CN206371380U - Fully automatic vacuum deep-frying device - Google Patents
Fully automatic vacuum deep-frying device Download PDFInfo
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- CN206371380U CN206371380U CN201621251007.1U CN201621251007U CN206371380U CN 206371380 U CN206371380 U CN 206371380U CN 201621251007 U CN201621251007 U CN 201621251007U CN 206371380 U CN206371380 U CN 206371380U
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- fried tank
- oil
- tank body
- fried
- inner housing
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Abstract
The utility model is related to a kind of fully automatic vacuum deep-frying device, including fried tank, heater, filter, condenser, feed riser mechanism and conveying body；Fried tank includes fried tank body, material basket, top cover labyrinth component and lower sealing cover component；Material basket is built in fried tank body, and its feeding cylinder is connected by upper rotating mechanism with the top of fried tank body, and discharge barrel is connected by lower rotating mechanism with the bottom of fried tank body；Heater includes shell body, interior inner housing and fuel and vapor separator provided with heating component, the cavity formation accumulator between inner housing and shell body；The oil inlet pipe and flowline of heating component are connected with fried tank oil-out and fried tank oil inlet pipe respectively；The lower end of fuel and vapor separator is connected with accumulator, and its steam inlet is connected with fried tank vacuum orifice；The oil inlet of filter is connected with fried tank oil-out, and oil-out is connected with accumulator.The utility model is simple in construction, easy to operate, efficiency is higher and can realize automated job.
Description
Technical field
The utility model is related to a kind of fried apparatus of food technical field, and in particular to a kind of fried dress of fully automatic vacuum
Put.
Background technology
Deep-frying device can be widely used in various food factories, fast food restaurant, fried chicken shop and cake with the various fried foods of frying
The fields such as room.Existing deep-frying device has the disadvantage that：（1）Expect after the food frying in basket, need that material basket first is hung out into oil
Fried tank body, automation efficiency is low；（2）The unlatching of cover and material basket lid is difficult, it is necessary to which artificial operation, is operated cumbersome（3）Plus
The heat exchanger effectiveness of hot device is low（4）Well cuts are difficult to remove, and not only waste the energy, also influence the quality etc. of fried food.Cause
This, a kind of simple in construction, easy to operate, efficiency of exploitation is higher and is capable of the fully automatic vacuum deep-frying device of automated job, into
The technical barrier solved is urgently expected for those skilled in the art.
Utility model content
For the shortcoming or deficiency of above-mentioned prior art, the technical problems to be solved in the utility model is to provide a kind of structure
It is simple and convenient to operate, efficiency is higher and is capable of the fully automatic vacuum deep-frying device of automated job.
In order to solve the above technical problems, the utility model has following composition：
Fully automatic vacuum deep-frying device, including fried tank, the fried tank include fried tank body and material basket, the fried tank
The sidepiece of body is provided with fried tank oil inlet, and bottom is provided with fried tank oil-out；The material basket is rotationally built in fried tank body,
Its upper end is provided with feeding cylinder, and lower end is provided with discharge barrel；The feeding cylinder is connected by upper rotating mechanism with the top of fried tank body
Connect, the discharge barrel is connected by lower rotating mechanism with the bottom of fried tank body；The upper rotating mechanism includes being fixedly mounted
In the Upper shaft sleeve of fried tank body roof, feeding cylinder is built in Upper shaft sleeve, and upper bearing (metal) and sealing are provided between feeding cylinder and Upper shaft sleeve
Circle；The lower rotating mechanism includes the Lower shaft sleeve for being fixedly installed in fried tank body bottom wall, and discharge barrel is built in Lower shaft sleeve, discharge barrel
Lower bearing and sealing ring are provided between Lower shaft sleeve.
