CN203185698U - Domestic intelligent oil extracting equipment - Google Patents

Abstract

The utility model relates to domestic intelligent oil extracting equipment which can feed continuously and squeeze continuously. The equipment comprises a drive mechanism and a squeezing mechanism, wherein the drive mechanism is in transmission connection with the squeezing mechanism, squeezing materials enter the squeezing mechanism for squeezing from a feeding inlet of the squeezing mechanism, a feeding mechanism is arranged on the feeding inlet of the squeezing mechanism, the feeding mechanism is located on the upper portion of the feeding inlet, and the feeding mechanism is in transmission connection with the drive mechanism. The domestic intelligent oil extracting equipment has the advantages of being suitable for the squeezing materials of different types, simple in feeding mechanism, needless of additional power, and capable of feeding continuously.

Description

The domestic intelligent oil plant extracts equipment

[technical field]

The utility model relates to a kind of oil equipment, particularly a kind of sustainable feeding, and the domestic intelligent oil plant of uninterrupted squeezing extracts equipment.

[background technology]

Along with people's living standard improves gradually, begin food health is more and more paid attention to.Especially in China the many social topic that poor quality food threatens people's life security appears frequently in recent years, people more and more be cannot set one's mind at ease the food of selling on the market, keep someone at a respectful distance gradually, always wish that all food all is oneself to finish personally relievedly to eat.

Particularly, these the 2 years frequent all kinds of abominable events that occur about edible oil, such as waste oil, blend oil, the numerous people's of entering of swill wet goods event frequency sphere of life, to allow people hear all with one's hair standing on end at every turn, eager needs a kind of can self-centered oil-servicing facilities to solve the life difficult problem that these concern life completely, flee from this food pollution endocrator in deep distress, so a kind of oil press of family expenses just arises at the historic moment.

No matter be that the also industrial oil press of family expenses just refers to the effect by means of mechanical external force, grease is pushed from oil plant.It can be divided into the oily machine of hydraulic pressure mechanism, spiral system oil machine, novel hydraulic oil press and efficient smart filter oil press.Screw oil expeller is the more oily equipment of a kind of squeezing system of using at present, it have the serialization treating capacity greatly, advantage such as dynamically the squeezing time is short, oil yield is high, labour intensity is low.Just the operation principle of spiral industrial oil press is transplanted on the family expenses oil press so have the people of initiative spirit, is made its compact in size, the work easy uses just-in-time.

Recent spiral family expenses oil press truly has significant progress in technology innovation, no matter be at feeding mechanism, and oil expression mechanism, oil-collecting mechanism, or auxiliary body all is accompanied by the significantly lifting of scientific and technological content.But, on feed mechanism, expect that inhomogeneous or out-of-shape will be easy to occur the phenomenon that gets stuck if press, cause oil expression off and on, can't continue to carry out.The equipment that has adopts the mode that manually stirs allow and presses at feed mechanism expects to continue to enter, and places and stops up.If but constantly take manual method to bother very much, lose time and manpower.The equipment that has is established a mechanism of stirring automatically at other on feed mechanism, though this mechanism can free manpower, but it must provide additional driving arrangement as additional mechanism providing additional operation, therefore the squeezing before it is compared will provide more driving power, cause the raising of equipment cost, also make whole device structure complicated simultaneously, operation stability reduces.

In sum, also there are a lot of weak points in existing oil equipment, and in order can to keep pressing the uninterrupted supply of material under the prerequisite that does not increase the equipment input cost, the innovation that also needs existing oil equipment to be done essence improves.

[utility model content]

For overcoming existing oil equipment charging instability, get stuck the feeding mechanism complexity easily, the technical barrier that equipment cost is high, the utility model provide feed mechanism simple, need not to increase extra power, sustainable feeding, the novel household intelligence oil plant of uninterrupted squeezing extracts equipment.

