CN215304879U

CN215304879U - Improve stock machine of pay-off structure

Info

Publication number: CN215304879U
Application number: CN202120065058.XU
Authority: CN
Inventors: 顾宣丰
Original assignee: Zhongshan Kuaite Electrical Appliances Co ltd
Current assignee: Zhongshan Kuaite Electrical Appliances Co ltd
Priority date: 2021-01-11
Filing date: 2021-01-11
Publication date: 2021-12-28
Anticipated expiration: 2031-01-11

Abstract

A raw juice machine with an improved feeding structure comprises a machine head and a juice-residue separation assembly which are connected with each other, wherein a squeezing cavity is arranged in the juice-residue separation assembly, a feeding channel communicated with the squeezing cavity is arranged in the machine head, a material pressing push rod is movably arranged in the feeding channel, and at least the upper end part of the feeding channel is in a funnel shape with a wide top and a narrow bottom; the stock machine of this structure can make pulp fall into the pay-off passageway depths fast, can not appear blocking under the crowded pushing away of material pressing push rod that the pulp of the entrance of pay-off passageway is crowded disconnected or is crowded explode and cause partial pulp or fruit juice spill aircraft nose outside, makes the better clean maintenance of stock machine, can improve juice efficiency to vegetables and fruits are when being cut into graininess in the branch, and the pulp size need not consider the entrance width and cut and get too accurate, improves juice efficiency.

Description

Improve stock machine of pay-off structure

Technical Field

The utility model relates to the field of a juicer, in particular to a juicer with an improved feeding structure.

Background

The juice machine structure mainly includes aircraft nose and juice sediment isolating construction, is provided with in the juice sediment isolating construction and squeezes the chamber, and is provided with the pay-off passageway that the chamber was squeezed in the intercommunication on the aircraft nose, and the user drops into the pay-off passageway with pulp after with the fruit vegetables cutting up in, then pushes the intracavity that squeezes through the pay-off push rod with pulp in the pay-off passageway and realizes squeezing the action.

However, the feeding channel is mainly in a straight cylinder shape with an upper diameter and a lower diameter or close to the diameter, and forms a linear sliding fit with the feeding push rod, and most of the space in the machine head is occupied by the motor, so that the diameter of the feeding channel can only be reduced in order to reduce the diameter width of the machine head, the entrance of the feeding channel is narrow, and in order to enable the fruit and vegetable to smoothly fall into the feeding channel, a user can only cut the fruit and vegetable as much as possible, so that the width of each piece of fruit and vegetable is smaller than that of the feeding channel, the cutting time is increased, and the juicing efficiency is reduced.

Moreover, the situation that the cut pulp naturally falls into the deep part of the feeding channel cannot be ensured, and part of irregular pulp can be clamped at the inlet of the feeding channel under a certain angle when harder vegetables and fruits are squeezed, such as: apple, the user can be through the pay-off push rod directly with the pulp of card at the entrance force push the pay-off passageway in, even the corner position of partial pulp is crowded absolutely by the entrance, nevertheless can not appear exploding the juice condition, the leftover bits of disconnection still let can be pushed again in the pay-off passageway, but, when squeezing the vegetables and fruits of more juice, for example: during fruits such as oranges, watermelon, the user passes through the pay-off push rod and directly forces the pulp of card in the entrance to push the pay-off passageway in the time, can appear exploding the juice condition, and the fruit juice can splash outside quick-witted top or the stock machine, causes the stock machine to be difficult to clean the problem.

SUMMERY OF THE UTILITY MODEL

The utility model aims to solve the existing problems and provides a juice machine with an improved feeding structure, which is simple and reasonable in structure and has the function of enabling pulp to quickly fall into the deep part of a feeding channel without being clamped at an inlet.

The utility model provides an improve stock machine of pay-off structure, includes interconnect's aircraft nose and juice sediment separable set, be equipped with in the juice sediment separable set and squeeze the chamber, be provided with the pay-off passageway that the chamber was squeezed in the intercommunication in the aircraft nose, the material push rod is placed in the pay-off passageway internalization, the pay-off passageway is at least its upper end portion and is become wide under narrow hourglass hopper-shaped.

