TWM584654U - Juicing and grinding structure - Google Patents

Abstract

This creation is a juice squeeze grinding structure, which is driven by a driving group, which includes a juice pressing head body, a slag separation mesh cup body and a juice collecting cup body, and is set in the juice collecting cup by a driving group The juicer head is driven below the body to rotate, and the pineapple is cut from the middle section in the unpeeled state. The hard core and pulp of the pineapple are cut and squeezed with respect to the juicer head body, and the squeezed juice is introduced. The slag is separated from the mesh cup and introduced into the juice collection cup, which effectively reduces the waste of juice pulp, and can save the labor and time of pineapple peeling and core cutting, and can also avoid operators during peeling and core cutting. The risk of cut injuries in order to effectively use ingredients and improve the convenience of use.

Description

Juicing grinding structure

The present invention relates to a juicing and grinding structure, and in particular to a person in the technical field that belongs to a device for juicing pineapple without peeling and core removal.

According to the current known pineapple juice extraction device, the pineapple is peeled and cut symmetrically. After cutting, the hard core of pineapple is cut off. After the above processing, the pineapple pulp is entered into the juice machine or juicer. Machine to make juice or juice, but when the above process is peeled, often due to different pineapple varieties or different habits of the peeled person, too many pineapple skins are removed, resulting in the problem that the final pulp can be juiced or squeezed. Too much edible food is wasted virtually, and the above peeling and core-cutting are labor-intensive and time-consuming, and there is also a risk of operator's knife injury during operation, so there is a need for improvement.

In view of the problems of wasting ingredients and poor usability in the known pineapple juice extraction device, this creation completes the juice crushing structure of this creation.

The main purpose of this creation is to provide a juicer grinding structure, which is driven by a driving group, which includes a juicer head body, a slag separation mesh cup body and a juice collection cup body. There is a juicing head end and a juicing head body, and the juicing head end is provided with a guide port, the guide port extends inwardly with a receiving groove, and a bottom of the receiving groove is provided with a shaft post at the center. And the bottom edge of the receiving groove is provided with several rows of juice holes inside and outside, and the edge of the guide port is provided with a plurality of core cutting teeth, which are respectively extended from the end of the juice head to the edge of the body of the juice head. Juicing ribs, the juicing ribs are arranged radially or spirally, and the juicing ribs at the end of the juicing head are respectively arranged with a plurality of grinding convex teeth, and the juicing head body A number of convex pieces extend outward from the bottom edge. A silicon brush is combined on the bottom side of the convex piece, and a shaft positioning penetrating seat is provided at the center of the bottom side of the slag separation mesh cup. The shaft positioning penetrates the bearing base and diverges outward to the edge with several filter holes, and the slag separates the mesh cup body. There is a pair of closing seats on the side. The outer edges of the pairing seats are provided with several rotating clamping parts. In addition, a juice-receiving space is provided in the juice collecting cup body. An opening is arranged above the juice-receiving space, and a pair of fixed fixing ring edges is provided in the opening. The mating fixing ring edge is provided with a plurality of fixed card making pieces, and the center of the bottom side of the juice holding space is upwardly provided with an axis seat, and the juice collecting cup body extends below the side edge of the juice collecting space to extend outward through a juice guide opening. The mating seat of the slag separation mesh cup body is mated and fixed on the mating fixing ring edge set in the juice collecting cup body, and a plurality of rotary clamping parts provided in the mating seat are rotated and fixed on the mating fixing ring edge. A number of fixed-card tablets are formed, and the shaft positioning through-bearing seat is movably fitted on the shaft seat, and the shaft column of the juice head is pivotably inserted and pivoted to the shaft positioning through-bearing seat. The silicone brush with several convex pieces set on the body of the juice pressing head is opposite to the number of filter pores set on the juice separating mesh cup body, and is arranged below the juice collecting cup body by a driving group, and the driving group is provided with a mandrel. The mandrel passes through the mandrel and the slag separation mesh cup set in the fitted juice collection cup. A shaft is positioned through the bearing seat, and is fixedly combined with a mandrel provided for driving the juicer head body to drive the juicer head body to rotate, and the pineapple is cut from the middle section in an unpeeled state. A guide opening is provided at the end of the juice extraction head body, and a number of cutting core teeth are set at the edge of the guide opening to cut the hard core, while the juice extraction ribs and the grinding teeth provided at the front section are used for the pulp. Squeeze the juice to make the hard core lead into the holding tank, and squeeze the juice along the edges of the head and the rows of holes set in the holding tank. The mesh pores are introduced into the juice holding space provided by the juice collection cup body, and then the juice is led out from the juice outlet. The fruit residue produced by the juice extraction is stopped by the number of pore filters of the slag separation mesh cup body, and the rotating juice is squeezed out. The juice brush on the body of the head body has several convex pieces of silicone brushes to move the pomace to prevent the pomace from blocking the pores of the filter, effectively reducing the waste of juiced pulp, and eliminating the cost of pineapple peeling and core cutting. Manpower and time can also avoid the risk of knife injury to the operator during peeling and core cutting to achieve effective benefits Use ingredients and improve the convenience of use.

