CN104305076B - Device for producing Chonglacai - Google Patents
Device for producing Chonglacai Download PDFInfo
- Publication number
- CN104305076B CN104305076B CN201410477507.6A CN201410477507A CN104305076B CN 104305076 B CN104305076 B CN 104305076B CN 201410477507 A CN201410477507 A CN 201410477507A CN 104305076 B CN104305076 B CN 104305076B
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- Prior art keywords
- dish
- fixed
- rotary shaft
- rubbing
- housing
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- 241000219198 Brassica Species 0.000 claims abstract description 62
- 235000003351 Brassica cretica Nutrition 0.000 claims abstract description 62
- 235000003343 Brassica rupestris Nutrition 0.000 claims abstract description 62
- QKSKPIVNLNLAAV-UHFFFAOYSA-N bis(2-chloroethyl) sulfide Chemical compound ClCCSCCCl QKSKPIVNLNLAAV-UHFFFAOYSA-N 0.000 claims abstract description 62
- 235000010460 mustard Nutrition 0.000 claims abstract description 62
- 238000001125 extrusion Methods 0.000 claims abstract description 48
- 238000004519 manufacturing process Methods 0.000 claims abstract description 37
- 238000003860 storage Methods 0.000 claims abstract description 34
- 238000004898 kneading Methods 0.000 claims abstract description 27
- 239000007788 liquid Substances 0.000 claims abstract description 26
- 235000019640 taste Nutrition 0.000 claims abstract description 5
- 235000021268 hot food Nutrition 0.000 claims description 85
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims description 43
- 239000002994 raw material Substances 0.000 claims description 40
- 239000002893 slag Substances 0.000 claims description 26
- 238000000034 method Methods 0.000 claims description 11
- 239000012141 concentrate Substances 0.000 claims description 6
- 230000005540 biological transmission Effects 0.000 claims description 5
- 238000002788 crimping Methods 0.000 claims description 5
- 206010003694 Atrophy Diseases 0.000 claims description 3
- 230000037444 atrophy Effects 0.000 claims description 3
- 230000000694 effects Effects 0.000 claims description 3
- 235000011194 food seasoning agent Nutrition 0.000 claims description 3
- 238000005554 pickling Methods 0.000 claims description 3
- 238000004080 punching Methods 0.000 claims description 3
- 235000011389 fruit/vegetable juice Nutrition 0.000 abstract 2
- 238000009776 industrial production Methods 0.000 abstract 1
- 238000010586 diagram Methods 0.000 description 3
- 238000005516 engineering process Methods 0.000 description 2
- 238000003306 harvesting Methods 0.000 description 1
Classifications
-
- A—HUMAN NECESSITIES
- A23—FOODS OR FOODSTUFFS; TREATMENT THEREOF, NOT COVERED BY OTHER CLASSES
- A23P—SHAPING OR WORKING OF FOODSTUFFS, NOT FULLY COVERED BY A SINGLE OTHER SUBCLASS
- A23P10/00—Shaping or working of foodstuffs characterised by the products
-
- A—HUMAN NECESSITIES
- A23—FOODS OR FOODSTUFFS; TREATMENT THEREOF, NOT COVERED BY OTHER CLASSES
- A23L—FOODS, FOODSTUFFS, OR NON-ALCOHOLIC BEVERAGES, NOT COVERED BY SUBCLASSES A21D OR A23B-A23J; THEIR PREPARATION OR TREATMENT, e.g. COOKING, MODIFICATION OF NUTRITIVE QUALITIES, PHYSICAL TREATMENT; PRESERVATION OF FOODS OR FOODSTUFFS, IN GENERAL
- A23L19/00—Products from fruits or vegetables; Preparation or treatment thereof
- A23L19/20—Products from fruits or vegetables; Preparation or treatment thereof by pickling, e.g. sauerkraut or pickles
Abstract
The invention discloses a device for producing Chonglacai. The device comprises a Chonglacai kneading device and a mustard tuber tender leaf juice extruder, wherein the Chonglacai kneading device mainly comprises a fixing disk, a kneading disk, a hopper, a storage shell, a discharge port, a kneading support, a sliding bush, a block, a snap spring, a rotation shaft, a splined sleeve, a speed variator, and a motor; the mustard tuber tender leaf juice extruder mainly comprises a screw extrusion rod, an extrusion shell, an end cover, a storage hopper, a cutter shaft, a rotary blade, a liquid collection disk and a funnel. The structure of the device is compact and reasonable, the device is convenient to manufacture, the production of Chonglacai is quick, convenient and labor-saving, the production method is unique, the produced Chonglacai is tender, delicious and crisp and tastes good, and the industrial production of Chonglacai is facilitated.
Description
Technical field
The present invention relates to a kind of industrialization produce rush hot food rush hot food equipment.
Background technology
The raw material harvest time rushing hot food only has 10-15 days, and season is rotten once crossing raw material, it is impossible to is enough in manufacture and rushes hot food；Adding traditional hot food that rushes to manufacture, be all to use manual manufacturing, process velocity is slow, manufactures cost high, is unfavorable for industrialization.Meanwhile, traditional craftwork manufacture rushes hot food without kneading, cause rushing hot food is stiff and mouthfeel is poor；Traditional craftwork manufacture rushes hot food and is also not added with Caulis et Folium Lactucae Sativae water, and the pungent of rushing causing rushing hot food is the most persistently unable to deposit for a long time and guarantees the quality.
Summary of the invention
The purpose that the present invention relates to is to provide for a kind of industrialization and produces manufacture and the method thereof rushing hot food equipment.
For achieving the above object, the hot food equipment that rushes of the present invention mainly includes rushing hot food kneading machine and crowded Caulis et Folium Lactucae Sativae water machine；
The described hot food kneading machine that rushes mainly includes fixed disk, rubs dish, hopper, storing shell, feed opening, rubs support, slide bushing, catch, jump ring, rotary shaft, spline housing, variator, motor；
Described rubbing is fixed with rotary shaft or is connected with rotary shaft below dish, slide bushing it is cased with in rotary shaft, rub support to be fixed and support rotating axle by slide bushing, the spline tooth of rotary shaft bottom is connected with spline housing, spline housing is connected with the output shaft of variator, and the power shaft of variator is directly or indirectly connected with the axle of motor；Described fixed disk is arranged on and rubs the above of dish and rub and leave gap between dish, and the wave inclined-plane tooth on fixed disk is mounted opposite with the wave inclined-plane tooth rubbed on dish, fixed disk be fixed on hopper；Described fixed disk is fixed on the top of storing shell, and the bottom of storing shell is rubbing below dish, and storing clamshell, in fixed disk and the outside rubbing dish, is fixed with feed opening below storing shell.