The fried tank also includes being used to seal feeding cylinder top cover labyrinth component and the lower sealing cover for sealing barrel
Component, the top cover labyrinth component and lower sealing cover component are located above and below fried tank body respectively；The top cover labyrinth
Top cover labyrinth and drive top cover labyrinth along the upper travel mechanism both horizontally and vertically moved that component includes, it is described to move up
Motivation structure includes top base, upper sliding plate, upper slide bar, upper sliding sleeve, upper horizontal push and upper vertical pusher；Top base is fixedly mounted
In the top of fried tank body, the upper slide bar arranged in the horizontal direction which is provided with；Upper sliding plate is slideably pacified by upper sliding sleeve
Loaded on upper slide bar；One end of upper horizontal push is fixedly installed in upper sliding plate；The upper end of upper vertical pusher is with being fixed on slip
The upper vertical driving mechanism of plate is connected, and lower end passes through upper sliding plate, and top cover labyrinth is rotatably installed on vertical pusher
Lower end；The lower sealing cover component includes lower sealing cover and drives lower sealing cover along moving down for both horizontally and vertically moving
Motivation structure, the lower travel mechanism includes bottom base, lower slider plate, drop shot, low sleeve, lower horizontal push and lower vertically pushed away
Bar；Bottom base is fixedly installed in the bottom of fried tank body, which is provided with the drop shot arranged in the horizontal direction；Lower slider plate passes through
Low sleeve is slidably mounted on drop shot；One end of lower horizontal push is fixedly installed in lower slider plate；Under lower vertical pusher
Hold and be connected with being fixed on the lower vertical driving mechanism of lower slider plate, upper end passes through lower slider plate, lower sealing cover is rotationally pacified
Upper end loaded on lower vertical pusher.
The upper rotating mechanism also includes rotating disk, driving wheel and motor, and the rotating disk is installed between feeding cylinder and material basket；
The motor is fixedly installed in the top of fried tank body, its rotating shaft through fried tank body roof and towards fried tank interior
Extension, driving wheel is fixedly installed in the lower end of rotating shaft, and driving wheel is engaged with rotating disk and is driven；The outside of the rotating shaft also covers
Provided with an axle sleeve, the top and bottom between rotating shaft and axle sleeve are equipped with bearing and sealing ring.
A feed hopper is additionally provided with the upper sliding plate.
The device also includes heater, and the heater includes shell body, the interior inner housing provided with heating component, oil inlet pipe
And flowline；The shell phosphor bodies are cylindrical structure, and upper end is taper cone barrel mechanism；The sidepiece of main body cylinder is provided with the first oil-feed
Mouthful, bottom is provided with the first oil-out, and the first oil-out is connected with fried tank oil-out；The inner casing phosphor bodies are cylinder knot
The bottom wall of structure, its lower end and shell body is tightly connected and is provided with oil inlet pipe, and upper end and the side wall of shell body upper end taper cone barrel are close
Envelope connects and is provided with flowline；The oil inlet pipe is connected with fried tank oil-out, the flowline and fried tank oil inlet
It is connected；Cavity between the side wall of the inner housing and the side wall of shell body, forms accumulator.
The heater also include a fuel and vapor separator, the fuel and vapor separator be installed on the top of shell body and with storage
Grease chamber is connected, and its steam inlet is connected with the fried tank vacuum orifice at the top of fried tank body, and steam (vapor) outlet steams with condenser
Vapour entrance is connected.
The heating component includes steam heat exchange tubulation, steam inlet pipe and the steam outlet pipe that at least one is built in inner housing；
The steam inlet pipe and steam outlet pipe are respectively arranged in the top and bottom of inner housing；The lower end of the inner housing is inverted cone barrel structure
Cavity, forms inlet space；The bottom of the inlet space is connected with oil inlet pipe, and top is connected with the lower end of steam heat exchange tubulation
It is logical；The cavity that the roof of the inner housing is surrounded with shell body upper end taper cone barrel side wall, forms out grease chamber；It is described go out grease chamber
Bottom is connected with the upper end of steam heat exchange tubulation, and top is connected with flowline.
The heating component includes being built in combustion chamber and the smoke exhaust pipe of inner housing；The smoke exhaust pipe is located at the upper of inner housing
Side；The combustion chamber main body is cylindrical structure, and its outer cover is provided with helical heating pipe；Cavity shape between combustion chamber and inner housing
Into heat-exchanging chamber；The bottom of the heat-exchanging chamber is connected with oil inlet pipe, and top is connected with flowline；The top of the inner housing
The cavity that wall is surrounded with shell body upper end taper cone barrel side wall, forms smoke evacuation room；The bottom of the smoke evacuation room and the top of combustion chamber
Portion is connected, and top is connected with smoke exhaust pipe.
It is connected between the bottom of the smoke evacuation room and the top of combustion chamber by least one burning heat exchange tubulation；Institute
State burning heat exchange tubulation and be built in heat-exchanging chamber, its lower end at the top of combustion chamber with being connected, the bottom of upper end and smoke evacuation room
It is connected.
