KR20170002561U

KR20170002561U - double pressure an oil press(mill)

Info

Publication number: KR20170002561U
Application number: KR2020160000112U
Authority: KR
Inventors: 김혁
Original assignee: 김혁
Priority date: 2016-01-06
Filing date: 2016-01-06
Publication date: 2017-07-14

Abstract

The present invention relates to a double pressurized milking machine for oiling fruit juice and oil, in particular palm oil oil palm oil (CPO), wherein the overall milking machine has a milking machine formed horizontally in a rectangle, And a shaft formed of a weight wheel and a chain gear. The main shaft and the main shaft are connected to each other. Which is formed by a feed grooved blade and a saw-blade type blade and is closely contacted and rotated in both directions, is mounted on the feed grooved product to crush the immobilized material, and a helical type A squeeze extrusion primary milking machine for extruding the milled mate- rial, and a second milking machine for extruding the extruded residue, A second oil feeder connected to the first oil feeder by a key groove continuously, and a second oil feeder for extruding the second oil feeder. The fixed oil canister for introducing the milk oil, the waste canister for introducing the residues, and the refiner for refining the turbid oil introduced into the fixed oil canister In particular, the upright type purifier has a cylindrical shape with screen coils on both sides and it is possible to attach an oil filter with filter paper (filter paper) at the center. When the filter replacement time comes, It is characterized by the fact that oil is produced in a very high quality by milking a small amount of oil contained in the material, and all the processes are automatically connected to reduce the operating time. It is a double pressurized milking machine that can expect a reduction in labor costs.

Description

Double pressure an oil press (mill)

The present invention relates to a milking machine for obtaining juice and oil of fruit, especially palm kernel oil palm oil (CPO) of palm kernel, and more particularly, to milking a small quantity of fruit material by crushing An oiling machine for oiling is being commercialized. However, the above-mentioned milking process does not finely grind the particles of the milking oil but weaves the oil. Therefore, it is difficult to completely secure the amount of oil retained by the large particles, and therefore, a large amount of residue is generated. Furthermore, since the concentration of the oil squeezed by the crushing contains a large amount of residues and the milking process must be carried out through various processes, there is no problem such as long working time and labor cost for each process. In order to overcome this problem, the present invention aims to finely granulate the granules by means of primary crushing and crushing, and to discharge a large amount of oil and small amount of residues by the first and second extrusion, It was designed to get clean oil through the first and second refining process. Therefore, it is possible to expect a large amount of high quality oil by reducing the operation time and labor cost by milking the whole process in a short time in an automatic connection manner in a short time, and it is possible to expect an automatic double pressurization To a milking machine system.

Conventional milking machines are generally a process of crushing and squeezing a small amount of a plant material and oiling it. In the state where the particles of the fruit are not finely pulverized, milking by squeezing of a single squeeze or pressing by hydraulic pressure, And oiling machines for oiling are commonly used, and work processes are being distributed in various fields. This produces a small amount of oil production and excess residue due to the inability to completely milk the volume and the holding flow of the unbranched large particles, and turbid oil containing the completely undefined residues. In addition, there is a problem that some residues generated in the pressing process remain in the compactor, and the replacement of the filter (filter cloth) is not smooth, thereby causing deterioration of the milking oil.

In order to solve the problems that may occur during the milking process, the present invention is characterized in that a crushing roller and a crushing roller are mounted so as to finely crush and crush particles of a large quantity, It is an object of the present invention to provide a double-pressurized milking machine in which all the milking processes are connected by an automatic system by providing a demolding purifier for purifying milk oil which is arranged in a continuous process.

The present invention relates to a dual pressurized milking machine for oiling fruit juice and oil, in particular for palm oil, palm oil palm (CPO), wherein the overall shape of the milking machine is a milking machine formed horizontally in a rectangle, And a purifier.

The power transmission method also includes a small motor for transferring the material from the lower hopper to a hopper installed on the upper hopper, a main motor for transmitting all the power of the milking machine, a demolding purifier for filtering the milked oil, and a motor And the crushing roller and the scraper compressor are actuated through gears which are driven by a weight wheel (power wheel) constituted by the shaft by the power transmission of the main motor and which are driven by the deceleration V and the power transmission.

In addition, the breaking roller mounted on the milking machine closely rotates in both directions and carries the grooved blade and the saw blade with a blade that finely breaks the husk of the fruit and the hard seed by transporting the molten material (the fruit) .

In addition, the crushing roller mounted on the milking machine is composed of a double helical roller rotating in both directions in order to finely crush the crushed material, and in particular, the surface of the crushing roller is formed into the shape of a helical double crushing groove, And crushing.

