CN109022138A - The production equipment of low-temperature cold pressing extraction edible oil - Google Patents
The production equipment of low-temperature cold pressing extraction edible oil Download PDFInfo
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- CN109022138A CN109022138A CN201811189541.8A CN201811189541A CN109022138A CN 109022138 A CN109022138 A CN 109022138A CN 201811189541 A CN201811189541 A CN 201811189541A CN 109022138 A CN109022138 A CN 109022138A
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- casing
- scarfing unit
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- C—CHEMISTRY; METALLURGY
- C11—ANIMAL OR VEGETABLE OILS, FATS, FATTY SUBSTANCES OR WAXES; FATTY ACIDS THEREFROM; DETERGENTS; CANDLES
- C11B—PRODUCING, e.g. BY PRESSING RAW MATERIALS OR BY EXTRACTION FROM WASTE MATERIALS, REFINING OR PRESERVING FATS, FATTY SUBSTANCES, e.g. LANOLIN, FATTY OILS OR WAXES; ESSENTIAL OILS; PERFUMES
- C11B1/00—Production of fats or fatty oils from raw materials
- C11B1/06—Production of fats or fatty oils from raw materials by pressing
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- Organic Chemistry (AREA)
- Fats And Perfumes (AREA)
Abstract
A kind of low-temperature cold pressing extracts the production equipment of edible oil, and feed pipe includes the first vertical pipe section and first level pipeline section of integration connection, and feed pipe includes the second horizontal pipe section.Server is arranged in machine box for server, and machine box for server includes cabinet and chamber door.The amount for effectively preventing the dust with charge in cabinet in the prior art increases the operation for the server being unfavorable in machine box for server, conduit coupling, which is not suitable for having in concussion or shake in outside, to be used, one end junction in external one end and first level pipeline section for having and usually making same second horizontal pipe section of conduit coupling in concussion or shake is not firm and the violent one end for shaking one end or first level pipeline section for also making poor sealing same second horizontal pipe section of conduit coupling even occur of generation is fallen off, the amount of the dust with charge in cabinet increases the defect of the operation for the server being unfavorable in machine box for server.
Description
Technical field
The present invention relates to edible oil technical fields, and in particular to a kind of low-temperature cold pressing extracts the production equipment of edible oil.
Background technique
As one kind of edible oil, Zanthoxylum essential oil is a kind of extracted from Chinese prickly ash in fragrant, taste compound in edible vegetable oil
In product.Fresh Chinese prickly ash is not easy to save, easily brown stain, mildew, and the resting period of scattering under room temperature is only 1~2 day, pilling up time
No more than 1 day；The low-temp storage time occurred as soon as brown stain less than 5 days, went mouldy within 7 days.Therefore, Chinese prickly ash is mostly based on dry product, newly
For fresh pepper after high temperature drying, effumability component damages are larger, and dried pepper is made to lack the fresh distinctive fragrance of Chinese prickly ash.And it extracts
This edible oil of Zanthoxylum essential oil is exactly a kind of scheme to solve the above problems.
By research and development just have application No. is " 201621375360 ", the applying date is " 2016.12.15 " and patent name is
The cold press combination soaking technology of " production line that a kind of cold press combination soaking technology extracts Zanthoxylum essential oil " extracts the production line of Zanthoxylum essential oil.
The cold press combination soaking technology extracts the production line of Zanthoxylum essential oil, including branch line and soak extraction branch are extracted in cold press
Line；
It includes cold pressing expeller that branch line is extracted in cold press, and the water inlet of cold pressing expeller is connect by water inlet pipe with water tank, and cold pressing expeller goes out
Hydraulic fluid port is connect by connecing oil bucket with flowline；It is provided with valve on flowline and accesses the entrance of centrifuge, the outlet of centrifuge
Pans are accessed by pipeline, pans access first filter, the outlet of first filter by the pipeline configured with oil pump
Product tank is accessed by pipeline；
Soak extraction branch line includes extraction oil tank, and extraction oil tank accesses extractor by pipeline, and extractor is configured with
Agitating paddle and stirring motor, and it is provided with heating interlayer；Extractor lower end connection pipeline accessed after the second filter at
The front end of product oil tank, the second filter is provided with oil pump；
Temperature Humidity Sensor and the oil returning branch pipe configured with the second filter front of access are installed in product tank.
Valve and flow controller are installed on water inlet pipe on water tank.
The pipeline connected on oil pump is each equipped with valve.
It further includes Chinese prickly ash cleaning machine that branch line is extracted in cold press.
Temperature Humidity Sensor is provided in pans.
Oil pump is RCB oil transfer pump.
Cold pressing expeller includes pedestal, and base top side is equipped with the first retarder, and the first retarder side is equipped with the first transmission
Device, the first retarder other side connect third transmission device, and third transmission device side is equipped with torque divider, torque distribution
Device side is equipped with feed pipe, and feed pipe is connected at the top of feed pipe, and feed pipe side is equipped with the second retarder, the second retarder
Side is equipped with the second transmission device, and feed inlet, feed pipe side connected with outer casing are equipped at the top of feed pipe, and shell side, which is equipped with, squeezes
Axis, and shell is run through in shaft one end, and is set to feeding tube cavity, shaft outer wall is equipped with pressing screw, and outer casing inner wall is equipped with percolating device,
Cover top portion is equipped with water cooling plant, and both ends are respectively equipped with water inlet, water outlet, and the shaft other end is equipped with closed necklace, shell
It is equipped with temperature sensor with feed pipe junction, is equipped with cake regulating device at shaft and cage connection, feeding bottom of the tube is equipped with
Motor, motor side connects oil transportation scraper, and is set to below shell, passes through gear between cake regulating device and oil transportation scraper out
Plate is connected, and oil transportation scraper one end connects oil outlet.
The production line is that cold pressing process and extracting technology be combined with each other, and is squeezed by cold pressing expeller main in Chinese prickly ash
Ingredient, by extracting residual components in Chinese prickly ash cake in extractor, two process matching uses can significantly improve fresh Chinese prickly ash
The recovery rate of middle main component, while this production line can also realize automation with mating corresponding electrical equipment, it is with higher
Production efficiency.