The described support that rubs includes flange and conduit two parts, and flange is fixed on conduit or creates an entirety with lining, and flange has bolt hole, and there is wavy lobe the upper end of conduit；Bolt hole on flange is bolted and rubs support, and the wavy lobe of the upper end of conduit makes rotary shaft move up and down when rotating for coordinating with the wavy lobe in rotary shaft；Described rotary shaft rub support in can freely rotatable with slide up and down；
Spline tooth is arranged at the bottom of described rotary shaft, and the above of spline tooth has jump-ring slot, and the above of jump-ring slot has catch position, and the above of catch position is slide bushing position, and the above of slide bushing position has wavy lobe；Wavy lobe in described rotary shaft coordinates with the wavy lobe of the upper end rubbing support near rubbing dish, when rotary shaft rotates, the wavy lobe of the upper end rubbing support pushes the wavy lobe in rotary shaft, and makes rotary shaft and rub dish and move up and down；Described slide bushing is arranged on slide bushing position, catch be arranged on catch position limit slide bushing move up and down position, jump ring is arranged on jump-ring slot fixing and limits catch and move, and spline tooth coordinates with spline housing and can slide up and down；
The described dish that rubs is the disk that can rotate, and the centre of the upper surface of disk is higher than circumferential location, and the upper surface of disk has wave inclined-plane tooth, and there is rotary shaft at the middle part of disk lower end；
There is wave inclined-plane tooth the lower surface of described fixed disk, fixed disk has the first charging aperture run through the upper and lower end face of fixed disk, the bottom of hopper be fixed on the first charging aperture upper end communicate with the first charging aperture；
In the middle of the teeth groove of the described inclined-plane tooth rubbed on dish and fixed disk, shallow, surrounding is easy to rub dish when rotated deeply, under the influence of centrifugal force, the hot food raw material that rushes after rubbing is guided into from the middle part rubbing dish and is rubbed the edge of dish and enter in storing shell；
Described storing shell is to contain the housing rushing hot food raw material after rubbing, and allows the hot food raw material that rushes after rubbing concentrate at feed opening out；
Described hopper is flared container containing, for rushing hot food raw material to the first charging aperture input；
Described variator is deceleration, the variator of boosting-type.
For the ease of assembling and fixing, the diameter at the wavy lobe of described rotary shaft is more than the diameter of slide bushing position, and the diameter of slide bushing position is more than the diameter of catch position.
When hot food raw material is rushed in kneading, rushing of the shredded hot pickled mustard tuber of chopping and mustard leaf section being mixed to form loads in hopper after hot food raw material is mixed thoroughly, rush hot food raw material and enter in fixed disk and the wave inclined-plane tooth that rubs between dish from the first charging aperture, start motor, motor drives variator operating, variator drives rotary shaft to rotate, and rotary shaft drives and rubs disc spins, rushes hot food raw material and be evenly distributed on and rub on dish when rubbing disc spins；While rotary shaft rotates, wavy lobe in rotary shaft is rubbing slip on the wavy lobe supporting upper end, during slip, rotary shaft moves up and down and drives and rubs dish and move up and down, rub the inclined-plane tooth on dish to coordinate with the inclined-plane tooth on fixed disk when rubbing dish and moving up and down and rub and rush hot food raw material, and make to rush hot food raw material and when rubbing dish and rotating, mustard leaf section and shredded hot pickled mustard tuber parcel are become and rush hot food volume or silk volume；After kneading rush hot food volume or silk roll up under rubbing the effect of centrifugal force of disc spins, slide to rub the edge of dish from the teeth groove of the surface groove rubbed dish and enter in storing shell, feed opening through storing shell bottom is concentrated and is sent again, enters next operation through conveyer belt.
Described crowded Caulis et Folium Lactucae Sativae water owner screw extrusion to be included bar, extruding housing, end cap, storage bin hopper, cutter shaft, rotating blade, receipts liquid dish, funnel；
The power intake of described screw extrusion bar is arranged on end cap by thrust bearing, the crimping section of screw extrusion bar is arranged in extruding housing, the opening of extruding housing compresses with end cap and seals, and the power intake of screw extrusion bar is directly or indirectly connected with the axle of motor after the dead eye on end cap；The above part near opening of described extruding housing has the second charging aperture, the oral area of the second charging aperture to be fixed on storage bin hopper, and the lower end of storage bin hopper is fixed on extruding housing；Be provided with rotating blade at the second charging aperture in the bottom of storage bin hopper, rotating blade is fixed on cutter shaft, and cutter shaft is by bearing and supports to be fixed on the top of storage bin hopper, and the upper end of cutter shaft is directly or indirectly connected with the axle of motor；Described being mounted below of extruding housing receives liquid dish, and funnel is fixed on below at the liquid-leaking nozzle receiving liquid dish.
Described screw extrusion bar includes rotating shaft and flight, and rotating shaft is axle and the axle of transmission power connecting flight, and flight water is that rotation forces sheet is connected with rotating shaft；When screw extrusion bar rotates, flight rotates and promotes the hot pickled mustard tube tender leaf of chopping to move forward, and by extruding housing extruding hot pickled mustard tube tender leaf；
The inside of described extruding housing is cylindrical or the cavity of cone cylindricality, and slag notch is arranged at the bottom of cavity, and the annular section of cavity has apopore；
Dead eye is had, for installed thrust bearing on described end cap；
Described storage bin hopper is the bucket shape container containing hot pickled mustard tube tender leaf；
Described cutter shaft is the axle of fixing blade；
Described rotating blade is blade, and shank is fixed on cutter shaft；
Described liquid dish of receiving is the disk body collecting the Caulis et Folium Lactucae Sativae water fallen down from extruding housing, and liquid-leaking nozzle is arranged at the bottom of disk body；
Described funnel is to concentrate what Caulis et Folium Lactucae Sativae water deposited in container to pass through pipeline.