The milking machine is a milking machine equipped with a double-continuous-connection scoop extruder. It features a continuous-type milking machine that extrudes finely pulverized material with a primary scoop extruder, pushes the residue directly into the secondary scoop compressor and extrudes it again. .

In addition, a feeding device that feeds milked milk with a small pump, a deodorizing device equipped with filter paper (filter paper) in the dense filter of the transferred oil (deodorizing filter) is rotated at a high speed and the debris left in the filter is fixed And the filter can be exchanged at one time by rotating in the axial direction.

The present invention can be expected to have an effect by bonding a large amount of fruit juice and oil. Especially, since it has the advantage of milking a small amount of oil contained in the material, it is suitable for mass production of crude oil such as palm crude oil (CPO), and it is economically effective because it can produce a lot of oil. In addition, all processes can be connected automatically, which can greatly reduce production time, reduce labor costs and produce refined oil.

1 is a perspective view showing a double-pressurized milking machine according to the present invention;
Fig. 2 is a cross-sectional view showing a double-pressurized milking machine according to the present invention
Fig. 3 is a partial view showing a double pressurized milking machine according to the present invention
Fig. 4 is a schematic diagram showing a double pressurized milking machine according to the present invention. Fig.

The present invention will now be described in detail with reference to the accompanying drawings.

1 and 2, the milking machine according to the present invention includes a squeeze comb bear 10 for feeding a molten material, a small motor 20 for driving the squeeze comb bear 10, A rotating shaft 40 and a rotating shaft 50 for rotating the bi-directional spur gear by a chain gear power transmission of the rotating shaft 40 to break the moving object, A crushing roller 60 for crushing the crushed material to be crushed and a primary scoop extruder 70 for rotating the rotary shaft 40 in one direction by the chain gear power transmission to extrude the extruded residue, A milking hopper 90 which is constituted by a secondary scoop extruder 80 which extrudes the milk once more, a milking reservoir 90 which is milked, a stationary oiling can 100 which collects milked oil, a small pump 200 which feeds the milked oil to the purifier And an upright type demolding purifier 300 for purifying the milking oil, It characterized in that the oil is made up of a chronic form of the purified removable sump 400 and the filter change the fixed shaft 500 for assembling.

The conveying squeeze comb bear 10 is constituted by an outer pipe 11 and an inner scoop rotary shaft 12 and is installed at an installation angle of 45 degrees to rotate the inner scoop rotary shaft 12 at a proper speed driving force of the small motor 20 So that a fixed amount of the milking product is transferred from the lower hopper 13 to the upper hopper 14

The rotary shaft 40 rotates the small V-shaped wheel 31 mounted on the main motor 30 and is transmitted to the reduction V-shaped driving wheel 41 mounted on the rotary shaft 40 and rotates. The weight wheel 42, The power is transmitted from the first speed reduction gear 43 to the first speed reduction roller 50 and the second speed reduction gear 44 is driven by the second speed reduction gear 60 And is transmitted from the third speed reduction gear 45 to the first extruder 70. The second extruder 80 is driven by a second extruder 80 continuously connected to the extruder 70 by a home key, Lt; / RTI >

The V-cut crushing roller 50 is divided into a roller portion 51 and a power transmitting shaft portion 52 for crushing the molten metal and is mounted on a shaft to which power is transmitted from the chain gear 43 of the rotating shaft 40 The driven chain gear 53 rotates the motorized breaking roller 50 constituted by the bi-directional spur gear 54. The vat roller unit 51 is constituted by a groove blade 55 for rotating and transferring the molten material and a saw blade type blade 56 so that the vat crushing roller 50 maintains a certain distance from each other, The mass of the object transferred from the squeeze comb bear 10 is crushed into fine particles and sent to the crushing vat roller 60 immediately below.

The V-cut crushing roller 60 is divided into a crushing helical roller portion 61 and a shaft portion 62. The V-cut crushing roller 60 receives power from the chain gear 44 mounted on the rotating shaft 40, The loaded chain gear 64 rotates the double-tooth spur gear 65 to rotate the double-tooth spur gear 61, and the mounted spur gear 61 rotates in both directions to fine- In particular, the surface of the crushing roller is formed into the shape of a helical double crush groove, and the crushed material is mounted on both sides of the crusher.