The structure of connection feed pipe at the top of the feed pipe are as follows: using conduit coupling come one end of feed pipe with
Connection at the top of feed pipe is specifically exactly the first vertical pipe section and first level pipeline section that feed pipe includes integration connection,
Feed pipe includes the second horizontal pipe section, and one end of second horizontal pipe section passes through conduit coupling and first level pipeline section
One end connection is connected to realize with feed pipe, and existing conduit coupling is not suitable for having concussion in outside or use in shaking,
Have the one of one end and first level pipeline section for usually making same second horizontal pipe section of conduit coupling in concussion or shake in outside
It holds junction not firm and acutely concussion occurs, or even the one end or first level of conduit coupling with the second horizontal pipe section occur
The problem of one end of pipeline section is fallen off.
In addition to the data of the Temperature and Humidity module of Temperature Humidity Sensor acquisition in product tank is obtained, the temperature in the product tank
Humidity sensor is connect with processor, and the processor is connect with wireless communication module, the wireless communication module and server
It keeps being wirelessly connected, thus the data of the Temperature and Humidity module that Temperature Humidity Sensor acquires can be transmitted to processing with Temperature Humidity Sensor
In device, then module is transmitted to the data of the Temperature and Humidity module in server by wireless communication by processor, reaches acquisition temperature with this
The purpose of humidity data.
It collides in order to prevent impaired, server is arranged in the machine box for server of hollow rectangular-shape, current service
Device cabinet framework is uncomplicated, is generally all disposed in operating room, generally suspends in the air-flow in operating room and much has charge
Dust, if straight with supply fan be sent into air-flow method allow machine box for server cabinet in executes cooling, calmly by operating room its
The dust with charge to suspend in air-flow is sent in server machine box body, in this way along with the increase of duration, can allow cabinet
In the amount of the dust with charge increase, be unfavorable for the operation of the server in machine box for server with this.
Summary of the invention
To solve the above problems, the present invention provides production equipment and its method that a kind of low-temperature cold pressing extracts edible oil,
The amount for effectively preventing the dust with charge in cabinet in the prior art increases the server being unfavorable in machine box for server
Operation, conduit coupling be not suitable for outside have concussion or shake in, outside have concussion or shake in usually make
Conduit coupling is not firm with one end of the second horizontal pipe section and one end junction of first level pipeline section and acutely concussion occurs
Poor sealing is also made conduit coupling even occur with one end of the second horizontal pipe section or one end hair of first level pipeline section
It is raw fall off, the amount of the dust with charge in cabinet increase the server being unfavorable in machine box for server operation defect.
A kind of low-temperature cold pressing extracts the production equipment of edible oil in order to overcome the deficiencies in the prior art, the present invention provides
And its solution of method, it is specific as follows:
A kind of low-temperature cold pressing extracts the production equipment of edible oil, and the production of Zanthoxylum essential oil is extracted including cold press combination soaking technology
Line；
Temperature Humidity Sensor is installed in product tank；
Feed pipe is connected at the top of feed pipe；
The structure of connection feed pipe at the top of the feed pipe are as follows: using conduit coupling come one end of feed pipe with
Connection at the top of feed pipe is specifically exactly the first vertical pipe section and first level pipeline section that feed pipe includes integration connection,
Feed pipe includes the second horizontal pipe section, and one end of second horizontal pipe section passes through conduit coupling and first level pipeline section
One end connection is connected to realize with feed pipe；
The end of the first level pipeline section is the first column end 602 of both ends perforation, second horizontal pipe section
The end is the second column end 603 of both ends perforation, the shape size of first column end and second column end
Unanimously；
The conduit coupling includes the column pipe of both ends perforation, and one of casing connects with first column end
And the other end of casing is connected with second column end.
Described sleeve pipe includes the second end of the first end 611 for the casing being linked in sequence, casing middle part 613 and casing
612, the first end 611 of casing is connected to first column end, the second end 612 of casing and second cylindrical end
Head connection, between the first end 611 and first column end of casing and the second end 612 and described second of casing
Gap between column end is sealed by packer ring, and the both ends of described sleeve pipe middle part are respectively connected with scarfing unit 614, institute
State scarfing unit has between the scarfing unit greater than zero with corner portion 615, the corner portion are arranged between described sleeve pipe middle part
Radian K, two pairs of interlocking mouths 616 being arranged according to scarfing unit left and right directions, institute are placed equidistant on the outer wall of the scarfing unit
Stating interlocking mouth is openings；The interlocking mouth includes being in the closer one end as first port BF1 of distance sleeve middle part
Be in the farther other end as second port BF2 of distance sleeve middle part；
One point close to casing middle part of the second end 612 of the first end 611 and described sleeve pipe of described sleeve pipe
The compatible coupling head 604 with scarfing unit is not set, and it is square crossing shape that two bars are arranged in the coupling head
Connection part 641, described two bars be two opposite end portions of the connection part of square crossing shape do not penetrate two pairs of scarfing unit it is embedding
Interface is simultaneously connected with the coupling head；
The coupling head is connected between the scarfing unit via helical form beryllium-bronze silk 605, the helical form beryllium-bronze silk
The scarfing unit coupling head and the other end of the helical form beryllium-bronze silk is connected that is connected, in helical form beryllium
When bronze wire is in free state, described two bars are two opposite end portions other places of the connection part of square crossing shape embedding
The first port of interface.
The range of the radian K is 2 π/π/18 3-17.
The radian K is 8 π/9.
The horizontal section of the scarfing unit is cyclic annular.
The horizontal section of the coupling head is cyclic annular.
The interlocking mouth is strip shape gob.
The span from left to right of the span from left to right of the scarfing unit and the coupling head is identical, the scarfing unit
Span from left to right be no more than the second end of the first end 611 of described sleeve pipe span from left to right and described sleeve pipe
The span from left to right in portion 612.
The span from left to right of the interlocking mouth is the 40%-60% of the span from left to right of the scarfing unit.
