CN102327070A - Electronic frying and baking dual-purpose stove - Google Patents
Electronic frying and baking dual-purpose stove Download PDFInfo
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- CN102327070A CN102327070A CN2011101441262A CN201110144126A CN102327070A CN 102327070 A CN102327070 A CN 102327070A CN 2011101441262 A CN2011101441262 A CN 2011101441262A CN 201110144126 A CN201110144126 A CN 201110144126A CN 102327070 A CN102327070 A CN 102327070A
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Abstract
The invention discloses an electronic frying and baking dual-purpose stove which comprises a freight house assembly, a bracket, a heating part, an insulating part, a power supply control part, a conductive slip ring part, a speed reduction motor and a blower part, and also comprises a freight house assembly with an air blower, a dual-hollow shaft freight house assembly, a nose assembly, a heat-radiating air assembly, a support shaft assembly and a driven nose assembly, wherein the heat-radiating air assembly is of a heat-radiating air structure arranged on the nose assembly, the heat-radiating air structure introduces hot air of the speed reduction motor into a freight house; and the support shaft assembly is arranged at one side of the freight house assembly and respectively correspond to an equidirectional output speed reduction motor or vertical output speed reduction motor. The electronic frying and baking stove does not generate pollution, has small occupation area, and does not damage appearance of foods during working. The electronic frying and baking stove is suitable for site processing in a market place, can meet frying and baking two-purpose functions, ensures that processed foods are baked, and can realize the purposes of saving electricity and energy and protecting environment.
Description
Technical field
The present invention relates to the roasting dual-purpose stove of a kind of electronic stir-fry, be particularly useful for frying, roast food, like dry fruits such as frying chestnut, peanut, melon seeds, almonds, and foods such as baking Ipomoea batatas, bread, fish, gigot.
Background technology
Prior art frying or baking food exist since non-uniform temperature cause burnt easily burnt, big because of the many energy consumptions of heat loss, equipment is heavy, function singleness, exhaust gases environmental sanitation, be not easy to improve shortcoming such as special mouthfeel; Nearly all retailer is frying chestnut and other dry fruits two multi-form stir-fry stoves of purchasing on market, and frying and baking are again the equipment of two kinds of fundamental differences, accomplish frying chestnut and other dry fruits and three kinds of multi-form equipment of baking food needs.
Because the heaviness and the contaminated environment of existing equipment, on-the-spot frying dry fruit, baking Ipomoea batatas etc. are managed by marginalisation in big and medium-sized cities, only in the side street lane or the town and country combination be with rare existence.Processing dry fruit in addition, to receive raw material restriction and seasonal effect be the cycle with six months generally, is mostly dull season in Chun Mo and summer, and the existing in the dull season idleness of equipment has caused sky to account for the place and the wasting of resources.Existing scheme can overcome the part shortcoming of above-mentioned simple function but inconvenience is implemented and exist destruction food phenomenon such as frying shelled peanut to be not suitable for stirring, and the method that has does not appeal to refined taste at all; The naked light dry fruits such as chestnut of teaching what one has just learned are can't stand in hall in nearly all supermarket, but hot chestnut and the dry fruit of teaching what one has just learned are better to eat, so because the few cost of intermediate link hangs down and is not easy contaminatedly, field machining receives consumer's welcome more easily.
One Chinese patent application number is 98238998.1 " horizontal drum dry stir-frying machines " in the prior art, and one Chinese patent application number is 200310102337.5 stainless steel electrical heating sugar fried chestnut machines, just has above-mentioned defective.Chinese patent 200820069856.4 " electromagnetism baking machine ", practicality also has much room for improvement except that the structure complicacy.
Summary of the invention
The purpose of this invention is to provide a kind of heating, insulation, ventilation, draining, air blast, the roasting dual-purpose stove of energy-conservation integrated electronic stir-fry; This electric dual-purpose furnace structure combination various ways; Both can use separately; Also can a plurality ofly use simultaneously, the present invention provides a kind of flexible and changeable combining structure, to satisfy the various demands of more users and more applied environments.
For reaching above-mentioned purpose, the present invention provides a kind of electronic stir-fry to bake dual-purpose stove, comprising: freight house assembly, support, heating, insulating sections, power control part branch, conducting slip ring part, reducing motor and blower section is characterized in that:
Said freight house assembly is a tape drum blower fan freight house assembly, is meant at freight house assembly outer setting one air blast to constitute;
Said freight house assembly is two hollow shaft freight house assemblies; Be meant that freight house assembly and a solid shafting and follower constitute; The two ends of two hollow shaft freight house assemblies are provided with left and right hollow shaft, form the passage of air outlet and exhaust outlet, air blast be arranged at hollow shaft near;
Nose assembly is meant that the integration of freight house assembly and reducing motor constitutes, and nose assembly can a plurality of forms be arranged on the same frame;
Heat radiation wind assembly is meant that nose assembly is provided with heat radiation wind structure, and this structure is introduced freight house with the hot blast of reducing motor;
The back shaft assembly is installed on freight house assembly one side, is made up of the minor axis parts of different structure, and is coupled with reducing motor;
Driven nose assembly is meant the back shaft assembly and constitutes driven head after axle output reducing motor or the coupling of vertical output reducing motor in the same way that a plurality of driven heads are arranged on the same frame, constitute driven nose assembly.
Wherein, said nose assembly comprises the rotor driven nose assembly, and this rotor driven nose assembly is meant the freight house assembly and the structure of the rotor coupling of the motor of axle output or vertical output in the same way.
Wherein, said nose assembly comprises that stator drives nose assembly, and this stator drives the structure that nose assembly is meant freight house assembly and the stator coupling of the motor of axle output or vertical output in the same way.
Wherein, said heat radiation wind assembly comprises pipe heat radiation wind structure, and the pipe of this pipe heat radiation wind structure is provided with centrifugal flow spout and adjacent air stream outlet, and an end of pipe connects the air-flow spout, and the other end penetrates the wall of freight house air-flow is introduced.
Wherein, said heat radiation wind assembly comprises an annulus radiator structure, and said pipe is outside equipped with an annulus, and the corresponding centrifugal fan leaf of said pipe left end place is provided with the centrifugal flow spout.
