CN109373621A - Induced oscillation heat high-temperature warm air machine - Google Patents
Induced oscillation heat high-temperature warm air machine Download PDFInfo
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- CN109373621A CN109373621A CN201811402853.2A CN201811402853A CN109373621A CN 109373621 A CN109373621 A CN 109373621A CN 201811402853 A CN201811402853 A CN 201811402853A CN 109373621 A CN109373621 A CN 109373621A
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Abstract
The invention discloses a kind of induced oscillation heat high-temperature warm air machines, including casing, internal side of shell runner and shell air outlet are equipped in casing, internal side of shell runner includes internal side of shell side wall of flow channel and internal side of shell runner exit, the internal side of shell runner radial outside is equipped with casing and incudes circulatory flow, casing induction circulatory flow includes casing induction circulatory flow side wall, casing incudes circulatory flow import and the outlet of casing induction circulatory flow, casing incudes circulatory flow side wall and is equipped with induced oscillation heat generator, induced oscillation heat generator includes that heat generator senses thermally conductive protective cover, heat generator induced oscillation heating element and heat generator are insulated dividing wall.The present invention can generate high-temperature hot-air, have the advantages that hot blast rate is big, thermal air pressure is high, save the energy, low noise, function mostly with use scope broadness, can satisfy people's production and living and use needs to a variety of of high-temperature hot-air.
Description
Technical field
The present invention relates to a kind of induced oscillation heat high-temperature warm air machine, belongs to thermal technology's machinery and gas is mechanical.
Background technique
The gases machinery such as various universal machines, air blower, compressor, the compressor that present people use can only process cold air
Body cannot process hot gas；People's various pneumatic heat type air-heaters currently in use, although being capable of processing out high-temperature hot-air,
But it is machined with low efficiency big energy-consuming, noise is big, is unfavorable for environmental protection.Therefore, existing various gas machinery cannot meet people
Needs are used to a variety of of high-temperature hot-air in production and living.
Summary of the invention
It is an object of the invention to: provide one kind can generate high-temperature hot-air and hot blast rate is big, thermal air pressure is high, save
The energy, low noise, function are more, and use scope broadness is able to satisfy what people's production and living needed a variety of uses of high-temperature hot-air
Induced oscillation heat high-temperature warm air machine.
The purpose of the present invention can be reached by following technical measures: a kind of induced oscillation heat high-temperature warm air machine, packet
Include casing, shell air inlet, shell air outlet, impeller, impeller air inlet, impeller air outlet, impeller sleeve, effluent in impeller
Road, internal side of shell runner, internal side of shell side wall of flow channel, internal side of shell runner exit, it is characterized in that: internal side of shell runner diameter is outside
Side is equipped with casing and incudes circulatory flow, and casing induction circulatory flow includes casing induction circulatory flow side wall, casing induction circulation
Tunnel inlets, the outlet of casing induction circulatory flow, casing incude circulatory flow import and are connected to internal side of shell runner exit, casing
Incude circulatory flow outlet to be connected to shell air outlet, casing incudes circulatory flow side wall and is equipped with induced oscillation heat generator, sense
It includes that heat generator senses thermally conductive protective cover, heat generator induced oscillation heating element and heat generator insulation dividing wall that heat generator, which should be vibrated,
Induced oscillation heat generator is insulated dividing wall by heat generator and is fitted and connected with internal side of shell circulatory flow side wall.
In order to further realize the purpose of the present invention, runner heat water conservancy diversion is equipped in casing induction circulatory flow of the present invention
Piece, runner heat flow deflector pass through casing induction circulatory flow, and longitudinal side is with casing induction circulatory flow side wall connection, stream
Road heat flow deflector is equipped with flow deflector induced oscillation heat generator, and flow deflector induced oscillation heat generator includes heat generator induced oscillation
Heating element and heat generator sense thermally conductive protective cover, and the runner that flow deflector induced oscillation heat generator is wrapped in induction circulatory flow is raw
Thermal conductivity flow, flow deflector induced oscillation heat generator is by heat generator induced oscillation heating element with circulatory flow heat flow deflector surface
It is fitted and connected.
In order to further realize the purpose of the present invention, shell air inlet runner of the present invention is interior to be equipped with runner heat flow deflector,
Runner heat flow deflector passes through shell air inlet runner, and longitudinal edge is connected with shell air inlet side wall of flow channel, runner heat
Flow deflector is equipped with flow deflector induced oscillation heat generator, and flow deflector induced oscillation heat generator wraps up the stream in shell air outlet runner
Road heat flow deflector, flow deflector induced oscillation heat generator is by heat generator induced oscillation heating element with shell air inlet runner heat
Flow deflector sidewall surfaces are fitted and connected.
In order to further realize the purpose of the present invention, shell air outlet runner of the present invention is interior to be equipped with runner heat flow deflector,
Runner heat flow deflector passes through shell air outlet runner, and longitudinal edge is connected with shell air outlet side wall of flow channel, runner heat
Flow deflector is equipped with flow deflector induced oscillation heat generator, and flow deflector induced oscillation heat generator is wrapped in shell air outlet runner
Runner heat flow deflector, flow deflector induced oscillation heat generator is by its induced oscillation heating element with air outlet heat flow deflector appearance
Face is fitted and connected.
In order to further realize the purpose of the present invention, runner heat water conservancy diversion is equipped in shell air inlet external pipe of the present invention
Piece, runner heat flow deflector pass through shell air inlet external pipe, and longitudinal edge is connected with air inlet external pipe side wall, stream
Road heat flow deflector is equipped with flow deflector induced oscillation heat generator, and flow deflector induced oscillation heat generator is wrapped in outside shell air inlet
Runner heat flow deflector in adapter tube road, flow deflector induced oscillation heat generator is by its heat generator induced oscillation heating element with air inlet
The runner heat flow deflector outer surface of mouth external pipe is fitted and connected.