Described two bars are that the horizontal section of the bars of the connection part of square crossing shape is ring-type, in addition the ring-type
Horizontal span be no more than it is described interlocking mouth horizontal span.
Temperature Humidity Sensor in the product tank is connect with processor, and the processor and wireless communication module connect
It connects, the wireless communication module and server keep being wirelessly connected；
In being in the indoor machine box for server of operation, the machine box for server includes cabinet A01 for the server setting
And chamber door A02, the server A 03 in cabinet A01 is also set, a removal is set in the side wall of cabinet A01 and is had
The cooling system of charge dust.
The cooling system of the removal with charge dust includes the shell A04 being fixed in cabinet A01 side wall；Shell
A04 is isolated into exhaust cavity D03 and air inlet cavity D02 via a piece of baffle D01 being laterally arranged.
The exhaust cavity D03 is in the top of air inlet cavity D02, the lower wall surface of the left hand wall of the exhaust cavity D03
On be provided with an injection well D04；The plenum fan A05 to supply gas inside air inlet cavity D02 is set on injection well D04；Inlet chamber
Path of supplying gas A07 inside one connection cabinet A01 with air inlet cavity D02 is set on the upper wall surface of the right wall of body D02.
The whereabouts between inside the air inlet cavity D02, which is arranged on wall surface, is equidistantly dispersed with several regular hexagonal prism holes
The Al alloy block A08 of eye.
A hollow cavity A09 is set on lower wall surface in the air inlet cavity D02；Hollow cavity A09 back warp is by several
Helical form beryllium-bronze silk device mobile connection an aluminum alloy sheet A10 being laterally arranged.
The aluminum alloy sheet A10 is the same as electrically connecting several copper wire A12 between Al alloy block A08.
The exhaust channel A13 inside a connection cabinet A01 with exhaust cavity D03 is arranged in the exhaust top cavity D03.
The suction fan A14 that the top of the exhaust cavity D03 is vented except being arranged towards exhaust cavity D03.
The helical form beryllium-bronze silk device includes varicose bar and helical form beryllium-bronze silk；Varicose bar is longitudinally disposed, in addition
The both ends of varicose bar are respectively connected with the roof of the intracorporal roof of hollow cavity and aluminum alloy sheet；Helical form beryllium-bronze silk is wrapped in song
On tension rod, in addition the both ends of helical form beryllium-bronze silk respectively connect with the intracorporal roof of hollow cavity with the roof of aluminum alloy sheet.
The invention has the benefit that
Via casing, the first column end and the second column end, casing has the first end 611 of casing, casing
Scarfing unit is arranged in the second end and casing middle part, the both ends of casing middle part, be placed equidistant in scarfing unit two pairs it is embedding
Interface, interlocking mouth have first port and second port；The first end 611 of casing and the second end of casing are arranged respectively
The connection part of two bars square crossing shapes, the connection of two bars square crossing shapes is arranged in coupling head in coupling head
Two pairs of connecting pins in portion penetrate two pairs of interlocking mouths of scarfing unit respectively and are connected with coupling head；Scarfing unit between coupling head via spiral shell
Shape beryllium-bronze silk is revolved to be connected, and when helical form beryllium-bronze silk is in free state, the connection of two bars square crossing shapes
Socket part is in the first port of grafting through-hole, in the second end of grafting through-hole at the connection part of two bars square crossing shapes
When mouthful, helical form beryllium-bronze silk is under squeezed state；Thus play the effect of vibration reduction and cushioning, it is not easy to have in outside
Concussion or shake in make conduit coupling with one end of first level pipeline section, one end of the second horizontal pipe section junction loosely
Lean on and occur acutely to shake, reduce occur conduit coupling occur with one end of first level pipeline section, the second horizontal pipe section it is de-
The problem of falling.
The electricity arrived in the air-flow in air inlet cavity in dust can be absorbed via cellular Al alloy block A08 is arranged
Lotus is then transmitted to the charge of the dust with charge on aluminum alloy sheet A10, then through aluminum alloy sheet diameter via copper wire A12
It is straight-through to reach earth's surface, the dust with charge in air-flow is reduced with this and arrives in cabinet A01 the server being unfavorable in cabinet A01
The operation of A03.
Detailed description of the invention
Fig. 1 is the overall schematic that conduit coupling of the invention connects.
Fig. 2 is the exploded sketch of conduit coupling of the invention.
Fig. 3 is the component connection schematic diagram of conduit coupling of the invention.
Fig. 4 is the enlarged diagram at the B1 of Fig. 2.
Fig. 5 is the enlarged diagram at the B2 of Fig. 3.
Fig. 6 is the schematic diagram in the direction B-B of Fig. 2.
Fig. 7 is the overall schematic of machine box for server of the invention.
Specific embodiment
The present invention is described further below in conjunction with drawings and examples.
Embodiment 1:
As shown in Fig. 1-Fig. 7, low-temperature cold pressing extract edible oil production equipment, including such as application No. is
" 201621375360 ", the applying date are " 2016.12.15 " and patent name is a kind of " cold press combination soaking technology extraction Chinese prickly ash
Cold press combination soaking technology described in the production line of oil " extracts the production line of Zanthoxylum essential oil；
The cold press combination soaking technology extracts the production line of Zanthoxylum essential oil, including branch line and soak extraction branch are extracted in cold press
Line；
It includes cold pressing expeller that branch line is extracted in cold press, and the water inlet of cold pressing expeller is connect by water inlet pipe with water tank, and cold pressing expeller goes out
Hydraulic fluid port is connect by connecing oil bucket with flowline；It is provided with valve on flowline and accesses the entrance of centrifuge, the outlet of centrifuge
Pans are accessed by pipeline, pans access first filter, the outlet of first filter by the pipeline configured with oil pump
Product tank is accessed by pipeline；
Soak extraction branch line includes extraction oil tank, and extraction oil tank accesses extractor by pipeline, and extractor is configured with
Agitating paddle and stirring motor, and it is provided with heating interlayer；Extractor lower end connection pipeline accessed after the second filter at
The front end of product oil tank, the second filter is provided with oil pump；
Temperature Humidity Sensor and the oil returning branch pipe configured with the second filter front of access are installed in product tank；
Valve and flow controller are installed on water inlet pipe on water tank.
