CN102297503A

CN102297503A - Rotary heat exchange device capable of controlling exchange flow rate automatically

Info

Publication number: CN102297503A
Application number: CN2010102057400A
Authority: CN
Inventors: 杨泰和
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-06-22
Filing date: 2010-06-22
Publication date: 2011-12-28
Anticipated expiration: 2030-06-22
Also published as: CN102297503B

Abstract

The invention discloses a rotary heat-exchange device capable of controlling exchange flow rate automatically. The rotary heat-exchange device can be used for directly or indirectly detecting the temperature and the humidity, and fluid composition change positions of the exchanged fluid and comprises at least one of at least one temperature detecting device, at least one humidity detecting device, at least one gas-state or liquid-state fluid composition detecting device, and detected signals are used as references for controlling timing for controlling the flow rate of pumped exchange fluid, controlling the rotation speed of a rotary heat-exchange rotating disc and the like.

Description

The swinging heat-exchange device of auto-control switching traffic

Technical field

The present invention is about a kind of swinging heat-exchange device of auto-control switching traffic, but be with the swinging heat-exchange device of traditional swinging dual flow path heat-exchange device improvement for operational function with auto-control replacement fluids flow, with the distribution of temperature between its fluid of in good time change and the heat exchange rotating disk, or the pumping gaseous or fluid liquid components in proportions of regulation and control; In addition, and in the heat exchange rotating disk of swinging heat-exchange device inside folder if hygroscopic material such as coating penetrating type or absorption type or this when having the heat exchange rotating disk of moisture absorbing concurrently, further constitute the effect on moisture extraction of full hot-swap feature.

Background technology

Tradition comprises for dual flow path heat reclamation device or full heat recovery device pumping gaseous or fluid liquid:

1) fixed fluid thermal retracting device;

2) fixed fluid full heat recovery device;

3) rotating fluid heat reclamation device;

4) rotating fluid full heat recovery device.

Above-mentioned heat reclamation device is the selected setting flow velocity that operates on usually, temperature difference when input side and outlet side, or intend between exchange gaseous state or the fluid liquid space, the fluid composition difference is not simultaneously, or the temperature difference in rate of flow of fluid and plan exchange gaseous state or fluid liquid space is not simultaneously, and its heat exchanger effectiveness can be affected.In addition, traditional heat exchanger does not have yet temporarily transfers control heat exchange flow is intended the fluid composition difference between exchange gaseous state or the fluid liquid space to regulate function, reaches not have to cooperate its temperature gap or humidity difference initiatively to regulate and control the function that the heat exchange flow reaches the auto-control of energy-saving effect.

Summary of the invention

The present invention mainly provides a kind of swinging heat-exchange device of auto-control switching traffic, be with traditional swinging dual flow path heat-exchange device, but make the swinging heat-exchange device of the operational function of flow with auto-control replacement fluids, and regulate and control swinging heat exchange rotating disk or the full heat exchange rotating disk of swinging that is driven by the rotating disk device for revolving and driving, for the flow of regulation and control replacement fluids, the distribution of regulating and controlling temperature, the distribution of regulating and controlling humidity, the gaseous state or the fluid liquid composition of regulation and control exchange.

For achieving the above object, the present invention takes following technical scheme.

A kind of swinging heat-exchange device of auto-control switching traffic, but it has the operational function of auto-control replacement fluids flow, distribution with temperature between its fluid of in good time change and the heat exchange rotating disk, or the pumping gaseous or fluid liquid components in proportions of regulation and control, in addition and in the heat exchange rotating disk of swinging heat-exchange device inside folder if hygroscopic materials such as coating penetrating type or absorption types, or this is when having the heat exchange rotating disk of moisture absorbing concurrently, further constitute the effect on moisture extraction of full hot-swap feature, its main composition is in the fluid flow port a of the dual flow path fluid of swinging heat-exchange device 1000, fluid flow port b, fluid flow port c, fluid flow port b among the fluid flow port d and fluid flow port d, the one-way fluid pump 120a that can produce negative pressure or normal pressure is set respectively, 120b, move device 123 and constitute dual flow path fluid pump, to borrow the electric energy of power supply 300, control the produced negative pressure in the moving device 123 of dual flow path fluid pump of driving or the one-way fluid pump 120a of normal pressure through actuation means 250,120b, the zone of the swinging heat exchange rotating disk 100 that moving two fluids of institute's pump are flowed through and direction of flow are for different, two various flows are to the stream of fluid and isolation mutually, wherein:

---swinging heat-exchange device 1000 and the one-way fluid pump 120a that can produce negative pressure or normal pressure, 120b, can be and be one or separate type the function that constitutes the moving device 123 of dual flow path fluid pump is set, two one-way fluid pump 120a that can produce negative pressure or normal pressure, 120b, be arranged at fluid flow port b and fluid flow port d respectively, for fluid is done various flows to pump moving, above-mentioned two one-way fluid pump 120a that can produce negative pressure or normal pressure, 120b, power motor can be set respectively to be done driving or shares same motor to drive, by controlling of actuation means 250, can do the running of following one or more functional modes according to need, contain: 1) by two one-way fluid pump 120a, it is moving that 120b makes the pump of negative pressure, make the two-way fluid do various flows to pumping; 2) it is moving to make positive pressure pump by two one-

way fluid pump

120a, 120b, make two-way fluid various flows to pumping; Aforementioned 1), 2) in two kinds of functional mode runnings, the two-way fluid of institute's pumping is the zones of different by swinging heat exchange rotating disk 100, the stream of two-way fluid also is mutual isolation, the flow direction of two-way fluid is opposite;

---dual flow path fluid pump moves device 123: at least two one-way fluid pump 120a serve as reasons, 120b constitutes, fluid flow port a for the dual flow path fluid that is arranged at swinging heat-exchange device 1000, fluid flow port b, fluid flow port c, fluid flow port b among the fluid flow port d and fluid flow port d, the one-way fluid pump 120a that can produce negative pressure or normal pressure is set respectively, 120b constitutes the moving device 123 of dual flow path fluid pump, with the size of moving 123 pumps hot replacement fluids of the device flow of dual flow path fluid pump borrowing actuation means 250 to control to be driven by power supply 300, and the speed of swinging heat exchange rotating disk 100 rotating speeds that driven for control rotary disk device for revolving and driving 110;

---power supply 300: be to provide the power supply of the swinging heat-exchange device running of this auto-control switching traffic, be included as and exchange or the civil power system of direct current or the device of independently supplying electric energy;

---actuation means 250:, do 1 for controlling the one-way fluid pump 120a, the 120b that constitute the moving device 123 of dual flow path fluid pump by being constituted by electromechanical compo or solid-state electronic component or microprocessor and related software and operation and control interface) the switching function running; Or 2) control the flow that institute's pump moves heat-exchange fluid; Or 3) control the temperature distribution state of fluid and swinging heat exchange rotating disk 100; Or 4) control the speed of swinging heat exchange rotating disk 100 rotating speeds that driven by rotating disk device for revolving and driving 110; Or 5) by aforementioned 1), 2), 3), 4) item at least wherein two does to integrate and controls;

---rotating disk device for revolving and driving 110:, turn round for driving swinging heat exchange rotating disk 100, and the speed of adjustable its rotating speed is to change its heat exchange characteristics by being constituted through variable speed drive 111 by power motor or other rotary motive power sources;

---swinging heat exchange rotating disk 100: drive for borrowing rotating disk device for revolving and driving 110 to do revolution, its disk body inside has confession by the cellular two fluid passage zones of various flows to fluid, and have the heat absorption or the heat release function, two fluid passages of swinging heat exchange rotating disk have two fluid flow ports respectively, for difference pumping two-way fluid, the path of two-way fluid is isolated mutually, be various flows to the fluid that is passed through and borrow, by being made the swinging heat exchange rotating disk 100 that revolution drives, do the running of hot-swap feature by rotating disk device for revolving and driving 110;

---control and can be 1 the opportunity that heat-exchange fluid flow size or control rotary disk device for revolving and driving 110 drive the speed of swinging heat exchange rotating disks 100 revolution rotating speeds) open loop type of default fluid flow and conversion time controls; Or 2) manually to control at random.