In order to further realize the purpose of the present invention, runner heat water conservancy diversion is equipped in shell air outlet external pipe of the present invention
Piece, runner heat flow deflector pass through shell air outlet external pipe, and longitudinal edge connects with shell air outlet external pipe side wall
It connects, runner heat flow deflector is equipped with flow deflector induced oscillation heat generator, and flow deflector induced oscillation heat generator is wrapped in air outlet
Runner heat flow deflector in external pipe, flow deflector induced oscillation heat generator is by its heat generator induced oscillation heating element with going out
Air port external pipe sidewall surfaces are fitted and connected.
In order to describe conveniently, expression is accurate, first explains several correlation words herein:
The impeller side or side wall, cabinet sides or side wall that impeller central axes are directed toward are known as axial sides or axial side wall.
Impeller or body are axial rear side towards motor (or other power parts) side, and the corresponding other side is axis
To front side, the rest may be inferred for axial rearward direction and axially front denotion.
At impeller axle center radially forward for impeller, forward terminal is impeller radial front end, at impeller outer circle
Posteriorly for impeller diameter, outer circular edge is impeller radial extremity (the rest may be inferred for the denotion of casing region of interest).
Impeller direction of rotation is that circumferentially, forward impeller direction of rotation is to rotate front or week forwards, carries impeller and rotates
Direction be rear swivel or week rearward, forward impeller direction of rotation one side is circumferential leading flank to blade, is rotated backwards to impeller
Direction one side is blade circumferential direction trailing flank, and the rest may be inferred for the denotion of other region of interest of body.
It censures in shell air inlet orientation: before shell air inlet import is, after shell air inlet outlet is, in shell air inlet
The rest may be inferred for the denotion of other orientation.
The airflow inlet that blade radial import, i.e. blade radial front end are constituted.
The airflow inlet that blade axial inlet, i.e. blade axial sides are constituted.It is synchronous such as rear flow fan impeller negative pressure gap
Rear flow fan impeller synchronous concurrent air inlet etc..
Front side of vane, the blade side that circumferentially forward impeller turns to is front side of vane, can also claim blade Zhou Xiangqian
Side is front side of vane.
Impeller channel refers to, side runner, blade passage in impeller；Blade is passage component, and blade passage is exactly blade sheet
Body.
Passage component refers to the component that the gas after to be processed and processing passes through in body, such as shell air inlet, impeller, leaf
Take turns the components such as air inlet, impeller air outlet, impeller blade, internal side of shell runner, shell air inlet.
Cold wind is directly processed into heat using induced oscillation heat principle by induced oscillation heat high-temperature warm air machine of the present invention
Wind does not need any other heat source, any other thermal medium, only operates by impeller itself, and gas is made to obtain heat, promotes temperature
Degree, becomes high-temperature hot-air, then discharges use by air-heater air outlet.
So-called induced oscillation heat principle refers to that working medium fluid (gas, liquid) flows through body induced oscillation heat
Component rub its surface when, stimulation induction body induced oscillation thermogenesis component (solid, gas, fluent material) inner deep time material
Expect that structural molecule induction accelerates oscillation, generates heat, form heat source.The heat source continues by associated components conduction again
Body low-temperature working medium fluid is constantly delivered heat to, its temperature is increased, becomes hot operation medium fluid.
The present invention incudes working media and uses gas (cold wind), and induced oscillation thermogenesis component uses solid gas material, cold
Wind working media and gas-solid induction heating component Collaboration constitute induced oscillation heat works fine situation, constantly
Heat is generated, constantly lift gas temperature, forms high-temperature hot-air, superhigh temperature hot wind.
Induced oscillation heat high-temperature warm air machine, relative to existing various ventilation blowers, air blower, compressor, compressor etc.
It is all air-cooler, induced oscillation heat high-temperature warm air machine is air-heater, i.e., air-heater is relative to air-cooler.Air-heater is adapted to need
The production and living field of hot wind is wanted to use.
Induced oscillation heat high-temperature warm air machine of the present invention as the air-coolers such as existing various ventilation blowers, air blower,
With large, medium and small different size model, small several hectowatts, big to tens kilowatts several hundred kilowatts, the hot wind of generation, which can be, to be taken the photograph
The hot blast rate of family name's several years, Ji Shidu, a few Baidu, generation can be with several m3/ s, tens m3/ s, several hundred m3/ s, the thermal air pressure of generation can be with
It is tens Pa, several hundred Pa, thousands of Pa, tens of thousands of Pa.Air-heater function of the present invention is more, and use scope is broad, is good for the environment, and saves
The energy.Adapt to a variety of industry warming and heat insulations of people's production and living multiple fields, drying, baking, food processing, agricultural product medicine
The heat preservations such as the processing of work product, high temperature spray painting, industrial goods processing, agriculture fruit and vegetable greenhouses, livestock culture, Fishery cultivation, which expedite the emergence of etc., to be made
With needs.In many industries in many fields, it can replace air-cooler ventilation air blast and use.Air-heater of the present invention is more than air-cooler
Supernumerary segment saves the energy, is good for the environment.
The present invention is in existing various Pneumatic friction-heat-generation high-temperature air heaters, and pneumatic cumulative heat high-temperature warm air machine is gentle
The innovative technology for being improved and being researched and developed in dynamic air inducing heat high-temperature warm air machine technical foundation.Innovative technology induced oscillation of the present invention
Heat high-temperature warm air machine further increases substantially the pneumatic heat high-temperature warm air machine thermal efficiency, and noise is greatly lowered.Induction vibration
Swing the heat high-temperature warm air machine thermal efficiency as heat pump air conditioner > 200 DEG C, it is still, simpler than heat pump air conditioner structure, do not need any
Heat generating medium, not limited by any weather region geographical nature environment (can adapt to subzero tens degree subzero upper Baidu's ultralow temperature
In the case of use).The present invention can produce out superhigh temperature > 500 DEG C super large air quantity high-pressure hot wind for using, this is that heat pump is basic
Do not accomplish.