The pipeline connected on oil pump is each equipped with valve.
It further includes Chinese prickly ash cleaning machine that branch line is extracted in cold press.
Temperature Humidity Sensor is provided in pans.
Oil pump is RCB oil transfer pump.
Cold pressing expeller includes pedestal, and base top side is equipped with the first retarder, and the first retarder side is equipped with the first transmission
Device, the first retarder other side connect third transmission device, and third transmission device side is equipped with torque divider, torque distribution
Device side is equipped with feed pipe, and feed pipe is connected at the top of feed pipe, and feed pipe side is equipped with the second retarder, the second retarder
Side is equipped with the second transmission device, and feed inlet, feed pipe side connected with outer casing are equipped at the top of feed pipe, and shell side, which is equipped with, squeezes
Axis, and shell is run through in shaft one end, and is set to feeding tube cavity, shaft outer wall is equipped with pressing screw, and outer casing inner wall is equipped with percolating device,
Cover top portion is equipped with water cooling plant, and both ends are respectively equipped with water inlet, water outlet, and the shaft other end is equipped with closed necklace, shell
It is equipped with temperature sensor with feed pipe junction, is equipped with cake regulating device at shaft and cage connection, feeding bottom of the tube is equipped with
Motor, motor side connects oil transportation scraper, and is set to below shell, passes through gear between cake regulating device and oil transportation scraper out
Plate is connected, and oil transportation scraper one end connects oil outlet；
The production line is that cold pressing process and extracting technology be combined with each other, and is squeezed by cold pressing expeller main in Chinese prickly ash
Ingredient, by extracting residual components in Chinese prickly ash cake in extractor, two process matching uses can significantly improve fresh Chinese prickly ash
The recovery rate of middle main component, while this production line can also realize automation with mating corresponding electrical equipment, it is with higher
Production efficiency.
The structure of connection feed pipe at the top of the feed pipe are as follows: using conduit coupling come one end of feed pipe with
Connection at the top of feed pipe is specifically exactly the first vertical pipe section and first level pipeline section that feed pipe includes integration connection,
Feed pipe includes the second horizontal pipe section, and one end of second horizontal pipe section passes through conduit coupling and first level pipeline section
One end connection is connected to realize with feed pipe；
The end of first level pipeline section is the first column end 602 of both ends perforation, and the end of the second horizontal pipe section is two
Second column end 603 of head perforation, the first column end are consistent with the shape size of the second column end；
Conduit coupling includes the column pipe of both ends perforation, and one of casing connects and casing with the first column end
Other end is connected with the second column end.
Casing includes the second end 612 of the first end 611 for the casing being linked in sequence, casing middle part 613 and casing,
The first end 611 of casing is connected to the first column end, and the second end 612 of casing is connected to the second column end, casing
First end 611 and the first column end between and the gap between the second end 612 and the second column end of casing
It is sealed by packer ring, the both ends of casing middle part are respectively connected with scarfing unit 614, and scarfing unit is arranged between casing middle part
Corner portion 615, corner portion with the radian K having between scarfing unit greater than zero, be placed equidistant on the outer wall of scarfing unit two pairs by
According to the interlocking mouth 616 of scarfing unit left and right directions setting, interlocking mouth is openings；Interlocking mouth includes being in distance sleeve middle part more
Close one end as first port BF1 and it is in the farther other end as second port BF2 of distance sleeve middle part；
One close to casing middle part of the second end 612 of the first end 611 and casing of casing is respectively set
The compatible coupling head 604 with scarfing unit, be arranged in coupling head two bars be square crossing shape connection part 641, two
A bars are that two opposite end portions of the connection part of square crossing shape do not penetrate two pairs of interlocking mouths of scarfing unit and consolidate with coupling head
Even；
Coupling head is connected between scarfing unit via helical form beryllium-bronze silk 605, and one of helical form beryllium-bronze silk is connected
Scarfing unit coupling head and the other end of helical form beryllium-bronze silk is connected, when helical form beryllium-bronze silk is in free state,
Two bars are first port of the two opposite end portions other places in interlocking mouth of the connection part of square crossing shape.
The range of radian K is 2 π/π/18 3-17.
Radian K is 8 π/9.
The horizontal section of scarfing unit is cyclic annular.
The horizontal section of coupling head is cyclic annular.
Rabbeting mouth is strip shape gob.
The span from left to right of the span from left to right of scarfing unit and coupling head is identical, scarfing unit from left to right
Span be no more than the second end 612 of the first end 611 of casing span from left to right and casing from left to right across
Degree.
The span from left to right of interlocking mouth is the 40%-60% of the span from left to right of scarfing unit.
Two bars are that the horizontal section of the bars of the connection part of square crossing shape is ring-type, in addition the cricoid cross
It is no more than the horizontal span of interlocking mouth to span.
In this way via casing, the first column end and the second column end, casing has the first end 611 of casing, set
The second end and casing middle part of pipe, the both ends of casing middle part are arranged scarfing unit, are placed equidistant with two in scarfing unit
To interlocking mouth, interlocking mouth has first port and second port；The first end 611 of casing is set respectively with the second end of casing
Coupling head is set, the connection part of two bars square crossing shapes is set in coupling head, two bars square crossing shapes
Two pairs of connecting pins of connection part penetrate two pairs of interlocking mouths of scarfing unit respectively and are connected with coupling head；Scarfing unit is passed through between coupling head
It is connected by helical form beryllium-bronze silk, and when helical form beryllium-bronze silk is in free state, two bars square crossing shapes
Connection part be in the first port of grafting through-hole, the of grafting through-hole at the connection part of two bars square crossing shapes
When Two-port netwerk, helical form beryllium-bronze silk is under squeezed state；Thus play the effect of vibration reduction and cushioning, it is not easy to outside
Portion, which has in concussion or shake, makes conduit coupling with the connection of one end of first level pipeline section, the other end of the second horizontal pipe section
Locate not firm and acutely concussion occurs, reduces and conduit coupling occur with one end of first level pipeline section, the second horizontal pipe section
The problem of falling off.