In order to allow your reviewers to further understand the structure, characteristics and other purposes of this creation, the following preferred embodiments are described in detail below with drawings, but the embodiments described in this illustration are for illustration purposes. Not the only limitation on patent applications.

Please refer to Figures 1 to 3, which are schematic diagrams of the three-dimensional combination, three-dimensional disassembly, and side sectional view of the juice-grinding structure of this creation. It is driven by a driving group, which is a motor, which includes:

A juice extraction head body 10 is provided with a juice extraction head end portion 11 and a juice extraction head body portion 12, and the juice extraction head end portion 11 is provided with a guide opening 110 extending inwardly. An accommodating groove 111 is provided, and a shaft mandrel 112 is provided at the center of the bottom side of the accommodating groove 111. A number of juice holes 113 are penetrated inside and outside of the bottom edge of the accommodating groove 111, and a number of cut core protrusions are provided on the edge of the guide 110 Tooth 114, the plurality of core-cutting convex teeth 114 are provided with a plurality of juice extracting ribs 115 extending from the juice extracting head end portion 11 to the edge of the juice extracting head body portion 12, and the plurality of juice extracting ribs 115 are arranged radially or spirally. A plurality of grinding convex teeth 115A are arranged in the front part of the juice extracting ribs 115 located at the end 11 of the juice extracting head, and a plurality of convex pieces 120 are extended outward from the bottom edge of the juice extracting body 12 and the convex pieces A silicone brush 121 is combined on the bottom side of 120;

A slag separation mesh cup body 20 is provided with a shaft positioning through the support base 21 at the center of the bottom side of the slag separation mesh cup body 20, and the shaft of the slag separation mesh cup 20 is positioned outward through the support base 21 A number of filter apertures 22 are provided on the edges, and a pair of engaging seats 23 are provided on the bottom side of the slag separation mesh cup body 20. A number of rotating locking portions 230 are provided on the outer edge of the pair of engaging seats 23, and the shafts thereof are positioned through the receiving seats 21 and The mandrel 112 provided on the juice extracting head 10 is rotatably pierced and pivoted, and the number of filter apertures 22 is relative to the silicone brush 121 of the number of convex pieces 120 provided on the juice extracting body 12; and

A juice collection cup body 30 is provided with a juice holding space 31 therein, an opening 32 is provided above the juice holding space 31, and the opening 32 is provided with a pair of fixed fixing ring edges 320, which 320 is provided with a plurality of fixed-card making pieces 321, and a center of the bottom side of the juice holding space 31 is protruded upwardly provided with an axial seat 33, and a juice outlet opening is provided below the side edge of the juice collecting cup body 30 through the juice holding space 31 to provide a juice outlet. 34. The mating fixing ring 320 and the mating seat 23 of the slag separation net cup 20 are mated and fixed, and a plurality of rotation locking parts 230 provided in the mating seat 23 are rotationally locked to the mating fixing ring 320. A plurality of fixed-card manufacturing pieces 321 are provided, and the shaft center seat 33 and the shaft positioning and threading support seat 21 are movably fitted together.

With the cooperation of the above structure, the creative juice grinding structure is completed.