The device also includes a filter, and its filter oil inlet is connected with fried tank oil-out, filter oil-out
It is connected by the second oil inlet located at heater housing body sidewall with accumulator.
The outer shell walls of the fried tank wall and heater are folded with heat-insulation layer.
The sidepiece of the shell body is additionally provided with liquid level gauge.
The sidepiece of the fried tank body is additionally provided with low level liquid level gauge and high-order liquid level gauge.
The sidepiece of the fried tank body is additionally provided with temperature sensor.
Compared with prior art, the utility model has the advantage of：
（1）Using feeding cylinder by upper rotating mechanism with being connected at the top of fried tank body, discharge barrel go to machine under
The design that structure is connected with the bottom of fried tank body, makes material basket rotationally be built in fried tank body, and without that will expect during discharging
Basket first hangs out fried tank body, automates efficiency high.
（2）Top cover labyrinth component and lower sealing cover component, which are used, makes closure along moving for both horizontally and vertically moving
Mechanism, it is easy to operate without artificial.
（3）Cavity formation accumulator between the shell body and inner housing of heater, the profit steam that frying process is produced,
Oil therein is separated out through fuel and vapor separator and accumulator is recycled to；Oil in heating component circulating-heating fried tank body, together
When also the oil in accumulator is preheated, save the energy.
（4）After frying terminates, the oil in fried tank body removes impurity through filter, then flows into accumulator, in case next time
It is fried to use.
Brief description of the drawings
Fig. 1：The overall structure diagram of the first embodiment of the utility model fully automatic vacuum deep-frying device.
Fig. 2：The overall structure diagram of the utility model fully automatic vacuum second of embodiment of deep-frying device.
Fig. 3：The overall structure diagram of the utility model fully automatic vacuum deep-frying device.
Fig. 4：The structural representation of vacuum frying tank in the utility model.
Fig. 5：The structural representation of vacuum frying tank feed state in the utility model.
Fig. 6：The structural representation of the fried state of vacuum frying tank in the utility model.
Fig. 7：The structural representation of vacuum frying tank discharge state in the utility model.
Fig. 8：The structural representation of the first embodiment of heater in the utility model.
Fig. 9：The structural representation of second of embodiment of heater in the utility model.
Embodiment
The technique effect of design of the present utility model, concrete structure and generation is made furtherly below with reference to accompanying drawing
It is bright, to be fully understood from the purpose of this utility model, feature and effect.
As shown in Figure 1 to Figure 3, a kind of fully automatic vacuum deep-frying device, including fried tank 10, heater 20, filter 30,
Condenser 40, feed riser mechanism 50 and conveying body 60.
Fried tank 10 includes fried tank body 11, material basket 12, top cover labyrinth component 13 and lower sealing cover component 14；Expect that basket 12 can
Fried tank body 11 is rotationally built in, top cover labyrinth component 13 and lower sealing cover component 14 are located at the top of fried tank body 11 respectively
And lower section, see Fig. 1 to Fig. 7.
Fried tank body 11 is hollow closed tank body, and its sidepiece is provided with fried tank oil inlet 113, and bottom goes out provided with fried tank
Hydraulic fluid port 114, top is provided with the fried tank vacuum orifice 115 for being used for vacuumizing, to avoid oil extraction when vacuumizing.It is specific real
Apply in example, the sidepiece of fried tank body 11 is additionally provided with for measuring the low level liquid level gauge 116 of oily height and high-order liquid level gauge in it
117 and for measuring the temperature sensor 118 of oil temperature；The fried wall of tank body 11 is folded with heat-insulation layer, to improve the guarantor of fried tank
Warm nature energy.
The epimere for expecting basket 12 is cylindrical structure, and hypomere is circular cone barrel structure；Expect that the upper end of basket 12 is provided with feeding cylinder 121, under
End is provided with discharge barrel 122；Feeding cylinder 121 is connected by upper rotating mechanism with the top of fried tank body 11, and discharge barrel 122 passes through
Lower rotating mechanism is connected with the bottom of fried tank body 11.