Embodiment 2:
Low-temperature cold pressing extracts the production equipment of edible oil, including such as application No. is " 201621375360 ", the applyings date to be
" 2016.12.15 " and patent name are cold press knot described in " production line that a kind of cold press combination soaking technology extracts Zanthoxylum essential oil "
Close the production line that soaking technology extracts Zanthoxylum essential oil；
The cold press combination soaking technology extracts the production line of Zanthoxylum essential oil, including branch line and soak extraction branch are extracted in cold press
Line；
It includes cold pressing expeller that branch line is extracted in cold press, and the water inlet of cold pressing expeller is connect by water inlet pipe with water tank, and cold pressing expeller goes out
Hydraulic fluid port is connect by connecing oil bucket with flowline；It is provided with valve on flowline and accesses the entrance of centrifuge, the outlet of centrifuge
Pans are accessed by pipeline, pans access first filter, the outlet of first filter by the pipeline configured with oil pump
Product tank is accessed by pipeline；
Soak extraction branch line includes extraction oil tank, and extraction oil tank accesses extractor by pipeline, and extractor is configured with
Agitating paddle and stirring motor, and it is provided with heating interlayer；Extractor lower end connection pipeline accessed after the second filter at
The front end of product oil tank, the second filter is provided with oil pump；
Temperature Humidity Sensor and the oil returning branch pipe configured with the second filter front of access are installed in product tank；
Valve and flow controller are installed on water inlet pipe on water tank.
The pipeline connected on oil pump is each equipped with valve.
It further includes Chinese prickly ash cleaning machine that branch line is extracted in cold press.
Temperature Humidity Sensor is provided in pans.
Oil pump is RCB oil transfer pump.
Cold pressing expeller includes pedestal, and base top side is equipped with the first retarder, and the first retarder side is equipped with the first transmission
Device, the first retarder other side connect third transmission device, and third transmission device side is equipped with torque divider, torque distribution
Device side is equipped with feed pipe, and feed pipe is connected at the top of feed pipe, and feed pipe side is equipped with the second retarder, the second retarder
Side is equipped with the second transmission device, and feed inlet, feed pipe side connected with outer casing are equipped at the top of feed pipe, and shell side, which is equipped with, squeezes
Axis, and shell is run through in shaft one end, and is set to feeding tube cavity, shaft outer wall is equipped with pressing screw, and outer casing inner wall is equipped with percolating device,
Cover top portion is equipped with water cooling plant, and both ends are respectively equipped with water inlet, water outlet, and the shaft other end is equipped with closed necklace, shell
It is equipped with temperature sensor with feed pipe junction, is equipped with cake regulating device at shaft and cage connection, feeding bottom of the tube is equipped with
Motor, motor side connects oil transportation scraper, and is set to below shell, passes through gear between cake regulating device and oil transportation scraper out
Plate is connected, and oil transportation scraper one end connects oil outlet；
The production line is that cold pressing process and extracting technology be combined with each other, and is squeezed by cold pressing expeller main in Chinese prickly ash
Ingredient, by extracting residual components in Chinese prickly ash cake in extractor, two process matching uses can significantly improve fresh Chinese prickly ash
The recovery rate of middle main component, while this production line can also realize automation with mating corresponding electrical equipment, it is with higher
Production efficiency.
The structure of connection feed pipe at the top of the feed pipe are as follows: using conduit coupling come one end of feed pipe with
Connection at the top of feed pipe is specifically exactly the first vertical pipe section and first level pipeline section that feed pipe includes integration connection,
Feed pipe includes the second horizontal pipe section, and one end of second horizontal pipe section passes through conduit coupling and first level pipeline section
One end connection is connected to realize with feed pipe；
The end of first level pipeline section is the first column end 602 of both ends perforation, and the end of the second horizontal pipe section is two
Second column end 603 of head perforation, the first column end are consistent with the shape size of the second column end；
Conduit coupling includes the column pipe of both ends perforation, and one of casing connects and casing with the first column end
Other end is connected with the second column end.
Casing includes the second end 612 of the first end 611 for the casing being linked in sequence, casing middle part 613 and casing,
The first end 611 of casing is connected to the first column end, and the second end 612 of casing is connected to the second column end, casing
First end 611 and the first column end between and the gap between the second end 612 and the second column end of casing
It is sealed by packer ring, the both ends of casing middle part are respectively connected with scarfing unit 614, and scarfing unit is arranged between casing middle part
Corner portion 615, corner portion with the radian K having between scarfing unit greater than zero, be placed equidistant on the outer wall of scarfing unit two pairs by
According to the interlocking mouth 616 of scarfing unit left and right directions setting, interlocking mouth is openings；Interlocking mouth includes being in distance sleeve middle part more
Close one end as first port BF1 and it is in the farther other end as second port BF2 of distance sleeve middle part；
One close to casing middle part of the second end 612 of the first end 611 and casing of casing is respectively set
The compatible coupling head 604 with scarfing unit, be arranged in coupling head two bars be square crossing shape connection part 641, two
A bars are that two opposite end portions of the connection part of square crossing shape do not penetrate two pairs of interlocking mouths of scarfing unit and consolidate with coupling head
Even；
Coupling head is connected between scarfing unit via helical form beryllium-bronze silk 605, and one of helical form beryllium-bronze silk is connected
Scarfing unit coupling head and the other end of helical form beryllium-bronze silk is connected, when helical form beryllium-bronze silk is in free state,
Two bars are first port of the two opposite end portions other places in interlocking mouth of the connection part of square crossing shape.
The range of radian K is 2 π/π/18 3-17.
Radian K is 8 π/9.
The horizontal section of scarfing unit is cyclic annular.
The horizontal section of coupling head is cyclic annular.
Rabbeting mouth is strip shape gob.
The span from left to right of the span from left to right of scarfing unit and coupling head is identical, scarfing unit from left to right
Span be no more than the second end 612 of the first end 611 of casing span from left to right and casing from left to right across
Degree.
