CN211269902U

CN211269902U - Juicing and grinding structure

Info

Publication number: CN211269902U
Application number: CN201921088940.5U
Authority: CN
Inventors: 连锦瑞
Original assignee: Guo Yiwang
Current assignee: Guo Yiwang
Priority date: 2019-07-12
Filing date: 2019-07-12
Publication date: 2020-08-18
Anticipated expiration: 2029-07-12

Abstract

The utility model discloses a juice extraction grinds structure, it drives with a drive group, including a juice extraction head body, a sediment juice separation net cup and a fruit juice collection cup, locate fruit juice collection cup below drive juice extraction head body through a drive group and rotate, with the pineapple by the regional crosscut of middle section in the state of not shelling, and the hard core and the pulp of pineapple are for the juice extraction head body, carry out hard core cutting and juice extraction, and the leading-in sediment juice separation net cup of the fruit juice of squeezing out, and leading-in fruit juice collection cup, effectively reduce the waste of the pulp of squeezing juice, and can save the manpower and the time that the pineapple was peeld and cut the core and consume, also can avoid peeing and cut the risk that the in-process operator cut, in order to reach effective utilization edible material and promote the efficiency of convenience in use.

Description

Juicing and grinding structure

Technical Field

The present invention relates to a juice-squeezing and grinding structure, and more particularly to a juice-squeezing and grinding structure for squeezing pineapple without peeling and coring.

Background

At present know pineapple juice extractor, it is peeled pineapple and is carried out the symmetry and dissect, cut the hard core of pineapple again after dissecting, pineapple pulp after above-mentioned processing is accomplished, get into juice or juice extractor again and beat juice or squeeze juice, however above-mentioned process is when shelling, often because of the pineapple difference of variety or the person's custom difference of shelling, and the crust of removing too much pineapple, cause the not enough problem of the fruit flesh that finally can beat juice or squeeze juice, intangibly wasted too much edible food, and above-mentioned and cut the core and consume manpower and time, and also have the risk that the operator cut in the operation process, so have the necessity of improvement.

SUMMERY OF THE UTILITY MODEL

The utility model discloses a problem that the extravagant edible material of pineapple juice extraction device and convenience of use are poor is in view of knowing, and the structure is ground in squeezing the juice of the utility model discloses a.

The main object of the present invention is to provide a juicing and grinding structure, which is driven by a driving set, and comprises a juicing head body, a residue-juice separating mesh cup body and a juice collecting cup body, wherein the juicing head body is provided with a juicing head end part and a juicing head body part, the juicing head end part is provided with a guide opening, the guide opening is provided with a containing groove extending inwards, the center of the bottom side of the containing groove is provided with an axial column, the periphery of the bottom side of the containing groove is internally and externally provided with a plurality of rows of juice holes, the edge of the guide opening is provided with a plurality of cutting core convex teeth, the plurality of cutting core convex teeth respectively extend from the juicing head end part to the edge of the juicing head body part and are provided with a plurality of juicing convex ribs, the plurality of juicing convex ribs are arranged in a radial or spiral radial manner, the front sections of the plurality of juicing convex ribs positioned at the juicing head end part are respectively provided with a plurality of grinding convex teeth, the bottom side edge of the juic, a shaft positioning penetrating bearing seat is arranged at the center of the bottom side of the cup body of the juice separating mesh, the shaft positioning penetrating bearing seat of the cup body of the juice separating mesh is outwards diffused to the edge and is provided with a plurality of filter screen holes, a matching seat is arranged at the bottom side of the cup body of the juice separating mesh, a plurality of rotating clamping parts are arranged at the outer edge of the matching seat, a juice containing space is arranged in the juice collecting cup body, an opening is arranged above the juice containing space and is provided with a matching fixed ring edge, a plurality of fixed clamping sheets are arranged at the edge of the matching fixed ring edge, a shaft seat is upwards convexly arranged at the center of the bottom side of the juice containing space, a juice outlet is arranged below the side edge of the juice collecting cup body and penetrates through the juice containing space to outwards extend, the matching seat of the cup body of the juice separating mesh is fixed at the edge of the matching fixed ring edge of the juice collecting cup body in a matching way, and the plurality of rotating clamping parts arranged on the, the axial positioning penetrating bearing seat is movably sleeved on the axial seat, the axial column of the juicing head body is rotatably penetrated and pivoted on the axial positioning penetrating bearing seat, the juicing head body of the juicing head body is provided with a plurality of convex silica gel brushes, a plurality of filter screen pores are arranged relative to the residue and juice separating mesh cup body, the silica gel brushes are arranged below the juice collecting cup body through a driving group, the driving group is provided with a mandrel, the mandrel penetrates through the axial seat arranged on the sleeved juice collecting cup body and the axial positioning penetrating bearing arranged on the residue and juice separating mesh cup body, and is fixedly combined with the axial column arranged on the juicing head body to drive the juicing head body to rotate, the pineapple is transversely cut from the middle section area in a non-state, the hard core of the pineapple is relative to a guide port arranged at the juicing head end part of the juicing head body, the edge of the guide port is provided with a plurality of core cutting convex teeth for cutting the hard core, and the juicing convex ribs and the front sections of the juicing convex, the hard core is led into the containing groove, the squeezed juice is led into the filter screen holes of the residue juice separating mesh cup body along the edge of the juicing head body and the rows of juice holes arranged in the containing groove, the filter screen holes are led into the juice containing space arranged in the juice collecting cup body, the juice is led out from the juice outlet guide port, the fruit residues generated by juicing are filtered and stopped by the filter screen holes arranged in the residue juice separating mesh cup body, and the silica gel brushes with the lugs arranged on the juicing head body part of the rotary juicing head body stir the fruit residues, so that the filter screen holes are prevented from being blocked by the fruit residues, the waste of juicing pulp is effectively reduced, the manpower and time consumed by peeling and core cutting of pineapples can be saved, the risk of knife injury of operators in the peeling and core cutting processes can be avoided, and the effects of effectively utilizing food materials and improving the use convenience can be achieved.