The upper rotating mechanism includes Upper shaft sleeve 111, upper bearing (metal) 123, upper sealing ring 125, rotating disk 127, the and of driving wheel 128
Motor 129；Upper shaft sleeve 111 is fixedly installed in the roof of fried tank body 11 and extended towards its internal direction；In feeding cylinder 121
Upper shaft sleeve 111 is placed in, at least one upper bearing (metal) 123 and sealing ring at least one are provided between feeding cylinder 121 and Upper shaft sleeve 111
125；The lower end of feeding cylinder 121 is fixedly installed in the upper end of material basket 12 by rotating disk 127, and rotating disk 127, which is provided with, makes feeding cylinder 121
The through hole connected with material basket 12；Motor 129 is fixedly installed in the top of fried tank body 11, and its rotating shaft 1291 passes through fried tank body
11 roof and internal extend towards it；Driving wheel 128 is fixedly installed in the lower end of rotating shaft 1291, driving wheel 128 and rotating disk
127 are engaged or the mode such as belt coordinates and is driven by gear, so as to drive material basket 12 to rotate.In specific embodiment, turn
The outside of axle 1291 is also arranged with an axle sleeve 1292, and the top and bottom between rotating shaft 1291 and axle sleeve 1292 are respectively equipped with bearing
1293 and sealing ring 1294.
The lower rotating mechanism includes Lower shaft sleeve 112, lower bearing 124 and lower seal 126；Lower shaft sleeve 112 is fixedly mounted
In fried tank body 11 bottom wall and towards its internal direction extension；Discharge barrel 122 is built in Lower shaft sleeve 112, discharge barrel 122 with
Provided with least one lower bearing 124 and at least one lower seal 126 between Lower shaft sleeve 112.
Top cover labyrinth component 13 includes the top cover labyrinth 131 and drive top cover labyrinth 131 for being used to seal feeding cylinder 121
Along the upper travel mechanism both horizontally and vertically moved；The upper travel mechanism includes top base 132, upper sliding plate 133, upper cunning
Bar 134, upper sliding sleeve 135, upper horizontal push 136 and upper vertical pusher 137, are shown in Fig. 1 to Fig. 7.Top base 132 is fixedly installed in oil
The top of fried tank body 11, which is provided with the horizontal direction and in two upper slide bars 134 of parallel arrangement；The two of upper sliding plate 133
Side respectively by two upper sliding sleeves 135, is slidably mounted on upper slide bar 134；One end of upper horizontal push 136 is fixedly installed in
Sliding panel 133, the other end is connected with upper horizontal drive mechanism, and upper horizontal push 136 drives upper sliding plate 133 along upper slide bar
135 levels are slided, and then drive top cover labyrinth 131 to move in the horizontal direction, top cover labyrinth 131 is moved horizontally to alignment charging
The position of cylinder 121；The upper end of upper vertical pusher 137 is connected with being fixed on the upper vertical driving mechanism of upper sliding plate 133, lower end
Through upper sliding plate 133, top cover labyrinth 131 is rotatably installed on the lower end of vertical pusher 137, the upper band of vertical pusher 137
Dynamic top cover labyrinth 131 is moved in the vertical direction, and top cover labyrinth 131 is stretched into feeding cylinder 121 and is reached sealing effectiveness.Specific implementation
In example, feed hopper 15 is additionally provided with upper sliding plate 133, in the position for being pushed to alignment feeding cylinder 121 of horizontal push 136, side
Just fed to barrel 12.
Lower sealing cover component 14 includes the lower sealing cover 141 and drive lower sealing cover 141 for being used to seal barrel 122
The lower travel mechanism both horizontally and vertically moved；The lower travel mechanism include bottom base 142, lower slider plate 143, under
Slide bar 144, low sleeve 145, lower horizontal push 146 and lower vertical pusher 147, are shown in Fig. 1 to Fig. 7.Bottom base 142 is fixedly installed in
The bottom of fried tank body 11, which is provided with the horizontal direction and in two drop shots 144 of parallel arrangement；Lower slider plate 133
Two sides respectively by a low sleeve 145, are slidably mounted on drop shot 144；One end of lower horizontal push 146 is fixedly installed in
Lower slider plate 143, the other end is connected with lower horizontal drive mechanism, and lower horizontal push 146 drives lower slider plate 143 along drop shot
145 levels are slided, and then drive lower sealing cover 141 to move in the horizontal direction, lower sealing cover 141 is moved horizontally to alignment discharging
The position of cylinder 122；The lower end of lower vertical pusher 147 is connected with being fixed on the lower vertical driving mechanism of lower slider plate 143, upper end
Through lower slider plate 143, lower sealing cover 41 is rotatably installed on the upper end of lower vertical pusher 147, and lower vertical pusher 147 drives
Lower sealing cover 142 is moved in the vertical direction, and lower sealing cover 141 is stretched into discharge barrel 122 and is reached sealing effectiveness.