Extruding from slag notch for the ease of the slag of hot pickled mustard tube tender leaf after extrusion Caulis et Folium Lactucae Sativae water, described hot pickled mustard tube tender leaf is just shredded by rotating blade before entering extruding housing, it is ensured that the slag not hauling of hot pickled mustard tube tender leaf and block slag notch.
In order to make extruding housing content be easily generated pressure, the inside of described rotary squeezing bar and extruding housing is with or without tapering.
During extruding Caulis et Folium Lactucae Sativae water, in storage bin hopper, first load hot pickled mustard tube tender leaf, restart the motor of cutter shaft, motor band movable arbor and rotating blade to rotate and shred hot pickled mustard tube tender leaf, and by the hot pickled mustard tube tender leaf of chopping gap between the second charging aperture pushes the flight of the screw extrusion bar in extruding housing；Meanwhile, starting the motor for driving screw extrusion bar, motor drives screw extrusion bar to rotate, and makes flight rotate and promotes the hot pickled mustard tube tender leaf of chopping to move to the direction of the slag notch of extruding housing, and the hot pickled mustard tube tender leaf not being extruded has blocked slag notch；Along with the continuation of screw extrusion bar rotates, the hot pickled mustard tube tender leaf of chopping produces pressure in extruding housing after filling up the gap between flight and mutually extrudes, the hot pickled mustard tube tender leaf of chopping extrudes Caulis et Folium Lactucae Sativae water through extruding, the Caulis et Folium Lactucae Sativae water of extrusion flows out from the apopore extruded around housing, falls in the receipts liquid dish below extruding housing；The atrophy after extruding of the hot pickled mustard tube tender leaf of chopping becomes slag, is slagged tap from slag notch by the promotion of hot pickled mustard tube tender leaf and the extruding of the rear chopping entered in extruding housing；The Caulis et Folium Lactucae Sativae water received in liquid dish enters funnel through liquid-leaking nozzle, then enters conveyance conduit from the end opening of funnel or load container.
Rushing hot food raw material again after pickling after rushing hot food kneading machine kneading, add Caulis et Folium Lactucae Sativae water seasoning, making to rush hot food has the taste of punching.
A kind of manufacture method rushing hot food equipment, it is characterised in that:
One, the manufacture method of hot food kneading machine is rushed:
During fabrication, the described dish that rubs creates an entirety with rotary shaft, or separately manufactured rear recombinant is fixed together；
The bottom of described rotary shaft manufactures spline tooth, and the manufactured above of spline tooth has jump-ring slot, and the manufactured above of jump-ring slot has catch position, and the manufactured above of catch position has slide bushing position, and the manufactured above of slide bushing position has wavy lobe；The top of described rotary shaft manufactures wavy lobe, and wavy lobe, near rubbing dish, coordinates with the wavy lobe of the upper end rubbing support；
The described dish that rubs creates the disk that can rotate, the centre of the upper surface of disk is higher than circumferential location, manufacture on the upper surface of disk and have wave inclined-plane tooth, the teeth groove of inclined-plane tooth create middle shallow, surrounding deep, the middle part of disk lower end manufactures rotary shaft；
The lower surface of described fixed disk manufactures wave inclined-plane tooth, the teeth groove of inclined-plane tooth create middle shallow, surrounding deep, and fixed disk manufactures the upper and lower end face having the first charging aperture to run through fixed disk；The bottom of hopper be fixed on the first charging aperture upper end communicate with the first charging aperture；
The described support that rubs creates flange and conduit two parts, and flange is fixed on conduit or creates an entirety with lining, and flange manufactures bolt hole, and the upper end of conduit manufactures wavy lobe；
Described hopper creates flared container containing, for rushing hot food raw material to the first charging aperture input；
Described variator creates the variator of deceleration, boosting-type.
The described bolt hole on flange is bolted and rubs support, and the wavy lobe of the upper end of conduit makes rotary shaft move up and down when rotating for coordinating with the wavy lobe in rotary shaft；Described rotary shaft rub support in can freely rotatable with slide up and down；
Described slide bushing is arranged on slide bushing position, catch be arranged on catch position limit slide bushing move up and down position, jump ring is arranged on jump-ring slot fixing and limits catch and move, and spline tooth coordinates with spline housing and can slide up and down；In the middle of the described teeth groove rubbing the inclined-plane tooth manufactured on dish and fixed disk, shallow, surrounding is easy to rub dish when rotated deeply, under the influence of centrifugal force, the hot food raw material that rushes after rubbing is guided into from the middle part rubbing dish and is rubbed the edge of dish and enter in storing shell；
Described storing shell is to contain the housing rushing hot food raw material after rubbing, and allows the hot food raw material that rushes after rubbing concentrate at feed opening out.
Described rubbing is fixed with rotary shaft or is connected with rotary shaft below dish, slide bushing it is cased with in rotary shaft, rub support to be fixed and support rotating axle by slide bushing, the spline tooth of rotary shaft bottom is connected with spline housing, spline housing is connected with the output shaft of variator, and the power shaft of variator is directly or indirectly connected with the axle of motor；Described fixed disk is arranged on and rubs the above of dish and rub and leave gap between dish, and the wave inclined-plane tooth on fixed disk is mounted opposite with the wave inclined-plane tooth rubbed on dish, fixed disk be fixed on hopper；Described fixed disk is fixed on the top of storing shell, and the bottom of storing shell is rubbing below dish, and storing clamshell, in fixed disk and the outside rubbing dish, is fixed with feed opening below storing shell.