The scheme of the utility model technical solution problem provides a kind of domestic intelligent oil plant and extracts equipment, it comprises a driving mechanism and a press mechanism, this driving mechanism this press mechanism that is in transmission connection, pressing the feeding mouth of expecting by this press mechanism squeezes to press mechanism, at the press mechanism feeding mouth one feed mechanism is set, this feed mechanism is positioned at this feeding mouth top, this feed mechanism this driving mechanism that is in transmission connection.

Preferably, this feed mechanism comprises a holder, fixedly connected this driving mechanism of this holder and press mechanism.

Preferably, this feed mechanism further comprises a propulsion plant, and this propulsion plant comprises power plant and propulsion gearing, this power plant this driving mechanism that is in transmission connection, and this propulsion gearing cooperates with this power plant batch (-type).

Preferably, this feed mechanism further comprises a scraping wings, and this scraping wings is removable to be fixed on this propulsion gearing.

Preferably, further comprise a case, a hopper is defined at the top of this case, and the hopper entrance of this hopper is corresponding with the feeding mouth of this press mechanism, and this scraping wings is positioned at this hopper porch.

Preferably, this power plant comprises a shaft coupling and a pusher dish, and this shaft coupling and this pusher dish are one-body molded, this shaft coupling be in transmission connection this driving mechanism and this press mechanism, and this pusher dish contacts with this propulsion gearing.

Preferably, the periphery of this pusher dish arranges a protruding position, and this protruding position is a wedge shape circular arc bar, and its arc length is the 1/8-1/2 of its place, position pusher dish circumference circle.

Preferably, this propulsion gearing comprises a sliding bar, and this sliding bar one end is corresponding to this place, protruding position, and an end is removable to be fixed on this scraping wings.

Preferably, this scraping wings comprises first scraping wings and second scraping wings, and first scraping wings and second scraping wings are chimeric fixing mutually, the press for extracting juice material that the contact of first scraping wings enters, this propulsion gearing of the removable connection of second scraping wings.

Preferably, this scraping wings comprises that a pusher tooth and a scraping wings touch the hole, the installation site of this pusher tooth is corresponding with the feeding mouth of press mechanism, the installation site in the tactile hole of this scraping wings is corresponding with propulsion plant, the press for extracting juice material that this pusher tooth contact enters, scraping wings touches Kong Weiyi elasticity folding hole, and propulsion plant touches the hole buckle-type with this scraping wings and cooperates.

Compared with prior art, family expenses oil plant automatic squeezer machine of the present utility model adopts and in the hopper porch one scraping wings is set, the pushing away of press for extracting juice material reciprocation cycle that continues to enter moved work, upset the accumulation balance of pressing material, impel to press and expect the continual blanking motion of doing, guarantee the lasting feeding of feed mechanism and the uninterrupted squeezing of press mechanism.And the actuating unit of this scraping wings need not to increase extra drive unit, only needing by a shaft coupling this scraping wings to be come out to supply with in the transmission power direct descendant of decelerator between decelerator and press mechanism can realize, under the condition that does not increase extra driving mechanism, can realize the continuous stability of feeding again, therefore its have simple in structure, the advantage of saving the energy.In addition, family expenses oil plant automatic squeezer machine of the present utility model connects a holder at decelerator, by this holder press mechanism and decelerator are in transmission connection, thoroughly solve when having feed mechanism the technical barrier that the connective stability of press mechanism and driving mechanism is not high.

[description of drawings]

Fig. 1 is the perspective view that the utility model domestic intelligent oil plant extracts equipment.

Fig. 2 is the solid blast structural representation that the utility model domestic intelligent oil plant extracts equipment, and it comprises case, base, driving mechanism, feed mechanism, press mechanism and oil-collecting mechanism.

Fig. 3 is the perspective view of case.

Fig. 4 is the three-dimensional package assembly schematic diagram of driving mechanism, feed mechanism and base, and driving mechanism comprises drive motors and decelerator.

Fig. 5 is the three-dimensional package assembly schematic diagram of feed mechanism, case, decelerator.