Wherein, said heat radiation wind assembly comprises a wireway radiator structure, and said pipe is outside equipped with a wireway, and the corresponding centrifugal fan leaf of said pipe left end place is provided with centrifugal flow spout and crooked wireway.
Wherein, said back shaft assembly comprises:
One minor axis, an end and the freight house assembly of this minor axis are fixed, and the other end of minor axis and the slip of motor plug together secondary coupling, and this slip plugs together the circumference self-locking matching pair that pair is a pair of axial negative and positive butt joint, comprises that the convex-concave of slip plugs together or spline slip socket join structure.
Wherein, said back shaft assembly comprises:
One minor axis, the left end of this minor axis and freight house assembly are fixed, follower of minor axis stage casing socket, the bearing block and the bearing of an outer astragal convex-concave platform of the right-hand member socket of minor axis, motor driving wheel and follower coupling drive freight house and rotate.
Wherein, said back shaft assembly comprises:
One minor axis, the ring flange of this minor axis left end is coaxial fixing with the freight house assembly, and freight house assembly outer setting has the friction band, and the driving wheel of a reinforcement back shaft motor contacts with the friction band of this freight house assembly, drives freight house and rotates.
Wherein, said power control part branch comprises: motor, air blast, timer, temperature controller and electric-heating assembly, it is characterized in that,
Control circuit is by the stator drive motors, and the connected mode of circuit is that motor partly reaches the A point that the anti-switch that rolls is connected in slip ring assembly, and motor partly is connected with timer and switch through slip ring;
Control circuit is by the rotor driven motor, and the connected mode of its circuit is that motor partly reaches the B point that the anti-switch that rolls is connected in slip ring assembly, and motor through slip ring, directly is not connected with timer and switch.
The invention has the beneficial effects as follows; Provide a kind of light and handy decorative layer attractive in appearance can adopt stainless steel, economy pollution-free again; Can be placed under the sales counter, work in the corner, and work the time does not destroy the food outward appearance and is adapted at the roasting dual-purpose stove of electricity cooker, electricity of rent expensive senior sales field field machining and energy-conservation practicality as not causing the shelled peanut fragmentation.Trade company can use an equipment to adjust the item to manage flexibly according to business circumstance and seasonal variations; Can promptly fry dry fruit other food of baking again in autumn and winter, rely on spring and summer other food of baking to spend dull season, thereby improve the vigor of managing of trade company.Find again in the experimentation that this technology can also process the electricity cooker stove that main equipment is used for industrial enterprise.And found not reckon with at the beginning of the design, can improve the good effect of dry fruit quality.
With the frying chestnut is example; Chestnut is divided into oil chestnut and Chinese chestnut, and the oil chestnut originates among the northern mountain forest, and individuality yields poorly for a short time, because of the good price of mouthfeel is omited high.Chinese chestnut mainly originates on the south the Huaihe River among the mountain forest, and individual big output is high, and price is lower slightly with prior art frying mouthfeel difference.Prior art frying chestnut, people favor mouthfeel " glutinous " and the sorrow of oil chestnut, and it is little, gasp in admiration " individual big " of Chinese chestnut, and sorrow its mouthfeel " blunt " is regrettable.Because present technique is under correct time and temperature control; Chinese chestnut is under the operating mode of equilibrium and higher temperature; It is abundant that Chinese chestnut includes the higher starch slaking of lignified fiber, reached " glutinous " with oily Li Xiangtong, and this effect is similar to the difference that pressure cooker and ordinary pan are stewed bone.Many people's reflections surpass the oil chestnut of prior art processing with the mouthfeel of present technique processing Chinese chestnut.The universal use of present technique might bring considerable benefit because of sales volume increases to dry fruit plantation and processing industry.New varieties of household appliance technical field " are fried and are baked dual-purpose stove " and are born simultaneously.
See that from test for data and effect the present invention is economized on electricity than existing methods and is no less than 60%, saves time 70%, the 70%--100% that saves space, the pollutant of generation can be collected.Be highly suitable for the on-the-spot use in senior sales field.
Description of drawings
Fig. 1 is the freight house assembly sketch map of the roasting dual-purpose stove tape drum blower fan of electronic stir-fry.
Fig. 2 is the freight house assembly cutaway view of Fig. 1.
Fig. 3 is the grill structure sketch map that is provided with in the freight house.
Fig. 4 A is that freight house assembly and motor are integrated sketch map, and this freight house assembly is tape drum blower fan freight house assembly not.
Fig. 4 B is a freight house assembly left end portion structural representation.
Fig. 4 C be the freight house assembly right-hand member of tape drum blower fan with after hollow shaft is connected, the hollow shaft right part is provided with the blower fan structure sketch map.
Fig. 5 is freight house assembly and motor combination sketch map, the freight house assembly that this freight house assembly is the tape drum blower fan.。
Fig. 6 is for being provided with the roasting dual-purpose stove sketch map of a plurality of electronic stir-frys on the same frame, roasting dual-purpose stove goods of wherein a plurality of stir-frys and multi-form nose assembly are integrated, and also can integrate with the nose assembly of same form.
Fig. 7 integrates sketch map for the rotor driven nose assembly.
Fig. 8 integrates sketch map for stator drives nose assembly.
Fig. 9 is the structural representation of radiator fan cover.
Figure 10 is the cutaway view of radiator fan cover, and the radiator fan cover is a pipe radiator structure, and this structure is to adopt the axial flow blower principle that the reducing motor wind that dispels the heat is introduced freight house, and in the fixing said pipe of motor, the ring flange of this pipe communicates with freight house.
Figure 11 is the cutaway view of radiator fan cover, and the radiator fan cover is an annulus heat radiation wind structure, and motor is fixed in the pipe, and the spatial area of heat radiation wind more greatly.
Figure 12 is the cutaway view of radiator fan cover, and the radiator fan cover is a guide wire radiator structure, adopts the centrifugal blower principle that the heat radiation wind of reducing motor itself is drawn, and introduces the structure of freight house again through a guide wire.