The primary scoop-up worker 70 is divided into a scoop extruding part 71 and a chain gear 72 mounted on the shaft. The primary scoop-up worker 70 receives power from the chain gear 45 mounted on the rotating shaft 40, The chain gear 72 rotates the primary scoop extrusion milking machine 70. In addition, in order to milk the pulverized and extruded fine pulverized product, the residue is extruded through a discharge port narrowed by four squeezes, so that the oil is supplied to the stationary oil sump (100) and the residue is stored in the sump (90). The secondary squeeze extruder 80 continuously connected to the key groove is configured to once again milk the remnant that has been milked in the primary squeeze extruding milker 70.

The oil collected in the fixed oil sump 100 is transferred to the upright type demolding purifier 300 for purifying oil along the transfer pipe line by the small pump 200.

The de-type purifier 300 includes a fixed outer housing 310, a deoiling filter 320, an deo filter 330, and a filter exchange / detachment housing 340. The de-type purifier 300 also includes a small motor 400 and an outer housing 310 And the oil is refined by rotating the degassing furnace 320 at a high speed by the independent small motor 400 driving device. The degassing furnace 320 is formed as an internal key groove 321 that can be driven to be connected to a rotating shaft and receives power. The desulfurizing furnace 320 is formed into a cylindrical shape having a screen coil on both sides thereof, The oil is supplied to the outer housing 310 through the deaerating filter 330 and discharged to the movable oil sump 400 through the lock valve, At this time, the fine debris accumulates from the floor and the inner wall under the filter 330, and when the filter 330 is to be replaced, the deoiling tubing 320 is pushed and replaced with the filter exchange fixing shaft 500, It is used by one-touch exchange.

Double pressurized milking machine (1)
Scooter Comb Bears (10) Lower Hopper (13) Upper Hopper (14) Small Motor (20)
Main motor 30 main rotating shaft 40 decelerating vane 41 weight wheel 42,
™ Cutting roller (50) Groove blade (55) Knife blade (56)
(60) Helical roller unit (61) Primary milking unit (70) Secondary milking unit (80)
(90) Fixed oil sump (100) Small pump (200) De-type purifier (300)
Small motors (400) Deoiling tradition (320) Deaeration filter (330) Portable oil sump (400)
The filter exchange fixing shaft (500)

Claims

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a double-
Conveying means provided with a scoop comb bear (10) for conveying the molten material to the hopper,
A crushing means equipped with a bidirectional? V crushing roller 50 for crushing the material,
A grinding means equipped with a bidirectional grinding roller 60 for grinding and extruding the crushed complex,
A primary extrusion means equipped with a squeeze extrusion breast-feeding device 70 for primarily extruding the pulverized complex,
A second milking means of a second squeeze milking machine 80 for extruding the extrudate one more time to discharge the waste residue,
The milked retention container 90,
A stationary oil sump 100 in which milk is gathered,
A small-sized pump 200 for transferring the milked oil to the purifier,
A purifying means of the upright type demolding purifier 300 for purifying (filtering) the milking oil,
A movable oil sump 400 for collecting refined high-quality oil,
And a fixing shaft (500) which becomes an axis when the filter is exchanged.

The method of claim 1, wherein
The V-cut breaking roller 50 is composed of a plurality of saw blade-shaped blades 57 formed on the surface of the bidirectional blade portion 51 at a predetermined spacing from the feed groove blade 56 of the size of the immobilizing material, (50), which is provided with a release preventing jaw at the roller end portion so that the roller (50) is kept in close contact with the roller (50) while closely contacting the rollers (50).

The method of claim 1, wherein
In particular, the TMV crushing roller 60 is composed of a double helical roller rotating in both directions. In particular, the surface of the crushing roller is a helical type having a small interval, and the bi- A grinding roller 60 configured to be finely pulverized when both surfaces are closely contacted and rotated,

The method of claim 1, wherein
The first and second squid milking machines 70 and 80 are connected to each other by a groove key so that the first-order extruded comminuted milk is directly introduced into the outlet of the second squeegee milking machine 80 And four squeezes formed on the inner shaft are formed densely in a forward direction and are extruded into a narrow space in the front side, the oil is poured into the fixed oil sump (90), the residue is poured into the residual sieve 80) and a secondary squeeze milking machine (70) and a secondary squeeze milking machine (80).

The method of claim 1, wherein
The de-type purifier 300 includes a fixed outer housing 310, a de-oiling filter 320, an de-oiling filter 330, a transfer pipe 340, and a filter replacement fixing shaft 500. The de- Is formed as an internal key groove 321 through which driving of the motor rotary shaft can be transmitted, and an oil-removing filter 330 having a cylindrical shape with a screen coil on both sides and having a filter paper (filter paper) The purifier 300 is used to purify oil and replace the degassing furnace 320 by the one side of the exchanger fixing shaft 500 periodically when the filter 330 is ready to be replaced.