Fig. 6 is the three-dimensional structural scheme of mechanism of feed mechanism.

Fig. 7 is the solid blast structural representation of feed mechanism, and this feed mechanism comprises holder, propulsion plant and scraping wings.

Fig. 8 is the perspective view of holder.

Fig. 9 is the another direction perspective view of holder.

Figure 10 is the perspective view that propulsion plant cooperates scraping wings, and propulsion plant comprises power plant and propulsion gearing.

Figure 11 is the perspective view of power plant.

Figure 12 is the planar structure schematic diagram of propulsion gearing

Figure 13 is the first scraping wings perspective view of scraping wings.

Figure 14 is the second scraping wings perspective view of scraping wings.

Figure 15 is the three-dimensional package assembly schematic diagram of press mechanism, feed mechanism, driving mechanism.

Figure 16 is the three-dimensional mounting structure schematic diagram of oil-collecting mechanism, press mechanism, base.

Figure 17 is the perspective view of second embodiment of scraping wings.

Figure 18 is the another direction perspective view of second embodiment of scraping wings.

[specific embodiment]

In order to make the purpose of this utility model, technical scheme and advantage are clearer, below in conjunction with accompanying drawing and embodiment, the utility model are further elaborated.Should be appreciated that specific embodiment described herein only in order to explaining the utility model, and be not used in restriction the utility model.

See also Fig. 1 and Fig. 2, domestic intelligent oil plant of the present utility model extracts equipment 100 and comprises shell 10, driving mechanism 20, feed mechanism 30, press mechanism 40 and oil-collecting mechanism 50, this shell 10 comprises a case 101 and base 103, case 101 and base 103 cooperate the back to form a cavity, with driving mechanism 20, feed mechanism 30, press mechanism 40 and oil-collecting mechanism 50 are contained in its inside.Driving mechanism 20 provides power source for feed mechanism 30 and press mechanism 40, keeps feed mechanism 30 and press mechanism 40 along with work is carried out in the rotation of driving mechanism 20.Feed mechanism 30 and press mechanism 40 keep certain corresponding relation in the position, make to press to expect can enter into smoothly in the press mechanism 40 by feed mechanism 30.Oil-collecting mechanism 50 is independent of driving mechanism 20, feed mechanism 30 and press mechanism 40, and it has independent power source, and is mutually close with press mechanism 40 on the position.This driving mechanism 20 is being controlled the start and stop of whole equipment as the major impetus mechanism that this domestic intelligent oil plant extracts equipment 100; This feed mechanism 30 presses material by the uninterrupted maintenance of the power of driving mechanism 20 and can supply successively, and keeps can entering smoothly in the press mechanism 40 and extracting grease no matter oarse-grained press for extracting juice material still is short grained press for extracting juice material; The press for extracting juice material that this press mechanism 40 will enter by its internal structure carries out the mechanical type extruding, makes the internal grease of pressing material be extruded out, and the product oil of extruding and the extruding tailing that presses material are separated; Oil-collecting mechanism 50 reclaims filtration with the edible oil that press mechanism 40 is extruded, and improves the organic efficiency of product oil and the purity of product oil.Domestic intelligent oil plant of the present utility model extracts equipment 100 mainly as family expenses, and it presses material can be raw materials such as oarse-grained peanut, corn, walnut, olive, also can be raw materials such as short grained sesame, vegetable seed, sunflower.

See also Fig. 3, these case 101 profiles are one square, its bottom opening, and inner hollow forms the shell structure of a protection bell-type, can accommodate driving mechanism 20, feed mechanism 30, press mechanism 40 and oil-collecting mechanism 50.This case 101 is under the use state, and its bottom opening keeps down, is provided with hopper 1011 at the top of case 101, and this hopper 1011 is positioned at a jiao of top surface.This hopper 1011 is a domatic invaginating structure, the main effect of this structure is conveniently to make to press to expect to enter in the structure of case 101 inside by gravity, the end that is about to enter case 101 inside at hopper 1011 has a hopper entrance 1021, it is circular that this hopper entrance 1021 mostly is, its openings of sizes is decided on pressing the material size, and general value is 1-10 centimetre.In the limit of hopper entrance 1021 one one pusher mouth 1023 is arranged, these pusher mouth 1023 cross sectional shapes are square, its width dimensions is less than the diameter dimension of hopper entrance 1021, and this pusher mouth 1023 is used for the turnover position of location pusher element, keeps the reciprocating motion fixed-site of pusher element.