The radiator fan cover structure of Figure 13 for providing according to Figure 10,11,12 can omit air blast on the freight house assembly, Figure 13 shows Figure 10,11,12 radiator fan cover structure and freight house assembly integration sketch map.
Figure 14 is multiple back shaft assembly, with the different reducing motor structure of correspondence.
Figure 15 be after the component-assembled of back shaft assembly with the reducing motor coupling, constitute driven head 70.
Figure 16 be after the component-assembled of back shaft assembly with the reducing motor coupling, constitute driven head 71.
Figure 17 be after the component-assembled of back shaft assembly with the reducing motor coupling, constitute driven head 72.
Figure 18 is back shaft assembly and reducing motor coupling, constitutes driven head 73-75, is arranged on the same support.
Figure 19, Figure 20 are supporting structure.
Figure 21 is a stator drive motors control circuit.
Figure 22 is the rotor driven circuit for controlling motor.
Symbol among the figure:
1 grill, 2 supports, 3 slip ring assemblies, 4 doors, 5 bearings
6 power supplys are controlled 7 hollow shafts, 8 solid shaftings, 9 electric-heating assemblies, 10 temperature controllers
11 driven pulleys, 12 followers, 13 conventional motors, 14 air blasts, 15 stoppers
16 breather pipes, 17 handwheels 18 cap 19 freight houses that catchment
20 rotor driven nose assemblies: freight house assembly and axle output motor rotor integrated structure in the same way
21 rotor driven nose assemblies: freight house assembly and vertical output rotor integrated structure
22 stators drive nose assembly: freight house assembly and axle output reducing motor stator integrated structure in the same way
23 stators drive nose assembly: freight house assembly and vertical output reducing motor stator integrated structure
24 tape drum blower fan freight house assemblies, 25 freight house assemblies
26 pairs of hollow shaft freight house assembly 27 bearing caps
28 strengthen axle 29 bearings
The rotor of 31 reducing motors
33 axle output reducing motor 34 vertical output reducing motors in the same way
The stator 37 of 35 reducing motors is strengthened bolster
36 driving wheels, 40 annulus heat radiation wind structure
41 guide wires heat radiation wind structure, 42 guide wires
43 pipes heat radiation wind structure
The parts of 44-47 heat radiation wind assembly
The parts of 50-59 heat radiation wind assembly
The parts of 60-69 back shaft assembly
The driven nose assembly of 70-75
The 80 anti-switches that roll
The specific embodiment
Embodiment one is referring to Fig. 1;
Support bracket fastened combining structure is arranged, and reducing motor, small blast fan, bearing, conducting slip ring, sheet metal that comprises adjustable speed etc. is subsequent use;
As shown in Figure 1, on a closure casing freight house 19 that symmetry axis arranged; But the housing front is provided with enough doors 4 of big folding, and usual hinge structure, buckle coupling are adopted in door and doorway.On the outer wall of closure casing inner bag 19, twine or parcel electric-heating assembly 9;
As shown in Figure 2, be freight house 19 cutaway views, and temperature controller 10 is set, the contact of temperature-sensitive head is connected with electric-heating assembly 9.Behind electric-heating assembly other reservation lead location and breather pipe 16 positions; The parcel insulation material forms heat-insulation layer; Heat-insulation layer wraps up outward again and decorates baffle, on the door 4 and the left and right end, wraps up heat-insulation layer equally and decorates baffle, and freight house 19 outer surfaces are provided with the switch enclosure of temperature controller 10.Breather pipe 16 on it penetrates each freight house 19 ectonexine communication with cavity and air; For making things convenient for breather pipe 16 first-selections, technology is installed on the bottom surface on the left and right both sides of freight house; Simultaneously as shown in Figure 4, be provided with and the close-fitting stopper 15 of breather pipe 16 endoporus, stopper 15 is blocked breather pipe 16 when freight house need not be ventilated; Stopper 15 can also conveniently plug on cap 18 is catchmented in the hollow tee pipe coupling of T type (Fig. 4), so that concentrate from breather pipe 16 direct exhaust and condensed water.
As shown in Figure 2; Establish the hole 7f of concentric at the end, freight house 19 left side; What be communicated with the hole 7f of concentric is hollow shaft 7, and this hollow shaft 7 is provided with axially extending bore and ring flange, through ring flange and flange plate bolt concentric be connected the ends, freight house 19 left side; Its axially extending bore 7c and freight house 19 inner chambers connect, and the aperture is suitable with breather pipe 16.Surperficial foraminate heat insulating mattress 7z is set at the ring flange place, stops the heat transfers during use and prevent that granule materials from flowing into hollow shaft.
As shown in Figure 2, electric slip ring assembly 3, bearing 5, handwheel 17 are installed on the hollow shaft 7 in freight house 19 left sides from right to left successively.Electric slip ring assembly 3 and hollow shaft 7 tight fits, output electrode is electrically connected with temperature controller 10 and electric-heating assembly 9; Handwheel 17 entangles hollow shaft 7 and is rigidly connected, and handwheel 17 spindle noses that entangle hollow shaft 7 suitably protrude the formation boss.Catchment and establish " T " font through hole in the cap 18 (shown in Fig. 4 A), tube head is processed the buckle shape.On breather pipe 16 and axially extending bore 7c, adopt respectively and be clasped; Make it the catchment joint of cap 18 of socket flexibly; " T " font through hole communicates with freight house 19 inner chambers through axially extending bore 7c or breather pipe 16, and cap 18 two other ports that catchment are used to connect hose guide waste gas and discharge condensed water outdoor and the collection cohesion.(like baked food) blocked end, the breather pipe 16 of axially extending bore 7c with close-fitting stopper 15 when need not be through the air-flow draining, and waste gas is discharged through the slit diffusion of freight house door 4.Said structure can constituent components unit---freight house assembly 25, like Fig. 2, structure shown in Figure 4.