Drawings

Fig. 1 is a schematic view of the three-dimensional combination of the juice-extracting and grinding structure of the present invention.

Fig. 2 is a schematic view of the juice-extracting grinding structure in a three-dimensional exploded state.

Fig. 3 is a schematic side view of the juice-extracting and grinding structure according to the present invention.

Fig. 4 is a reference diagram of the use state of the pineapple in the juicing and grinding structure before being peeled and transversely ground by the middle section area.

Fig. 5 is a reference diagram of the action of the pineapple of the juicing and grinding structure of the utility model in the state of transversely cutting and grinding the juicing in the middle section without peeling.

FIG. 6 is a reference diagram of the state of the juicing grinding structure of the present invention, in which the silica gel brush with the plurality of lugs arranged on the juicing head stirs the pomace to prevent the filter screen from being blocked.

Detailed Description

Preferred embodiments of the present invention will be described below with reference to the accompanying drawings. It should be understood by those skilled in the art that these embodiments are only for explaining the technical principle of the present invention, and are not intended to limit the scope of the present invention.

Please refer to fig. 1 to 3, which are schematic diagrams of a three-dimensional combination, a three-dimensional decomposition and a side view section state of the juicing and grinding structure of the present invention, wherein a driving set is used for driving, the driving set is a motor, and the juicing and grinding structure of the present invention includes:

a juicing head body 10, the juicing head body 10 is provided with a juicing head end part 11 and a juicing head body part 12, the juicing head end part 11 is provided with a guide opening 110, the guide opening 110 is internally provided with an accommodating groove 111 in an extending way, the center of the bottom side of the accommodating groove 111 is provided with an axial column 112, the periphery of the bottom side of the accommodating groove 111 is internally and externally provided with a plurality of rows of juicing holes 113 in a penetrating way, the edge of the guide opening 110 is provided with a plurality of core-cutting convex teeth 114, the plurality of core-cutting convex teeth 114 respectively extend from the juicing head end part 11 to the edge of the juicing head body part 12 and are provided with a plurality of juicing convex ribs 115, the plurality of juicing convex ribs 115 are arranged in a radial or spiral radial way, the front parts of the plurality of juicing convex ribs 115 positioned at the juicing head end part 11 are respectively provided with a plurality of grinding convex teeth 115A, the bottom side edge of the;

a juice separation cup 20, the bottom center of the juice separation cup 20 is provided with a shaft positioning penetrating bearing 21, the shaft positioning penetrating bearing 21 of the juice separation cup 20 is outwardly diverged to the edge to be provided with a plurality of filter screen pores 22, the bottom of the juice separation cup 20 is provided with a matching seat 23, the outer edge of the matching seat 23 is provided with a plurality of rotating clamping parts 230, the shaft positioning penetrating bearing 21 is rotatably penetrated and pivoted with a shaft center column 112 arranged on the juice extracting head body 10, and the filter screen pores 22 are opposite to the silica gel brushes 121 of the plurality of lugs 120 arranged on the juice extracting head body 12; and