See also Fig. 4, driving mechanism 20 comprises drive motors 201 and decelerator 203, and this drive motors 201 links to each other with decelerator 203 by four connecting bolts 205, and the power of realization drive motors 201 is sent in the decelerator 203 and externally exports.

See also Fig. 5, Fig. 6 and Fig. 7, the power resources of feed mechanism 30 are in decelerator 203, and the initial end of feed mechanism 30 is positioned at pusher mouth 1023 places of case 101.This feed mechanism 30 is connected feed mechanism 30 by Connection Element with decelerator 203, realize that power transmits.Feed mechanism 30 comprises holder 301, and propulsion plant 303 and scraping wings 305, propulsion plant 303 are embedded in the holder 301, and scraping wings 305 is placed on the holder 301, and corresponding to pusher mouth 1023 places of case 101.

See also Fig. 8 and Fig. 9, holder 301 comprises holder body 3011 and positioning table 3013, holder body 3011 and positioning table 3013 are one-body molded, the size of holder body 3011 is less than the size of positioning table 3013, holder 301 is fixedlyed connected with decelerator 103 by positioning table 3013, holder body 3011 is used for carrying propulsion plant 303, also is connected with press mechanism 40 simultaneously.Positioning table 3013 is a square boss, and Qi Sijiao is provided with four positioning table bolts hole 3023, and these four positioning table bolts hole 3023 are corresponding with decelerator 203, can pass positioning table bolt hole 3023 by bolt and be fixedly attached on the decelerator 203.The positioning table sliding sleeving hole 3024 that runs through positioning table 3013 on the positioning table 3013 in addition be used for to embed propulsion plant 303, and the power in positioning table 3013 outsides is delivered to positioning table 3013 inboards by this positioning table sliding sleeving hole 3024.Holder body 3011 cross sections are a waist shape, are provided with holder feeding mouth 3021 at the one horizontal plane, and the shaped position of this holder feeding mouth 3021 is corresponding with the hopper entrance 1021 of case 101.Also have two scraping wings locating holes 3022 on the next door of holder feeding mouth 3021, the position, hole of this scraping wings locating hole 3022 is arranged between positioning table sliding sleeving hole 3024 and the holder feeding mouth 3021, mainly is that the power that makes things convenient for positioning table sliding sleeving hole 3024 to transmit directly touches the scraping wings 305 on the scraping wings locating hole 3022.The holder axis hole 3015 that the center of holder body 3011 and positioning table 3013 is set to connect, 3015 places also are provided with holder keyway 3025 at the holder axis hole, cooperate with holder keyway 3025 by holder axis hole 3015 press mechanism 40 is fixed on the holder 301, realize drive motors 201 to decelerator 203, decelerator 203 to the power of press mechanism 40 transmits.

See also Figure 10, propulsion plant 303 comprises power plant 3031 and propulsion gearing 3033, power plant 3031 is fixed together with the rotary output axis of press mechanism 40, adopts the power of decelerator 203 outputs as its power sources with press mechanism 40 common uses.Propulsion gearing 3,033 one ends contact with the scraping wings 305 of feed mechanism 30, and an end contacts with power plant 3031, and power is sent to scraping wings 305 by power plant 3031.