As shown in Figure 1; The present invention provides a kind of freight house assembly 24 of tape drum blower fan; Its structure is that air blast 14 leaves an aperture at freight house 19 sides to inner chamber at small-sized electric air blast 14 that attaches delay switch of the outside installation in the right end of freight house one side, and the air outlet of air blast connects a bend pipe; Aperture is inserted in the other end, and direct cold is distinguished and admirable goes into freight house 19 inner chambers.Establish the grate that there are some apertures on a surface in the bend pipe that air blast connects simultaneously, stop granule materials to flow into air blast 14 during use, air blast 14 power supplys are electrically connected with slip ring.Above structure also is referred to as the freight house assembly left side 24 (assembly before promptly also not integrating with reducing motor) of the freight house assembly 24 or the tape drum blower fan of tape drum blower fan, like Fig. 1, shown in Figure 5.
As shown in Figure 4, freight house assembly 25 of the present invention is combined with the follower 12 of hollow shaft 7 and motor, provides a kind of pair of hollow shaft freight house assembly 26.Its structure is at the pipe shape hollow shaft 7 of the right lower shaft heart of freight house through the concentric mounting strap ring flange of flange plate bolt; Pie graph 4 parts; Its hollow shaft 7 connects with freight house 19 inner chambers; The ring flange place is provided with the foraminate heat insulating mattress 7z of center surface, and heat axially conducts and granule materials inflow hollow shaft 7 when preventing to use.Follower 12, the two hollow shaft freight house nose assemblies 26 of spindle nose bearing 5 formations are installed on hollow shaft 7 from left to right successively, and its air blast 14 is arranged at the end of hollow shaft 7, shown in the enlarged drawing of Fig. 4 B hollow shaft 7 ends.Above structure also is referred to as freight house assembly 25 or freight house assembly left side 25 (being not comprise blower parts on the freight house, the assembly before also not integrating with reducing motor), and is as shown in Figure 4.
As shown in Figure 5, the invention provides a kind of freight house assembly 24 of tape drum blower fan, be that " the freight house assembly of tape drum blower fan " and " follower 12 of solid shafting 8 and motor " is combined.This structure is the center, the right end of the freight house assembly (Fig. 1) of tape drum blower fan to be passed through the solid shafting 8 of the concentric mounting strap ring flange of flange plate bolt; Heat insulating mattress is placed in the ring flange junction; At this solid shafting 8 follower 12, the bearing 5 of motor are installed successively from left to right, are constituted the freight house assembly 24 of tape drum blower fan.
" two hollow shaft freight house assembly 26 " provided by the invention is that two hollow shaft freight house assemblies 26 form the passage of blowing and discharging gas through two hollow shafts of the left and right end of freight house with the difference of " the freight house assembly 24 of tape drum blower fan "; And the freight house assembly 24 of tape drum blower fan is with 14 air-supplies of the plug-in small blast fan in freight house 19 right sides, and these two kinds of air draft modes are identical, and except that electrical equipment connects the originating party formula slightly the difference, other structure, yardstick are identical substantially, and especially two kinds of freight house assemblies can exchange use.
Like Fig. 4, shown in Figure 5, two kinds of freight house assemblies 24,26 all are arranged on inverted " door " type support 2, and the bearing block on the wherein left and right rack leg cooperates with " two hollow shaft freight house assembly unit " " the freight house assembly of tape drum blower fan " left and right bearing 5; Adjustable speed reducing motor 13 is installed on the right support leg; Crawl, speed-regulating switch can be in the power supply controls 6 that is installed on the left socle leg; The follower 12 that driven pulley 11 on its driving shaft drives on " two hollow shaft freight house assembly unit " or " the freight house assembly of tape drum blower fan " rotates, and also can adopt the hydraulic motor of gear drive, Hydraulic pump driving etc. in addition.Wherein the right leg of the door frame of " two hollow shaft freight house assembly " is installed the air blast 14 that attaches delay switch again, and make the air blast gas outlet near and wind effectively blow into the hollow hole of hollow shaft 7.Power supply control 6 can be installed on the left socle leg; And the timer of circuit setting, crawl, speed-regulating switch and slip ring assembly 3, electric-heating assembly 9, temperature controller 10, adjustable speed reducing motor 13, the air blast 14 that attaches delay switch be electrically connected; Constitute circuit structure of the present invention, like Figure 21, shown in 22.
As shown in Figure 3; According to freight house 19 inner cavity sizes, make the grill 1 that can resolve into two separate components with bonding jumper, in grill 1 some level courses are set highly suitably radially; The grill of two solids is closed up, and is spliced into the shape that matches with freight house 19 inner chambers.Divide priority to put into freight house 19 inner chambers the grill of two solids, form three-dimensional layer frame, the bracing frame during as the baking food.
Operating process: when using electronic stir-fry to bake dual-purpose stove, shake handwheel 17 earlier or control 6 by power supply, freight house 19 rotates; Make door 4 up, the disable motor switch is put into grill 1 during baked food, opens and closes door 4 after door adds material; Configure timer, temperature controller 10 on demand, temperature is arranged on 170 ℃--and 300 ℃, adjustable speed reducing motor 13 drives freight house 19 and slowly rotates; Look different freight house radius rotating speed is set, be arranged on usually below 40 rev/mins, electric-heating assembly 9 energisings; Begin to the heating of freight house 19 nexines, freight house 19 is outer owing to the heat-insulation layer effect does not heat up basically.
Transfixion when food rolls baking in freight house 19, and constantly heat absorption is warming up to preset temperature, freight house is by the time insulation of setting, and steam can freely overflow from breather pipe 16 and hollow shaft 7.Delay switch is closed simultaneously, and air blast 14 constantly blows into cold air, promotes that steam is discharged and material dewatering in the freight house 19.
For the occasion of the environment that needs protection, block breather pipe 16 with stopper 15, the T type tubulose cap 18 that catchments to be installed on 7 of hollow shafts, and to be connected the pipe direct exhaust and discharge outside the freight house, condensed water is collected into container via tube head along flexible pipe.During baked food, block the hole of hollow shaft with stopper 15, on the breather pipe 16 of freight house 19, insert the T type tubulose cap 18 that catchments, and connect the pipe direct exhaust and discharge outside the freight house, condensed water is collected into container via tube head along flexible pipe.