Fried tank as shown in Figure 5 is in feed state, and now lower sealing cover 141 seals barrel 122,15 pairs of feed hopper
Quasi- discharge barrel 121；Fried tank as shown in Figure 6 is in fried state, and now lower sealing cover 141 seals barrel 122, upper sealing
Lid 131 seals feeding cylinder；Fried tank as shown in Figure 7 is in discharge state, and now lower sealing cover 141 is removed and away from discharge barrel
122, to facilitate fried food to discharge.
As shown in Figure 1, Figure 2, shown in Fig. 8 and Fig. 9, the heater 20 includes shell body 21, the interior inner casing provided with heating component
Body 22, fuel and vapor separator 24, oil inlet pipe 221 and flowline 222；Fuel and vapor separator 24 is located at the top of shell body 21.
The main body of shell body 21 is cylindrical structure, and upper end is circular cone barrel structure；The sidepiece of the main body cylinder of shell body 21 is provided with
First oil inlet 211, the second oil inlet 213, bottom are provided with the first oil-out 212；First oil-out 212 and fried tank oil-out
114 are connected, and the second oil inlet 212 is connected with the filter oil-out 32 that will be described hereinafter.In specific embodiment, shell
It is additionally provided with the sidepiece of the main body cylinder of body 21 for measuring liquid level gauge 214 oily in the accumulator 25 that will be described below in detail；
The wall of shell body 21 is folded with heat-insulation layer.
The main body of inner housing 22 is cylindrical structure, and its lower end and the bottom wall of shell body 21 are tightly connected and are provided with oil inlet pipe
221, upper end and the side wall of the upper end taper cone barrel of shell body 21 are tightly connected and are provided with flowline 222；The side wall of inner housing 22 with
Cavity between the side wall of shell body 21, forms accumulator 25.Oil inlet pipe 221 is connected with fried tank oil-out 114, flowline
222 are connected with fried tank oil inlet 113；The connecting pipeline of oil inlet pipe 221 and fried tank oil-out 114 is provided with a circulating pump
70, the oil in fried tank body 11 is delivered to heating component, and then the oil after heating is delivered to fried tank oil inlet 113.
Heating component of the present utility model can both use steam mode of heating, can also use combustion heating mode.
When using steam mode of heating, heating component includes being built at least one steam heat exchange row of inner housing 22
Pipe 23, steam inlet pipe 231 and steam outlet pipe 232, are shown in Fig. 1 and Fig. 8；Steam inlet pipe 231 and steam outlet pipe 232 are respectively arranged in inner housing 22
Top and bottom.
The lower end of inner housing 22 is inverted cone barrel structure cavity, forms inlet space 261, the bottom of inlet space 261 and oil-feed
Pipe 221 is connected, and top is connected with the lower end of steam heat exchange tubulation 23；Using the design of rounding cone barrel inlet space, have
Beneficial to heat exchange tubulation 23 is uniform, gentle fuel feeding.
The roof of inner housing 22 forms out grease chamber 262 with the cavity that the upper end taper cone barrel side wall of shell body 21 is surrounded, fuel-displaced
The bottom of room 262 is connected with the upper end of steam heat exchange tubulation 23, top and the phase of flowline 222 being installed on shell body 21
Connection；Go out the design of grease chamber using taper barrel, be conducive to the oil after heating is gentle to flow into flowline 222.
When using combustion heating mode, heating component includes being built in combustion chamber 27, the helical heating pipe of inner housing 22
271st, burning heat exchange tubulation 272 and smoke exhaust pipe 273, are shown in Fig. 2 and Fig. 9.
The main body of combustion chamber 27 is cylindrical structure, and upper end is inverted cone barrel structure；Sky between combustion chamber 27 and inner housing 22
Chamber formation heat-exchanging chamber 28, the bottom of heat-exchanging chamber 28 is connected with oil inlet pipe 221, top and the flowline for penetrating shell body 21
222 are connected；The lower end of combustion chamber 27 is connected with the fuel machine 274 positioned at the lower section of shell body 21, and bavin can be used in combustor 274
Oil, industrial alcohol, natural gas or coal gas etc..In specific embodiment, the outer cover of the main body cylinder of combustion chamber 27 adds provided with spiral
Heat pipe 271, to improve heat exchanger effectiveness.