The span from left to right of interlocking mouth is the 40%-60% of the span from left to right of scarfing unit.
Two bars are that the horizontal section of the bars of the connection part of square crossing shape is ring-type, in addition the cricoid cross
It is no more than the horizontal span of interlocking mouth to span.
In this way via casing, the first column end and the second column end, casing has the first end 611 of casing, set
The second end and casing middle part of pipe, the both ends of casing middle part are arranged scarfing unit, are placed equidistant with two in scarfing unit
To interlocking mouth, interlocking mouth has first port and second port；The first end 611 of casing is set respectively with the second end of casing
Coupling head is set, the connection part of two bars square crossing shapes is set in coupling head, two bars square crossing shapes
Two pairs of connecting pins of connection part penetrate two pairs of interlocking mouths of scarfing unit respectively and are connected with coupling head；Scarfing unit is passed through between coupling head
It is connected by helical form beryllium-bronze silk, and when helical form beryllium-bronze silk is in free state, two bars square crossing shapes
Connection part be in the first port of grafting through-hole, the of grafting through-hole at the connection part of two bars square crossing shapes
When Two-port netwerk, helical form beryllium-bronze silk is under squeezed state；Thus play the effect of vibration reduction and cushioning, it is not easy to outside
Portion, which has in concussion or shake, makes conduit coupling with the connection of one end of first level pipeline section, the other end of the second horizontal pipe section
Locate not firm and acutely concussion occurs, reduces and conduit coupling occur with one end of first level pipeline section, the second horizontal pipe section
The problem of falling off.
In order to obtain stirring motor output shaft rotary speed data, on the output shaft of stirring motor be equipped with revolution speed sensing
Device, the speed probe are connect with controller, and the controller is connect with wireless communication module, the wireless communication module with
Server keeps being wirelessly connected, and the rotary speed data of the output shaft of stirring motor can thus be collected simultaneously with speed probe
It is transmitted in controller, then by controller, module is transmitted to the rotary speed data in server by wireless communication, is reached with this
To the purpose of the rotary speed data for the output shaft for obtaining stirring motor；Server is just placed in hollow machine box for server, service
Device cabinet includes cabinet A and cover plate B；Be provided on the upper wall of cabinet A communicate with the hollow inside of cabinet A be used as exhaust channel
Column air discharge duct A1；Cover plate B is arranged on the upper wall of cabinet A and with forming certain clearance space between the upper wall；Cover
Coverage area of the plate B on upper wall integrally covers air discharge duct A1；Thus it can allow cover plate B that the liquid stream dripped from top to bottom is held
Row stops, and liquid stream can not be dripped into cabinet 1, preliminary blocking solution structure is constituted.The upper wall of cabinet A is set on the periphery of air discharge duct A1
The hydrops mouth A2 sinking for air discharge duct A1 is set, the liquid in hydrops mouth A2 is by hydrops mouth A2 close to the side on the one side air discharge duct A1
Wall AB1 is obstructed in hydrops mouth A2.Hydrops mouth A2 has one section in the side wall AB2 apart from the farther one side air discharge duct A1 be with external
The column sump pit AB3 of connection.The upper wall of cabinet A is provided with hydrops mouth A2, and hydrops mouth A2 is the same as the air discharge duct for serving as exhaust channel
Stop between A1 with side wall, prevents the liquid in hydrops mouth A2 from infiltering exhaust channel.In addition, having one section in the side wall of hydrops mouth A2
It is that the liquid in hydrops mouth A2 can be allowed efficiently to gush via column sump pit AB with the column sump pit AB3 of external connection；Product
Liquid mouth A2 constitutes further blocking solution structure, crosses when cover plate B drips to the upper wall of cabinet in liquid stream, liquid stream can fall into product
It is then gushed in liquid mouth A2.Cabinet A's has an articulated plate cover board of a side wall, plate cover board be used to the inside of cabinet A and
Outside is respectively communicated with and is isolated by opening and closing, and must open cover board frequently in this way come to safeguarding in cabinet A, therefore
Need prevent drop and particulate contaminant is gathered at the top of the cover board of cabinet A, be prevented when cover board is opened with this, drop with
Grain object impurity is infiltered to cabinet A.Reach such effect, one side of the upper wall of cabinet A protrudes covering in cover plate B outwardly
Except lid range, and the upper wall of cabinet A protrude outwardly part except the coverage area of cover plate B be arranged it is tilting downward
Sheet first flap A3.Reach cover plate B with the assembly of cabinet A, is equipped with to be used to assemble strip in hydrops mouth A2 and props up bar A4's
Column positioning port A5, one for propping up bar A4 rabbet with positioning port A5, and the other end for propping up bar A4 is connected with the bottom wall of cover plate B.
When liquid stream is many, the upper wall of cover plate B will have the liquid stream gathered, these liquid streams be gushed in real time, the upper wall of cover plate B
Around various drainage wall B1 tilting downward.Via tilting drainage wall B1, it can liquid stream is efficiently gushed.Drain wall B1's
Coverage area is in except cabinet A upper wall.Thus dripping straight can not just drip in inlet body A in the liquid stream on cover plate B.In addition, also
Within the scope of the overlay area of drainage wall B1 capable of being in cabinet A upper wall, liquid stream is allowed just to pass through drainage wall drop progradation liquid mouth
In A2.
Cover plate B in this way is arranged on the upper wall of cabinet A and with forming certain clearance space between the upper wall；It is described
Coverage area of the cover plate B on upper wall integrally covers the air discharge duct A1；Thus cover plate B can be allowed dripping from top to bottom
Liquid stream executes blocking, and liquid stream can not be dripped into cabinet 1, constitutes preliminary blocking solution structure.The upper wall of cabinet A is provided with hydrops mouth
A2, hydrops mouth A2 stop between the air discharge duct A1 for serving as exhaust channel with side wall, prevent the liquid in hydrops mouth A2 from infiltering row
Gas access.In addition, having one section in the side wall of hydrops mouth A2 is column sump pit AB3 with external connection, hydrops mouth A2 can be allowed
In liquid efficiently gushed via column sump pit AB；Hydrops mouth A2 constitutes further blocking solution structure, crosses cover in liquid stream
When plate B drips to the upper wall of cabinet, liquid stream can fall into and then gush in hydrops mouth A2.
