extrusion cylinder 4 is welded at the upper left part of the bottom mounting supporting frame 303, the bottom of the second supporting frame 302 for mounting and supporting the right side of the raw material extrusion cylinder 4 is welded at the upper right part of the bottom mounting supporting frame 303, and a material through hole for communicating the transition guide sleeve 2 with the extrusion cavity 10 in the raw material extrusion cylinder 4 is processed on the first supporting frame 301.

The using process of the utility model in specific use is as follows: as shown in fig. 7, firstly, an operator can control the rotation of the feeding driving motor 102 in the feeding mechanism 1 through the external controller, the feeding driving motor 102 drives the motor shaft 103 to rotate, the motor shaft 103 drives the helical blade mounting shaft 105 to rotate, the helical blade mounting shaft 105 can drive the feeding helical blade 104 for raw material conveying to rotate, at this time, the operator can feed fruit raw materials into the feeding guide sealing tube 106 through the feeding tube 107, at this time, under the pushing operation of the feeding helical blade 104, the feeding helical blade 104 conveys the fruit raw materials into the extrusion cavity 10 (hollow cavity) in the raw material extrusion cylinder 4, at this time, the operator can control the operation of the screw driving motor 901 in the screw driving part 9 through the external controller, the screw driving motor 901 transmits power into the transmission, the transmission 902 transmits power to the power output shaft 903, at this time, the power output shaft 903 drives the screw body 803 to rotate clockwise, at this time, under the action of the screw pushing force, the extrusion disk member 6 installed on the screw driving part 8 moves to the left in the raw material extrusion cylinder 4 and performs extrusion juice extraction operation on the fruit raw material under the action of the screw pushing force, a pipeline for outflow of juice used is further provided at the bottom of the raw material extrusion cylinder 4, which is not described in detail herein, when the screw driving motor 901 rotates reversely, the power output shaft 903 drives the screw body 803 to rotate counterclockwise, under the action of the screw pushing force, the extrusion disk member 6 installed on the screw driving part 8 moves rightward in the raw material extrusion cylinder 4 under the action of the screw pushing force, when the extruded raw material residue needs to be subjected to slag tapping operation, an operator can first open the slag tapping sealing cover 5 for sealing the slag tapping hole 11 at the bottom of the raw material extrusion cylinder 4, at this moment, screw driving motor 901 corotation is started, screw driving motor 901 goes into derailleur 902 with power transmission, derailleur 902 gives power transmission to power output shaft 903 and makes power output shaft 903 forward rotate, power output shaft 903 drives screw body 803 clockwise, at this moment, under the effect of screw thread thrust, pressure disk mounting bracket 602 installed on screw body 803 moves to the left on screw body 803, pressure disk mounting bracket 602 drives extrusion disc body 601 installed on it to move to the left in raw materials extrusion barrel 4 in the process of moving to the left, and promote the residue that remains in raw materials extrusion barrel 4 to move to slag notch 11 department of raw materials extrusion barrel 4 bottom, at this moment, the residue can flow out by slag notch 11 department, the operation process of slagging tap is very convenient, after slagging tap is accomplished, sealed lid 5 that will slagging tap resumes sealed state can. The foregoing illustrates and describes the principles, general features, and advantages of the present invention. It will be understood by those skilled in the art that the present invention is not limited to the embodiments described above, which are described in the specification and illustrated only to illustrate the principle of the present invention, but that various changes and modifications may be made therein without departing from the spirit and scope of the present invention, which fall within the scope of the utility model as claimed.

Claims

1. A fruit wine brewing extrusion device capable of rapidly discharging residues is characterized by comprising a feeding mechanism (1), a transition guide sleeve (2), an extrusion cylinder supporting member (3), a raw material extrusion cylinder (4), a residue discharging sealing cover (5), an extrusion disc member (6), a guide rod (7), a lead screw driving part (8) and a lead screw driving part (9), wherein the bottom of the extrusion cylinder supporting member (3) is arranged on the horizontal ground, two sides of the raw material extrusion cylinder (4) are arranged on the extrusion cylinder supporting member (3) and are connected with the extrusion cylinder supporting member (3), the feeding mechanism (1) is arranged on one side of the feeding end of the extrusion cylinder supporting member (3), the bottom of the feeding mechanism (1) is arranged on the horizontal ground, the transition guide sleeve (2) is arranged at the feeding end of the extrusion cylinder supporting member (3) and is connected with the extrusion cylinder supporting member (3), feeding mechanism (1) through transition uide bushing (2) with extrude raw materials extrusion barrel (4) on barrel supporting member (3) and link to each other, internally mounted at raw materials extrusion barrel (4) has guide bar (7) and lead screw drive portion (8), install extrusion dish component (6) on guide bar (7) and lead screw drive portion (8), the externally mounted of keeping away from feed end one side on raw materials extrusion barrel (4) has lead screw drive part (9), one side of lead screw drive portion (8) install on lead screw drive part (9) and link to each other with lead screw drive part (9), slag notch (11) have been seted up to the bottom at raw materials extrusion barrel (4), sealed lid (5) install slag notch (11) position at raw materials extrusion barrel (4) and link to each other with raw materials extrusion barrel (4).