Two, the manufacture method of crowded Caulis et Folium Lactucae Sativae water machine:
Described screw extrusion bar during fabrication, creates rotating shaft and flight, and rotating shaft creates axle and the axle of transmission power connecting flight, and flight water creates rotation forces sheet and is connected with rotating shaft；When screw extrusion bar rotates, flight rotates and promotes the hot pickled mustard tube tender leaf of chopping to move forward, and by extruding housing extruding hot pickled mustard tube tender leaf；
The inside of described extruding housing creates cylinder or the cavity of cone cylindricality, and the bottom of cavity manufactures slag notch, and the annular section manufacture of cavity has apopore；
Manufacture on described end cap and have dead eye, for installed thrust bearing；
Described storage bin hopper creates the bucket shape container containing hot pickled mustard tube tender leaf；
Described cutter shaft creates the axle of fixing blade；
Described rotating blade creates blade, and shank is fixed on cutter shaft；
Described receipts liquid dish creates disk body, and liquid-leaking nozzle is arranged at the bottom of disk body, for collecting the Caulis et Folium Lactucae Sativae water fallen down from extruding housing；
Described funnel creates up big and down small pipeline, deposits in container or carried by pipeline after being used for concentrating Caulis et Folium Lactucae Sativae water.
The power intake of described screw extrusion bar is mounted and fixed on end cap by thrust bearing, the crimping section of screw extrusion bar is arranged in extruding housing, the opening of extruding housing compresses with end cap and seals, and the power intake of screw extrusion bar is directly or indirectly connected with the axle of motor after the dead eye on end cap；The above part near opening of described extruding housing has the second charging aperture, the oral area of the second charging aperture to be fixed on storage bin hopper, and the lower end of storage bin hopper is fixed on extruding housing；Be provided with rotating blade at the second charging aperture in the bottom of storage bin hopper, rotating blade is fixed on cutter shaft, and cutter shaft is by bearing and supports to be fixed on the top of storage bin hopper, and the upper end of cutter shaft is directly or indirectly connected with the axle of motor；Described being mounted below of extruding housing receives liquid dish, and funnel is fixed on below at the liquid-leaking nozzle receiving liquid dish.
The present invention rush hot food equipment compact conformation and rationally, be easy to manufacture and use；After hot food equipment is rushed in employing, it is quick, convenient the most laborsaving that hot food is rushed in production, beneficially industrialization.The production technology rushing hot food is simple and is suitable for, and process is unique, and that produces rushes the tender delicious and crisp of hot food, in good taste, and hot food is rushed in beneficially industrialization production.
Accompanying drawing explanation
Fig. 1 is the primary structure schematic diagram rushing hot food kneading machine；
Fig. 2 is the upward view schematic appearance of fixed disk；
Fig. 3 is the schematic appearance of the upward view rubbing dish；
Fig. 4 is the top view schematic diagram rubbing dish；
Fig. 5 is the schematic appearance of sliding support；
Fig. 6 is the schematic diagram of the primary structure sectional view squeezing Caulis et Folium Lactucae Sativae water machine.
Shown in figure: rub dish 1, fixed disk 2, inclined-plane tooth 3, hopper 4, storing shell 5, feed opening 6, rub support 7, rotary shaft 8, slide bushing 9, catch 10, jump ring 11, spline tooth 12, flange 13, conduit 14, wavy lobe 15, charging aperture 16, spline 17, slide bushing position 18, catch position 19, extruding housing 20, screw extrusion bar 21, end cap 22, apopore 23, slag notch 24, storage bin hopper 25, charging aperture 26, receive liquid dish 27, funnel 28, liquid-leaking nozzle 29, rotating blade 30, cutter shaft 31.
Detailed description of the invention
The present invention rushes hot food equipment and mainly includes that production equipment mainly includes rushing hot food kneading machine and crowded Caulis et Folium Lactucae Sativae water machine.
The described hot food kneading machine that rushes mainly includes fixed disk 2, rubs dish 1, hopper 4, storing shell 5, feed opening 6, rubs support 7, slide bushing 9, catch 10, jump ring 11, rotary shaft 8, spline housing, variator, motor；
Described rubbing is fixed with rotary shaft 8 or is connected with rotary shaft 8 below dish 1, slide bushing 9 it is cased with in rotary shaft 8, rub support 7 to be fixed and support rotating axle 8 by slide bushing 9, the spline tooth 12 of rotary shaft 8 bottom is connected with spline housing, spline housing is connected with the output shaft of variator, and the power shaft of variator is directly or indirectly connected with the axle of motor；Described fixed disk 2 is arranged on and rubs the above of dish 1 and rub and leave gap between dish 1, and the wave inclined-plane tooth 3 on fixed disk 2 is mounted opposite with the wave inclined-plane tooth 3 rubbed on dish 1, fixed disk 2 be fixed on hopper 4；Described fixed disk 2 is fixed on the top of storing shell 5, and the bottom of storing shell 5 is rubbing below dish 1, and storing shell 5 covers on fixed disk 2 and rubs the outside of dish 1, is fixed with feed opening 6 below storing shell 5.
The described dish 1 that rubs creates an entirety with rotary shaft 8, or separately manufactured rear recombinant is fixed together；
The bottom of described rotary shaft 8 manufactures spline tooth 12, the manufactured above of spline tooth 12 has jump ring 11 groove, the manufactured above of jump ring 11 groove has catch position 19, and the manufactured above of catch position 19 has slide bushing position 18, and the manufactured above of slide bushing position 18 has wavy lobe 15；The top of described rotary shaft 8 manufactures wavy lobe 15, and wavy lobe 15, near rubbing dish 1, coordinates with the wavy lobe 15 rubbing the upper end supporting 7；
The described dish 1 that rubs creates the disk that can rotate, the centre of the upper surface of disk is higher than circumferential location, manufacture on the upper surface of disk and have wave inclined-plane tooth 3, the teeth groove of inclined-plane tooth 3 create middle shallow, surrounding deep, the middle part of disk lower end manufactures rotary shaft 8；
The lower surface of described fixed disk 2 manufactures wave inclined-plane tooth 3, the teeth groove of inclined-plane tooth 3 create middle shallow, surrounding deep, and fixed disk 2 manufactures the upper and lower end face having the first charging aperture 16 to run through fixed disk 2；The bottom of hopper 4 be fixed on the first charging aperture 16 upper end communicate with the first charging aperture 16；
The described support 7 that rubs creates flange 13 and conduit 14 two parts, and flange 13 is fixed on conduit 14 or creates an entirety with lining, and flange 13 manufactures bolt hole, and the upper end of conduit 14 manufactures wavy lobe 15；
Described hopper 4 creates flared container containing, for rushing hot food raw material to the first charging aperture 16 input；
Described variator creates the variator of deceleration, boosting-type.