Induced oscillation heat high-temperature warm air machine of the present invention many-sided can replace various boilers, heat pump, heating equipment.
Internal side of shell runner radial outside of the present invention is equipped with casing and incudes circulatory flow, and it includes sense that casing, which incudes circulatory flow,
It answers circulatory flow side wall (including axial side wall radial sidewalls), induction circulatory flow import and the outlet of induction circulation circulatory flow,
Incude circulatory flow import to be connected to internal side of shell runner, the outlet of induction circulation circulatory flow is connected to fan outlet, induction
Induced oscillation heat generator is set on circulatory flow side wall, induced oscillation heat generator is essentially the same with cumulative heat generator structure, including life
Hot device senses thermally conductive protective cover, heat generator induced oscillation heating element and heat generator and is insulated dividing wall, and induced oscillation heat generator passes through
Heat generator is insulated dividing wall and is fitted and connected with induction side wall of flow channel.
After casing induction circulatory flow is arranged in casing, air-flow of the draught fan impeller row in internal side of shell runner will not be arranged directly
In shell air outlet but row incudes in circulatory flow in casing, flows through casing induction circulatory flow, is then followed by casing induction
Ring runner exit is arranged in shell air outlet, then is discharged body.Due to the induction circulatory flow side wall of casing induction circulatory flow
On be designed with induced oscillation heat generator, the air-flow for flowing through casing induction circulatory flow will be by the heat generator of induced oscillation heat generator
The sensing effect for sensing thermally conductive protective cover promotes its induced oscillation heating element induced oscillation heat, generates heat, the heat of generation
It is conducted to the air-flow again, increases the gas flow temperature, becomes high-temperature hot-air, the high-temperature hot-air again arrange by sensed circulatory flow outlet
In shell air outlet.
The technology, if (axial side wall radial sidewalls) are designed with induced oscillation heat on the side wall of internal side of shell runner
Device will then be added by high-energy air-flow of the impeller row in internal side of shell runner by the induced oscillation heat generator in internal side of shell runner
For work at high-temperature hot-air, which, which is arranged, incudes circulatory flow in casing, then the induction life in circulatory flow is incuded by casing
Hot device is primary to heating, becomes the high-temperature hot-air of higher temperature.Since casing incudes circulatory flow process > internal side of shell runner stream
Journey, so the air-flow of draught fan impeller discharge incudes after the processing heating of internal side of shell runner induced oscillation heat generator, then through casing
The induced oscillation heat generator of circulatory flow processes heating, which will especially obtain the heat more than one times, and temperature also can be especially
It doubles more.
The casing of the technology, the setting of casing radial outside incudes circulatory flow, and it is circulating to can be single layer, can be more
Layer is circulating.Single layer is circulating, exactly only sets one of casing induction circulatory flow in internal side of shell runner radial outside；Multilayer
It is circulating, it is exactly in the above multiple tracks casing induction circulatory flow of internal side of shell runner radial outside setting twice.Single layer casing sense
It answers circulatory flow to incude circulatory flow with multi-layer casing to be directly or indirectly connected to internal side of shell runner.Single layer casing induction circulation
Induced oscillation heat generator is all set in runner and in multi-layer casing induction circulatory flow.
The circulating casing of single layer incudes circulatory flow, and the air-flow heat after can making internal side of shell runner processing doubles
More, temperature doubles more；Multilayer cycling casing incudes circulatory flow, the air-flow heat after can making internal side of shell runner processing
It is more that amount increases three times more than twice ....
The casing incudes circulatory flow technology, can also incude in its casing and runner heat water conservancy diversion is arranged in circulatory flow
Piece, runner heat piece pass through casing induction circulatory flow, and longitudinal edge is followed with casing induction circulatory flow side wall connection, induction
Circulation road heat flow deflector is equipped with flow deflector induced oscillation heat generator, and flow deflector induced oscillation heat generator is shaken with general induction
Heat generator difference is swung, it only includes heat generator induced oscillation heating element and heat generator senses thermally conductive protective cover double-layer structure, water conservancy diversion
Piece induced oscillation heat generator is wrapped in the runner heat flow deflector in induction circulatory flow, and flow deflector induced oscillation heat generator passes through
Its heat generator induced oscillation heating element is fitted and connected with the runner heat flow deflector surface in induction circulatory flow.
A runner heat flow deflector can only be set in one layer of casing induction circulatory flow, can be set two or more it is a plurality of
Flow deflector induced oscillation heat generator is all arranged on every runner heat flow deflector in runner heat flow deflector.
Casing incudes the runner heat being arranged in runner heat flow deflector and its package induction circulatory flow in circulatory flow
After the flow deflector induced oscillation heat generator of flow deflector, body is enabled to have more one of induced oscillation thermogenesis component again, air-flow flows through casing
During incuding circulatory flow, friction induction is incuded into runner heat flow deflector and its induction vibration of flow deflector induced oscillation heat generator
Heat is swung, more heats are generated, gas flow temperature can rise get Geng Gao.
The present invention incudes the stream in circulatory flow and its induced oscillation heat generator and casing induction circulatory flow according to casing
Road heat flow deflector and its flow deflector induced oscillation heat generator technology, the present invention completely can be in shell air inlet runner or casings
Induced oscillation heat generator and runner life is arranged in air outlet runner in shell air inlet runner and shell air outlet runner simultaneously
Thermal conductivity flow and its relevant flow deflector induced oscillation heat generator.