Description of drawings

Fig. 1 is the operation principles schematic diagram of traditional swinging full-heat-exchange equipment.

Fig. 2 be traditional swinging full-heat-exchange equipment two-way various flows to fluid through the schematic diagram of the full heat exchange rotating disk of swinging diverse location.

Fig. 3 can control the example structure block schematic diagram of heat-exchange fluid flow automatically for the present invention.

Fig. 4 further disposes temperature-detecting device to control the example structure block schematic diagram of heat-exchange fluid flow for the present invention.

Fig. 5 further disposes temperature-detecting device and humidity detector for the present invention, to control the example structure block schematic diagram of full heat-exchange fluid flow.

Fig. 6 further disposes temperature-detecting device and gaseous state or fluid liquid component detection apparatus for the present invention, to control the example structure principle schematic of heat-exchange fluid flow.

Fig. 7 further disposes temperature-detecting device and humidity detector and gaseous state or fluid liquid component detection apparatus for the present invention, to control the example structure principle schematic of full heat-exchange fluid flow.

Description of reference numerals

11: temperature-detecting device

21: humidity detector

31: gaseous state or fluid liquid component detection apparatus

100: swinging heat exchange rotating disk

110: the rotating disk device for revolving and driving

111: variable speed drive

120a, 120b: one-way fluid pump

123: dual flow path fluid pump moves device

130: heater

200: the full heat exchange rotating disk of swinging

300: power supply

250: actuation means

1000: the swinging heat-exchange device

A, b, c, d: fluid flow port

The specific embodiment

Following conjunction with figs. describes feature of the present invention and advantage in detail.

Tradition swinging heat-exchange device or swinging full-heat-exchange equipment have temperature and can reclaim benefit and use extremely extensively, and existing is the example explanation with more representative swinging full-heat-exchange equipment.Be illustrated in figure 1 as the operation principles schematic diagram of traditional swinging full-heat-exchange equipment.Usually have in shown in Figure 1 two various flows to the moving device of fluid pump and four fluid flow ports, with in the both sides pumping various flows of the full heat exchange rotating disk 200 of swinging of traditional swinging full-heat-exchange equipment inside to two-way fluid with temperature difference, the two-way fluid is sent into via being located at not the fluid flow port of homonymy respectively, and via the fluid flow port discharge of being located at opposite side, the two-way fluid is separated and is flowed through by diverse location respectively and made the full heat exchange rotating disk 200 of swinging that revolution drives.Be illustrated in figure 2 as traditional swinging full-heat-exchange equipment two-way various flows to the flow through schematic diagram of full heat exchange rotating disk 200 diverse locations of swinging of fluid.For example being example by indoor heat-exchange device to outdoor ventilation usefulness in severe winter, indoor higher temperatures air-flow enters traditional swinging full-heat-exchange equipment via fluid flow port a pumping, and through the full heat exchange rotating disk 200 of swinging stream on one side, be expelled to outdoor by fluid flow port b again, and enter traditional swinging full-heat-exchange equipment by outdoor outdoor fresh gas flow through fluid flow port c pumping lower temperature, and through the stream of full heat exchange rotating disk 200 another sides of swinging, discharge in the inlet chamber by fluid flow port d again, and fluid flow port a and fluid flow port d are arranged at towards the indoor, and fluid flow port c and fluid flow port b are arranged at towards the outside.When stable running, one side of the swinging full heat exchange rotating disk 200 of fluid flow port a to the traditional swinging full-heat-exchange equipment between fluid flow port b, temperature is reduced to the Temperature Distribution of the lower temperature of fluid flow port b gradually by the higher temperatures of fluid flow port a with forming, and by the opposite side of fluid flow port c to the full heat exchange rotating disk 200 of swinging between fluid flow port d, to form then that temperature is increased to the Temperature Distribution of the higher temperatures of fluid flow port d gradually by the lower temperature of fluid flow port c, heat exchanger effectiveness is then by the fluid properties that flows, flow velocity, and the temperature difference of fluid and deciding between the characteristic of heat exchange rotating disk and both sides thereof in the heat-exchange device.If be applied to heat exchange rotating disk folder if during hygroscopic materials such as coating penetrating type or absorption type or the heat exchange rotating disk itself have moisture absorbing concurrently and constitute full heat exchange rotating disk, then above-mentioned have two various flows to fluid, will be at the full heat exchange rotating disk 200 of swinging of traditional swinging full-heat-exchange equipment inside, for the state of two entrance ends that pass through the different directions fluid and both sides formation equilibrium temperature difference and moisture-saturated degree difference.

The present invention is with traditional swinging dual flow path heat-exchange device, but further make the swinging heat-exchange device of the operational function of flow, with the flow of regulation and control replacement fluids, the distribution of regulating and controlling temperature, the distribution of regulating and controlling humidity, the gaseous state or the fluid liquid composition of regulation and control exchange with auto-control replacement fluids.

Be illustrated in figure 3 as the example structure block schematic diagram that the present invention can control the heat-exchange fluid flow automatically.

Among Fig. 3, main composition of the present invention is in the fluid flow port a of the dual flow path fluid of swinging heat-exchange device 1000, fluid flow port b, fluid flow port c, fluid flow port b among the fluid flow port d and fluid flow port d, the one-way fluid pump 120a that can produce negative pressure or normal pressure is set respectively, 120b, move device 123 and constitute dual flow path fluid pump, to borrow the electric energy of power supply 300, control the produced negative pressure in the moving device 123 of dual flow path fluid pump of driving or the one-way fluid pump 120a of normal pressure through actuation means 250,120b, the zone of the swinging heat exchange rotating disk 100 that moving two fluids of institute's pump are flowed through and direction of flow are for different, two various flows are to the stream of fluid and isolation mutually, wherein:

way fluid pump

---power supply 300: be to provide the power supply of the swinging heat-exchange device running of this auto-control switching traffic, be included as and exchange or the mains system of direct current or the device of independently supplying electric energy;

---control and can be 1 the opportunity that heat-exchange fluid flow size or control rotary disk device for revolving and driving 110 drive the speed of swinging heat exchange rotating disks 100 revolution rotating speeds) open loop type of default fluid flow and conversion time controls; Or 2) manually to control at random;

The embodiment of above-mentioned Fig. 3 also can be arranged at fluid flow port a, d with one-way fluid pump 120a and one-way fluid pump 120b in addition, or be arranged at fluid flow port b, c, and do the malleation pumping by one of them one-way fluid pump, it is moving that another one-way fluid pump is made negative pressure pump, for do by the two-way fluid of swinging heat exchange rotating disk 100 various flows to pumping.

Be illustrated in figure 4 as the present invention and further dispose temperature-detecting device to control the example structure block schematic diagram of heat-exchange fluid flow.

Among Fig. 4, primary structure of the present invention is in the fluid flow port a of the dual flow path fluid of swinging heat-exchange device 1000, fluid flow port b, fluid flow port c, fluid flow port b among the fluid flow port d and fluid flow port d, the one-way fluid pump 120a that can produce negative pressure or normal pressure is set respectively, 120b, move device 123 and constitute dual flow path fluid pump, to borrow the electric energy of power supply 300, control the produced negative pressure in the moving device 123 of dual flow path fluid pump of driving or the one-way fluid pump 120a of normal pressure through actuation means 250,120b, the zone of the swinging heat exchange rotating disk 100 that moving two fluids of institute's pump are flowed through and direction of flow are for different, two various flows are to the stream of fluid and isolation mutually, wherein:

way fluid pump

---in the position that can directly or indirectly detect institute's pumping replacement fluids variations in temperature, at least one temperature-detecting device 11 is set, and borrows the signal that is detected as the actuation means reference on 250 opportunitys; Comprise: 1) control moving 123 pumping replacement fluids of the device flow size of two-way fluid pump; Or 2) control rotary disk device for revolving and driving 110 drives the rotating speed speed of swinging heat exchange rotating disk 100; Or 3) do aforementioned 1 simultaneously), 2) control;

---control and can be 1 the opportunity that heat-exchange fluid flow size or control rotary disk device for revolving and driving 110 drive the speed of swinging heat exchange rotating disks 100 revolution rotating speeds) open loop type of default fluid flow and conversion time controls; Or 2) manually to control at random; Or 3) in the position that can directly or indirectly detect institute's replacement fluids variations in temperature, at least one temperature-detecting device 11 is set, and borrow 11 detection signals of temperature-detecting device, the size of pumping fluid flow or control rotary disk device for revolving and driving 110 drive the reference that swinging heat exchange rotating disk 100 revolution rotating speed speeds are controlled opportunity as controlling.