For the ease of assembling and fixing, the diameter at the wavy lobe 15 of described rotary shaft 8 is more than the diameter of slide bushing position 18, and the diameter of slide bushing position 18 is more than the diameter of catch position 19.
Described crowded Caulis et Folium Lactucae Sativae water owner screw extrusion to be included bar 21, extruding housing 20, end cap 22, storage bin hopper 25, cutter shaft 31, rotating blade 30, receive liquid dish 27, funnel 28；
The power intake of described screw extrusion bar 21 is arranged on end cap 22 by thrust bearing, the crimping section of screw extrusion bar 21 is arranged in extruding housing 20, the opening of extruding housing 20 compresses with end cap 22 and seals, and the power intake of screw extrusion bar 21 is directly or indirectly connected with the axle of motor after the dead eye on end cap 22；The above part near opening of described extruding housing 20 has the second charging aperture 26, the oral area of the second charging aperture 26 to be fixed on storage bin hopper 25, and the lower end of storage bin hopper 25 is fixed on extruding housing 20；Be provided with rotating blade 30 at the second charging aperture 26 in the bottom of storage bin hopper 25, rotating blade 30 is fixed on cutter shaft 31, and cutter shaft 31 is by bearing and supports to be fixed on the top of storage bin hopper 25, and the upper end of cutter shaft 31 is directly or indirectly connected with the axle of motor；Described being mounted below of extruding housing 20 receives liquid dish, and funnel 28 is fixed on below at the liquid-leaking nozzle 29 receiving liquid dish.
Described screw extrusion bar 21 during fabrication, creates rotating shaft and flight, and rotating shaft creates axle and the axle of transmission power connecting flight, and flight water creates rotation forces sheet and is connected with rotating shaft；When screw extrusion bar 21 rotates, flight rotates and promotes the hot pickled mustard tube tender leaf of chopping to move forward, and extrudes hot pickled mustard tube tender leaf by extruding housing 20.
The inside of described extruding housing 20 creates cylinder or the cavity of cone cylindricality, and the bottom of cavity manufactures slag notch 24, and the annular section manufacture of cavity has apopore 23；
Manufacture on described end cap 22 and have dead eye, for installed thrust bearing；
Described storage bin hopper 25 creates the bucket shape container containing hot pickled mustard tube tender leaf；
Described cutter shaft 31 creates the axle of fixing blade；
Described rotating blade 30 creates blade, and shank is fixed on cutter shaft 31；
Described receipts liquid dish 27 creates disk body, and liquid-leaking nozzle 29 is arranged at the bottom of disk body, for collecting the Caulis et Folium Lactucae Sativae water fallen down from extruding housing 20；
Described funnel 28 creates up big and down small pipeline, deposits in container or carried by pipeline after being used for concentrating Caulis et Folium Lactucae Sativae water.
In order to make extruding housing 20 content be easily generated pressure, the inside of described rotary squeezing bar and extruding housing 20 is with or without tapering.
Rush the using method of hot food kneading machine: when hot food raw material is rushed in kneading, rushing of the shredded hot pickled mustard tuber of chopping and mustard leaf section being mixed to form loads in hopper 4 after hot food raw material is mixed thoroughly, rush hot food raw material and enter in fixed disk 2 and the wave inclined-plane tooth 3 that rubs between dish 1 from the first charging aperture 16, start motor, motor drives variator operating, variator drives rotary shaft 8 to rotate, and rotary shaft 8 drives and rubs dish 1 and rotate, and rubs and rushes hot food raw material when dish 1 rotates and be evenly distributed on and rub on dish 1；While rotary shaft 8 rotates, wavy lobe 15 in rotary shaft 8 is rubbing slip on the wavy lobe 15 supporting 7 upper ends, during slip, rotary shaft 8 moves up and down and drives and rubs dish 1 and move up and down, the inclined-plane tooth 3 rubbed on dish 1 coordinates with the inclined-plane tooth 3 on fixed disk 2 when rubbing dish 1 and moving up and down and rubs and rush hot food raw material, and makes to rush hot food raw material and when rubbing dish 1 and rotating, mustard leaf section and shredded hot pickled mustard tuber parcel are become and rush hot food volume or silk volume；After kneading rush hot food volume or silk volume rub dish 1 rotate centrifugal force effect under, slide to rub the edge of dish 1 from the teeth groove of the surface groove rubbed dish 1 and enter in storing shell 5, feed opening 6 through storing shell 5 bottom is concentrated and is sent again, enters next operation through conveyer belt.
Squeeze the using method of Caulis et Folium Lactucae Sativae water machine: during extruding Caulis et Folium Lactucae Sativae water, in storage bin hopper 25, first load hot pickled mustard tube tender leaf, restart the motor of cutter shaft 31, motor band movable arbor 31 and rotating blade 30 rotate and shred hot pickled mustard tube tender leaf, and by the hot pickled mustard tube tender leaf of chopping gap between the second charging aperture 26 pushes the flight of the screw extrusion bar 21 in extruding housing 20；Meanwhile, start the motor for driving screw extrusion bar 21, motor drives screw extrusion bar 21 to rotate, and makes flight rotate and promotes the hot pickled mustard tube tender leaf of chopping to move to the direction of the slag notch 24 of extruding housing 20, and the hot pickled mustard tube tender leaf not being extruded has blocked slag notch 24；Along with the continuation of screw extrusion bar 21 rotates, the hot pickled mustard tube tender leaf of chopping produces pressure in extruding housing 20 after filling up the gap between flight and mutually extrudes, the hot pickled mustard tube tender leaf of chopping extrudes Caulis et Folium Lactucae Sativae water through extruding, the Caulis et Folium Lactucae Sativae water of extrusion flows out from the apopore 23 extruded around housing 20, falls in extruding housing 20 receipts liquid dish below；The atrophy after extruding of the hot pickled mustard tube tender leaf of chopping becomes slag, is slagged tap from slag notch 24 by the promotion of hot pickled mustard tube tender leaf and the extruding of the rear chopping entered in extruding housing 20；The Caulis et Folium Lactucae Sativae water received in liquid dish enters funnel 28 through liquid-leaking nozzle 29, then enters conveyance conduit from the end opening of funnel 28 or load container.