See also Figure 11, power plant 3031 comprises a shaft coupling 3041 and a pusher dish 3043, and pusher dish 3043 is shaped to one at an end of shaft coupling 3041 with it, and its other end is corresponding with the decelerator axis hole 2046 of decelerator 203.Also have a shaft coupling flat key 3042 on the shaft coupling 3041, after shaft coupling 3041 inserts in the decelerator 203, inserting this shaft coupling flat key 3042, power plant 3031 and decelerator 203 are realized power transmission.Shaft coupling 3041 is with when decelerator 203 is connected, and also the output revolving shaft with press mechanism 40 fixes, and rotational power is sent to press mechanism 40 again.Because pusher dish 3043 is one-body molded with shaft coupling 3041, so it will rotate synchronously along with the output revolving shaft of shaft coupling 3041 and press mechanism 40.Pusher dish 3043 is a round turntable, one protruding position 3044 is arranged on the surface of rotating disk, this protruding position 3044 is arc, peripheral circumferential along the pusher dish is the wedge shape setting, the length of the protruding position 3044 of this arc accounts for the 1/8-1/2 of these pusher dish 3043 peripheral circumferential girths, and the height of its wedge shape extreme higher position is identical with the horizontal displacement of scraping wings 305.

See also Figure 12, propulsion gearing 3033 comprises a sliding bar 3045, one propelling spring 3046 and a sliding sleeve 3047, propelling spring 3046 is nested on the sliding bar 3045, and sliding sleeve 3047 also is nested on the sliding bar 3045 and propelling spring 3046 is accommodated and is fixed on its inside.The two ends of sliding bar 3045 are respectively scraping wings contact 3048 and pusher dish contact 3049, and pusher dish contact 3049 is slightly larger than scraping wings contact 3048, be because the size of pusher dish 3043 greater than the size of scraping wings 305.During installation, the pusher dish contact 3049 of this sliding bar 3045 contacts with pusher dish 3043 protruding positions 3044 residing periphery, and scraping wings contact 3048 contacts with scraping wings 305.One end of pusher spring 3046 is positioned at pusher dish contact 3049 ends, and an end is positioned at the middle part of sliding bar 3045, and its effect is to follow the circumference of the protruding position 3044 of wedge shape to rotate, and can convey protruding 3044 sliding bar 3045 that contacts off and on and do the oscillation cycle motion.After sliding sleeve 3047 embeds sliding bar 3045, its two ends prop up scraping wings contact 3048 and pusher dish contact 3049 respectively, therefore itself and sliding bar 3045 are relatively-stationary, its movement locus and sliding bar 3045 are synchronous, main effect is an end of fixing propelling spring 3046, keeping the other end of propelling spring 3046 is free state, makes propelling spring 3046 drive sliding bar 3045 reciprocating motions by the cooperating of elastic force and pusher dish 3043.

See also Figure 13 and Figure 14, scraping wings 305 comprises first scraping wings 3051 and second scraping wings 3053, and under the use state, first scraping wings 3051 is positioned at the top of second scraping wings 3053, and first scraping wings 3051 and second scraping wings, 3053 mutual chimeric fixing.Form two pusher teeth 3061 on first scraping wings 3051, the shape of pusher tooth 3061 is

Spacing between the shape, two pusher teeth 3061 arranges according to the size of pressing material, and it generally adopts 1-10 centimetre.The inside of pusher tooth 3061 is hollow, form one can insertion element the connecting hole (not shown).Form two straight connection teeth 3063 on second scraping wings 3053, this two connections tooth 3063 is corresponding with two pusher teeth 3061, during use, the connecting hole that connects tooth 3063 insertions first scraping wings 3051 can be realized the chimeric of first scraping wings 3051 and second scraping wings 3053.Be provided with a scraping wings in second scraping wings 3053 side relative with connecting tooth 3063 and touch hole 3065, it is corresponding with the scraping wings contact 3048 of sliding bar 3045 that scraping wings touches hole 3065, during use scraping wings contact 3048 is inserted scraping wings and touch hole 3065, sliding bar 3045 can be connected with scraping wings 305, when sliding bar 3045 moves back and forth, scraping wings 305 will be done synchronous reciprocating motion.Because scraping wings 305 is installed in pusher mouth 1023 places of case 101, and close with hopper entrance 1021, therefore follow the reciprocating motion of scraping wings 305, the press for extracting juice material that hopper entrance 1021 goes out will be by interrupted promotion, break the accumulation balance of pressing material, impel to press and expect to continue blanking smoothly.