When the frying food or the baked food arrival scheduled time, timer action powered-down, adjustable speed reducing motor 13, electric-heating assembly 9, air blast 14 quit work; Shake handwheel 17 or by point driving switch, the door 4 that makes freight house 19 is opened door 4 towards the top; Take out material; The processing one action is accomplished, because whole machining process process heat loss is few, so very power saving.
Said structure is according to output and environmental condition, and the size that selection adapts can be made into large-scale or mini-plant.
Embodiment two
Fig. 4 and Fig. 5 are arranged at the structure on the framework 2 with reducing motor 13, and this is more traditional motor set-up mode.As a whole for freight house 19 and reducing motor 13 are integrated, reduce taking up room of dual-purpose stove, the present invention will provide a kind of combining structure that freight house assembly and reducing motor are integrated.This structure comprises that " the freight house assembly 24 of tape drum blower fan " is fixing respectively with the stator or the rotor of low profile gear motor 33, constitutes the unit equipment of two kinds of forms.As shown in Figure 6, four patterns of two kinds of forms " head " are incorporated into a work in combination state on the support 2.The structure of this integration is referred to as " nose assembly ", and promptly freight house and motor integrate structure, and be as shown in Figure 6,
The 20th, the pattern that the rotor of " the freight house assembly 24 of tape drum blower fan " and axle output in the same way is coupled;
The 21st, the pattern of the motor 34 rotors coupling of " the freight house assembly 24 of tape drum blower fan " and vertical output;
The 22nd, the pattern that the motor stator of " the freight house assembly 24 of tape drum blower fan " and axle output in the same way is coupled;
The 23rd, the pattern of the motor 34 stators coupling of " the freight house assembly 24 of tape drum blower fan " and vertical output.Two kinds of forms of stator and rotor, and the electronic stir-fry baking oven " nose assembly " of four patterns is identical with support 2 fit dimensions, can use by transposition.Below specify.
As shown in Figure 7, " the freight house assembly of tape drum blower fan " and vertical output or an axle output reducing motor rotor is fixing in the same way constitutes " rotor driven nose assembly "; Rotor driven nose assembly 20,21; Nose assembly is parts of realizing major function; Structure is that " the freight house assembly 24 of tape drum blower fan " is fixing with the rotor 31 of the reducing motor of strengthening output shaft 28; The purpose of strengthening rotor of output shaft axle is to strengthen the intensity of its output shaft, can load capacity, transmit moment of torsion, also to resist powerful the impact.
Be illustrated in figure 7 as rotor driven " nose assembly " sketch map; At the flanged dish of left end of strengthening axle 28; Its right-hand member center of strengthening axle 28 has axis hole and dowel hole, strengthens axle 28 and is combined with bearing cap 27, bearing 29, axle with locknut 30, strengthens the output shaft 31 that axle 28 centre bores entangle reducing motor 33; The formation key cooperates, and bearing cap 27 will be strengthened axle 28 right-hand members through bolt and be fixed on the housing of vertical output reducing motor 33.On the shell of reducing motor 33 right-hand members, the grasping during of the cone-shaped ring of a fixing protuberance as the handle handled easily.The ring flange of strengthening axle 28 left ends installs additional behind the heat insulating mattress with the flange plate bolt at the center, the right end of freight house assembly one side of tape drum blower fan fastening, as 20,21 integrating styles among Fig. 6.
Be illustrated in figure 8 as stator and drive the nose assembly sketch map; " the freight house assembly of tape drum blower fan " fixed with the reducing motor stator of vertical output or axle output in the same way; Constitute stator and drive nose assembly (like 22,23 integration styles among Fig. 6); Nose assembly is parts of realizing major function, and structure is that " the freight house assembly 24 of tape drum blower fan " is fixing with the stator 35 of the reducing motor of strengthening back shaft 37.The purpose of strengthening rotor supports axle 37 is to strengthen its intensity, can load capacity, transmit moment of torsion, also to resist powerful the impact.The reducing motor of strengthening driving shaft is slightly different at accessory size with the reducing motor of strengthening back shaft, and other structure is basic identical, and title is not both in order to represent difference; Fig. 8 is a vertical output reducing motor structural representation of strengthening back shaft 37; Wherein reducing motor output shaft 35 embeds the centre bore formation key cooperation of back shaft 37 left ends; Axle is fixed on back shaft 37 left ends with locknut 30 with bearing 29; On reducing motor 33 shells, make the prominent circle of large scale hollow and be used for combining with the carriage of support 2 on the one hand, grasping when the bigger centre bore of prominent round right-hand member can be done the handle handled easily by back shaft 37 right-hand members with axle and bearing fixing for bearing cap 36; Reducing motor 33 left ends install additional behind the heat insulating mattress with the flange plate bolt 7d at the center, the right end of freight house assembly of tape drum blower fan fastening, as 22,23 integrating patterns among Fig. 6.
Embodiment three
The present invention integrates the freight house part with reducing motor can make compact conformation, and it is the structure that freight house provides wind regime that the benefit of this compact conformation also is to provide a kind of heat energy that makes full use of motor.Reducing motor itself is the band radiator fan; The air passage structure of its radiator fan of transformation that the present invention is suitable can save the air blast 14 that is provided with on the freight house, makes reducing motor when being self-radiating; Adjustable lasting cold wind is provided for freight house 19, to promote the food dehydration.A kind of method provided by the invention is the method that motor radiating wind is introduced, and this method is to adopt the axial flow blower principle that the reducing motor wind that dispels the heat is introduced freight house 19.Another kind of method provided by the invention is the method that motor radiating wind is drawn, and its method is to adopt the centrifugal blower principle that the heat radiation wind of reducing motor itself is drawn, and introduces freight house 19 through pipeline again.
Heat radiation wind structure provided by the invention is that a radiator fan cover that external diameter is bigger is set on the original radiator fan cover of reducing motor circumference again, and this radiator fan cover can be pipe heat radiation wind structure 43, annulus heat radiation wind structure 40 or wireway heat radiation wind structure 41.These three kinds of structures all are embodied among Figure 13.