Please refer to Figures 1 to 6 for the three-dimensional combination state, three-dimensional decomposition state, and side-view profile state of the original juice-milling structure. The pineapple is not peeled and used in the middle section before being ground. The pineapple is not peeled. The mid-section cuts the state of grinding and pressing the juice and the number of convex pieces of the silicone brush set on the body of the juice to move the pomace to prevent blocking the pores of the filter. Refer to the figure, which is driven by a driving group. The driving group is The motor has a mating seat 23 of the slag separation net cup 20 that is mated and fixed to the mating fixing ring 320 provided in the juice collecting cup body 30, and a plurality of rotation clamping parts 230 provided in the mating seat 23 are rotationally locked to A number of fixed-card manufacturing pieces 321 provided on the fixed fixing ring 320 are provided, and the shaft positioning and through-bearing seat 21 is movably fitted on the shaft seat 33, and the shaft pillar 112 of the juice head 10 is rotatably inserted and pivoted. The bearing holder 21 is positioned on the axis, and the silicone brush 121 of the convex pieces 120 provided on the juice head body 12 of the juice head body 10 is opposite to the filter aperture 22 provided on the juice separation mesh cup body 20, A driving group is disposed below the juice collecting cup body 30, and the driving group is provided with a mandrel (not shown). The mandrel passes through the mandrel 33 provided in the sleeved juice collection cup body 30 and the mandrel provided in the slag separation mesh cup 20 and is positioned through the support seat 21, and is fixedly coupled to the mandrel provided in the driving juice head 10 112, to drive the juice head 10 to rotate, and cut the pineapple horizontally from the middle section without peeling. The hard core of the pineapple is relative to the guide opening 110 provided on the juice head 10 of the juice head 10. The number of core-cutting teeth 114 provided on the edge of the guide 110 is used to cut the hard core, and the number of juice extraction ribs 115 and the number of grinding teeth 115A provided in the previous section are used to squeeze the pulp, and the hard core is introduced into the receiving groove 111. The squeezed juice is squeezed out of the edge of the juice head 10 and the plurality of rows of juice holes 113 provided in the receiving groove 111, and is introduced into the number of filter pores 22 of the slag separation mesh cup 20, and the juice is collected from the number of filter pores 22 to collect the juice. The juice-receiving space 31 provided in the cup body 30 guides the juice from the juice outlet 34, and the fruit residue produced by the juice extraction is filtered and stopped by the number of filter apertures 22 provided in the slag separation mesh cup body 20, and the rotating juice extraction The juicer head of the head body 10 has a number of convex pieces 120 and a silicone brush 121 provided on the body portion 12 to move the pomace to prevent the pomace from blocking the filter screen pores 22 and effectively reducing the juice. Waste meat, and can save manpower and pineapple, peeled and cut time-consuming core, but also to avoid the risk peeled and cut core process operator of stab wounds, in order to achieve efficient use of ingredients and improve the ease of use of the effect.

In summary, this creation can indeed achieve the above-mentioned functions and purposes, so the new model should meet the patent application requirements and apply according to law.

10‧‧‧ Juicing head

11‧‧‧ Juicing head end

110‧‧‧Guide

111‧‧‧ Receiving trough

112‧‧‧ Shaft

113‧‧‧Draining hole

114‧‧‧ core-cut convex teeth

115‧‧‧ Juicy ribs

115A‧‧‧Grinding convex teeth

12‧‧‧Juicing head and body

120‧‧‧ tab

121‧‧‧ Silicone Brush

20‧‧‧ slag separation mesh cup

21‧‧‧ Shaft positioning through bearing

22‧‧‧ Filter Pore

23‧‧‧Seat

230‧‧‧Rotary card making department

30‧‧‧ Juice Collection Cup

31‧‧‧ Juicy Space

32‧‧‧ opening

320‧‧‧ Butt fixed ring

321‧‧‧Fixed card production

33‧‧‧Shaft

34‧‧‧ Juice outlet

[Fig. 1] It is a schematic view of the three-dimensional combined state of the juice-milling structure of this creation.
[Fig. 2] It is a three-dimensional exploded view of the juice crushing structure of this creation.
[Fig. 3] It is a schematic side sectional view of the juice crushing structure of this creation.
[Fig. 4] The reference drawing of the state before the pineapple is peeled and cut in the middle section without peeling.
[Fig. 5] The reference diagram of the juice extraction and grinding structure of the pineapple without peeling from the middle section of the ground and squeezed juice.
[Fig. 6] This is a reference diagram of the state of action of the silicone brushes on the body of the juicer head of the original juicer grinding structure to prevent clogging of the filter pores.