Temperature and humidity in order to obtain the data of the Temperature and Humidity module that Temperature Humidity Sensor acquires in product tank, in the product tank
Sensor is connect with processor, and the processor is connect with wireless communication module, and the wireless communication module and server are kept
It is wirelessly connected, thus the data of the Temperature and Humidity module that Temperature Humidity Sensor acquires can be transmitted to processor with Temperature Humidity Sensor
In, then module is transmitted to the data of the Temperature and Humidity module in server by wireless communication by processor, reached with this obtain it is warm and humid
The purpose of degree evidence；
In being in the indoor machine box for server of operation, the machine box for server includes cabinet A01 for the server setting
And chamber door A02, the server A 03 in cabinet A01 is also set, a removal is set in the side wall of cabinet A01 and is had
The cooling system of charge dust.
The cooling system of the removal with charge dust includes the hollow rectangular-shape being fixed in cabinet A01 side wall
Shell A04；Shell A04 is isolated into exhaust cavity D03 and inlet chamber via a piece of rectangular-shape baffle D01 being laterally arranged
Body D02.
The exhaust cavity D03 is in the top of air inlet cavity D02, the lower wall surface of the left hand wall of the exhaust cavity D03
On be provided with a through injection well D04；The plenum fan A05 to supply gas inside air inlet cavity D02 is set on injection well D04；
It is arranged inside a connection cabinet A01 on the upper wall surface of the right wall of air inlet cavity D02 and supplies gas with the column of air inlet cavity D02
Access A07.
The whereabouts between inside the air inlet cavity D02, which is arranged on wall surface, is equidistantly dispersed with several regular hexagonal prism holes
The Al alloy block A08 of eye.
A hollow cavity A09 is set on lower wall surface in the air inlet cavity D02；Hollow cavity A09 back warp is by several
Helical form beryllium-bronze silk device mobile connection a rectangular-shape aluminum alloy sheet A10 being laterally arranged, here via helical form beryllium
Bronze silk device maintains the situation moved downward according to hollow cavity A09 by aluminum alloy sheet A10.
The aluminum alloy sheet A10 is the same as electrically connecting several copper wire A12 between Al alloy block A08.
The column exhaust channel inside a connection cabinet A01 with exhaust cavity D03 is arranged in the exhaust top cavity D03
A13。
The suction fan A14 that the top of the exhaust cavity D03 is vented except being arranged towards exhaust cavity D03.
The helical form beryllium-bronze silk device includes varicose bar and helical form beryllium-bronze silk；Varicose bar is longitudinally disposed, in addition
The both ends of varicose bar are respectively connected with the roof of the intracorporal roof of hollow cavity and aluminum alloy sheet；Helical form beryllium-bronze silk is wrapped in song
On tension rod, in addition the both ends of helical form beryllium-bronze silk respectively connect with the intracorporal roof of hollow cavity with the roof of aluminum alloy sheet.Draw
Enter helical form beryllium-bronze silk device efficiency be can ensure aluminum alloy sheet can preferably same ground, specifically, spiral
Shape beryllium-bronze silk can push downward aluminum alloy sheet under elastic reaction, allow aluminum alloy sheet to squeeze to earth's surface with this；Varicose bar, which reaches, to be drawn
The performance led.
Via such framework, plenum fan A05 arrives at the intracorporal air-flow of inlet chamber and first passes through towards supplying gas in air inlet cavity D02
It is sent into the top area of air inlet cavity D02 by the regular hexagonal prism eyelet of Al alloy block A08, is then arrived at via path of supplying gas A07
In cabinet A01；When Al alloy block A08, the charge that the dust with charge in air-flow can have it is sent to air-flow
On Al alloy block A08, Al alloy block A08 is then transferred to the charge being sent on aluminum alloy sheet A10 via copper wire A12, and aluminium closes
The charge transmitted through copper wire A12 is then led to ground by gold plaque A10 straight, and the mesh for removing the charge of dust in air-flow is reached with this
's；It can be arrived in cabinet A01 via the gas after the charge disposition for removing dust in air-flow, then server in cabinet A01
The gas for the heating that A03 occurs when running is sent into exhaust cavity D03 via exhaust channel A13, then through suction fan A14 handle
Air-flow gushes in exhaust cavity D03, reaches cooling purpose well to cabinet A01 with this.
The present invention is described in a manner of being illustrated with embodiment above, it will be understood by those of skill in the art that this
It is open to be not limited to embodiments described above, in the case of without departing from the scope of the present invention, it can make a variety of changes, change
And replacement.
Claims (10)
1. the production equipment that a kind of low-temperature cold pressing extracts edible oil, which is characterized in that extract and spend including cold press combination soaking technology
The production line of green pepper oil；
Temperature Humidity Sensor is installed in product tank；
Feed pipe is connected at the top of feed pipe；
The structure of connection feed pipe at the top of the feed pipe are as follows: using conduit coupling come one end of feed pipe and feeding
The connection of tube top portion is specifically exactly the first vertical pipe section and first level pipeline section that feed pipe includes integration connection, charging
Pipeline includes the second horizontal pipe section, and one end of second horizontal pipe section passes through one end of conduit coupling and first level pipeline section
Connection is connected to realize with feed pipe；
The end of the first level pipeline section is the first column end of both ends perforation, and the end of second horizontal pipe section is two
Second column end of head perforation, first column end are consistent with the shape size of second column end；
The conduit coupling includes the column pipe of both ends perforation, and one of casing connects with first column end and covered
The other end of pipe is connected with second column end.