The embodiment of above-mentioned Fig. 4 also can be arranged at fluid flow port a, d with one-way fluid pump 120a and one-way fluid pump 120b in addition, or be arranged at fluid flow port b, c, and it is moving to make positive pressure pump by one of them one-way fluid pump, it is moving that another one-way fluid pump is made negative pressure pump so that by the two-way fluid of swinging heat exchange rotating disk 100 do various flows to pumping.

Be illustrated in figure 5 as the present invention and further dispose temperature-detecting device and humidity detector, to control the example structure block schematic diagram of full heat-exchange fluid flow.

Among Fig. 5, main composition of the present invention is in the fluid flow port a of the dual flow path fluid of swinging heat-exchange device 1000, fluid flow port b, fluid flow port c, fluid flow port b among the fluid flow port d and fluid flow port d, the one-way fluid pump 120a that can produce negative pressure or normal pressure is set respectively, 120b constitutes the moving device 123 of dual flow path fluid pump, to borrow actuation means 250, control by the produced negative pressure in the moving device 123 of the dual flow path fluid pump of power supply 300 drivings or the one-way fluid pump 120a of normal pressure, 120b, the flow through zones of different of the full heat exchange rotating disk 200 of swinging of moving two fluids of institute's pump, the flow direction of two-way fluid is different and isolation mutually, wherein:

---swinging heat-exchange device 1000 and the one-way fluid pump 120a that can produce negative pressure or normal pressure, 120b, can be and be one or separate type the function that constitutes the moving device 123 of dual flow path fluid pump is set, two one-way fluid pump 120a that can produce negative pressure or normal pressure, 120b, be arranged at fluid flow port b and fluid flow port d respectively, for fluid is done various flows to pump moving, above-mentioned two one-way fluid pump 120a that can produce negative pressure or normal pressure, 120b, power motor can be set respectively to be done driving or shares same power motor to drive, by controlling of actuation means 250, can do the running of following one or more functional modes according to need, contain: 1) by two one-way fluid pump 120a, it is moving that 120b makes the pump of negative pressure, make the two-way fluid do various flows to pumping; 2) it is moving to make positive pressure pump by two one-way fluid pump 120a, 120b, make the two-way fluid do various flows to pumping; Aforementioned 1), 2) in two kinds of functional mode runnings, the two-way fluid of institute's pumping is the zones of different by the full heat exchange rotating disk 200 of swinging, the stream of two-way fluid also is mutual isolation, the flow direction of two-way fluid is opposite;

---in the position that can directly or indirectly detect institute's pumping replacement fluids temperature, humidity variation, at least one temperature-detecting device 11 is set or at least one humidity detector 21 is set, comprise both or a kind of checkout gear at least wherein are set, and borrow the signal that is detected to control the reference on opportunity as actuation means 250; Comprise: the size of 1) controlling moving 123 pumping replacement fluids of the device flow of two-way fluid pump; Or 2) control rotary disk device for revolving and driving 110 drives the speed of full heat exchange rotating disk 200 rotating speeds of swinging; Or 3) do aforementioned 1 simultaneously), 2) control;

Above-mentioned temperature-detecting device 11 and humidity detector 21 can be one structure or separation setting out of the ordinary altogether;

---dual flow path fluid pump moves device 123: at least two one-way fluid pump 120a serve as reasons, 120b constitutes, fluid flow port b for the dual flow path fluid that is arranged at swinging heat-exchange device 1000, fluid flow port d, the one-way fluid pump 120a that can produce negative pressure or normal pressure is set respectively, 120b constitutes the moving device 123 of dual flow path fluid pump, with the size of moving 123 pumps hot replacement fluids of the device flow of dual flow path fluid pump borrowing actuation means 250 to control to be driven by power supply 300, and the rotating speed speed of the full heat exchange rotating disk 200 of swinging that is driven for control rotary disk device for revolving and driving 110;

---actuation means 250:, do 1 for controlling the one-way fluid pump 120a, the 120b that constitute the moving device 123 of dual flow path fluid pump by being constituted by electromechanical compo or solid-state electronic component or microprocessor and related software and operation and control interface) the switching function running; Or 2) control the flow that institute's pump moves heat-exchange fluid; Or 3) control the temperature distribution state of the full heat exchange rotating disk 200 of fluid and swinging; Or 4) control the distribution of the humidity in the full heat exchange rotating disk 200 of swinging; Or 5) control the speed of full heat exchange rotating disk 200 rotating speeds of the swinging that is driven by rotating disk device for revolving and driving 110; Or 6) by aforementioned 1), 2), 3), 4), 5) item wherein at least two do to integrate and to control;

---rotating disk device for revolving and driving 110:, turn round for driving the full heat exchange rotating disk 200 of swinging, and the speed of adjustable its rotating speed is to change its heat exchange characteristics by being constituted through variable speed drive 111 by power motor or other rotary motive power sources;

---the full heat exchange rotating disk 200 of swinging: drive for borrowing rotating disk device for revolving and driving 110 to do revolution, its whole interior has confession by the cellular two fluid passage zones of various flows to fluid, and have heat absorption or heat release and humidity absorbs or release function, two fluid passages of the full heat exchange rotating disk 200 of swinging have two fluid flow ports respectively, for difference pumping two-way fluid, the path of two-way fluid is isolated mutually, be various flows to the fluid that is passed through and borrow, by being made the full heat exchange rotating disk 200 of swinging that revolution drives, and do the running of full hot-swap feature by rotating disk device for revolving and driving 110;

---control and can be 1 the opportunity that heat-exchange fluid flow size or control rotary disk device for revolving and driving 110 drive the full heat exchange rotating disk 200 revolution rotating speed speeds of swingings) open loop type of default fluid flow and conversion time controls; Or 2) manually to control at random; Or 3) in the position that can directly or indirectly detect institute's replacement fluids temperature, humidity variation, at least one temperature-detecting device 11, humidity detector 21 are set, both or at least one of them, turn round the reference that the rotating speed speeds are controlled opportunity and borrow institute's detection signal to drive the full heat exchange rotating disk 200 of swingings as the size of controlling institute's pumping replacement fluids flow or control rotary disk device for revolving and driving 110.

The embodiment of above-mentioned Fig. 5 also can be arranged at fluid flow port a, d with one-way fluid pump 120a and one-way fluid pump 120b in addition, or be arranged at fluid flow port b, c, and do the malleation pumping by one of them one-way fluid pump, it is moving that another one-way fluid pump is made negative pressure pump, for do by the two-way fluid of the full heat exchange rotating disk 200 of swinging various flows to pumping.

Among the embodiment of above-mentioned Fig. 5, can be further in the stream of 200 replacement fluids of the full heat exchange rotating disk of swinging configuration heater 130, for promoting dehumidifying usefulness, heater can be with electric energy pyrogenicity or with the thermal source of other controllable temperatures and produces heat energy;

In addition and can be further by the detected value of actuation means 250 reference temperature(TR) checkout gears 11, humidity detector 21, to control 130 heating opportunitys of its heater and the heating temperature can value.