The utility model can also be solved by adopting the following technical measures:

further explain, the pay-off passageway includes the main entrance that vertical straight line set up, the aircraft nose corresponds the outside protrusion of main entrance and has the pay-off mouth, and the slope is provided with the passageway that sideslips that switches on with the upper end of main entrance in the pay-off mouth, and the passageway that sideslips constitutes with the upper end of main entrance and leaks hopper-shaped.

Further, the main channel is integrally divided into an upper section, a middle section and a lower section, wherein the upper section part and the middle section part of the main channel are in a straight cylinder shape, the upper section part of the main channel is communicated with the side-sliding channel, and the lower section part of the main channel is in a horn shape with a narrow top and a wide bottom.

Further, the feeding channel is in a funnel shape with a wide upper part and a narrow lower part, and the corresponding material pressing push rod is in a conical shape and is in clearance fit with the feeding channel.

Further, a liquid flowing gap communicated with the side sliding channel is arranged between the material pressing push rod and the main channel.

Further, the material pressing push rod comprises a material pushing rod body which is in linear sliding fit with the inner wall surface of the main channel, a limiting material pushing head is arranged at the top of the material pushing rod body, and an anti-overflow concave cavity matched with the shape of the limiting material pushing head is concavely arranged on the top end surface of the machine head corresponding to the limiting material pushing head.

Further, the top of the limiting material pushing head is provided with a lifting lug ring.

Further, an upper magnetic block is installed in the limiting material pushing head, and a lower magnetic block which is magnetically attracted with the upper magnetic block is installed in the machine head.

Further explaining, the juice and residue separation assembly comprises a filter cup, a residue receiving cup, a juice receiving cup and an extrusion screw head, wherein a squeezing cavity is formed inside the filter cup, the extrusion screw head is arranged in the squeezing cavity and is connected with a motor arranged in the machine head in a driving mode, the residue receiving cup is connected to the bottom of the filter cup and is communicated with the squeezing cavity through a residue outlet, and the juice receiving cup is sleeved on the periphery of the filter cup and the residue receiving cup and is detachably connected with the machine head.

The utility model has the following beneficial effects:

the utility model relates to a normal juice machine with an improved feeding structure, which can enable pulp to quickly fall into the deep part of a feeding channel, and the pulp clamped at an inlet of the feeding channel cannot be extruded and broken or extruded and exploded to cause partial pulp or fruit juice to splash out of a machine head under the extrusion and pushing of a pressing push rod, so that the normal juice machine is better cleaned and maintained, the juice discharging efficiency can be improved, and when vegetables and fruits are cut into grains, the pulp size is cut into too accurate without considering the width of the inlet, and the juice extracting efficiency is improved.

Drawings

FIG. 1 is a schematic cross-sectional exploded view of the present invention.

Fig. 2 is a schematic view of the structure of the feeding channel of the present invention.

Fig. 3 is a schematic cross-sectional structure of the present invention.

Fig. 4 is an exploded view of the handpiece of the present invention.

Detailed Description

The utility model is further illustrated with reference to the following figures and examples.

As shown in fig. 1 to 4, the juice machine with the improved feeding structure comprises a machine head a and a juice-residue separation component B which are connected with each other, wherein a squeezing cavity C is arranged in the juice-residue separation component B, a feeding channel 1 communicated with the squeezing cavity C is arranged in the machine head a, a material pressing push rod 2 is movably arranged in the feeding channel 1, and at least the upper end part of the feeding channel 1 is in a funnel shape with a wide top and a narrow bottom.

The stock machine of this structure can make pulp fall into 1 depths of pay-off passageway fast, and the pulp that can not appear blocking in the entrance of pay-off passageway 1 under the crowded push of material push rod 2 is crowded to be broken or crowded explodes and cause partial pulp or fruit juice spill aircraft nose outside, makes the better clean maintenance of stock machine, can improve juice efficiency to vegetables and fruits when being cut into graininess in the branch, the pulp size need not consider the entrance width and cut and get too accurate, improves the efficiency of squeezing the juice.