Shell air inlet runner induced oscillation heat generator is insulated dividing wall with shell air inlet flow passage side by its heat generator
Wall connection, shell air outlet runner induced oscillation heat generator are connected by its insulation isolation with shell air inlet side wall of flow channel.Into
Runner heat flow deflector in the runner of air port passes through shell air inlet runner, and longitudinal edge connects with shell air inlet side wall of flow channel
It connects, the runner heat flow deflector in shell air outlet runner passes through shell air outlet runner, and longitudinal edge is with shell air outlet
Side wall of flow channel connection.Flow deflector induced oscillation heat generator in shell air inlet runner is wrapped in the stream in shell air inlet runner
Road heat flow deflector, the flow deflector induced oscillation heat generator pass through its heat generator induced oscillation heating element follow-up air inlet stream
Runner heat flow deflector outer surface in road is fitted and connected；Flow deflector induced oscillation heat generator package in shell air outlet runner
Shell air outlet runner heat flow deflector, the flow deflector induced oscillation heat generator by its heat generator induced oscillation heating element with
Runner heat flow deflector outer surface in shell air inlet runner is fitted and connected.
In shell air inlet runner and shell air outlet runner setting induced oscillation heat generator and runner heat flow deflector and
The high-speed flow for sucking shell air inlet runner after its flow deflector induced oscillation heat generator and row are in the height of shell air outlet runner
Pressing high-speed flow by friction induction respectively, it incudes the induced oscillation heat generator and flow deflector induced oscillation heat in circulatory flow
Device induced oscillation heat, and a part of heat is especially generated, promote gas flow temperature again.
Circulatory flow technology is incuded according to casing, and the present invention can also be in shell air inlet external pipe and casing outlet air
Setting induced oscillation heat generator, runner heat flow deflector and flow deflector induced oscillation heat generator in mouth external pipe.
Shell air inlet external pipe induced oscillation heat generator is connected with shell air inlet external pipe side wall, casing outlet air
Mouth external pipe heat generator is connected with shell air outlet external pipe side wall.Runner heat in shell air inlet external pipe is led
Machine air inlet external pipe is passed through in flow, and longitudinal edge is connected with shell air inlet external pipe side wall；Outside shell air outlet
Runner heat flow deflector in adapter tube road passes through shell air outlet external pipe, and longitudinal edge is with shell air outlet external pipe
Side wall connection；Flow deflector induced oscillation heat generator in shell air inlet external pipe is wrapped in the stream in air inlet external pipe
Road heat flow deflector, heat generator induced oscillation heating element is bonded with shell air inlet external pipe heat flow deflector outer surface to be connected
It connects；Shell air outlet external pipe flow deflector induced oscillation heat generator is wrapped in the runner heat water conservancy diversion in air outlet external pipe
Piece, heat generator induced oscillation heating element are fitted and connected with shell air outlet external pipe heat flow deflector outer surface.
Setting induced oscillation heat generator and runner heat in shell air inlet external pipe and shell air outlet external pipe
After flow deflector and its flow deflector induced oscillation heat generator, suck the high-speed flow of shell air inlet external pipe and be discharged into casing
The high-voltage high-speed airflow of air port external pipe will difference its induced oscillation heat generator of friction induction and flow deflector induced oscillation heat
Device induced oscillation heat, but fecund bears a part of heat, keeps gas temperature again especially higher.
Detailed description of the invention
Fig. 1 is the first embodiment structure schematic diagram of the invention.
Fig. 2 is that the first embodiment internal side of shell runner and casing of the invention incude circulatory flow structural schematic diagram.
Fig. 3 is the first embodiment induced oscillation heat generator structural schematic diagram of the invention.
Fig. 4 is that the heat generator of the first embodiment induced oscillation heat generator of the invention senses thermally conductive protective cover structural representation
Figure.
Fig. 5 is that the heat generator of the first embodiment induced oscillation heat generator of the invention is insulated dividing wall structural schematic diagram.
Fig. 6 is the heat generator induced oscillation heating element structural representation of the first embodiment induced oscillation heat generator of the invention
Figure.
Fig. 7 is second of embodiment structure schematic diagram of the invention.
Fig. 8 is that second of embodiment internal side of shell runner and casing of the invention incude circulatory flow structural schematic diagram.
Fig. 9 is second of embodiment runner heat flow deflector of the invention and flow deflector induced oscillation heat generator structural representation
Figure.
Figure 10 is the A of second of embodiment Fig. 9 of the present invention to schematic diagram.
Figure 11 is the third embodiment structure schematic diagram of the invention.
Figure 12 is that the third embodiment internal side of shell runner and casing of the invention incude circulatory flow structural schematic diagram.
Figure 13 is the third embodiment fan impeller structure schematic diagram of the invention.
Figure 14 is the third embodiment can-like blade structure schematic diagram of the invention.
Figure 15 is the third embodiment fan blade chamber induced oscillation heat generator structural schematic diagram of the invention.
Figure 16 is the 4th kind of embodiment structure schematic diagram of the invention.
Figure 17 is that the 4th kind of embodiment internal side of shell runner and casing of the invention incude loop structure schematic diagram.
Figure 18 is the 4th kind of embodiment shell air inlet external pipe of the invention and shell air outlet external pipe structure
Schematic diagram.
Figure 19 is the B of the 4th kind of embodiment Figure 18 of the present invention to schematic diagram.