Be illustrated in figure 6 as the present invention and further dispose temperature-detecting device and gaseous state or fluid liquid component detection apparatus, to control the example structure principle schematic of heat-exchange fluid flow.

Among Fig. 6, main composition of the present invention is in the fluid flow port a of the dual flow path fluid of swinging heat-exchange device 1000, fluid flow port b, fluid flow port c, fluid flow port b among the fluid flow port d and fluid flow port d, the one-way fluid pump 120a that can produce negative pressure or normal pressure is set respectively, 120b, move device 123 and constitute dual flow path fluid pump, to borrow the electric energy of power supply 300, control the produced negative pressure in the moving device 123 of dual flow path fluid pump of driving or the one-way fluid pump 120a of normal pressure through actuation means 250,120b, moving two fluids of pump are flowed through the flow direction of swinging heat exchange rotating disk 100 for different, two various flows are to the stream of fluid and isolation mutually, wherein:

---swinging heat-exchange device 1000 and the one-way fluid pump 120a that can produce negative pressure or normal pressure, 120b, can be and be one or separate type the function that constitutes the moving device 123 of dual flow path fluid pump is set, two one-way fluid pump 120a that can produce negative pressure or normal pressure, 120b, be arranged at fluid flow port b and fluid flow port d respectively, for fluid is done various flows to pump moving, above-mentioned two one-way fluid pump 120a that can produce negative pressure or normal pressure, 120b, power motor can be set respectively to be done driving or shares same motor to drive, by controlling of actuation means 250, can do the running of following one or more functional modes according to need, contain: 1) by two one-way fluid pump 120a, it is moving that 120b makes the pump of negative pressure, make the two-way fluid do various flows to pumping; 2) it is moving to make positive pressure pump by two one-way fluid pump 120a, 120b, make two-way fluid various flows to pumping; Aforementioned 1), 2) in two kinds of functional mode runnings, the two-way fluid of institute's pumping is the zones of different by swinging heat exchange rotating disk 100, the stream of two-way fluid also is mutual isolation, the flow direction of two-way fluid is opposite;

---in the position that can directly or indirectly detect institute's pumping replacement fluids variations in temperature, at least one temperature-detecting device 11 is set, and in can detect the position that changes of pumping gaseous or fluid liquid composition, at least one gaseous state or fluid liquid component detection apparatus 31 are set, comprise both or a kind of checkout gear at least wherein are set, and borrow the signal that is detected to control the reference on opportunity as actuation means 250; Comprise: 1) control moving 123 pumping replacement fluids of the device flow size of two-way fluid pump; Or 2) control rotary disk device for revolving and driving 110 drives the rotating speed speed of swinging heat exchange rotating disk 100; Or 3) do aforementioned 1 simultaneously), 2) control;

Above-mentioned temperature-detecting device 11 and gaseous state or fluid liquid component detection apparatus 31 can be one structure or separation setting out of the ordinary altogether;

---dual flow path fluid pump moves device 123: serve as reasons at least two one-

way fluid pump

120a, 120b constitute, for fluid flow port a, the fluid flow port b of the dual flow path fluid that is arranged at swinging heat-exchange device 1000, fluid flow port b and the fluid flow port d among fluid flow port c, the fluid flow port d, one-way fluid pump 120a, the 120b that can produce negative pressure or normal pressure are set respectively constitute the moving device 123 of dual flow path fluid pump, to control the size of moving 123 pumps hot replacement fluids of the device flow of dual flow path fluid pump that is driven by power supply 300 by means of actuation means 250; And the speed of swinging heat exchange rotating disk 100 rotating speeds that driven for control rotary disk device for revolving and driving 110;

---actuation means 250:, do 1 for controlling the one-way fluid pump 120a, the 120b that constitute the moving device 123 of dual flow path fluid pump by being constituted by electromechanical compo or solid-state electronic component or microprocessor and related software and operation and control interface) the switching function running; Or 2) control the flow that institute's pump moves heat-exchange fluid; Or 3) control the temperature distribution state of fluid and swinging heat exchange rotating disk 100; Or 4), make the gaseous state of heat exchange or the exchange status of fluid liquid composition so as to controlling between swinging heat-exchange device 1000 both sides; Or 5) control speed by rotating disk device for revolving and driving 110 swinging heat exchange rotating disk 100 rotating speeds that drive; Or 6) by aforementioned 1), 2), 3), 4), 5) item wherein at least two make integrated operation;

---control and can be 1 the opportunity that heat-exchange fluid flow size or control rotary disk device for revolving and driving 110 drive swinging heat exchange rotating disks 100 revolution rotating speed speeds) open loop type of default fluid flow and conversion time controls; Or 2) manually to control at random; Or 3) in can directly or indirectly detect the position of pumping gaseous or fluid liquid temperature or composition, at least one temperature-detecting device 11 is set, or at least one gaseous state or fluid liquid component detection apparatus 31, and both or at least wherein a kind of are set, turn round the reference that the rotating speed speeds are controlled opportunity with size or the control rotary disk device for revolving and driving 110 driving swinging heat exchange rotating disks 100 of borrowing institute's detection signal pumping fluid flow as controlling.

The embodiment of above-mentioned Fig. 6 also can be arranged at fluid flow port a, d with one-way fluid pump 120a and one-way fluid pump 120b in addition, or be arranged at fluid flow port b, c, and it is moving to make positive pressure pump by one of them one-way fluid pump, it is moving that another one-way fluid pump is made negative pressure pump so that by the two-way fluid of swinging heat exchange rotating disk 100 do various flows to pumping.

Be illustrated in figure 7 as the present invention and further dispose temperature-detecting device and humidity detector and gaseous state or fluid liquid component detection apparatus, to control the structural principle schematic diagram of full heat-exchange fluid flow.

Among Fig. 7, for main composition of the present invention is in the fluid flow port a of the dual flow path fluid of swinging heat-exchange device 1000, fluid flow port b, fluid flow port c, fluid flow port b among the fluid flow port d and fluid flow port d, the one-way fluid pump 120a that can produce negative pressure or normal pressure is set respectively, 120b constitutes the moving device 123 of dual flow path fluid pump, to borrow actuation means 250, control the produced negative pressure in the moving device 123 of the dual flow path fluid pump that driven by power supply 300 or the one-way fluid pump 120a of normal pressure, 120b, the flow through zones of different of the full heat exchange rotating disk 200 of swinging of moving two fluids of institute's pump, the flow direction of two-way stream is different and isolation mutually, wherein:

---swinging heat-exchange device 1000 and the one-way fluid pump 120a that can produce negative pressure or normal pressure, 120b, can be and be one or separate type the function that constitutes the moving device 123 of dual flow path fluid pump is set, two one-way fluid pump 120a that can produce negative pressure or normal pressure, 120b, be arranged at fluid flow port b and fluid flow port d respectively, for fluid is done various flows to pump moving, the above-mentioned one-way fluid pump 120a that produces negative pressure or normal pressure, 120b, power motor can be set respectively to be done driving or shares same power motor to drive, by controlling of actuation means 250, can do the running of following one or more functional modes according to need, contain: 1) by one-way fluid pump 120a wherein, it is moving that 120b makes the pump of negative pressure, make the two-way fluid do various flows to pumping; 2) it is moving to make positive pressure pump by wherein one-way fluid pump 120a, 120b, make the two-way fluid do various flows to pumping; Aforementioned 1), 2) in two kinds of functional mode runnings, the two-way fluid of institute's pumping is the zones of different by the full heat exchange rotating disk 200 of swinging, the stream of two-way fluid also is mutual isolation, the flow direction of two-way fluid is opposite;