Claims (8)

A juice crushing structure includes:
A juice extracting head body, the juice extracting head body is provided with a juice extracting head end portion and a juice extracting head body portion, and the juice extracting head end portion is provided with a guide opening, the guide opening is extended with an accommodation slot, and An axial post is provided at the center of the bottom side of the receiving groove, and several rows of juice holes are provided through the inside and outside of the receiving groove, and a plurality of core cutting teeth are provided at the edge of the guide port, and the number of core cutting teeth are squeezed from the end of the juice extraction head to the side. Several juice-pressing ribs are extended on the edge of the juice head body, and several convex pieces are extended outward on the bottom edge of the juice head body, and a silicone brush is combined on the bottom side of the convex piece;
A slag separation mesh cup body is provided with an axis positioning and passing seat at the center of the bottom side of the slag separation mesh cup body, and the axis of the slag separation net cup body is radiating outward to the edge with a number of filters. The bottom of the slag-separating mesh cup body is provided with a pair of joints, and the shaft positioning through the bearing seat is pivotably connected with the shaft post provided by the juice pressing head body. A silicone brush with several convex pieces provided on the body of the juice extracting head; and a juice collecting cup body, the juice collecting cup body is provided with a juice holding space, an opening is provided above the juice holding space, and the opening is provided with a pair of fixed fixing ring edges An axis seat is projected upward from the center of the bottom side of the juice holding space, and a juice outlet opening is extended through the juice holding space below the side edge of the juice collecting cup body. The butt-joint seat of the cup body is butt-joined and fixed, and the shaft center seat and the shaft positioning through the seat are movably fitted. The juice crushing structure according to item 1 of the patent application scope, wherein the juice squeeze ribs are arranged radially or spirally. According to the juice crushing structure described in item 1 of the scope of the patent application, the juice crushing ribs at the end of the juice extracting head are respectively provided with a plurality of grinding convex teeth arranged in front. According to the juice crushing structure described in item 1 of the scope of patent application, wherein the outer edge of the mating seat of the slag separation mesh cup body is provided with a number of rotating clamping parts, and the mating fixing ring edge of the juice collection cup body is provided with a number of For a fixed-card tablet, a plurality of rotary-card-making sections provided on the mating seat are rotationally clamped on a plurality of fixed-card tablets provided on the mating fixed ring. A juice crushing structure is driven by a driving group, which includes:
A juice extracting head body, the juice extracting head body is provided with a juice extracting head end portion and a juice extracting head body portion, and the juice extracting head end portion is provided with a guide opening, the guide opening is extended with an accommodation slot, and An axial post is provided at the center of the bottom side of the receiving groove, and several rows of juice holes are provided through the inside and outside of the receiving groove, and a plurality of core cutting teeth are provided at the edge of the guide port, and the number of core cutting teeth are squeezed from the end of the juice extraction head to the side. Several juice-pressing ribs are extended on the edge of the juice head body, and several convex pieces are extended outward on the bottom edge of the juice head body, and a silicone brush is combined on the bottom side of the convex piece;
A slag separation mesh cup body is provided with an axis positioning and passing seat at the center of the bottom side of the slag separation mesh cup body, and the axis of the slag separation net cup body is radiating outward to the edge with a number of filters. The bottom of the slag-separating mesh cup body is provided with a pair of joints, and the shaft positioning through the bearing seat is pivotably connected with the shaft post provided by the juice pressing head body. A silicone brush with several convex pieces provided on the body of the juice extracting head; and a juice collecting cup body, the juice collecting cup body is provided with a juice holding space, an opening is provided above the juice holding space, and the opening is provided with a pair of fixed fixing ring edges An axis seat is projected upward from the center of the bottom side of the juice holding space, and a juice outlet opening is extended through the juice holding space below the side edge of the juice collecting cup body. The butt-joint seat of the cup body is fixed and fixed, and the shaft center seat and the shaft positioning through the bearing seat are movable fit; and a drive group, the drive group is provided with a mandrel, and the drive group is arranged below the juice collection cup body, and The mandrel passes through the mandrel and the slag separation mesh cup set in the sleeved juice collection cup body Axis positioning system is provided through the seat, the axis of the column drive fixedly coupled to the head body is provided juice, juice to drive rotation of the head body. The juicing and grinding structure according to item 5 of the patent application scope, wherein the juicing ribs are arranged radially or spirally. The juicing and grinding structure according to item 5 of the patent application scope, wherein the juicing ribs at the front end of the juicing head end are respectively arranged with a plurality of grinding convex teeth. According to the juice crushing structure described in item 5 of the patent application scope, wherein the outer edge of the mating seat of the slag separation mesh cup body is provided with a number of rotating clamping parts, and the mating fixing ring edge of the juice collection cup body is provided with a number of For a fixed-card tablet, a plurality of rotary-card-making sections provided on the mating seat are rotationally clamped on a plurality of fixed-card tablets provided on the mating fixed ring.