Provided with least one burning heat exchange tubulation 272, inner housing between the top of combustion chamber 26 and the roof of inner housing 22
The cavity formation smoke evacuation room 29 that 22 roof is surrounded with the upper end taper cone barrel side wall of shell body 21；Burn heat exchange tubulation 272
Lower end is connected with upper end respectively at combustion chamber 26 with smoke evacuation room 29, and the top of smoke evacuation room 29 is connected with smoke exhaust pipe 273.
Fuel and vapor separator 24 is fixedly installed in the side wall of the upper end taper cone barrel of shell body 21 and is connected with accumulator 25, interior
It is equipped with stainless steel and fills out core；The lower end of fuel and vapor separator 24 is provided with steam inlet 241, and upper end is provided with steam (vapor) outlet 242, steam inlet
241 are connected with fried tank vacuum orifice 115, the condenser vapor of steam (vapor) outlet 242 and the condenser 40 that will be described hereinafter
Entrance 44 is connected.The water vapour for the oil-containing that frying process is produced, oil therein through fuel and vapor separator separated out and be recycled to
Accumulator, improves oily utilization rate.
The impurity that filter 30 was used in oil strain, its sidepiece is provided with filter oil inlet 31, and bottom goes out provided with filter
Hydraulic fluid port 32；Filter oil inlet 31 is connected with fried tank oil-out 114, and filter oil-out 32 enters with the second of shell body 21
Hydraulic fluid port 213 is connected.After food frying terminates, the oil in fried tank body 11 is delivered in filter 30 by circulating pump 70 filters miscellaneous
Matter, the oil after filtering is transported in accumulator 25 again, in case next time fried use.
Condenser 40 is used to collecting and cooling down water vapour, including condensation tank body 41, water pump 42, vavuum pump 43 and condenser enter
Steam ports 44, condenser air intake 44 is connected with the steam (vapor) outlet 232 of fuel and vapor separator 23.
Feed riser mechanism 50 is used to treat fried food to the conveying of fried tank 10, and its discharging opening is located at the upper of feed hopper 15
Side.
Conveying body 60 is used to that fried food will to be exported, and the leading section of its conveyer belt is located at the lower section of discharge barrel 122.
It is provided with the present embodiment, at the first oil-out 212 at the first valve 81, fried tank oil-out 114 and is provided with the second valve
It is provided with door 82, oil inlet pipe 221 at the 3rd valve 83, filter oil inlet 31 and is provided with the 4th valve 84.
According to the teaching of the present embodiment, other the utility model protection models can be achieved in those skilled in the art completely
Enclose interior technical scheme.
Claims (14)
1. fully automatic vacuum deep-frying device, including fried tank（10）, it is characterised in that：The fried tank（10）Including fried tank body
（11）With material basket（12）, the fried tank body（11）Sidepiece be provided with fried tank oil inlet（113）, it is fuel-displaced that bottom is provided with fried tank
Mouthful（114）；
The material basket（12）Rotationally it is built in fried tank body（11）, its upper end is provided with feeding cylinder（121）, lower end is provided with discharging
Cylinder（122）；The feeding cylinder（121）Pass through upper rotating mechanism and fried tank body（11）Top be connected, the discharge barrel
（122）Pass through lower rotating mechanism and fried tank body（11）Bottom be connected；
The upper rotating mechanism includes being fixedly installed in fried tank body（11）The Upper shaft sleeve of roof（111）, feeding cylinder（121）It is built-in
In Upper shaft sleeve（111）, feeding cylinder（121）With Upper shaft sleeve（111）Between be provided with upper bearing (metal)（123）And sealing ring（125）；
The lower rotating mechanism includes being fixedly installed in fried tank body（11）The Lower shaft sleeve of bottom wall（112）, discharge barrel（122）It is built-in
In Lower shaft sleeve（112）, discharge barrel（122）With Lower shaft sleeve（112）Between be provided with lower bearing（124）And sealing ring（126）.