The feeding channel 1 comprises a main channel 11 which is arranged in a longitudinal straight line, a feeding nozzle A1 protrudes outwards from the machine head A corresponding to the main channel 11, a side sliding channel 12 communicated with the upper end part of the main channel 11 is obliquely arranged in the feeding nozzle A1, and the side sliding channel 12 and the upper end part of the main channel 11 form a funnel shape;

the width of the inlet of the feeding channel 1 is increased by adding the side sliding channel 12, when fruits and vegetables are cut, the size of pulp cut by a user firstly takes the inner diameter of the main channel 11 as a standard, so that the size of the obtained pulp can be far smaller than that of the inlet of the feeding channel 1, when the pulp is placed in the inlet of the feeding channel 1, the pulp slides to the main channel 11 along the inclined bottom surface of the side sliding channel 12, a pressing push rod is conveniently inserted into the main channel 11 to push and press the pulp, and the situation that the pulp is clamped at the inlet can not occur,

in addition, the side sliding channel 12 partially protrudes out of the machine head A, so that the diameter width of the feeding channel 1 can be increased, the space of the machine head is not occupied, and the diameter of the machine head can be reduced to the maximum extent;

furthermore, a fluid gap 13 communicating with the side sliding channel 12 is arranged between the pressing push rod 2 and the main channel 11, so that even if the pressing push rod 2 is completely inserted into the main channel 11, a user can pour liquid (such as additives like water and honey) through an inlet of the side sliding channel 12 while squeezing the pulp, and the liquid flows into the squeezing cavity C along the fluid gap 13.

The main channel 11 is integrally divided into an upper section 11-1, a middle section 11-2 and a lower section 11-3, wherein the upper section 11-1 part and the middle section 11-2 part of the main channel 11 are in a straight cylinder shape, the upper section 11-1 part of the main channel 11 is communicated with the side sliding channel 12, and the lower section 11-3 part of the main channel 11 is in a horn shape with a narrow top and a wide bottom; when the pulp is pushed into the middle section 11-2 part of the main channel 11 from the main channel 11 and the side sliding channel 12, the pulp is compressed, when the pulp is further pushed into the lower section 11-3 part of the main channel 11, the diameter width of the lower section 11-3 part is gradually larger than that of the pulp, natural falling can be realized, even the pressing push rod 2 is not needed to push the pulp to the pressing cavity C, and the stroke of pushing the pressing push rod 2 by a user in the pressing process can be reduced.

The specific embodiment of the feeding channel 1 can also be: the whole body is in a funnel shape with a wide upper part and a narrow lower part, the corresponding material pressing push rod 2 is in a cone shape, and clearance fit is formed between the material pressing push rod and the feeding channel 1.

The material pressing push rod 2 comprises a material pushing rod body 21 which is in linear sliding fit with the inner wall surface of the main channel 11, a limiting material pushing head 22 is arranged at the top of the material pushing rod body 21, and an anti-overflow concave cavity A2 matched with the shape of the limiting material pushing head 22 is concavely arranged on the top end surface of the machine head A corresponding to the limiting material pushing head 22; spacing ejector pad 22 is flat plate-shaped, its width is far more than ejector pad body 21, when making user push the material push rod 2 downwards, spacing ejector pad 22 can disperse the effort of applying in the palm, reduce the pressure that the palm received, in addition when spacing ejector pad 22 falls into anti-overflow cavity A2, the top surface of spacing ejector pad 22 flushes with the top surface of aircraft nose, guarantee that the aircraft nose lines is compacter pleasing to the eye, anti-overflow cavity A2 is when the user drops into pulp to pay-off passageway 1 in addition, the part does not have to reach the pulp of sliding into pay-off passageway and can be put in anti-overflow cavity A2 temporarily, can not follow aircraft nose top surface roll-off aircraft nose A outside, convenience of customers collects the processing once more, anti-overflow cavity A2 can collect the juice that is extruded a minute number in addition, can prevent that the juice from being spilled out to other positions of aircraft nose A.

The top of the limiting material pushing head 22 is provided with a lifting lug ring 23, so that a user can conveniently lift the material pressing push rod 2 and play a role in decoration.

An upper magnetic block 3 is arranged in the limiting material pushing head 22, and a lower magnetic block 4 which is magnetically attracted with the upper magnetic block 3 is arranged in the machine head A; through the mutual magnetism of upper magnetic block 3 and lower magnetic block 4, make press the material pole at the in-process that stock machine assembly transportation or shift the transport, when stock machine turned on one's side or invert from top to bottom, magnetic attraction overcomes presses the gravity of material push rod 2, makes press material push rod 2 can not fall from the pay-off passageway roll-off, avoids pressing material push rod 2 to touch ground damage.