As shown in Figure 9, be the structural representation that wherein a kind of radiator fan cover is regulated air quantity.This radiator fan cover is a pipe 50; This pipe plays the effect of the hot blast of motor being introduced freight house; This radiator fan cover pipe 50 is provided with centrifugal flow spout 57 and adjacent air stream outlet 58; One end of radiator fan cover pipe 50 connects air-flow spout 57, and the other end penetrates the wall of freight house 19 air-flow is introduced, and establishes grate in radiator fan cover pipe 50 apertures and prevents that particle from leaking.Air stream outlet 58 and original radiator fan cover circumference junction; If one can prolong the chute 52 of circumferential slippage; Release handle 53 moves in a circle along chute inner close fitting radiator fan cover pipe 50, through the throughput that manual adjustments gets into spout, the current rate that gets into freight house with change.
Figure 10 is a pipe heat radiation wind structure 43, and Figure 10 is arranged at the cutaway view in the pipe with motor, so that further specify the effect of radiator fan cover pipe 50.This structure is motor radiating wind to be introduced the structure of freight house.Shown in figure 10; Outside reducing motor 33 shells, with the loose fixing pipe 50 of holding firmware 45, these pipe 50 left ends are provided with ring flange 44; Pipe 50 right-hand member inner chambers are established bearing 47; On the pipe wall on bearing 47 left sides, establish the aperture 46 of some perforations, pipe 50 right-hand members are established the back shaft 37 that an end is the prominent circle of large scale hollow, and back shaft 37 left end centre bores cooperate with reducing motor 33 preceding axle keys; Axle is fixed on the back shaft left end with locknut 30 with bearing 47, and the hole is fixed on back shaft 37 in the pipe 50 right-hand member inner chambers together with bearing 47 with locknut.Output shaft drives back shaft 37 and rotates during reducing motor 33 energising, and air gets into pipes 50 from pore 46, introduces the air blast left of armature spindle drive fans 48 through the reducing motor wind that will dispel the heat.Be close to vertical handle that the bar shaped band iron 53 of pipe 50 inwalls connects under the drive of hand, slide, regulate the window size that blocks along pipe 50 circumferencial directions along the chute of pipe 50 circumferencial directions, thus the proportion of flow of the adjustment blow rate required.At the foraminate heat insulating mattress 7z of ring flange 44 left end placement surface, concentric fixing through bolt and " freight house assembly 25 ".After above pipe heat radiation wind structure 43 was integrated with the freight house assembly, 43 parts that can consult Figure 13 were for the stator of vertical output reducing motor of the present invention drives the structure that head heat radiation wind imports freight house.
Figure 11 is an annulus heat radiation wind structure 40, and this structure is motor radiating wind to be introduced the structure of freight house; Figure 11 is provided with the annulus 55 that big external diameter constitutes in the periphery of pipe 50; These annulus 55 left ends are provided with ring flange, so that combine with freight house assembly 25, annulus 55 centre bores are connected with above-mentioned pipe 50 external diameters middle part entirely; Former fans 48 changes centrifugal fan leaf 54 into; But the window 39 of annulus 55 outer surface setting manual adjustments apertures is at the foraminate heat insulating mattress 7z of ring flange left end placement surface, concentric fixing through bolt and " freight house assembly 25 ".Pattern after annulus heat radiation wind structure 40 is integrated with the freight house assembly is asked for an interview 40 parts among Figure 13.
Figure 12 is a wireway heat radiation wind structure 41, and this structure is after motor radiating wind is drawn, the structure of introducing with wireway 42 again; The reducing motor fans 48 of Figure 12 changes centrifugal fan leaf 54 into; The corresponding centrifugal fan leaf of pipe 50 shell left ends place is provided with centrifugal flow spout and crooked wireway 42 left, and spout circumference adjacent is established cap jet and atmosphere, and circular arc strip band iron is under upright handle drives; Before and after chute, slide; The ratio that the adjustment air-flow gets into spout and cap jet, centrifugal fan leaf 54 right-hand member diameter of axle places establish annulus 56, annulus 56 external diameters and pipe 50 sealings; Fans 54 diameters of axle that entangle of interior ring width pine form air intake duct; Place the foraminate heat insulating mattress 7z in corresponding wireway 42 places at the ring flange left end, concentric fixing through bolt and " freight house assembly one side ", the tracheae that connects freight house is established at the right end of " freight house assembly one side " at corresponding wireway 42 places.Pattern after wireway heat radiation wind structure 41 is integrated with the freight house assembly is asked for an interview 41 parts among Figure 13.
Embodiment four
The purpose of the present invention in order to provide a plurality of freight houses to use simultaneously; And the demand that satisfies the assembling of different electric machine; The invention provides multiple multi-form assembly unit; Make the motor that the freight house assembly can the flexible configuration different structure, the various ways of a kind of " back shaft assembly " is provided for this reason, with the different reducing motor of corresponding coupling respectively.The coupling of back shaft assembly and different motors is positioned on the support, has constituted driven nose assembly thus.Shown in figure 14, combination has two multi-form reducing motors on support 2, and one is that axle is exported reducing motor 33 in the same way, and another is a vertical output reducing motor 34, the placement corresponding with the drive motors output shaft " driven head "." driven head " is by " the freight house assembly of tape drum blower fan " the fastening formation of ring flange with " back shaft assembly ", and " driven head " leans on the driving shaft coupling and accept power." back shaft assembly " has various ways, and the difference correspondence is axle output reducing motor 33 or vertical output reducing motor 34 in the same way.
Figure 15 is the unit construction sketch map of driven head 70, is first kind of structure 70 of bolster combination and reducing motor coupling.Shown in figure 15; The flanged dish of the left end of minor axis 60; This ring flange and freight house assembly 25 are fixing; The bearing block and the bearing 62 of an outer astragal convex-concave platform of minor axis 60 stage casing sockets, annulus 63 dock with bearing block and form the stingy hand of being convenient to grasping, and minor axis 60 right-hand members are to plug together secondary 61 with multiple slip with lock of motor.It is circumference self-locking matching pairs of a pair of axial negative and positive butt joint that slip plugs together secondary 61, comprises that the convex-concave of slip plugs together or spline slip socket join structure.Reducing motor 33 or 34 is fixed on the support; A fixing coaxial countershaft that is connected 65 that can slide with minor axis 60 on reducing motor 33 or 34 the output shaft 66; Countershaft 65 left ends be cooperate with minor axis 60 plug together secondary 64; 61 and 64 under external force, and the coaxial connection of slip is like protruding, groove fit or spline fitted.The structure of Figure 15 is the back shaft assembly and the driven head 70 of axle reducing motor coupling in the same way.