2. the production equipment that low-temperature cold pressing according to claim 1 extracts edible oil, which is characterized in that described sleeve pipe includes
The second end of the first end of the casing of sequential connection, casing middle part and casing, the first end of casing and described first
The connection of column end, the second end of casing are connected to second column end, the first end of casing and first column
Gap between shape end and between the second end of casing and second column end is sealed by packer ring, described
The both ends of casing middle part are respectively connected with scarfing unit, and corner portion is arranged between described sleeve pipe middle part in the scarfing unit, institute
Corner portion is stated with the radian K having between the scarfing unit greater than zero, be placed equidistant on the outer wall of the scarfing unit two pairs according to
The interlocking mouth of scarfing unit left and right directions setting, the interlocking mouth is openings；The interlocking mouth includes being among distance sleeve
The closer one end as first port in portion and it is in the farther other end as second port of distance sleeve middle part；
One close to casing middle part of the second end of the first end and described sleeve pipe of described sleeve pipe is respectively set together
The compatible coupling head of scarfing unit, be arranged in the coupling head two bars be square crossing shape connection part, described two
A bars are that two opposite end portions of the connection part of square crossing shape do not penetrate two pairs of interlocking mouths of scarfing unit and with the connection
Head is connected；
The coupling head is connected between the scarfing unit via helical form beryllium-bronze silk, and one of the helical form beryllium-bronze silk is solid
The scarfing unit of ining succession coupling head and the other end of the helical form beryllium-bronze silk is connected, at helical form beryllium-bronze silk
When free state, described two bars are two opposite end portions other places of the connection part of square crossing shape the of interlocking mouth
Single port.
3. the production equipment that low-temperature cold pressing according to claim 2 extracts edible oil, which is characterized in that the radian K's
Range is 2 π/π/18 3-17.
4. the production equipment that low-temperature cold pressing according to claim 3 extracts edible oil, which is characterized in that the radian K is 8
π/9。
5. the production equipment that low-temperature cold pressing according to claim 2 extracts edible oil, which is characterized in that the scarfing unit
Horizontal section is cyclic annular；
The horizontal section of the coupling head is cyclic annular；
The interlocking mouth is strip shape gob；
The span from left to right of the span from left to right of the scarfing unit and the coupling head is identical, the scarfing unit from
Left-to-right span be no more than the second end of the first end of described sleeve pipe span from left to right and described sleeve pipe from
Left-to-right span；
The span from left to right of the interlocking mouth is the 40%-60% of the span from left to right of the scarfing unit.
6. the production equipment that low-temperature cold pressing according to claim 5 extracts edible oil, which is characterized in that described two strips
Part is that the horizontal section of the bars of the connection part of square crossing shape is ring-type, and in addition the cricoid horizontal span is no more than described
Rabbet the horizontal span of mouth.
7. the production equipment that low-temperature cold pressing according to claim 1 extracts edible oil, which is characterized in that the product tank
Interior Temperature Humidity Sensor is connect with processor, and the processor is connect with wireless communication module, the wireless communication module with
Server keeps being wirelessly connected；
In being in the indoor machine box for server of operation, the machine box for server includes cabinet and case for the server setting
Door, is also arranged in the server in cabinet, and the cooling system that a removal has charge dust is arranged in the side wall of cabinet.
8. the production equipment that low-temperature cold pressing according to claim 7 extracts edible oil, which is characterized in that the removal has
The cooling system of charge dust includes the shell being fixed in cabinet side wall；Shell is isolated into via a piece of baffle being laterally arranged
It is vented cavity and air inlet cavity.
9. the production equipment that low-temperature cold pressing according to claim 8 extracts edible oil, which is characterized in that the exhaust cavity
It is in the top of air inlet cavity, is provided with an injection well on the lower wall surface of the left hand wall of the exhaust cavity；It is arranged on injection well
The plenum fan supplied gas inside air inlet cavity；It is arranged inside a connection cabinet on the upper wall surface of the right wall of air inlet cavity
With the path of supplying gas of air inlet cavity.
10. the production equipment that low-temperature cold pressing according to claim 9 extracts edible oil, which is characterized in that the inlet chamber
The Al alloy block that several regular hexagonal prism eyelets are equidistantly dispersed on wall surface is arranged in the whereabouts between inside body；
A hollow cavity is set on the intracorporal lower wall surface of inlet chamber；Hollow cavity back warp is by several helical form beryllium-bronze silks
Device mobile connection an aluminum alloy sheet being laterally arranged；
The aluminum alloy sheet is the same as electrically connecting several copper wires between Al alloy block；
The exhaust channel inside a connection cabinet with exhaust cavity is arranged in the exhaust cavity top；
The suction fan that the top of the exhaust cavity is vented except being arranged towards exhaust cavity；
The helical form beryllium-bronze silk device includes varicose bar and helical form beryllium-bronze silk；Varicose bar is longitudinally disposed, in addition varicose
The both ends of bar are respectively connected with the roof of the intracorporal roof of hollow cavity and aluminum alloy sheet；Helical form beryllium-bronze silk is wrapped in varicose bar
On, in addition the both ends of helical form beryllium-bronze silk respectively connect with the intracorporal roof of hollow cavity with the roof of aluminum alloy sheet.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811189541.8A CN109022138A (en) | 2018-10-12 | 2018-10-12 | The production equipment of low-temperature cold pressing extraction edible oil |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811189541.8A CN109022138A (en) | 2018-10-12 | 2018-10-12 | The production equipment of low-temperature cold pressing extraction edible oil |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109022138A true CN109022138A (en) | 2018-12-18 |
Family
ID=64616664
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811189541.8A Pending CN109022138A (en) | 2018-10-12 | 2018-10-12 | The production equipment of low-temperature cold pressing extraction edible oil |
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| CN207777060U (en) * | 2017-08-01 | 2018-08-28 | 程黎黎 | Pipeline fluid gen-set |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN202623330U (en) * | 2012-05-28 | 2012-12-26 | 河南三源粮油食品有限责任公司 | Twin-screw oil press with cooling device |
| CN205553302U (en) * | 2016-05-09 | 2016-09-07 | 江西恩泉油脂有限公司 | Take temperature control's cold squeezer of double helix |
| CN206317426U (en) * | 2016-09-26 | 2017-07-11 | 天津溪云渡旅游景区开发有限公司 | A kind of acer truncatum seed oil expression carries powder device |
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