---institute's pumping replacement fluids variations in temperature or humidity change or the position of gaseous state or the variation of fluid liquid composition in can directly or indirectly detecting, or at least one temperature-detecting device 11 is set or at least one humidity detector 21 is set, or at least one gaseous state or fluid liquid component detection apparatus 31 be set, comprise three or a kind of checkout gear at least wherein are set, control the reference that moving 123 pumping replacement fluids of the device flow size of dual flow path fluid pump is controlled opportunity as actuation means 250 to borrow institute's detection signal; Comprise: the size of 1) controlling moving 123 pumping replacement fluids of the device flow of two-way fluid pump; Or 2) control rotary disk device for revolving and driving 110 drives the speed of full heat exchange rotating disk 200 rotating speeds of swinging; Or 3) do aforementioned 1 simultaneously), 2) control;

Above-mentioned temperature-detecting device 11 and humidity detector 21 and gaseous state or fluid liquid component detection apparatus 31 can be one structure or separation setting out of the ordinary altogether;

---dual flow path fluid pump moves device 123: at least two one-way fluid pump 120a serve as reasons, 120b constitutes, fluid flow port b for the dual flow path fluid that is arranged at swinging heat-exchange device 1000, fluid flow port d, the one-way fluid pump 120a that can produce negative pressure or normal pressure is set respectively, 120b constitutes the moving device 123 of dual flow path fluid pump, with the size of moving 123 pumps hot replacement fluids of the device flow of dual flow path fluid pump borrowing actuation means 250 to control to be driven by power supply 300, and the speed of full heat exchange rotating disk 200 rotating speeds of swinging that driven for control rotary disk device for revolving and driving 110;

---actuation means 250:, do 1 for controlling the one-way fluid pump 120a, the 120b that constitute the moving device 123 of dual flow path fluid pump by being constituted by electromechanical compo or solid-state electronic component or microprocessor and related software and operation and control interface) the switching function running; Or 2) control the flow of institute's pumps hot replacement fluids; Or 3) control the temperature distribution state of the full heat exchange rotating disk 200 of fluid and swinging; Or 4) so as to controlling the moisture distribution state in the full heat exchange rotating disk 200 of swinging; Or 5) between control swinging heat-exchange device 1000 both sides, make the gaseous state of heat exchange or the exchange status of fluid liquid composition; Or 6) control the speed of full heat exchange rotating disk 200 rotating speeds of the swinging that is driven by rotating disk device for revolving and driving 110; Or 7) by aforementioned 1), 2), 3), 4), 5), 6) item wherein at least two do to integrate and to control;

---the full heat exchange rotating disk 200 of swinging: drive for borrowing rotating disk device for revolving and driving 110 to do revolution, its disk body inside has confession by the cellular two fluid passage zones of various flows to fluid, and have heat absorption or heat release and humidity absorbs or release function, two fluid passages of the full heat exchange rotating disk of swinging have two fluid flow ports respectively, for difference pumping two-way fluid, the path of two-way fluid is isolated mutually, be various flows to the fluid that is passed through and borrow, by being made the full heat exchange rotating disk 200 of swinging that revolution drives, and do the running of full hot-swap feature by rotating disk device for revolving and driving 110;

---control and can be 1 the opportunity that heat-exchange fluid flow size or control rotary disk device for revolving and driving 110 drive the full heat exchange rotating disk 200 revolution rotating speed speeds of swingings) open loop type of default fluid flow and conversion time controls; Or 2) manually to control at random; Or 3) in can directly or indirectly detecting institute's pumping replacement fluids variations in temperature, or humidity changes, or the position of gaseous state or the variation of fluid liquid composition, at least one temperature-detecting device 11 is set, or at least one humidity detector 21, or at least one gaseous state or fluid liquid component detection apparatus 31, comprise three or a kind of checkout gear at least wherein are set, to borrow the size of institute's detection signal pumping replacement fluids flow as controlling, or control rotary disk device for revolving and driving 110 drives the reference that the full heat exchange rotating disk 200 revolution rotating speed speeds of swinging are controlled opportunity.

The embodiment of above-mentioned Fig. 7 also can be arranged at fluid flow port a, d with one-way fluid pump 120a and one-way fluid pump 120b in addition, or be arranged at fluid flow port b, c, and do the malleation pumping by one of them one-way fluid pump, it is moving that another one-way fluid pump is made negative pressure pump, for do by the two-way fluid of the full heat exchange rotating disk 200 of swinging various flows to pumping.

Among the embodiment of above-mentioned Fig. 7, can be further in the stream of 200 replacement fluids of the full heat exchange rotating disk of swinging configuration heater 130, for promoting dehumidifying usefulness, heater can be with electric energy pyrogenicity or with the thermal source of other controllable temperatures and produces heat energy.

In addition and can be further by the detected value of actuation means 250 reference temperature(TR) checkout gears 11, humidity detector 21, gaseous state or fluid liquid component detection apparatus 31, to control 130 heating opportunitys of its heater and the heating temperature can value.

In the swinging heat-exchange device of this auto-control switching traffic, have following one or more feature about the structure kenel of swinging heat exchange rotating disk or the full heat exchange rotating disk of swinging, contain: 1) can be the tubular structure that is linear or other geometries; Or 2) can be the multilayer structure making that has for by gaseous state or liquid fluid passage constitutes; Or 3) can be that fluid passage more than one road or one tunnel is series connection or in parallel or connection in series-parallel constitutes.

The swinging heat-exchange device of this auto-control switching traffic, further temperature-detecting device 11 can be set, humidity detector 21, gaseous state or fluid liquid component detection apparatus 31, the three all is provided with, or wherein one or more checkout gear is set at least, the position is set to be comprised and is located at swinging heat-exchange device 1000, swinging heat exchange rotating disk 100, or the full heat exchange rotating disk 200 nearly fluid flow port a of swinging and fluid flow port b two positions or one of them, or in fluid flow port c and fluid flow port d two positions or one of them, or be arranged at other and in heat exchange running, can detect institute's replacement fluids temperature, or humidity, or the position of fluid composition, its number can be one or more, for reference institute monitor signal, as following one or more function operations, comprise 1) control the moving device 123 of dual flow path fluid pump, with the reference of moving rate of flow of fluid speed of regulation and control institute pump or flow size, or 2) control the open amount of fluid valve to regulate and control the reference of moving rate of flow of fluid speed of institute's pump or flow size.

It is to be total to structure or to be total to structure or separation setting out of the ordinary by the part checkout gear that said temperature checkout gear 11, humidity detector 21, gaseous state or fluid liquid component detection apparatus 31 can be whole checkout gears;

The dual flow path fluid pump that is made of two one-

way fluid pumps

120a, 120b among aforementioned the present invention moves device 123, be attitude or the liquid fluid of taking offence for pump, constitute two one-

way fluid pump

120a, 120b of dual flow path fluid pump 123, remove and to drive by the power motor that is provided with respectively, or, also can borrow engine power or other wind energies or heat energy or thermal gradient energy or the mechanical energy of sun the subject of knowledge and the object of knowledge generation or the electric energy of being changed to drive by outside the shared same driving power motor of at least two fluid pumps.

Actuation means 250 among aforementioned the present invention, have and to control the various one-way fluid pump 120a that supply to drive, 120b, or drive the power motor of rotating disk device for revolving and driving 110 or control engine power, or other wind energies, or heat energy, or thermal gradient energy, or the mechanical energy of sun the subject of knowledge and the object of knowledge generation or the electric energy of being changed, or control running opportunity of fluid pump or fluid valve, to change the flow direction by fluid in two streams of swinging heat exchange rotating disk 100, or the control rotary disk device for revolving and driving 110 swinging heat exchange rotating disk 100 that drives, or the rotating speed speed of the full heat exchange rotating disk 200 of swinging, and the rotating speed of further controlling its each fluid pump, flow, the regulation and control of partial functions such as fluid pressure or repertoire.

The swinging heat-exchange device of aforementioned this auto-control switching traffic, further can borrow actuation means 250, the flow size of moving 123 pumping fluids of device of regulation and control dual flow path fluid pump, and/or the swinging heat exchange rotating disk 100 that driven of regulation and control rotating disk device for revolving and driving 110 or the rotating speed speed of the full heat exchange rotating disk 200 of swinging, its steer mode contain following one or more, comprising:

1) controls with artificial adjustment or setting;

2) detection signal of set at least one temperature-detecting device of reference is to control;

3) detection signal of set at least one humidity detector of reference is to control;

4) detection signal of set at least one gaseous state of reference or fluid liquid component detection apparatus is to control;

5) by above 1)～4) wherein two or more mode do to integrate and control.