a juice collecting cup body 30, a juice containing space 31 is arranged in the juice collecting cup body 30, an opening 32 is arranged above the juice containing space 31, an involutory fixed ring edge 320 is arranged on the opening 32, a plurality of fixed clamping sheets 321 are arranged on the involutory fixed ring edge 320, a shaft center seat 33 is arranged at the center of the bottom side of the juice containing space 31 in an upward protruding way, a juice outlet 34 is arranged below the side edge of the juice collecting cup body 30 and penetrates through the juice containing space 31 to extend outwards, the involutory fixed ring edge 320 is involutory and fixed with the involutory seat 23 of the residue and juice separating mesh cup body 20, a plurality of rotating clamping parts 230 arranged on the involutory seat 23 are rotatably clamped on the plurality of fixed clamping sheets 321 arranged on the involutory fixed ring edge 320, and the shaft center seat 33 is movably sleeved with the shaft positioning penetrating bearing seat 21.

Through the cooperation of above-mentioned structure to accomplish the utility model discloses structure is ground in squeezing juice.

Please refer to fig. 1 to 6, which show the three-dimensional combination status, three-dimensional decomposition status, side-view section status, the usage status before pineapple is not peeled and is cross-cut and ground by the middle section area, the juice squeezing status is not peeled and is cross-cut and ground by the middle section area, and the action status of the juice squeezing head is shifted by the fruit residues to prevent the filter screen aperture from being blocked by the silica gel brush of the plurality of lugs, the device is driven by a driving set, which is a motor, the engaging seat 23 of the juice separating mesh cup 20 is oppositely fixed on the oppositely fixed ring edge 320 of the juice collecting cup 30, the plurality of rotating locking parts 230 of the engaging seat 23 are rotatably locked on the plurality of fixed locking pieces 321 of the oppositely fixed ring edge 320, and the axial positioning penetrating bearing seat 21 is movably sleeved on the axial center seat 33, and the axial center column 112 of the juice squeezing head 10 is rotatably penetrated and pivoted on the axial positioning penetrating bearing seat 21, the silica gel brush 121 with a plurality of lugs 120 arranged on the juicing head body part 12 of the juicing head body 10 is arranged below the juice collecting cup body 30 through a driving group which is provided with a mandrel (not shown), the mandrel passes through a mandrel seat 33 arranged on the sleeved juice collecting cup body 30 and a shaft positioning penetrating bearing seat 21 arranged on the residue juice separating cup body 20 and is fixedly combined with a mandrel column 112 arranged on the driving juicing head body 10 to drive the juicing head body 10 to rotate, the pineapple is transversely cut from a middle section area in a non-peeling state, the hard core of the pineapple is arranged relative to the juicing head end part 11 of the juicing head body 10 and is provided with a guide port 110, a plurality of core cutting convex teeth 114 arranged on the edge of the guide port 110 cut the hard core, and simultaneously, the juicing convex ribs 115 and a plurality of grinding convex teeth 115A arranged on the front section of the juicing head body 115 squeeze the pulp, so that the hard core is guided into the accommodating groove 111, the squeezed juice is guided into the filter screen holes 22 of the residue-juice separation mesh cup body 20 along the edge of the juicing head body 10 and the juice containing space 31 arranged in the juice collecting cup body 30 through the filter screen holes 22, and then the juice is guided out through the juice outlet 34, the fruit residues generated by juicing are filtered and stopped by the filter screen holes 22 arranged in the residue-juice separation mesh cup body 20, and the silica gel brushes 121 of the lugs 120 arranged on the juicing head body 12 of the rotating juicing head body 10 stir the fruit residues, so that the fruit residues are prevented from blocking the filter screen holes 22, the waste of juicing pulp is effectively reduced, the manpower and time consumed by peeling and core cutting of pineapples are saved, the risk of knife injury of operators in the peeling and core cutting processes is avoided, and the effects of effectively utilizing food materials and improving the use convenience are achieved.