Figure 16 is the unit construction sketch map of driven head 71, is second kind of structure 71 of back shaft assembly and reducing motor coupling.Shown in figure 16, minor axis 60 left ends are ring flange, so that fix with the freight house assembly.Follower 68 of minor axis 60 stage casing sockets, the bearing block and the bearing 62 of an outer astragal convex-concave platform of right-hand member socket, annulus 63 dock with bearing block and form the stingy hand of being convenient to grasping.Deceleration motor 34 comprises that the reducing motor of strengthening back shaft 37 is fixed on the support, and driving wheel 36 and follower 68 couplings drive freight house and rotate.The structure of Figure 16 is the back shaft assembly and the driven head 71 of vertical reducing motor coupling.
Figure 17 is the unit construction sketch map of driven head 72, is the third structure 72 of back shaft assembly and reducing motor coupling.Shown in figure 17, the flanged dish of minor axis 60 left ends is fixed on the freight house assembly.The bearing block and the bearing 62 of an outer astragal convex-concave platform of minor axis 60 right-hand member sockets, annulus 63 dock with bearing block and form the stingy hand of being convenient to grasping.The ring flange of minor axis 60 left ends is coaxial fixing with " the freight house assembly of tape drum blower fan " right end, and the reducing motor 34 of strengthening back shaft 37 is fixed on the support, and driving wheel 36 is with 69 to contact with the friction of freight house outer wall parcel, drives freight house and rotates.The structure of Figure 17 is the back shaft assembly and the driven head 72 of vertical reducing motor coupling.
Figure 18 is that the bolster assembly with Figure 15, Figure 16, Figure 17 is arranged at the sketch map on the same frame.But some difference of the combination of bolster assembly and motor, Figure 18 explains that its form of driven head that back shaft assembly and motor coupling constitute is various.Such as, the last driven head 73 of Figure 18, its back shaft assembly (same with Figure 17) and axle reducing motor coupling in the same way constitute driven head 73.The last driven head 74 of Figure 18, its back shaft assembly (same with Figure 16) and axle reducing motor coupling in the same way constitute driven head 74.The last driven head 75 of Figure 18, its back shaft assembly (same with Figure 15) is coupled with vertical reducing motor, constitutes driven head 75.Various combination explanations on Figure 15 to Figure 18: driven head is coupled as various ways with different reducing motors, can exchange as required.
Figure 19 and Figure 20 are the support sketch map; Support 2 can be the combination of triangular supports, portal trestle or two kinds of supports; The holder of the left side of support 2 and right holder and freight house left bearing, right bearing position are corresponding; Left side holder has and left bearing, corresponding convex-concave platform and the groove of right axle with right holder surface, locking left bearing, right axial, circular motion.
Figure 21 and Figure 22 are control circuit of the present invention.This control circuit comprises control motor, air blast, timer, temperature controller, electric-heating assembly, slip ring assembly.Figure 21 is the control circuit of stator drive motors, and the connected mode of its circuit is that motor partly reaches the A point that the anti-switch 80 that rolls is connected in slip ring assembly, and motor partly is connected with timer and switch through slip ring.
Figure 22 is the control circuit of rotor driven motor, and the connected mode of its circuit is that motor partly reaches the B point that the anti-switch that rolls is connected in slip ring assembly, and motor through slip ring assembly, directly is not connected with timer and switch.The anti-switch 80 that rolls of setting of the present invention is located on the stationary element, autobiography rotation ceaselessly when preventing that freight house from falling support, and air blast is by independent temperature device or switch control.
Through foregoing description, dual-purpose stove is baked in electronic stir-fry of the present invention, and a kind of flexible and changeable combining structure is provided, to satisfy the various demands of more users and more applied environments.
Claims (10)
1. dual-purpose stove is baked in an electronic stir-fry, comprising: freight house assembly, support, heating, insulating sections, power control part branch, conducting slip ring part, reducing motor and blower section, it is characterized in that,
Said freight house assembly is a tape drum blower fan freight house assembly, is meant at freight house assembly outer setting one air blast to constitute;
Said freight house assembly is two hollow shaft freight house assemblies; Be meant that freight house assembly and a solid shafting and follower constitute; The two ends of two hollow shaft freight house assemblies are provided with left and right hollow shaft, form the passage of air outlet and exhaust outlet, air blast be arranged at hollow shaft near;
Nose assembly is meant that the integration of freight house assembly and reducing motor constitutes, and nose assembly can a plurality of forms be arranged on the same frame;
Heat radiation wind assembly is meant that nose assembly is provided with heat radiation wind structure, and this structure is introduced freight house with the hot blast of reducing motor;
The back shaft assembly is installed on freight house assembly one side, is made up of the minor axis parts of different structure, and is coupled with reducing motor;
Driven nose assembly is meant the back shaft assembly and constitutes driven head after axle output reducing motor or the coupling of vertical output reducing motor in the same way that a plurality of driven heads are arranged on the same frame, constitute driven nose assembly.
2. dual-purpose stove is baked in electronic stir-fry as claimed in claim 1, it is characterized in that,
Said nose assembly also comprises the rotor driven nose assembly, and this rotor driven nose assembly is meant the freight house assembly and the structure of the rotor coupling of the motor of axle output or vertical output in the same way.
3. dual-purpose stove is baked in electronic stir-fry as claimed in claim 1, it is characterized in that,
Said nose assembly comprises that also stator drives nose assembly, and this stator drives the structure that nose assembly is meant freight house assembly and the stator coupling of the motor of axle output or vertical output in the same way.
4. dual-purpose stove is baked in electronic stir-fry as claimed in claim 1, it is characterized in that,
Said heat radiation wind assembly comprises pipe heat radiation wind structure, and the pipe of this pipe heat radiation wind structure is provided with centrifugal flow spout and adjacent air stream outlet, and an end of pipe connects the air-flow spout, and the other end penetrates the wall of freight house air-flow is introduced.