The swinging heat-exchange device of this auto-control switching traffic, when traffic engineering capability is controlled in setting, it controls the fluid flow scope can be by stopping to be delivered between the maximum delivery, make the fluid flow rate controlling of the section of having or the section of nothing according to the running demand, and comprise to change the flow of its fluid so as to following one or more device:

1) controls the moving running of the pump rotating speed of the moving device 123 of the dual flow path fluid pump that constituted by two one-

way fluid pumps

120a, 120b,, and then control the flow of its fluid from the speed control that shuts down to high-speed range;

2) employing is provided with the moving device 123 of dual flow path fluid pump that can control fluid turnover valve port, passes in and out the valve port open amount with the fluid of controlling the moving device 123 of dual flow path fluid pump, and then controls its fluid flow;

3) control 1)～2) at least wherein any device, make fluid make intermittent pumping, and with pumping or stop both time ratios of pumping and regulate and control its average discharge.

The swinging heat-exchange device of aforementioned this auto-control switching traffic, the flow-rate ratio of its two-way fluid by swinging heat-exchange device 1000 in running can be following one or more ratio mode, comprising:

1) wherein the fluid flow of a stream greater than another stream;

2) fluid flow of its two stream is identical;

3) the liquid pump impeller stream by the moving direction of flow of two different pumps turns round, to take turns the moving two-way fluid that is opposite course of pump.

The swinging heat-exchange device of aforementioned this auto-control switching traffic, except that making the dual flow path various flows to the pumping fluid operational function, serve as reasons to make two moving fluid pumps of two-way pump and constitute the time in the moving device 123 of dual flow path fluid pump, can borrow the pump of controlling the two-way fluid the moving flow direction, and further have following one or more special operating modes simultaneously, comprising:

1) fluid of controlling two streams is done to pump into fluid with flowing to;

2) fluid of controlling two streams is done oppositely to pump fluid with what flow to;

3) fluid of controlling two streams does to flow to together the just contrary pumping running of cycle that pumps into fluid and oppositely pump fluid.

Above-mentioned two-way fluid flows to pump function together, can supply to be used for the urgent demand that pumps into or pump fluid flow that increases.

Claims

1. the swinging heat-exchange device of an auto-control switching traffic, it is characterized in that, but it has the operational function of auto-control replacement fluids flow, distribution with temperature between its fluid of in good time change and the heat exchange rotating disk, or the pumping gaseous or fluid liquid components in proportions of regulation and control, in addition and in the heat exchange rotating disk of swinging heat-exchange device inside folder if hygroscopic materials such as coating penetrating type or absorption types, or this is when having the heat exchange rotating disk of moisture absorbing concurrently, further constitute the effect on moisture extraction of full hot-swap feature, its main composition is the fluid flow port (a) in the dual flow path fluid of swinging heat-exchange device (1000), fluid flow port (b), fluid flow port (c), fluid flow port (b) in the fluid flow port (d) and fluid flow port (d), the one-way fluid pump (120a) that can produce negative pressure or normal pressure is set respectively, (120b), move device (123) and constitute dual flow path fluid pump, to borrow the electric energy of power supply (300), control the produced negative pressure in the moving device (123) of dual flow path fluid pump of driving or the one-way fluid pump (120a) of normal pressure through actuation means (250), (120b), the zone of the swinging heat exchange rotating disk (100) that moving two fluids of institute's pump are flowed through and direction of flow are for different, two various flows are to the stream of fluid and isolation mutually, wherein:

---swinging heat-exchange device (1000) and the one-way fluid pump (120a) that can produce negative pressure or normal pressure, (120b), can be and be one or separate type the function that constitutes the moving device (123) of dual flow path fluid pump is set, two one-way fluid pumps (120a) that can produce negative pressure or normal pressure, (120b), be arranged at fluid flow port (b) and fluid flow port (d) respectively, for fluid is done various flows to pump moving, above-mentioned two one-way fluid pumps (120a) that can produce negative pressure or normal pressure, (120b), power motor can be set respectively to be done driving or shares same motor to drive, by controlling of actuation means (250), can do the running of following one or more functional modes according to need, contain: 1) by two one-way fluid pumps (120a), it is moving (120b) to make the pump of negative pressure, make the two-way fluid do various flows to pumping; 2) it is moving to make positive pressure pump by two one-way fluid pumps (120a), (120b), make two-way fluid various flows to pumping; Aforementioned 1), 2) in two kinds of functional mode runnings, the two-way fluid of institute's pumping is the zones of different by swinging heat exchange rotating disk (100), the stream of two-way fluid also is mutual isolation, the flow direction of two-way fluid is opposite;

---dual flow path fluid pump moves device (123): at least two the one-way fluid pumps (120a) of serving as reasons, (120b) constitute, fluid flow port (a) for the dual flow path fluid that is arranged at swinging heat-exchange device (1000), fluid flow port (b), fluid flow port (c), fluid flow port (b) in the fluid flow port (d) and fluid flow port (d), the one-way fluid pump (120a) that can produce negative pressure or normal pressure is set respectively, (120b) constitute the moving device (123) of dual flow path fluid pump, with the size of moving device (123) institute of the dual flow path fluid pump pumps hot replacement fluids flow borrowing actuation means (250) to control to be driven by power supply (300), and the speed of swinging heat exchange rotating disk (100) rotating speed that is driven for control rotary disk device for revolving and driving (110);

---power supply (300): be to provide the power supply of the swinging heat-exchange device running of this auto-control switching traffic, be included as and exchange or the civil power system of direct current or the device of independently supplying electric energy;

---actuation means (250):, do 1 for controlling the one-way fluid pump (120a), (120b) that constitute the moving device (123) of dual flow path fluid pump by being constituted by electromechanical compo or solid-state electronic component or microprocessor and related software and operation and control interface) the switching function running; Or 2) control the flow that institute's pump moves heat-exchange fluid; Or 3) control the temperature distribution state of fluid and swinging heat exchange rotating disk (100); Or 4) control the speed of swinging heat exchange rotating disk (100) rotating speed that is driven by rotating disk device for revolving and driving (110); Or 5) by aforementioned 1), 2), 3), 4) item at least wherein two does to integrate and controls;

---rotating disk device for revolving and driving (110): by being constituted through variable speed drive (111) by power motor or other rotary motive power sources, turn round for driving swinging heat exchange rotating disk (100), and the speed of adjustable its rotating speed is to change its heat exchange characteristics;

---swinging heat exchange rotating disk (100): drive for borrowing rotating disk device for revolving and driving (110) to do revolution, its disk body inside has confession by the cellular two fluid passage zones of various flows to fluid, and have the heat absorption or the heat release function, two fluid passages of swinging heat exchange rotating disk have two fluid flow ports respectively, for difference pumping two-way fluid, the path of two-way fluid is isolated mutually, be various flows to the fluid that is passed through and borrow, by being made the swinging heat exchange rotating disk (100) that revolution drives, do the running of hot-swap feature by rotating disk device for revolving and driving (110);

---control and can be 1 the opportunity that heat-exchange fluid flow size or control rotary disk device for revolving and driving (110) drive the speed of swinging heat exchange rotating disk (100) revolution rotating speed) open loop type of default fluid flow and conversion time controls; Or 2) manually to control at random.

2. the swinging heat-exchange device of auto-control switching traffic as claimed in claim 1, it is characterized in that, also one-way fluid pump (120a) and one-way fluid pump (120b) can be arranged at fluid flow port (a), (d), or be arranged at fluid flow port (b), (c), and do the malleation pumping by one of them one-way fluid pump, it is moving that another one-way fluid pump is made negative pressure pump, for do by the two-way fluid of swinging heat exchange rotating disk (100) various flows to pumping.