Drawing reference numeral explanation:
1 casing, 2 internal side of shell runners, 3 shell air outlets, 4 internal side of shell side wall of flow channel, 5 internal side of shell runner exits, 6 casings
Incude circulatory flow, 7 casings incude circulatory flow side wall, and 8 casings incude circulatory flow import, and 9 casings induction recycle stream is said
Mouth, 10 induced oscillation heat generators, the thermally conductive protective cover of 11 heat generators sensing, 12 heat generator induced oscillation heating elements, 13 heat generators are exhausted
Wall, 14 runner heat flow deflectors, 15 flow deflector induced oscillation heat generators, 16 shell air inlet runners, 17 casings air inlet is thermally isolated
Mouth side wall of flow channel, 18 shell air outlet runners, 19 shell air outlet side wall of flow channel, 20 shell air inlet external pipes, 21 casings
Air inlet external pipe side wall, 22 shell air outlet external pipes, 23 shell air outlet external pipe side walls, 24 impellers, 25 tanks
Shape fan blade, 26 impeller sleeves, 27 impeller leaf dishes, 28 can-like fan blade side walls, 29 fan blade chamber induced oscillation heat generators, 30 motors.
Specific embodiment
The technical solution that the invention will now be described in detail with reference to the accompanying drawings:
Embodiment 1, referring to figs. 1 to 6, a kind of induced oscillation heat high-temperature warm air machine, including casing 1, internal side of shell runner 2, machine
Shell air outlet 3, internal side of shell side wall of flow channel 4, internal side of shell runner exit 5, impeller 24, set on the monocyclic of casing radial outside
Casing incudes circulatory flow 6, and casing incudes circulatory flow side wall 7, and casing incudes circulatory flow import 8, and casing incudes recycle stream
Road outlet 9.Casing incude circulatory flow import 8 with internal side of shell runner exit 5 be connected to, casing incude circulatory flow outlet 9 with
Shell air outlet 3 is connected to；It is raw that induced oscillation is all inlayed in internal side of shell side wall of flow channel 5 and casing induction circulatory flow side wall 7
Hot device 10, induced oscillation heat generator 10 include the heat generator that the high-temperature resistant rubber thin plate of flexible high resilience good heat conductivity makes
Conduct protective cover 11, heat generator induced oscillation made of the good soft cellular rubber resistant to high temperature of soft high resilience damping capacity
Heat generator made of the good silica gel cloth nylon sheet resistant to high temperature of heating element 12, the big heat-insulating property of tough and tensile intensity is insulated dividing wall 13,
Its three layers of close structures of induced oscillation heat generator fit together, and it is thermally conductive that heat generator induced oscillation heating element is sandwiched in heat generator sensing
Among protective cover 11 and heat generator insulation dividing wall 13, entire induced oscillation heat generator is insulated dividing wall 13 by its heat generator and divides
Together with not being fitted and connected with internal side of shell side wall of flow channel 4 with casing induction circulatory flow side wall.
This example draught fan impeller 24 uses general high voltage blasting vane wheel.Radial structure size is big, and casing inlet and outlet bore is small,
30 axis of motor is connected with 24 axle sleeve of draught fan impeller.
When work, motor 30 drives 24 high speed rotation of impeller, and high-speed rotating impeller is inhaled by shell air inlet runner 16
It is processed into high-voltage high-speed airflow into cold air, high-voltage high-speed airflow is arranged by impeller in internal side of shell runner 2, high speed and high pressure air-flow again
By the induced oscillation heat generator constantly to rub in internal side of shell side wall of flow channel 4 in flow process in internal side of shell runner 2
Heat generator senses thermally conductive protective cover 11, and the thermally conductive protective cover 11 of heat generator sensing rubs again stimulates induction heat generator induced oscillation heat
Body promotes the induction of heat generator induced oscillation heat generator detail analysis to accelerate oscillation heat, generates heat, and heat generator induced oscillation is raw
The heat that hot device generates is conducted to the high-voltage high-speed airflow in internal side of shell runner by heat generator conduction protective cover 11 again, promotes this
High-voltage high-speed airflow temperature increases, and forms high-temperature hot-air, which inputs casing induction by internal side of shell runner exit 5 again
Circulatory flow, high-temperature hot-air flow through casing induction circulatory flow during will constantly rub stimulate casing incude circulatory flow side
Induced oscillation heat on wall, generates heat, and the heat of generation senses thermally conductive protection by the heat generator of induced oscillation heat generator again
Cover is conducted to high-temperature hot-air, promotes the high-temperature hot-air to become the high-temperature hot-air of higher temperature, the high-temperature hot-air of the higher temperature is again
Shell air outlet 3 is flowed into through casing induction circulatory flow outlet 9, then body is discharged by shell air outlet 3, is drawn used for other purposes.
This example incudes circulatory flow 6, casing induction circulation since internal side of shell runner radial outside is equipped with monocyclic casing
It is designed with induced oscillation heat generator 10 in runner and internal side of shell runner, is flowed through in casing by the high-voltage high-speed airflow that impeller is discharged
The heating procedure of side runner 2 and casing induction circulatory flow 6 after two perimeters, generation are equivalent to merely by internal side of shell stream
Road heating generates heat of the heat more than twice, therefore the heat that high-temperature hot-air obtains is more, and temperature rises get Geng Gao.
The general high-temperature warm air machine of this example suitable for making, so that heat insulation warming, drying, the heat preservation of general Ecological Greenhouse expedite the emergence of and make
With.