Rushing hot food raw material again after pickling after rushing hot food kneading machine kneading, add Caulis et Folium Lactucae Sativae water seasoning, making to rush hot food has the taste of punching.
Claims (4)
1. one kind is rushed hot food equipment, it is characterised in that: the described hot food equipment that rushes mainly includes rushing hot food kneading machine and crowded Caulis et Folium Lactucae Sativae water machine；
The described hot food kneading machine that rushes mainly includes fixed disk (2), rubs dish (1), hopper (4), storing shell (5), feed opening (6), rubs support (7), slide bushing (9), catch (10), jump ring (11), rotary shaft (8), spline housing, variator, motor；
Described rubbing is fixed with rotary shaft (8) or is connected with rotary shaft (8) below dish (1), slide bushing (9) it is cased with in rotary shaft (8), rub support (7) to be fixed and support rotating axle (8) by slide bushing (9), the spline tooth (12) of rotary shaft (8) bottom is connected with spline housing, spline housing is connected with the output shaft of variator, and the power shaft of variator is directly or indirectly connected with the axle of motor；Described fixed disk (2) is arranged on and rubs the above of dish (1) and rub and leave gap between dish (1), wave inclined-plane tooth (3) on fixed disk (2) is mounted opposite with wave inclined-plane tooth (3) rubbed on dish (1), fixed disk (2) be fixed on hopper (4)；Described fixed disk (2) is fixed on the top of storing shell (5), and the bottom of storing shell (5) is rubbing below dish (1), and storing shell (5) covers on fixed disk (2) and rubs the outside of dish (1), is fixed with feed opening (6) below storing shell (5)；
The described support (7) that rubs includes flange (13) and conduit (14) two parts, flange (13) is fixed on conduit (14) and above or creates an entirety with lining, bolt hole, the upper end of conduit (14) is had to have wavy lobe (15) on flange (13)；Bolt hole on flange (13) is bolted and rubs support (7), and the wavy lobe (15) of the upper end of conduit (14) makes rotary shaft (8) move up and down when rotating for coordinating with the wavy lobe (15) in rotary shaft (8)；Described rotary shaft (8) can be freely rotatable and slide up and down in rubbing support (7)；
Spline tooth (12) is arranged at the bottom of described rotary shaft (8), the above of spline tooth (12) has jump-ring slot, the above of jump-ring slot has catch position (19), and the above of catch position (19) is slide bushing position (18), and the above of slide bushing position (18) has wavy lobe (15)；The described wavy lobe (15) in rotary shaft (8) coordinates with the wavy lobe of the upper end rubbing support (7) (15) near rubbing dish (1), when rotary shaft (8) rotates, the wavy lobe (15) of the upper end rubbing support (7) pushes the wavy lobe (15) in rotary shaft (8), and makes rotary shaft (8) and rub dish (1) and move up and down；
Described slide bushing (9) is arranged on slide bushing position (18), catch (10) be arranged on the upper fixing slide bushing (9) in catch position (19) and limit slide bushing (9) move up and down position, jump ring (11) is arranged on jump-ring slot to fix catch (10) and limit catch (10) and moves, and spline tooth (12) coordinates with spline housing and can slide up and down；
The described dish (1) that rubs is the disk that can rotate, and the centre of the upper surface of disk is higher than circumferential location, and the upper surface of disk has wave inclined-plane tooth (3), and there is rotary shaft (8) at the middle part of disk lower end；
There is wave inclined-plane tooth (3) lower surface of described fixed disk (2), having the first charging aperture (16) to run through the upper and lower end face of fixed disk (2) on fixed disk (2), the upper end being fixed on the first charging aperture (16) of the bottom of hopper (4) communicates with the first charging aperture (16)；
The teeth groove centre of the described inclined-plane tooth (3) rubbed on dish (1) and fixed disk (2) is shallow, surrounding is easy to rub dish (1) when rotated deeply, under the influence of centrifugal force, the hot food raw material that rushes after rubbing is guided into from the middle part rubbing dish (1) and rubbed the edge of dish (1) and enter in storing shell (5)；
Described storing shell (5) is to contain the housing rushing hot food raw material after rubbing, and allows the hot food raw material that rushes after rubbing concentrate on feed opening (6) place out；
Described hopper (4) is flared container containing, for rushing hot food raw material to the first charging aperture (16) input；
Described variator is deceleration, the variator of boosting-type；
When hot food raw material is rushed in kneading, rushing of the shredded hot pickled mustard tuber of chopping and mustard leaf section being mixed to form loads in hopper (4) after hot food raw material is mixed thoroughly, rush hot food raw material and enter in fixed disk (2) and wave inclined-plane tooth (3) that rubs between dish (1) from the first charging aperture (16), actuating motor, motor drives variator operating, variator drives rotary shaft (8) to rotate, rotary shaft (8) drives and rubs dish (1) and rotate, and rubs and rushes hot food raw material when dish (1) rotates and be evenly distributed on and rub on dish (1)；While rotary shaft (8) rotates, wavy lobe (15) in rotary shaft (8) is in the upper slip of the wavy lobe (15) rubbing support (7) upper end, during slip, rotary shaft (8) moves up and down and drives and rubs dish (1) and move up and down, the inclined-plane tooth (3) rubbed on dish (1) coordinates when rubbing dish (1) and moving up and down with the inclined-plane tooth (3) on fixed disk (2) and rubs and rush hot food raw material, and makes to rush hot food raw material and when rubbing dish (1) and rotating, mustard leaf section and shredded hot pickled mustard tuber parcel are become and rush hot food volume or silk volume；After kneading rush hot food volume or silk roll up under the effect rubbing the centrifugal force that dish (1) rotates, slide to rub the edge of dish (1) from the teeth groove of the surface groove rubbed dish (1) and enter in storing shell (5), feed opening (6) through storing shell (5) bottom is concentrated and is sent again, enters next operation through conveyer belt；