The juice and residue separation component B comprises a filter cup B1, a residue receiving cup B2, a juice receiving cup B3 and an extrusion screw head B4, a squeezing cavity C is formed inside the filter cup B1, the extrusion screw head B4 is arranged in the squeezing cavity C and is connected with a motor A3 arranged in the machine head A in a driving mode, the residue receiving cup B2 is connected to the bottom of the filter cup B1 and is communicated with the squeezing cavity C through a residue outlet, and the juice receiving cup B3 is sleeved on the peripheries of the filter cup B1 and the residue receiving cup B2 and is detachably connected with the machine head A; the structure and the use principle of the juice-residue separation component B belong to the prior art, and are not explained in detail.

The foregoing is a preferred embodiment of the present invention, and the basic principles, principal features and advantages of the utility model are shown and described. It will be understood by those skilled in the art that the present invention is not limited to the embodiments described above, which are merely illustrative of the principles of the present invention, but various changes and modifications may be made without departing from the spirit and scope of the utility model as defined by the appended claims and their equivalents.

Claims

1. The utility model provides an improve stock machine of pay-off structure, includes interconnect's aircraft nose (A) and juice sediment determine module (B), be equipped with in juice sediment determine module (B) and squeeze chamber (C), be provided with in aircraft nose (A) and feed channel (1) that the intercommunication squeezed chamber (C), material push rod (2), its characterized in that have been placed in feed channel (1) internalization: at least the upper end part of the feeding channel (1) is in a funnel shape with a wide upper part and a narrow lower part.

2. The juice machine with an improved feeding structure as claimed in claim 1, wherein: pay-off passageway (1) is including main entrance (11) that vertical straight line set up, aircraft nose (A) correspond main entrance (11) outside protrusion and have pay-off mouth (A1), and the interior slope of pay-off mouth (A1) is provided with sideslip passageway (12) that switch on with the upper end of main entrance (11), and the upper end of sideslip passageway (12) and main entrance (11) constitutes and leaks hopper-shaped.

3. The juice machine with an improved feeding structure as claimed in claim 2, wherein: the main channel (11) is integrally divided into an upper section (11-1), a middle section (11-2) and a lower section (11-3), wherein the upper section (11-1) and the middle section (11-2) of the main channel (11) are straight-tube-shaped, the upper section (11-1) of the main channel (11) is communicated with the side sliding channel (12), and the lower section (11-3) of the main channel (11) is in a horn shape with a narrow upper part and a wide lower part.

4. The juice machine with an improved feeding structure as claimed in claim 1, wherein: the feeding channel (1) is integrally funnel-shaped with a wide upper part and a narrow lower part, and the corresponding material pressing push rod (2) is in a conical shape and is in clearance fit with the feeding channel (1).

5. The juice machine with an improved feeding structure as claimed in claim 2, wherein: and a liquid flowing gap (13) communicated with the side sliding channel (12) is arranged between the material pressing push rod (2) and the main channel (11).

6. The juice machine with an improved feeding structure as claimed in claim 2, wherein: the material pressing push rod (2) comprises a material pushing rod body (21) which is in linear sliding fit with the inner wall surface of the main channel (11), a limiting material pushing head (22) is arranged at the top of the material pushing rod body (21), and an anti-overflow concave cavity (A2) matched with the shape of the limiting material pushing head (22) is concavely arranged on the top end surface of the machine head (A) corresponding to the limiting material pushing head (22).

7. The juice machine with an improved feeding structure as claimed in claim 6, wherein: the top of the limiting material pushing head (22) is provided with a lifting lug ring (23).

8. The juice machine with an improved feeding structure as claimed in claim 6, wherein: an upper magnetic block (3) is arranged in the limiting material pushing head (22), and a lower magnetic block (4) which is magnetically attracted with the upper magnetic block (3) is arranged in the machine head (A).

9. The juice machine with an improved feeding structure as claimed in claim 1, wherein: juice sediment separate component (B) is including filtering cup (B1), connecing sediment cup (B2), connecing juice cup (B3) and extrusion spiral shell head (B4), filter cup (B1) inside formation squeezes chamber (C), extrusion spiral shell head (B4) are placed in and are squeezed chamber (C) and drive with built-in motor (A3) of aircraft nose (A) and connect, connect the bottom of sediment cup (B1) and communicate with squeezing chamber (C) through the slag notch, connect juice cup (B3) cover to establish and filter cup (B1) and connect the periphery of sediment cup (B2) and constitute detachable connection with aircraft nose (A).