See also Figure 15, press mechanism 40 is fixed on the holder 301 of feed mechanism 30, and shaft coupling 3,041 one ends of propulsion plant 303 insert in the decelerator 203, and the other end connects press mechanism 40, drives press mechanism 40 and carries out work.

See also Figure 16, oil-collecting mechanism 50 is placed on the base 103, and its top is corresponding to press mechanism 40, and after press mechanism 40 will press the material squeezing, the product oil of squeezing out was in press mechanism 40 flows to oil-collecting mechanism 50.

When this family expenses oil plant automatic squeezer machine 100 is installed, earlier drive motors 201 and decelerator 203 are fixed on the base 103, and keep drive motors 201 to the power of decelerator 203 to transmit.Again propulsion plant 303 is placed on the holder 301, in the process of placing, after earlier scraping wings 305 being fixed on the scraping wings locating hole 3022 of holder 301, pass the positioning table sliding sleeving hole 3024 of holder 301 after again sliding bar 3045, propelling spring 3046, sliding sleeve 3047 being assembled into one, one end of sliding bar 3045 is inserted in the tactile hole 3065 of scraping wings of scraping wings 305, and an end contacts with the pusher dish 3043 of propulsion plant 303.At last holder 301 is fixed on the decelerator 203, guarantees that decelerator 203 to the power of feed mechanism 30 transmits.Simultaneously press mechanism 40 is fixed on the holder 301, oil-collecting mechanism 50 is fixed on the base 103, and guarantee that it is corresponding about in the of 40 with press mechanism.

In the process of using, to press material and put into hopper 1011 by case 101 hopper entrances 1021, start drive motors 201 and start working by decelerator 203 drive feed mechanisms 30, this moment, scraping wings 305 beginnings of feed mechanism 30 were reciprocating, promoted to guarantee smooth pan feeding to pressing material.

Compared with prior art, family expenses oil plant automatic squeezer machine 100 of the present utility model adopts and at hopper entrance 1021 places one scraping wings 305 is set, the pushing away of press for extracting juice material reciprocation cycle that continues to enter moved work, upset the accumulation balance of pressing material, impel to press and expect the continual blanking motion of doing, guarantee the lasting feeding of feed mechanism 30 and the uninterrupted squeezing of press mechanism.And the actuating unit of this scraping wings 305 need not to increase extra drive unit, only needing by a shaft coupling 3041 this scraping wings 305 to be come out to supply with in the transmission power direct descendant of decelerator 203 between decelerator 203 and press mechanism 40 can realize, under the condition that does not increase extra driving mechanism, can realize the continuous stability of feeding again, therefore its have simple in structure, the advantage of saving the energy.In addition, family expenses oil plant automatic squeezer machine 100 of the present utility model connects a holder 301 at decelerator 203, by this holder 301 press mechanism 40 and decelerator 203 are in transmission connection, thoroughly solve when having feed mechanism 30 technical barrier that the connective stability of press mechanism 40 and driving mechanism 20 is not high.

See also Figure 17 and Figure 18, be this case second embodiment, itself and the first embodiment structure are basic identical, except scraping wings 805.The scraping wings 805 of present embodiment is a global formation structure, it comprises that a pusher tooth 8061 and a scraping wings touch hole 8065, the installation site of this pusher tooth 8061 is corresponding with the pusher mouth (not shown) of hopper (not shown), and the installation site in the tactile hole 8065 of this scraping wings is corresponding with scraping wings contact (not shown).During use, the sliding bar (not shown) is touched by scraping wings contact (not shown) and scraping wings and is driven its reciprocation cycle motion cooperating of hole 8065, breaks the accumulation balance of pressing material thereby make pusher tooth 8061 shake back and forth at hopper entrance (not shown) place.This pusher tooth 8061 is a strip tooth that is tilted to, and itself and horizontal plane have a 20-80 ° inclination angle under the use state.It is an elasticity folding hole that scraping wings touches hole 8065, after the insertion scraping wings of scraping wings contact (not shown) clamp-close type touches hole 8065, can realize fixing, when needs are dismantled, scraping wings being touched the opening in hole 8065 breaks into two with one's hands, scraping wings contact (not shown) can be taken out, this scraping wings easy to replace and maintain touches hole 8065.