3. the swinging heat-exchange device of auto-control switching traffic as claimed in claim 1, it is characterized in that, further the configuration temperature-detecting device is to control the heat-exchange fluid flow, its primary structure is the fluid flow port (a) in the dual flow path fluid of swinging heat-exchange device (1000), fluid flow port (b), fluid flow port (c), fluid flow port (b) in the fluid flow port (d) and fluid flow port (d), the one-way fluid pump (120a) that can produce negative pressure or normal pressure is set respectively, (120b), move device (123) and constitute dual flow path fluid pump, to borrow the electric energy of power supply (300), control the produced negative pressure in the moving device (123) of dual flow path fluid pump of driving or the one-way fluid pump (120a) of normal pressure through actuation means (250), (120b), the zone of the swinging heat exchange rotating disk (100) that moving two fluids of institute's pump are flowed through and direction of flow are for different, two various flows are to the stream of fluid and isolation mutually, wherein:

---in the position that can directly or indirectly detect institute's pumping replacement fluids variations in temperature, at least one temperature-detecting device (11) is set, and borrows the signal that is detected as actuation means (250) reference on opportunity; Comprise: 1) control moving device (123) institute of two-way fluid pump pumping replacement fluids flow size; Or 2) control rotary disk device for revolving and driving (110) drives the rotating speed speed of swinging heat exchange rotating disk (100); Or 3) do aforementioned 1 simultaneously), 2) control;

---control and can be 1 the opportunity that heat-exchange fluid flow size or control rotary disk device for revolving and driving (110) drive the speed of swinging heat exchange rotating disk (100) revolution rotating speed) open loop type of default fluid flow and conversion time controls; Or 2) manually to control at random; Or 3) in the position that can directly or indirectly detect institute's replacement fluids variations in temperature, at least one temperature-detecting device (11) is set, and borrow temperature-detecting device (11) institute detection signal, the size of pumping fluid flow or control rotary disk device for revolving and driving (110) drive the reference that swinging heat exchange rotating disk (100) revolution rotating speed speed is controlled opportunity as controlling.

4. the swinging heat-exchange device of auto-control switching traffic as claimed in claim 3, it is characterized in that, also one-way fluid pump (120a) and one-way fluid pump (120b) can be arranged at fluid flow port (a), (d), or be arranged at fluid flow port (b), (c), and it is moving to make positive pressure pump by one of them one-way fluid pump, it is moving that another one-way fluid pump is made negative pressure pump so that by the two-way fluid of swinging heat exchange rotating disk (100) do various flows to pumping.

5. the swinging heat-exchange device of auto-control switching traffic as claimed in claim 1, it is characterized in that, further dispose temperature-detecting device and humidity detector, to control full heat-exchange fluid flow, its main composition is the fluid flow port (a) in the dual flow path fluid of swinging heat-exchange device (1000), fluid flow port (b), fluid flow port (c), fluid flow port (b) in the fluid flow port (d) and fluid flow port (d), the one-way fluid pump (120a) that can produce negative pressure or normal pressure is set respectively, (120b) constitute the moving device (123) of dual flow path fluid pump, to borrow actuation means (250), control by the produced negative pressure in the moving device (123) of the dual flow path fluid pump of power supply (300) driving or the one-way fluid pump (120a) of normal pressure, (120b), the flow through zones of different of the full heat exchange rotating disk of swinging (200) of moving two fluids of institute's pump, the flow direction of two-way fluid is different and isolation mutually, wherein:

---swinging heat-exchange device (1000) and the one-way fluid pump (120a) that can produce negative pressure or normal pressure, (120b), can be and be one or separate type the function that constitutes the moving device (123) of dual flow path fluid pump is set, two one-way fluid pumps (120a) that can produce negative pressure or normal pressure, (120b), be arranged at fluid flow port (b) and fluid flow port (d) respectively, for fluid is done various flows to pump moving, above-mentioned two one-way fluid pumps (120a) that can produce negative pressure or normal pressure, (120b), power motor can be set respectively to be done driving or shares same power motor to drive, by controlling of actuation means (250), can do the running of following one or more functional modes according to need, contain: 1) by two one-way fluid pumps (120a), it is moving (120b) to make the pump of negative pressure, make the two-way fluid do various flows to pumping; 2) it is moving to make positive pressure pump by two one-way fluid pumps (120a), (120b), make the two-way fluid do various flows to pumping; Aforementioned 1), 2) in two kinds of functional mode runnings, the two-way fluid of institute's pumping is the zones of different by the full heat exchange rotating disk of swinging (200), the stream of two-way fluid also is mutual isolation, the flow direction of two-way fluid is opposite;

---in the position that can directly or indirectly detect institute's pumping replacement fluids temperature, humidity variation, at least one temperature-detecting device (11) is set or at least one humidity detector (21) is set, comprise both or a kind of checkout gear at least wherein are set, and borrow the signal that is detected to control the reference on opportunity as actuation means (250); Comprise: the size of 1) controlling moving device (123) institute of two-way fluid pump pumping replacement fluids flow; Or 2) control rotary disk device for revolving and driving (110) drives the speed of the full heat exchange rotating disk of swinging (200) rotating speed; Or 3) do aforementioned 1 simultaneously), 2) control;

Above-mentioned temperature-detecting device (11) and humidity detector (21) can be one structure or separation setting out of the ordinary altogether;

---dual flow path fluid pump moves device (123): at least two the one-way fluid pumps (120a) of serving as reasons, (120b) constitute, fluid flow port (b) for the dual flow path fluid that is arranged at swinging heat-exchange device (1000), fluid flow port (d), the one-way fluid pump (120a) that can produce negative pressure or normal pressure is set respectively, (120b) constitute the moving device (123) of dual flow path fluid pump, with the size of moving device (123) institute of the dual flow path fluid pump pumps hot replacement fluids flow borrowing actuation means (250) to control to be driven by power supply (300), and the rotating speed speed of the full heat exchange rotating disk of swinging (200) that is driven for control rotary disk device for revolving and driving (110);

---actuation means (250):, do 1 for controlling the one-way fluid pump (120a), (120b) that constitute the moving device (123) of dual flow path fluid pump by being constituted by electromechanical compo or solid-state electronic component or microprocessor and related software and operation and control interface) the switching function running; Or 2) control the flow that institute's pump moves heat-exchange fluid; Or 3) control the temperature distribution state of the full heat exchange rotating disk of fluid and swinging (200); Or 4) control the distribution of the humidity in the full heat exchange rotating disk of swinging (200); Or 5) control the speed of the full heat exchange rotating disk of swinging (200) rotating speed that is driven by rotating disk device for revolving and driving (110); Or 6) by aforementioned 1), 2), 3), 4), 5) item wherein at least two do to integrate and to control;

---rotating disk device for revolving and driving (110): by being constituted through variable speed drive (111) by power motor or other rotary motive power sources, turn round for driving the full heat exchange rotating disk of swinging (200), and the speed of adjustable its rotating speed is to change its heat exchange characteristics;

---the full heat exchange rotating disk of swinging (200): drive for borrowing rotating disk device for revolving and driving (110) to do revolution, its whole interior has confession by the cellular two fluid passage zones of various flows to fluid, and have heat absorption or heat release and humidity absorbs or release function, two fluid passages of the full heat exchange rotating disk of swinging (200) have two fluid flow ports respectively, for difference pumping two-way fluid, the path of two-way fluid is isolated mutually, be various flows to the fluid that is passed through and borrow, by being made the full heat exchange rotating disk of swinging (200) that revolution drives by rotating disk device for revolving and driving (110), and do the running of full hot-swap feature;

---control and can be 1 the opportunity that heat-exchange fluid flow size or control rotary disk device for revolving and driving (110) drive the full heat exchange rotating disk of swinging (200) revolution rotating speed speed) open loop type of default fluid flow and conversion time controls; Or 2) manually to control at random; Or 3) in the position that can directly or indirectly detect institute's replacement fluids temperature, humidity variation, at least one temperature-detecting device (11), humidity detector (21) are set, both or at least one of them, turn round the reference that the rotating speed speed is controlled opportunity and borrow institute's detection signal to drive the full heat exchange rotating disk of swinging (200) as the size of controlling institute's pumping replacement fluids flow or control rotary disk device for revolving and driving (110).