Described crowded Caulis et Folium Lactucae Sativae water owner screw extrusion to be included bar (21), extruding housing (20), end cap (22), storage bin hopper (25), cutter shaft (31), rotating blade (30), receive liquid dish (27), funnel (28)；
The power intake of described screw extrusion bar (21) is arranged on end cap (22) by thrust bearing, the crimping section of screw extrusion bar (21) is arranged in extruding housing (20), the opening of extruding housing (20) compresses with end cap (22) and seals, and the power intake of screw extrusion bar (21) is directly or indirectly connected with the axle of motor after the dead eye on end cap (22)；The above part near opening of described extruding housing (20) has the second charging aperture (26), the oral area of the second charging aperture (26) to be fixed on storage bin hopper (25), and the lower end of storage bin hopper (25) is fixed in extruding housing (20)；Near the second charging aperture (26) place, rotating blade (30) is installed in the bottom of storage bin hopper (25), rotating blade (30) is fixed on cutter shaft (31), cutter shaft (31) is fixed on the top of storage bin hopper (25) by bearing and support, and the upper end of cutter shaft (31) is directly or indirectly connected with the axle of motor；Liquid dish is received in being mounted below of described extruding housing (20), and funnel (28) is fixed on below liquid-leaking nozzle (29) place receiving liquid dish；
Described screw extrusion bar (21) includes rotating shaft and flight, and rotating shaft is axle and the axle of transmission power connecting flight, and flight water is that rotation forces sheet is connected with rotating shaft；When screw extrusion bar (21) rotates, flight rotates and promotes the hot pickled mustard tube tender leaf of chopping to move forward, and by extruding housing (20) extruding hot pickled mustard tube tender leaf；
The inside of described extruding housing (20) is cylindrical or the cavity of cone cylindricality, and slag notch (24) is arranged at the bottom of cavity, and the annular section of cavity has apopore (23)；
Dead eye is had, for installed thrust bearing on described end cap (22)；
Described storage bin hopper (25) is the bucket shape container containing hot pickled mustard tube tender leaf；
Described cutter shaft (31) is the axle of fixing blade；
Described rotating blade (30) is blade, and shank is fixed on cutter shaft (31)；
Described receipts liquid dish (27) are to collect the disk body of the Caulis et Folium Lactucae Sativae water fallen down from extruding housing (20), and liquid-leaking nozzle (29) is arranged at the bottom of disk body；
Described funnel (28) is to concentrate what Caulis et Folium Lactucae Sativae water deposited in container to pass through pipeline；
During extruding Caulis et Folium Lactucae Sativae water, in storage bin hopper (25), first load hot pickled mustard tube tender leaf, restart the motor of cutter shaft (31), motor band movable arbor (31) and rotating blade (30) rotate and shred hot pickled mustard tube tender leaf, and by the hot pickled mustard tube tender leaf of chopping gap between the second charging aperture (26) pushes the flight of the screw extrusion bar (21) in extruding housing (20)；Meanwhile, start and be used for driving the motor of screw extrusion bar (21), motor drives screw extrusion bar (21) to rotate, making flight rotate and promote the hot pickled mustard tube tender leaf of chopping to move to the direction of the slag notch (24) of extruding housing (20), the hot pickled mustard tube tender leaf not being extruded has blocked slag notch (24)；Along with the continuation of screw extrusion bar (21) rotates, the hot pickled mustard tube tender leaf of chopping produces pressure in extruding housing (20) after filling up the gap between flight and mutually extrudes, the hot pickled mustard tube tender leaf of chopping extrudes Caulis et Folium Lactucae Sativae water through extruding, the Caulis et Folium Lactucae Sativae water of extrusion flows out from the apopore (23) extruded around housing (20), falls in extruding housing (20) receipts liquid dish below；The atrophy after extruding of the hot pickled mustard tube tender leaf of chopping becomes slag, is slagged tap from slag notch (24) by the promotion of hot pickled mustard tube tender leaf and the extruding of the rear chopping entered in extruding housing (20)；The Caulis et Folium Lactucae Sativae water received in liquid dish enters funnel (28) through liquid-leaking nozzle (29), then enters conveyance conduit from the end opening of funnel (28) or load container；
Rushing hot food raw material again after pickling after rushing hot food kneading machine kneading, add Caulis et Folium Lactucae Sativae water seasoning, making to rush hot food has the taste of punching.
The most according to claim 1 rush hot food equipment, it is characterized in that: for the ease of assembling and fixing, the diameter at wavy lobe (15) place of described rotary shaft (8) is more than the diameter of slide bushing position (18), and the diameter of slide bushing position (18) is more than the diameter of catch position (19).
The most according to claim 1 rush hot food equipment, it is characterized in that: extrude from slag notch (24) for the ease of the slag of hot pickled mustard tube tender leaf after extrusion Caulis et Folium Lactucae Sativae water, described hot pickled mustard tube tender leaf front is just shredded by rotating blade (30) entering extruding housing (20), it is ensured that the slag of hot pickled mustard tube tender leaf is formed without netted and blocks slag notch (24)；
In order to make extruding housing (20) content be easily generated pressure, the inside of described rotary squeezing bar and extruding housing (20) is with or without tapering.