The above only is preferred embodiment of the present utility model, and in order to limit the utility model, all any modifications of doing within principle of the present utility model are not equal to replacement and improvement etc. and all should comprise within the protection domain of the present utility model.

Claims (10)

1. a domestic intelligent oil plant extracts equipment, it comprises a driving mechanism and a press mechanism, this driving mechanism this press mechanism that is in transmission connection, pressing the feeding mouth of expecting by this press mechanism squeezes to press mechanism, it is characterized in that: at the press mechanism feeding mouth one feed mechanism is set, this feed mechanism is positioned at this feeding mouth top, this feed mechanism this driving mechanism that is in transmission connection.

2. domestic intelligent oil plant as claimed in claim 1 extracts equipment, and it is characterized in that: this feed mechanism comprises a holder, fixedly connected this driving mechanism of this holder and press mechanism.

3. extract equipment as each described domestic intelligent oil plant of claim 1-2, it is characterized in that: this feed mechanism further comprises a propulsion plant, this propulsion plant comprises power plant and propulsion gearing, this power plant this driving mechanism that is in transmission connection, this propulsion gearing cooperates with this power plant batch (-type).

4. domestic intelligent oil plant as claimed in claim 3 extracts equipment, and it is characterized in that: this feed mechanism further comprises a scraping wings, and this scraping wings is removable to be fixed on this propulsion gearing.

5. domestic intelligent oil plant as claimed in claim 4 extracts equipment, and it is characterized in that: further comprise a case, a hopper is defined at the top of this case, and the hopper entrance of this hopper is corresponding with the feeding mouth of this press mechanism, and this scraping wings is positioned at this hopper porch.

6. domestic intelligent oil plant as claimed in claim 5 extracts equipment, it is characterized in that: this power plant comprises a shaft coupling and a pusher dish, this shaft coupling and this pusher dish are one-body molded, this shaft coupling be in transmission connection this driving mechanism and this press mechanism, this pusher dish contacts with this propulsion gearing.

7. domestic intelligent oil plant as claimed in claim 6 extracts equipment, it is characterized in that: the periphery of this pusher dish arranges a protruding position, and this protruding position is a wedge shape circular arc bar, and its arc length is the 1/8-1/2 of its place, position pusher dish circumference circle.

8. domestic intelligent oil plant as claimed in claim 7 extracts equipment, and it is characterized in that: this propulsion gearing comprises a sliding bar, and this sliding bar one end is corresponding to this place, protruding position, and an end is removable to be fixed on this scraping wings.

9. domestic intelligent oil plant as claimed in claim 4 extracts equipment, it is characterized in that: this scraping wings comprises first scraping wings and second scraping wings, first scraping wings and second scraping wings are chimeric fixing mutually, the press for extracting juice material that the contact of first scraping wings enters, this propulsion gearing of the removable connection of second scraping wings.

10. domestic intelligent oil plant as claimed in claim 4 extracts equipment, it is characterized in that: this scraping wings comprises that a pusher tooth and a scraping wings touch the hole, the installation site of this pusher tooth is corresponding with the feeding mouth of press mechanism, the installation site in the tactile hole of this scraping wings is corresponding with propulsion plant, the press for extracting juice material that this pusher tooth contact enters, scraping wings touches Kong Weiyi elasticity folding hole, and propulsion plant touches the hole buckle-type with this scraping wings and cooperates.

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