Embodiment 2, with reference to Fig. 7 to 10, this example is essentially the same with example 1, the difference is that this example casing incudes circulatory flow
6 one whole good runner heat flow deflectors 14 of elastic property of inner setting, runner heat flow deflector pass through casing induction recycle stream
Road, longitudinal edge is with casing induction one radial sidewalls of circulatory flow connection.Flow deflector induction vibration is set on runner heat flow deflector
Heat generator 15 is swung, flow deflector induced oscillation heat generator includes the well soft high-temperature resistant rubber sponge production of high resilience damping capacity
Heat generator induced oscillation heating element 12 and tough and tensile high resilience good heat conductivity high-temperature resistant rubber thin plate made of heat generator pass
Feel thermally conductive protective cover 11, this double-layer structure of flow deflector induction heating device, which fits closely, to link together, entire flow deflector induction
Oscillation heat generator 10 is fitted and connected together by heat generator induced oscillation heating element 12 with elastic runner heat flow deflector.Entirely
Flow deflector induced oscillation heat generator is wrapped in entire runner heat flow deflector 14 from the outside.
When work, the high speed and high pressure air-flow ejected by impeller 24 is flowed through on internal side of shell runner, in friction stimulation casing
10 induced oscillation heat of induced oscillation heat generator in side runner 2 generates heat and is conducted to high-voltage high-speed airflow, high-voltage high-speed gas
Stream becomes preliminary high-temperature hot-air, which enters back into and flow through casing induction circulatory flow 6, and friction stimulation casing, which incudes, to follow
Induced oscillation heat generator induced oscillation heat on 6 side wall of circulation road generates heat, while also friction stimulation casing incudes circulation
15 induced oscillation heat of flow deflector induced oscillation heat generator in runner generates heat.
When preliminary high-temperature hot-air flows through casing induction circulatory flow friction its flow deflector induced oscillation heat generator 15 of stimulation, by
In the soft high resilience of runner heat flow deflector itself, so runner heat flow deflector will integrally make high vibration, runner heat
The heat generator induced oscillation for the flow deflector induced oscillation heat generator that flow deflector high vibration will induce excitation to wrap up its body body is raw
Hot body detail analysis, which is made more acutely to vibrate, generates heat, so under the conditions of same induced oscillation, flow deflector induced oscillation
10 induced oscillation of induced oscillation heat generator that the heat that heat generator generates will incude on one face side wall of circulatory flow than casing produces
Raw heat is more.So finally, after preliminary high-temperature hot-air flows through casing induction circulatory flow 6, the heat of acquisition will be considerably beyond
Hot more than one times contained by the preliminary high-temperature hot-air, temperature rise is more considerably beyond one times.So high-temperature hot-air flows through casing induction and follows
Behind circulation road 6, the extra high wind-warm syndrome row of especially more heats can be carried in shell air outlet 3, body is then discharged again and draws work
He uses.
This example suitable for making drying baking high-temperature warm air machine uses.
Embodiment 3, with reference to Fig. 7-10, Figure 11-15, this example is essentially the same with example 2, except that this example shell air inlet
The air inlet side wall of flow channel 17 of runner 16 is equipped with induced oscillation heat generator 10, the air outlet flow passage side of shell air outlet runner 18
Wall is equipped with induced oscillation heat generator 10；4 runner heat flow deflectors 14 are equipped with for 16 li in shell air inlet runner, and the runner is raw
The flow deflector induced oscillation heat generator 15 for wrapping up its own is equipped in thermal conductivity flow 14 simultaneously, is equipped in shell air outlet runner 18
One runner heat flow deflector 14 is equipped on the runner heat flow deflector 14 simultaneously and wraps up its own flow deflector induced oscillation heat
Device 15.
In this example shell air inlet runner 16 and the induced oscillation heat generator 10 of the inner setting of shell air outlet runner 18 and lead
Flow induced oscillation heat generator 15 incudes with the induced oscillation heat generator 10 of the casing induction inner setting of circulatory flow 6 and its flow deflector
Oscillation heat generator structural principle performance characteristics are just the same, and only shape size is different.
This example is that this example uses oscillation heat high-temperature warm air machine can-like fan blade impeller 24 with 1 second difference of example, (including
Impeller leaf dish 27, impeller sleeve 26, can-like fan blade 25, can-like fan blade side wall 28, fan blade chamber induced oscillation heat generator 29).Can-like
Fan blade impeller 24 uses induced oscillation heat principle, and the cold wind that can aspirate passes through induced oscillation heat effect, directly to adding
The preliminary high-temperature hot-air of work, the preliminary hot wind are discharged internal side of shell runner again to heat temperature raising again.
When this example works, shell air inlet runner 16 is entered by the cold wind that shell air inlet is aspirated, cold wind flow through casing into
During the runner of air port, the 10 induced oscillation heat of induced oscillation heat generator in friction stimulation shell air inlet side wall of flow channel is generated
Heat, friction stimulate the flow deflector induced oscillation heat generator induced oscillation heat in shell air inlet runner to generate heat.Cold wind
The heat generated at two is absorbed, temperature is promoted, becomes into preheated hot air preliminary in casing；The preheated hot air enters back into oscillation
24 flow passage of heat high-temperature warm air machine structural formula draught fan impeller absorbs the heat that the can-like fan blade on impeller 24 generates, into one
Step promotes temperature, becomes preliminary high-temperature hot-air in casing；The preliminary high-temperature hot-air is again followed by internal side of shell runner 2 and casing
Incude circulatory flow 6, successively absorbs in the induced oscillation heat generator 10 and casing induction circulatory flow in internal side of shell runner
The heat that induced oscillation heat generator 10 and its flow deflector induced oscillation heat generator 15 generate, significantly promotes temperature again, becomes
The hot wind of higher temperature；The high-temperature hot-air of the higher temperature, which enters back into shell air outlet runner 18, to be flowed, in flow process, again
The heat that induced oscillation heat generator 10 and its flow deflector induced oscillation heat generator 15 in shell air outlet runner 18 generate is absorbed,
Further promoting temperature becomes the high-temperature hot-air (> 300 DEG C) of special high-temperature, then draws again through shell air outlet discharge and makees him
With.