2. device according to claim 1, it is characterised in that：The fried tank（10）Also include being used to seal feeding cylinder
（121）Top cover labyrinth component（13）With for sealing barrel（122）Lower sealing cover component（14）, the top cover labyrinth component
（13）With lower sealing cover component（14）It is located at fried tank body respectively（11）Above and below；
The top cover labyrinth component（13）Including top cover labyrinth（131）And drive top cover labyrinth（131）Along horizontal and vertical
The upper travel mechanism of direction movement, the upper travel mechanism includes top base（132）, upper sliding plate（133）, upper slide bar（134）、
Upper sliding sleeve（135）, upper horizontal push（136）With upper vertical pusher（137）；Top base（132）It is fixedly installed in fried tank body
（11）Top, which is provided with the upper slide bar arranged in the horizontal direction（134）；Upper sliding plate（133）Pass through upper sliding sleeve（135）Can
It is slidably mounted to upper slide bar（134）；Upper horizontal push（136）One end be fixedly installed in upper sliding plate（133）；On vertically push away
Bar（137）Upper end and be fixed on upper sliding plate（133）Upper vertical driving mechanism be connected, lower end pass through upper sliding plate
（133）, top cover labyrinth（131）It is rotatably installed on vertical pusher（137）Lower end；
The lower sealing cover component（14）Including lower sealing cover（141）And drive lower sealing cover（141）Along horizontal and vertical side
To mobile lower travel mechanism, the lower travel mechanism includes bottom base（142）, lower slider plate（143）, drop shot（144）, under
Sliding sleeve（145）, lower horizontal push（146）With lower vertical pusher（147）；Bottom base（142）It is fixedly installed in fried tank body（11）
Bottom, which is provided with the drop shot arranged in the horizontal direction（144）；Lower slider plate（143）Pass through low sleeve（145）Slidably
Ground is installed on drop shot（144）；Lower horizontal push（146）One end be fixedly installed in lower slider plate（143）；Lower vertical pusher
（147）Lower end and be fixed on lower slider plate（143）Lower vertical driving mechanism be connected, upper end pass through lower slider plate（143）,
Lower sealing cover（141）It is rotatably installed on lower vertical pusher（147）Upper end.
3. device according to claim 1 or 2, it is characterised in that：The upper rotating mechanism also includes rotating disk（127）, it is main
Driving wheel（128）And motor（129）, the rotating disk（127）It is installed on feeding cylinder（121）With material basket（12）Between；The motor
（129）It is fixedly installed in fried tank body（11）Top, its rotating shaft（1291）Through fried tank body（11）Roof and towards oil
Fried tank body（11）Inside extension, driving wheel（128）It is fixedly installed in rotating shaft（1291）Lower end, driving wheel（128）With rotating disk
（127）It is engaged and is driven；The rotating shaft（1291）Outside be also arranged with an axle sleeve（1292）, rotating shaft（1291）With axle sleeve
（1292）Between top and bottom be equipped with bearing（1293）And sealing ring（1294）.
4. device according to claim 2, it is characterised in that：The upper sliding plate（133）On be additionally provided with a feed hopper
（15）.
5. device according to claim 1, it is characterised in that：The device also includes heater（20）, the heater
（20）Including shell body（21）, the interior inner housing provided with heating component（22）, oil inlet pipe（221）And flowline（222）；
The shell body（21）Main body is cylindrical structure, and upper end is taper cone barrel mechanism；The sidepiece of main body cylinder is provided with the first oil-feed
Mouthful（211）, bottom is provided with the first oil-out（212）, the first oil-out（212）With fried tank oil-out（114）It is connected；
The inner housing（22）Main body is cylindrical structure, its lower end and shell body（21）Bottom wall be tightly connected and be provided with into
Oil pipe（221）, upper end and shell body（21）The side wall of upper end taper cone barrel is tightly connected and is provided with flowline（222）；It is described enter
Oil pipe（221）With fried tank oil-out（114）It is connected, the flowline（222）With fried tank oil inlet（113）It is connected；
The inner housing（22）Side wall and shell body（21）Side wall between cavity, formed accumulator（25）.
6. device according to claim 5, it is characterised in that：The heater（20）Also include a fuel and vapor separator
（24）, the fuel and vapor separator（24）It is installed on shell body（21）Top and and accumulator（25）It is connected, its steam inlet
（241）With fried tank body（11）The fried tank vacuum orifice at top（115）It is connected, steam (vapor) outlet（242）With condenser vapor
Entrance is connected.