2. The fruit wine brewing and extruding device capable of rapidly discharging residues according to claim 1, wherein an extruding cavity (10) is arranged in the raw material extruding cylinder (4), and the feeding mechanism (1) is communicated with the extruding cavity (10) formed in the raw material extruding cylinder (4) through a transition guide sleeve (2).

3. The fruit wine brewing and extruding device capable of rapidly tapping residues according to claim 1, wherein the feeding mechanism (1) comprises a bottom supporting frame (101), a feeding driving motor (102), a motor shaft (103), a feeding helical blade (104), a helical blade mounting shaft (105) and a feeding guide sealing tube (106), the bottom of the feeding driving motor (102) is installed on the bottom supporting frame (101) and connected with the bottom supporting frame (101), the motor shaft (103) is installed on the feeding driving motor (102), one side end of the helical blade mounting shaft (105) is installed on the motor shaft (103) and fixedly connected with the motor shaft (103), the feeding helical blade (104) is installed on the outer circle of the helical blade mounting shaft (105), and the feeding helical blade (104) is welded with the helical blade mounting shaft (105), the feeding guide sealing pipe (106) is inserted and sleeved on the periphery of the feeding spiral blade (104) and is fixedly connected with one end of the feeding driving motor (102).

4. A fruit wine brewing and squeezing device capable of discharging residue quickly as claimed in claim 3, wherein a feeding pipe (107) is further installed on the feeding guide sealing pipe (106), and the feeding pipe (107) is communicated with the feeding guide sealing pipe (106).

5. The fruit wine brewing and squeezing device capable of rapidly tapping is characterized in that, the extrusion disc component (6) comprises an extrusion disc body (601) and a pressure disc mounting frame (602), the upper part of the pressure plate mounting rack (602) is provided with a thread through hole (603), the pressure plate mounting rack (602) is arranged on the screw rod driving part (8) through the thread through hole (603) arranged on the pressure plate mounting rack and is connected with the screw rod driving part (8) in a thread matching way, the lower part of the pressure plate mounting frame (602) is provided with a mounting through hole (604), the lower part of the pressure plate mounting frame (602) is mounted on the guide rod (7) through the mounting through hole (604) arranged on the lower part of the pressure plate mounting frame and is in damping sliding contact with the guide rod (7), the extrusion disc body (601) is installed on the pressure disc installation frame (602) and is fixedly connected with the pressure disc installation frame (602).

6. The fruit wine brewing and extruding device capable of rapidly discharging residues according to claim 5, wherein the lead screw driving part (8) comprises a first supporting bearing (801), a second supporting bearing (802) and a lead screw body (803), the first supporting bearing (801) is arranged at the left side part in the raw material extruding cylinder body (4) and is connected with the inner wall of the raw material extruding cylinder body (4), the second supporting bearing (802) is arranged at the right side part in the raw material extruding cylinder body (4) and is connected with the inner wall of the raw material extruding cylinder body (4), two sides of the lead screw body (803) are of a smooth cylinder structure, the left side of the lead screw body (803) is arranged at the inner bearing ring part of the first supporting bearing (801) and is connected with the inner bearing ring of the first supporting bearing (801) in an interference fit manner, the right side of the lead screw body (803) is arranged at the inner bearing ring part of the second supporting bearing (802) and is connected with the inner bearing ring of the second supporting bearing (802) The bearing inner rings are connected in an interference fit mode, and external threads matched with the threaded through holes (603) are machined in the middle displacement of the lead screw body (803).

7. The brewing and squeezing device for fruit wine capable of discharging residues quickly according to claim 6, wherein the screw driving part (9) comprises a screw driving motor (901), a transmission (902), a power output shaft (903) and a motor mounting seat (904), the motor mounting seat (904) is mounted on the squeezing cylinder supporting member (3) and fixed with the squeezing cylinder supporting member (3), the screw driving motor (901) is mounted on the motor mounting seat (904) and connected with the motor mounting seat (904), the transmission (902) is mounted on the screw driving motor (901), the power output shaft (903) is mounted on the transmission (902) and connected with the transmission (902), and the outer end of the power output shaft (903) is fixedly connected with one side end of the screw body (803).

8. The fruit wine brewing and squeezing device capable of rapidly tapping is characterized in that, the extrusion cylinder body supporting component (3) comprises a first supporting frame (301), a second supporting frame (302) and a bottom mounting supporting frame (303), the bottom of the bottom mounting support frame (303) is arranged on the horizontal ground, the first support frame (301) is arranged at the left part of the upper part of the bottom mounting support frame (303) and is vertically and fixedly welded with the bottom mounting support frame (303), the second supporting frame (302) is arranged at the right side part of the upper part of the bottom mounting supporting frame (303) and is vertically and fixedly welded with the bottom mounting supporting frame (303), a material through hole for communicating the transition guide sleeve (2) with the extrusion cavity (10) in the raw material extrusion cylinder (4) is processed on the first support frame (301).