This example suitable for making superhigh temperature air-heater makes to toast processed food, high temperature baking vanish, the hot boiled water steam of processing
With.
Embodiment 4, with reference to Figure 11-15, Figure 16-19, this example is essentially the same as example 3, the difference is that this example casing
5 meters long shell air inlet external pipe 20 is equipped on the outside of air inlet, air inlet external pipe side wall 20 is raw equipped with induced oscillation
The flexible runner heat flow deflector 14 of a softness, runner heat are equipped in hot device 10, shell air inlet external pipe 20
Flow deflector 14 is equipped with the flow deflector induced oscillation heat generator 15 for wrapping up its own；10 meters of long casings are equipped on the outside of shell air outlet
Air outlet external pipe 22 sets induced oscillation heat generator 10 on shell air outlet external pipe side wall 23, and shell air outlet is external
The flexible runner heat flow deflector 14 of a softness is equipped in pipeline 22, which, which is equipped with, wraps up it
The flow deflector induced oscillation heat generator 15 of itself.
In this example shell air inlet external pipe 20 and the induced oscillation heat of the inner setting of shell air outlet external pipe 22
Device 10 and its flow deflector induced oscillation heat generator 15 are shaken with the induction of shell air inlet 16 and the inner setting of shell air outlet runner 18
It swings heat generator 10 and 15 structural principle of flow deflector induced oscillation heat generator and performance characteristics is just the same, only size shape is different
Sample.
This example is that 2 radial outside of this example internal side of shell runner is equipped with the induction of dicyclic casing and follows with 3 second differences of example
The air-flow needs that circulation road 6(, that is, internal side of shell runner 2 is discharged rotate in casing two weeks again can be discharged body), dicyclic machine
Shell incudes circulatory flow 6 and is equipped with a casing induction circulatory flow import 8 and a casing induction circulatory flow outlet 9, casing
Incude circulatory flow import 8 to be connected to internal side of shell runner exit 5, casing incudes circulatory flow outlet 9 and connects with shell air outlet 3
It is logical.
When work, shell air inlet external pipe 20 is introduced by the cold wind that shell air inlet is aspirated, cold wind flows through casing
Air inlet external pipe process absorbs its induced oscillation heat generator 10 and flow deflector induced oscillation heat generator 15 and generates and conduct
Heat, promoting temperature becomes preliminary warm wind；The high-temperature hot-air enters back into shell air inlet runner 16, absorbs its induction heating device
The heat that 10 flow deflector induced oscillation heat generators 15 generate, promoting temperature becomes high-temperature hot-air；The high-temperature hot-air enters back into oscillation
Heat high-temperature warm air machine structural formula can-like fan blade impeller 24 gives the high-temperature hot-air for being processed into higher temperature；The high temperature of the higher temperature
Hot wind sequentially enters internal side of shell runner 2 again, first of casing incudes circulatory flow 6, second casing incudes circulatory flow 6,
Shell air outlet runner 18 becomes overheat high-temperature hot-air (> 400 DEG C) after 4 heatings of absorbing heat again；The overheat high-temperature hot-air is again
Its induced oscillation heat generator 10 is reabsorbed into shell air outlet external pipe 22 and flow deflector induced oscillation heat generator 15 generates
And the heat conducted.
Due to shell air outlet extension tube attached road length, the induced oscillation heat generator 10 and flow deflector induced oscillation heat assembled
15 volume large area of device is big, and induced oscillation thermogenic effects are more preferable, and increasing extent of temperature is bigger (disposable temperature raising > 100 DEG C), therefore,
After original overheat high-temperature hot-air flows through shell air outlet external pipe 22, heat content can increase at double, temperature rise can be with
Reach > 500 DEG C, eventually become more than hot high-temperature hot-air, being then brought out shell air outlet external pipe again, he uses.
As example 3, this example suitable for making superhigh temperature air-heater to dry, toast, process food, high temperature spray painting, adds
The hot boiled water steam of work, processing (high temperature) part industrial products etc. use.
Claims (6)
1. induced oscillation heat high-temperature warm air machine, including casing (1), the casing (1) is interior to be equipped with internal side of shell runner (2) and machine
Shell air outlet (3), internal side of shell runner (2) include internal side of shell side wall of flow channel (4) and internal side of shell runner exit (5), spy
Sign is: internal side of shell runner (2) radial outside is equipped with casing induction circulatory flow (6), and casing incudes circulatory flow (6)
(9) are exported including casing induction circulatory flow side wall (7), casing induction circulatory flow import (8) and casing induction circulatory flow,
Casing incudes circulatory flow import (8) and is connected to internal side of shell runner exit (5), and casing incudes circulatory flow outlet (9) with machine
Shell air outlet (3) connection, casing incude circulatory flow side wall (7) and are equipped with induced oscillation heat generator (10), induced oscillation heat
Device (10) includes that heat generator senses thermally conductive protective cover (11), heat generator induced oscillation heating element (12) and heat generator insulation dividing wall
(13), the induced oscillation heat generator (10) passes through heat generator insulation dividing wall (13) and casing induction circulatory flow side wall (7)
It is fitted and connected.
2. induced oscillation heat high-temperature warm air machine according to claim 1, it is characterised in that: casing incudes circulatory flow
(6) runner heat flow deflector (14) is equipped in, the runner heat flow deflector (14) passes through casing induction circulatory flow (6),
Longitudinal edge is connected with casing circulatory flow side wall (7), and runner heat flow deflector (14) is equipped with flow deflector induced oscillation heat
Device (15), flow deflector induced oscillation heat generator (15) include that heat generator induced oscillation heating element (12) and heat generator sense thermally conductive guarantor
Shield (11), flow deflector induced oscillation heat generator (15) are wrapped in runner heat flow deflector (14), flow deflector induced oscillation heat
Device (15) is fitted and connected by heat generator induced oscillation heating element (12) with runner heat thermally conductive sheet (14) surface.