7. the device according to claim 5 or 6, it is characterised in that：The heating component is built in interior including at least one
Housing（22）Steam heat exchange tubulation（23）, steam inlet pipe（231）And steam outlet pipe（232）；The steam inlet pipe（231）And steam outlet pipe
（232）It is respectively arranged in inner housing（22）Top and bottom；
The inner housing（22）Lower end be inverted cone barrel structure cavity, formed inlet space（261）；The inlet space（261）'s
Bottom and oil inlet pipe（221）It is connected, top and steam heat exchange tubulation（23）Lower end be connected；
The inner housing（22）Roof and shell body（21）The cavity that upper end taper cone barrel side wall is surrounded, forms out grease chamber
（262）；It is described go out grease chamber（262）Bottom and steam heat exchange tubulation（23）Upper end be connected, top and flowline（222）
It is connected.
8. the device according to claim 5 or 6, it is characterised in that：The heating component includes being built in inner housing（22）
Combustion chamber（27）And smoke exhaust pipe（273）；The smoke exhaust pipe（273）Positioned at inner housing（22）Top；
The combustion chamber（27）Main body is cylindrical structure, and its outer cover is provided with helical heating pipe（271）；Combustion chamber（27）With inner casing
Body（22）Between cavity formation heat-exchanging chamber（28）；The heat-exchanging chamber（28）Bottom and oil inlet pipe（221）It is connected, pushes up
Portion and flowline（222）It is connected；
The inner housing（22）Roof and shell body（21）The cavity that upper end taper cone barrel side wall is surrounded, forms smoke evacuation room
（29）；The smoke evacuation room（29）Bottom and combustion chamber（27）Top be connected, top and smoke exhaust pipe（273）It is connected.
9. device according to claim 8, it is characterised in that：The smoke evacuation room（29）Bottom and combustion chamber（27）Top
Pass through at least one burning heat exchange tubulation between portion（272）It is connected；The burning heat exchange tubulation（272）It is built in hot friendship
Change room（28）, its lower end and combustion chamber（27）Top be connected, upper end with smoke evacuation room（29）Bottom be connected.
10. the device according to claim 5 or 6, it is characterised in that：The device also includes a filter（30）, it is filtered
Device oil inlet（31）With fried tank oil-out（114）It is connected, filter oil-out（32）By located at heater housing body
（21）Second oil inlet of side wall（213）With accumulator（25）It is connected.
11. the device according to claim 5 or 6, it is characterised in that：The fried tank body（11）Wall and heater（20）'s
Shell body（21）Wall is folded with heat-insulation layer.
12. the device according to claim 5 or 6, it is characterised in that：The shell body（21）Sidepiece be additionally provided with liquid level gauge
（214）.
13. device according to claim 1, it is characterised in that：The fried tank body（11）Sidepiece be additionally provided with low level liquid
Position meter（116）With high-order liquid level gauge（117）.
14. device according to claim 1, it is characterised in that：The fried tank body（11）Sidepiece be additionally provided with temperature biography
Sensor（118）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621251007.1U CN206371380U (en) | 2016-11-22 | 2016-11-22 | Fully automatic vacuum deep-frying device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621251007.1U CN206371380U (en) | 2016-11-22 | 2016-11-22 | Fully automatic vacuum deep-frying device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206371380U true CN206371380U (en) | 2017-08-04 |
Family
ID=59402706
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621251007.1U Withdrawn - After Issue CN206371380U (en) | 2016-11-22 | 2016-11-22 | Fully automatic vacuum deep-frying device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206371380U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106305867A (en) * | 2016-11-22 | 2017-01-11 | 全武 | Full-automatic vacuum frying device |
| CN107410400A (en) * | 2017-09-04 | 2017-12-01 | 合肥家佳乐食品工业有限公司 | A kind of crispy rice machine contains oil sump |
| CN114946900A (en) * | 2022-06-13 | 2022-08-30 | 嘉兴美旺机械制造有限公司 | Circulating type induction cooker frying device |
-
2016
- 2016-11-22 CN CN201621251007.1U patent/CN206371380U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106305867A (en) * | 2016-11-22 | 2017-01-11 | 全武 | Full-automatic vacuum frying device |
| CN106305867B (en) * | 2016-11-22 | 2018-12-07 | 全氏食品机械（上海）有限公司 | Fully automatic vacuum deep-frying device |
| CN107410400A (en) * | 2017-09-04 | 2017-12-01 | 合肥家佳乐食品工业有限公司 | A kind of crispy rice machine contains oil sump |
| CN114946900A (en) * | 2022-06-13 | 2022-08-30 | 嘉兴美旺机械制造有限公司 | Circulating type induction cooker frying device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20170804 Effective date of abandoning: 20181207 |