4. the manufacture method rushing hot food equipment, it is characterised in that: one, rush the manufacture method of hot food kneading machine:
During fabrication, rub dish (1) and create an entirety with rotary shaft (8), or separately manufactured rear recombinant is fixed together；
The bottom of described rotary shaft (8) manufactures spline tooth (12), the manufactured above of spline tooth (12) has jump-ring slot, the manufactured above of jump-ring slot has catch position (19), the manufactured above of catch position (19) has slide bushing position (18), and the manufactured above of slide bushing position (18) has wavy lobe (15)；The top of described rotary shaft (8) manufactures wavy lobe (15), and wavy lobe (15), near rubbing dish (1), coordinates with the wavy lobe (15) of the upper end rubbing support (7)；
The described dish (1) that rubs creates the disk that can rotate, the centre of the upper surface of disk is higher than circumferential location, manufacture on the upper surface of disk and have wave inclined-plane tooth (3), the teeth groove of inclined-plane tooth (3) create middle shallow, surrounding deep, the middle part of disk lower end manufactures rotary shaft (8)；
The lower surface of fixed disk (2) manufacture have wave inclined-plane tooth (3), the teeth groove of inclined-plane tooth (3) create middle shallow, surrounding deep, the upper manufacture of fixed disk (2) has the first charging aperture (16) to run through the upper and lower end face of fixed disk (2)；The upper end being fixed on the first charging aperture (16) of the bottom of hopper (4) communicates with the first charging aperture (16)；
Rub support (7) and create flange (13) and conduit (14) two parts, flange (13) is fixed on conduit (14) and above or creates an entirety with lining, the upper manufacture of flange (13) has bolt hole, and the upper end of conduit (14) manufactures wavy lobe (15)；
Hopper (4) creates flared container containing, for rushing hot food raw material to the first charging aperture (16) input；
Variator creates the variator of deceleration, boosting-type；
Bolt hole on flange (13) is bolted and rubs support (7), and the wavy lobe (15) of the upper end of conduit (14) makes rotary shaft (8) move up and down when rotating for coordinating with the wavy lobe (15) in rotary shaft (8)；Described rotary shaft (8) can be freely rotatable and slide up and down in rubbing support (7)；
Storing shell (5) creates the housing rushing hot food raw material contained after rubbing, and allows the hot food raw material that rushes after rubbing concentrate on feed opening (6) place out；
Slide bushing (9) is arranged on slide bushing position (18), catch (10) be arranged on catch position (19) limit slide bushing (9) move up and down position, jump ring (11) is arranged on jump-ring slot fixing and limits catch (10) movement, and spline tooth (12) coordinates with spline housing and can slide up and down；The described teeth groove centre rubbing the inclined-plane tooth (3) manufactured on dish (1) and fixed disk (2) is shallow, surrounding is easy to rub dish (1) when rotated deeply, under the influence of centrifugal force, the hot food raw material that rushes after rubbing is guided into from the middle part rubbing dish (1) and rubbed the edge of dish (1) and enter in storing shell (5)；
Described rubbing is fixed with rotary shaft (8) or is connected with rotary shaft (8) below dish (1), slide bushing (9) it is cased with in rotary shaft (8), rub support (7) to be fixed and support rotating axle (8) by slide bushing (9), the spline tooth (12) of rotary shaft (8) bottom is connected with spline housing, spline housing is connected with the output shaft of variator, and the power shaft of variator is directly or indirectly connected with the axle of motor；Described fixed disk (2) is arranged on and rubs the above of dish (1) and rub and leave gap between dish (1), wave inclined-plane tooth (3) on fixed disk (2) is mounted opposite with wave inclined-plane tooth (3) rubbed on dish (1), fixed disk (2) be fixed on hopper (4)；Described fixed disk (2) is fixed on the top of storing shell (5), and the bottom of storing shell (5) is rubbing below dish (1), and storing shell (5) covers on fixed disk (2) and rubs the outside of dish (1), is fixed with feed opening (6) below storing shell (5)；
Two, the manufacture method of crowded Caulis et Folium Lactucae Sativae water machine:
Screw extrusion bar (21) during fabrication, creates rotating shaft and flight, and rotating shaft creates axle and the axle of transmission power connecting flight, and flight water creates rotation forces sheet and is connected with rotating shaft；When screw extrusion bar (21) rotates, flight rotates and promotes the hot pickled mustard tube tender leaf of chopping to move forward, and by extruding housing (20) extruding hot pickled mustard tube tender leaf；
The inside of extruding housing (20) creates cylinder or the cavity of cone cylindricality, and the bottom of cavity manufactures slag notch (24), and the annular section manufacture of cavity has apopore (23)；
The upper manufacture of end cap (22) has dead eye, for installed thrust bearing；
Storage bin hopper (25) creates the bucket shape container containing hot pickled mustard tube tender leaf；
Cutter shaft (31) creates the axle of fixing blade；
Rotating blade (30) creates blade, and shank is fixed on cutter shaft (31)；
Receiving liquid dish (27) and create disk body, liquid-leaking nozzle (29) is arranged at the bottom of disk body, for collecting the Caulis et Folium Lactucae Sativae water fallen down from extruding housing (20)；
Funnel (28) creates up big and down small pipeline, deposits in container or carried by pipeline after being used for concentrating Caulis et Folium Lactucae Sativae water；
The power intake of described screw extrusion bar (21) is mounted and fixed on end cap (22) by thrust bearing, the crimping section of screw extrusion bar (21) is arranged in extruding housing (20), the opening of extruding housing (20) compresses with end cap (22) and seals, and the power intake of screw extrusion bar (21) is directly or indirectly connected with the axle of motor after the dead eye on end cap (22)；The above part near opening of described extruding housing (20) has the second charging aperture (26), the oral area of the second charging aperture (26) to be fixed on storage bin hopper (25), and the lower end of storage bin hopper (25) is fixed in extruding housing (20)；Near the second charging aperture (26) place, rotating blade (30) is installed in the bottom of storage bin hopper (25), rotating blade (30) is fixed on cutter shaft (31), cutter shaft (31) is fixed on the top of storage bin hopper (25) by bearing and support, and the upper end of cutter shaft (31) is directly or indirectly connected with the axle of motor；Liquid dish is received in being mounted below of described extruding housing (20), and funnel (28) is fixed on below liquid-leaking nozzle (29) place receiving liquid dish.
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| CN201410477507.6A CN104305076B (en) | 2014-09-19 | 2014-09-19 | Device for producing Chonglacai |
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| CN202104198U (en) * | 2011-06-01 | 2012-01-11 | 重庆市涪陵榨菜集团股份有限公司 | Pickle fibre skin and flesh separator |
| CN203828022U (en) * | 2014-02-20 | 2014-09-17 | 山东省鲁洲食品集团有限公司 | Corn bran wringing machine |
| CN104305075A (en) * | 2014-09-19 | 2015-01-28 | 重庆倍精科技研发有限公司 | Production device and production process for preserved and spicy mustard |
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Effective date of registration: 20231226 Address after: 400000 Minxie Village, Mawu Town, Fuling District, Chongqing Patentee after: CHONGQING CHUANMA FOOD Co.,Ltd. Address before: No. 52 Songcui Road, Fuling District, Chongqing, 408099 Patentee before: CHONGQING BEIJING SCIENCE & TECHNOLOGY RESEARCH AND DEVELOPMENT Co.,Ltd. |
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