3. induced oscillation heat high-temperature warm air machine according to claim 1, it is characterised in that: further include shell air inlet stream
Road (16) and shell air inlet side wall of flow channel (17), shell air inlet runner (16) is interior to be equipped with runner heat flow deflector (14), stream
Road heat flow deflector (14) passes through shell air inlet runner (16), and longitudinal edge connects with shell air inlet side wall of flow channel (17)
It connects, the runner heat flow deflector (14) is equipped with flow deflector induced oscillation heat generator (15), flow deflector induced oscillation heat
Device (15) is wrapped in runner heat flow deflector (14), and flow deflector induced oscillation heat generator (15) passes through heat generator induced oscillation heat
Body (12) is fitted and connected with runner heat flow deflector (14) sidewall surfaces.
4. induced oscillation high-temperature warm air machine according to claim 1, it is characterised in that: further include shell air outlet runner
(18) and shell air outlet side wall of flow channel (19), shell air outlet runner (18) are interior equipped with runner heat flow deflector (14), runner
Heat flow deflector (14) passes through shell air outlet runner (18), and longitudinal edge is connected with shell air outlet side wall of flow channel (19),
The runner heat flow deflector (14) is equipped with flow deflector induced oscillation heat generator (15), flow deflector induced oscillation heat generator packet
Runner heat flow deflector (14) is wrapped up in, the flow deflector induced oscillation heat generator (15) passes through its heat generator induced oscillation heat
Body (12) is fitted and connected with runner heat flow deflector (14) sidewall surfaces.
5. induced oscillation heat high-temperature warm air machine according to claim 1, it is characterised in that: further include outside shell air inlet
Adapter tube road (20) and shell air inlet external pipe side wall (21), the interior runner heat that is equipped with of shell air outlet external pipe (20) are led
Flow (14), runner heat flow deflector (14) pass through shell air inlet external pipe (20), and longitudinal edge is external with air inlet
The runner heat flow deflector (14) of pipe side wall (21) connection, the air inlet external pipe is equipped with flow deflector induced oscillation
Heat generator (15), flow deflector induced oscillation heat generator (15) are wrapped in the runner heat flow deflector (14) of air inlet external pipe,
Flow deflector induced oscillation heat generator (15) is by its heat generator induced oscillation heating element (12) with the runner of air inlet external pipe
Heat flow deflector (14) outer surface is fitted and connected.
6. induced oscillation heat high-temperature warm air machine according to claim 1, it is characterised in that: further include outside shell air outlet
Adapter tube road (22) and shell air outlet external pipe (23), shell air outlet external pipe (22) is interior to be equipped with runner heat flow deflector
(14), runner heat flow deflector (14) passes through shell air outlet external pipe (22), and longitudinal edge is with air outlet external pipe
The runner heat flow deflector (14) of side wall (23) connection, the air outlet external pipe is equipped with flow deflector induced oscillation heat
Device (15), flow deflector induced oscillation heat generator (15) are wrapped in the runner heat flow deflector (14) of air outlet external pipe, water conservancy diversion
Piece induced oscillation heat generator (15) is by its heat generator induced oscillation heating element (12) with the runner heat of air outlet external pipe
Flow deflector (14) outer surface is fitted and connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811402853.2A CN109373621A (en) | 2018-11-23 | 2018-11-23 | Induced oscillation heat high-temperature warm air machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811402853.2A CN109373621A (en) | 2018-11-23 | 2018-11-23 | Induced oscillation heat high-temperature warm air machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109373621A true CN109373621A (en) | 2019-02-22 |
Family
ID=65383050
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811402853.2A Withdrawn CN109373621A (en) | 2018-11-23 | 2018-11-23 | Induced oscillation heat high-temperature warm air machine |
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| Country | Link |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110160030A (en) * | 2019-06-10 | 2019-08-23 | 烟台通天达风机制造有限公司 | Air-heater heats boiled water steam engine |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102313392A (en) * | 2011-04-15 | 2012-01-11 | 林钧浩 | Pneumatic friction-heat-generation high-temperature air heater |
| CN205119460U (en) * | 2015-10-13 | 2016-03-30 | 湖南农业大学 | Spiral plate type hot -blast furnace and use rape whirlwind formula flash distillation drying -machine of this hot -blast furnace |
| CN106931638A (en) * | 2017-04-01 | 2017-07-07 | 烟台通天达风机制造有限公司 | Cumulative heat high-temperature warm air machine |
| CN209459254U (en) * | 2018-11-23 | 2019-10-01 | 烟台通天达风机制造有限公司 | Induced oscillation heat high-temperature warm air machine |
-
2018
- 2018-11-23 CN CN201811402853.2A patent/CN109373621A/en not_active Withdrawn
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102313392A (en) * | 2011-04-15 | 2012-01-11 | 林钧浩 | Pneumatic friction-heat-generation high-temperature air heater |
| CN205119460U (en) * | 2015-10-13 | 2016-03-30 | 湖南农业大学 | Spiral plate type hot -blast furnace and use rape whirlwind formula flash distillation drying -machine of this hot -blast furnace |
| CN106931638A (en) * | 2017-04-01 | 2017-07-07 | 烟台通天达风机制造有限公司 | Cumulative heat high-temperature warm air machine |
| CN209459254U (en) * | 2018-11-23 | 2019-10-01 | 烟台通天达风机制造有限公司 | Induced oscillation heat high-temperature warm air machine |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110160030A (en) * | 2019-06-10 | 2019-08-23 | 烟台通天达风机制造有限公司 | Air-heater heats boiled water steam engine |
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