CN203709790U - Novel orange squeezing and juicing mechanism - Google Patents

Abstract

The utility model discloses a novel orange squeezing and juicing mechanism capable of improving juice yield during orange juicing, smooth in material delivering, simple and compact in device structure and easy to operate. The novel orange squeezing and juicing mechanism comprises a box, a guiding device, a driving drum and a driven drum, and the box, the guiding device, the driving drum and the driven drum are sequentially mounted. During operation, an orange cut in half falls to the upper portion of the spiral surface of the space of the guiding device and rapidly rolls to the outer wall where the two drums are meshed, the orange is sufficiently squeezed in the gap of the drums under the action of friction force, juice permeates through small holes in the surfaces of the drums and converges in the inner wall to be collected. Residue skin and slag are discharged from a discharge hole in the bottom of the box after squeezed.

Description

Novel orange extruding squeezing mechanism

Technical field

The utility model relates to a kind of press mechanism that improves orange juicing effect, belongs to food processing and manufactures field.

Background technology

Because small-sized orange juice extractor has advantages of that volume is little, easy to operate and noise is little, be widely used at present the occasion such as family, bar.But there is the shortcomings such as the low and complex structure of crushing juice rate in domestic main brand juice extractor.Wherein except because of material self character inhomogeneous, mainly extruding and structure for conveying design unreasonable causing, therefore machine itself can not bear excessive pressure, material cannot be subject to abundant extruding, part orange juice remains in material.Therefore we are necessary to design a kind of novel squeezing mechanism and solve these technical problems that run in the process of squeezing the juice.

Summary of the invention

In order to overcome the deficiency of existing squeezing mechanism, the problem that the utility model exists for prior art, provides orange extruding squeezing mechanism, when use, can improve the crushing juice rate of the process of squeezing the juice, and mass transport smoothness in extrusion process, simple and compact equipment structure, easy operating.

The utility model solves the technical scheme that its technical problem adopts: a kind of extruding squeezing mechanism, comprising: driving revolving drum (1), driven rotating cylinder (2), guider (3), casing (4), driving shaft (5).It is characterized in that: described rotating cylinder is cylindrical barrels, and outer wall is uniformly distributed a large amount of apertures.Described guider has spatially spiral shape surface, and groove is positioned at the bottom of guider.Described casing is oval casing, and discharge port and tongue lay respectively at the both sides of bottom half.Driving revolving drum (1) is fixed and is driven by driving shaft (5), simultaneously by external gear pump transmission, drives driven rotating cylinder (2) rotation.By the groove and the tongue that coordinate, guider (3) is fixed on casing (4).

The utility model compared with prior art tool has the following advantages and good effect: the cylindrical barrels outer wall of extruding squeezing mechanism has a large amount of equally distributed apertures, the orange juice flowing out when orange is squeezed between two rotating cylinders like this can penetrate into rotating cylinder inwall by aperture, is further collected afterwards.Two rotating cylinder external toothings layouts, can effectively improve the extruding force in the process of squeezing the juice, and crushing juice rate significantly improves.Guider has spatially spiral structural design, closely cooperates with casing and rotating cylinder, can make raw material enter into pressing mechanism continuously, without barrier, has ensured that extrusion structure has stable operating efficiency.The floor space that equipment can be effectively saved in this design simultaneously, adds that mechanism is all made of plastics, and makes to push squeezing mechanism more reasonable, compact and light.

Brief description of the drawings

Fig. 1 is the front view of the utility model orange extruding squeezing mechanism installation diagram;

Fig. 2 is the top view of the utility model orange extruding squeezing mechanism installation diagram;

Fig. 3 is the front view of the utility model driving revolving drum structure;

Fig. 4 is the top view of the utility model driving revolving drum structure;

Fig. 5 is the front view of the utility model guider structure;

Fig. 6 is the top view of the utility model guider structure;

Fig. 7 is the front view of the utility model body structure;

Fig. 8 is the top view of the utility model body structure.

In figure, 1, driving revolving drum; 2, driven rotating cylinder; 3, guider; 4, casing; 5, driving shaft.

Detailed description of the invention

Referring to Fig. 1-Fig. 5, the embodiment of the utility model orange extruding squeezing mechanism, is made up of driving revolving drum (1), driven rotating cylinder (2), guider (3), casing (4) and driving shaft (5) five parts.

In Fig. 1, first the guider (3) with spatially spiral shape surface is arranged on to casing (4) upper, the groove of its bottom and the tongue of casing (4) are closely cooperated.Then active, driven rotating cylinder are installed, the cross section of driving revolving drum (1) cross section, driven rotating cylinder (2) cross section and driving shaft (5) upper end is regular hexagon, driving revolving drum (1) is driven and is fixed by driving shaft (5), and its upper end is connected by external gear pump with driven rotating cylinder (2).When installation, need to ensure that two rotating cylinder endoporus can coordinate with axle, upper end gear can accurately engage again simultaneously.

In the time that squeezing mechanism is worked, cutd open the feed end that is delivered to squeezing mechanism for the orange of two halves by transmission device, gravitate drops on the top on guider spatially spiral surface, be rolled to fast the outer wall place of two rotating cylinders of external toothing along curve according to the shape of helical surface, can ensure that like this raw material can continuous accessible supply, rotating cylinder and closely cooperating of guider have been improved the utilization rate of casing (4) inner space simultaneously.Then orange moves to the gap between two rotating cylinders of upper end external toothing because of the effect of rotating cylinder external wall friction power, pushed fully and continued to be close to rotating cylinder and moved downward, because the design of this external toothing can effectively increase extruding force, therefore improve the crushing juice rate of extruding.After extruding, orange juice constantly infiltrates by the aperture of drum surface, after rotating cylinder inwall confluxes, collected by the receipts juice device of casing (4) bottom, push remaining skin slag from two rotating cylinder bottoms depart from, discharged by the slag notch of casing (4) bottom.

Claims (3)

1. an orange extruding squeezing mechanism, casing, guider, driving revolving drum and driven rotating cylinder are installed successively, it is characterized in that: the rotation of drive shaft driving revolving drum, and then drive driven rotating cylinder reverse rotation, guider is fixed on casing, is close to driving revolving drum and casing.

2. driving revolving drum according to claim 1 and driven rotating cylinder, is characterized in that: top connects by external gear pump, and rotating cylinder through hole is regular hexagon, can be orthohexagonal drive shaft by upper end section.

3. guider according to claim 1, is characterized in that: surface has spatially spiral shape structure, and bottom is connected on casing by the closely cooperating of tongue on groove and casing top.