5. dual-purpose stove is baked in electronic stir-fry as claimed in claim 4, it is characterized in that,
Said heat radiation wind assembly comprises an annulus radiator structure, and said pipe is outside equipped with an annulus, and the corresponding centrifugal fan leaf of said pipe left end place is provided with the centrifugal flow spout.
6. dual-purpose stove is baked in electronic stir-fry as claimed in claim 4, it is characterized in that,
Said heat radiation wind assembly comprises a wireway radiator structure, and said pipe is outside equipped with a wireway, and the corresponding centrifugal fan leaf of said pipe left end place is provided with centrifugal flow spout and crooked wireway.
7. dual-purpose stove is baked in electronic stir-fry as claimed in claim 1, it is characterized in that, said back shaft assembly comprises:
One minor axis, an end and the freight house assembly of this minor axis are fixed, and the other end of minor axis and the slip of motor plug together secondary coupling, and this slip plugs together the circumference self-locking matching pair that pair is a pair of axial negative and positive butt joint, comprises that the convex-concave of slip plugs together or spline slip socket join structure.
8. dual-purpose stove is baked in electronic stir-fry as claimed in claim 1, it is characterized in that, said back shaft assembly comprises:
One minor axis, the left end of this minor axis and freight house assembly are fixed, follower of minor axis stage casing socket, the bearing block and the bearing of an outer astragal convex-concave platform of the right-hand member socket of minor axis, motor driving wheel and follower coupling drive freight house and rotate the back shaft assembly.
9. dual-purpose stove is baked in electronic stir-fry as claimed in claim 1, it is characterized in that, said back shaft assembly comprises:
One minor axis, the ring flange of this minor axis left end is coaxial fixing with the freight house assembly, and freight house assembly outer setting has the friction band, and the driving wheel of a reinforcement back shaft motor contacts with the friction band of this freight house assembly, drives freight house and rotates.
10. dual-purpose stove is baked in electronic stir-fry as claimed in claim 1, it is characterized in that, said power control part branch comprises: motor, air blast, timer, temperature controller and electric-heating assembly, it is characterized in that,
Control circuit is by the stator drive motors, and the connected mode of circuit is that motor partly reaches the A point that the anti-switch that rolls is connected in slip ring assembly, and motor partly is connected with timer and switch through slip ring;
Control circuit is by the rotor driven motor, and the connected mode of its circuit is that motor partly reaches the B point that the anti-switch that rolls is connected in slip ring assembly, and motor through slip ring, directly is not connected with timer and switch.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201110144126.2A CN102327070B (en) | 2010-05-31 | 2011-05-30 | Electronic frying and baking dual-purpose stove |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201020220727 | 2010-05-31 | ||
| CN201020220727.8 | 2010-05-31 | ||
| CN201110144126.2A CN102327070B (en) | 2010-05-31 | 2011-05-30 | Electronic frying and baking dual-purpose stove |
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| CN102327070A true CN102327070A (en) | 2012-01-25 |
| CN102327070B CN102327070B (en) | 2014-02-19 |
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| CN2011201781109U Expired - Fee Related CN202179071U (en) | 2010-05-31 | 2011-05-30 | Electric stir-frying and baking dual-purpose oven |
| CN201110144126.2A Active CN102327070B (en) | 2010-05-31 | 2011-05-30 | Electronic frying and baking dual-purpose stove |
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| CN2011201781109U Expired - Fee Related CN202179071U (en) | 2010-05-31 | 2011-05-30 | Electric stir-frying and baking dual-purpose oven |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111743378A (en) * | 2019-03-28 | 2020-10-09 | 九阳股份有限公司 | Rotary stir-frying type cooking appliance |
| CN111743379A (en) * | 2019-03-28 | 2020-10-09 | 九阳股份有限公司 | Cooking utensil and stir-fry formula machine of cooking |
| CN112273981A (en) * | 2020-10-16 | 2021-01-29 | 浙江圣纳智能科技有限公司 | Barbecue dual-purpose copper chafing dish |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN202179071U (en) * | 2010-05-31 | 2012-04-04 | 武雄 | Electric stir-frying and baking dual-purpose oven |
| CN103005235A (en) * | 2013-01-05 | 2013-04-03 | 肇庆市京欧机械制造有限公司 | Wheat roasting mechanism and gas bath type wheat roaster applying same |
| CN103005236A (en) * | 2013-01-05 | 2013-04-03 | 肇庆市京欧机械制造有限公司 | Sand-bath type wheat frying machine |
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- 2011-05-30 CN CN2011201781109U patent/CN202179071U/en not_active Expired - Fee Related
- 2011-05-30 CN CN201110144126.2A patent/CN102327070B/en active Active
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| CN2371807Y (en) * | 1999-02-24 | 2000-04-05 | 王秋霞 | Improved structure of turnover baking apparatus for seeds of melon and fruit |
| CN101044958A (en) * | 2003-07-17 | 2007-10-03 | 许朝霞 | Automatic frying apparatus without oil smoke |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN111743378A (en) * | 2019-03-28 | 2020-10-09 | 九阳股份有限公司 | Rotary stir-frying type cooking appliance |
| CN111743379A (en) * | 2019-03-28 | 2020-10-09 | 九阳股份有限公司 | Cooking utensil and stir-fry formula machine of cooking |
| CN111743378B (en) * | 2019-03-28 | 2022-04-05 | 九阳股份有限公司 | Rotary stir-frying type cooking appliance |
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| CN112273981A (en) * | 2020-10-16 | 2021-01-29 | 浙江圣纳智能科技有限公司 | Barbecue dual-purpose copper chafing dish |
| CN112273981B (en) * | 2020-10-16 | 2021-08-27 | 浙江圣纳智能科技有限公司 | Barbecue dual-purpose copper chafing dish |
Also Published As
| Publication number | Publication date |
|---|---|
| CN202179071U (en) | 2012-04-04 |
| CN102327070B (en) | 2014-02-19 |
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