The above description is the preferred embodiment of the present invention and the technical principle applied by the preferred embodiment, and for those skilled in the art, without departing from the spirit and scope of the present invention, any obvious changes based on the equivalent transformation, simple replacement, etc. of the technical solution of the present invention all belong to the protection scope of the present invention.

Claims

1. A juicing and grinding structure, characterized by comprising:

the juicing head body is provided with a juicing head end part and a juicing head body part, the juicing head end part is provided with a guide opening, the guide opening inwards extends to form a containing groove, the center of the bottom side of the containing groove is provided with an axial column, a plurality of rows of juice holes are arranged inside and outside the containing groove in a through mode, the edge of the guide opening is provided with a plurality of cutting core convex teeth, a plurality of juicing convex ribs are arranged on the plurality of cutting core convex teeth respectively in an extending mode from the juicing head end part to the edge of the juicing head body part, a plurality of convex pieces are arranged on the bottom side edge of the juicing head body part in an outwards extending mode, and the bottom sides of the convex pieces are combined;

a residue and juice separating mesh cup body, wherein the center of the bottom side of the residue and juice separating mesh cup body is provided with a shaft positioning penetrating bearing seat, the shaft positioning penetrating bearing seat of the residue and juice separating mesh cup body is outwards diffused to the edge and is provided with a plurality of filter screen pores, the bottom side of the residue and juice separating mesh cup body is provided with a pair of combining seats, the shaft positioning penetrating bearing seat and a shaft center column arranged on the juice extracting head body are in rotatable penetrating pivoting connection, and the plurality of filter screen pores are opposite to the silica gel brush with a plurality of lugs arranged on the juice extracting head body; and

a juice collecting cup body, a juice containing space is arranged in the juice collecting cup body, an opening is arranged above the juice containing space, the opening is provided with a involutory fixed ring edge, a shaft center seat is convexly arranged at the center of the bottom side of the juice containing space, a juice outlet guide port is arranged below the side edge of the juice collecting cup body and penetrates through the juice containing space to extend outwards, the involutory fixed ring edge is involutory fixed with the involutory seat of the residue and juice separating mesh cup body, and the shaft center seat is movably sleeved with the shaft positioning penetrating bearing seat.

2. The juice grinding structure according to claim 1, wherein the plurality of juice extracting ribs are provided in a radial or spiral radial shape.

3. The juice-extracting grinding structure as claimed in claim 1, wherein a plurality of grinding teeth are arranged on the front portion of the juice-extracting ribs of the end portion of the juice-extracting head.

4. The structure of claim 1, wherein the juice separating mesh has a plurality of rotary locking parts at the outer edge of the matching seat, and the juice collecting cup has a plurality of fixed locking pieces at the edge of the matching ring, and the rotary locking parts of the matching seat are locked to the fixed locking pieces at the edge of the matching ring.

5. A juicing and grinding structure is driven by a driving group, and is characterized by comprising:

a juice collecting cup body, a juice containing space is arranged in the juice collecting cup body, an opening is arranged above the juice containing space, the opening is provided with a involutory fixed ring edge, a shaft center seat is convexly arranged at the center of the bottom side of the juice containing space, a juice outlet guide port is arranged below the side edge of the juice collecting cup body and penetrates through the juice containing space to extend outwards, the involutory fixed ring edge is involutory fixed with the involutory seat of the residue and juice separating net cup body, and the shaft center seat is movably sleeved with the shaft positioning penetrating bearing seat; and

the driving set is provided with a mandrel, the driving set is arranged below the juice collecting cup body, and the mandrel penetrates through a mandrel seat arranged on the sleeved juice collecting cup body and a shaft positioning penetrating bearing seat arranged on the residue and juice separating net cup body and is fixedly combined with a mandrel column arranged on the driving juicing head body so as to drive the juicing head body to rotate.

6. The juice grinding structure according to claim 5, wherein the plurality of juice extracting ribs are provided in a radial or spiral radial shape.

7. The juice-extracting grinding structure as claimed in claim 5, wherein a plurality of grinding teeth are arranged on the front portion of the juice-extracting ribs of the end portion of the juice-extracting head.

8. The structure as claimed in claim 5, wherein the juice separating mesh cup has a plurality of rotary engaging portions at the outer edge of the engaging seat, and the juice collecting cup has a plurality of fixed engaging pieces at the edge of the engaging seat, the plurality of rotary engaging portions of the engaging seat being engaged with the plurality of fixed engaging pieces at the edge of the engaging seat.