6. the swinging heat-exchange device of auto-control switching traffic as claimed in claim 5, it is characterized in that, also one-way fluid pump (120a) and one-way fluid pump (120b) can be arranged at fluid flow port (a), (d), or be arranged at fluid flow port (b), (c), and do the malleation pumping by one of them one-way fluid pump, it is moving that another one-way fluid pump is made negative pressure pump, for do by the two-way fluid of the full heat exchange rotating disk of swinging (200) various flows to pumping.

7. the swinging heat-exchange device of auto-control switching traffic as claimed in claim 5, it is characterized in that, can further in the stream of the full heat exchange rotating disk of swinging (200) institute replacement fluids, dispose heater (130), for promoting dehumidifying usefulness, heater can be with electric energy pyrogenicity or with the thermal source of other controllable temperatures and produces heat energy.

8. the swinging heat-exchange device of auto-control switching traffic as claimed in claim 7, it is characterized in that, further by the detected value of actuation means (250) reference temperature(TR) checkout gear (11), humidity detector (21), to control its heater (130) heating opportunity and the heating temperature can value.

9. the swinging heat-exchange device of auto-control switching traffic as claimed in claim 1, it is characterized in that, further dispose temperature-detecting device and gaseous state or fluid liquid component detection apparatus, its main composition is the fluid flow port (a) in the dual flow path fluid of swinging heat-exchange device (1000), fluid flow port (b), fluid flow port (c), fluid flow port (b) in the fluid flow port (d) and fluid flow port (d), the one-way fluid pump (120a) that can produce negative pressure or normal pressure is set respectively, (120b), move device (123) and constitute dual flow path fluid pump, to borrow the electric energy of power supply (300), control the produced negative pressure in the moving device (123) of dual flow path fluid pump of driving or the one-way fluid pump (120a) of normal pressure through actuation means (250), (120b), moving two fluids of pump are flowed through the flow direction of swinging heat exchange rotating disk (100) for different, two various flows are to the stream of fluid and isolation mutually, wherein:

---swinging heat-exchange device (1000) and the one-way fluid pump (120a) that can produce negative pressure or normal pressure, (120b), can be and be one or separate type the function that constitutes the moving device (123) of dual flow path fluid pump is set, two one-way fluid pumps (120a) that can produce negative pressure or normal pressure, (120b), be arranged at fluid flow port (b) and fluid flow port (d) respectively, for fluid is done various flows to pump moving, above-mentioned two one-way fluid pumps (120a) that can produce negative pressure or normal pressure, (120b), power motor can be set respectively to be done driving or shares same motor to drive, by controlling of actuation means (250), can do the running of following one or more functional modes according to need, contain: 1) by two one-way fluid pumps (120a), it is moving (120b) to make the pump of negative pressure, make the two-way fluid do various flows to pumping; 2) it is moving (120b) to make positive pressure pump by two one-way fluid pumps (120a), make two-way fluid various flows to pumping; Aforementioned 1), 2) in two kinds of functional mode runnings, the two-way fluid of institute's pumping is the zones of different by swinging heat exchange rotating disk (100), the stream of two-way fluid also is mutual isolation, the flow direction of two-way fluid is opposite;

---in the position that can directly or indirectly detect institute's pumping replacement fluids variations in temperature, at least one temperature-detecting device (11) is set, and in can detect the position that changes of pumping gaseous or fluid liquid composition, at least one gaseous state or fluid liquid component detection apparatus (31) are set, comprise both or a kind of checkout gear at least wherein are set, and borrow the signal that is detected to control the reference on opportunity as actuation means (250); Comprise: 1) control moving device (123) institute of two-way fluid pump pumping replacement fluids flow size; Or 2) control rotary disk device for revolving and driving (110) drives the rotating speed speed of swinging heat exchange rotating disk (100); Or 3) do aforementioned 1 simultaneously), 2) control;

Said temperature checkout gear (11) and gaseous state or fluid liquid component detection apparatus (31) can be one structure or separation setting out of the ordinary altogether;

---dual flow path fluid pump moves device (123): at least two the one-way fluid pumps (120a) of serving as reasons, (120b) constitute, fluid flow port (a) for the dual flow path fluid that is arranged at swinging heat-exchange device (1000), fluid flow port (b), fluid flow port (c), fluid flow port (b) in the fluid flow port (d) and fluid flow port (d), the one-way fluid pump (120a) that can produce negative pressure or normal pressure is set respectively, (120b) constitute the moving device (123) of dual flow path fluid pump, to control the size of moving device (123) institute of the dual flow path fluid pump pumps hot replacement fluids flow that is driven by power supply (300) by means of actuation means (250); And for the speed of swinging heat exchange rotating disk (100) rotating speed that driven of control rotary disk device for revolving and driving (110);

---actuation means (250):, do 1 for controlling the one-way fluid pump (120a), (120b) that constitute the moving device (123) of dual flow path fluid pump by being constituted by electromechanical compo or solid-state electronic component or microprocessor and related software and operation and control interface) the switching function running; Or 2) control the flow that institute's pump moves heat-exchange fluid; Or 3) control the temperature distribution state of fluid and swinging heat exchange rotating disk (100); Or 4) so as to controlling between swinging heat-exchange device (1000) both sides, make the gaseous state of heat exchange or the exchange status of fluid liquid composition; Or 5) control speed by rotating disk device for revolving and driving (110) swinging heat exchange rotating disk (100) rotating speed that drives; Or 6) by aforementioned 1), 2), 3), 4), 5) item wherein at least two make integrated operation;

---control and can be 1 the opportunity that heat-exchange fluid flow size or control rotary disk device for revolving and driving (110) drive swinging heat exchange rotating disk (100) revolution rotating speed speed) open loop type of default fluid flow and conversion time controls; Or 2) manually to control at random; Or 3) in can directly or indirectly detect the position of pumping gaseous or fluid liquid temperature or composition, at least one temperature-detecting device (11) is set, or at least one gaseous state or fluid liquid component detection apparatus (31), and both or at least wherein a kind of are set, turn round the reference that the rotating speed speed is controlled opportunity with size or control rotary disk device for revolving and driving (110) the driving swinging heat exchange rotating disk (100) of borrowing institute's detection signal pumping fluid flow as controlling.

10. the swinging heat-exchange device of auto-control switching traffic as claimed in claim 9, it is characterized in that, also one-way fluid pump (120a) and one-way fluid pump (120b) can be arranged at fluid flow port (a), (d), or be arranged at fluid flow port (b), (c), and it is moving to make positive pressure pump by one of them one-way fluid pump, it is moving that another one-way fluid pump is made negative pressure pump so that by the two-way fluid of swinging heat exchange rotating disk (100) do various flows to pumping.

11. the swinging heat-exchange device of auto-control switching traffic as claimed in claim 1, it is characterized in that, further dispose temperature-detecting device and humidity detector and gaseous state or fluid liquid component detection apparatus, its main composition is the fluid flow port (a) in the dual flow path fluid of swinging heat-exchange device (1000), fluid flow port (b), fluid flow port (c), fluid flow port (b) in the fluid flow port (d) and fluid flow port (d), the one-way fluid pump (120a) that can produce negative pressure or normal pressure is set respectively, (120b) constitute the moving device (123) of dual flow path fluid pump, to borrow actuation means (250), control the produced negative pressure in the moving device (123) of the dual flow path fluid pump that driven by power supply (300) or the one-way fluid pump (120a) of normal pressure, (120b), the flow through zones of different of the full heat exchange rotating disk of swinging (200) of moving two fluids of institute's pump, the flow direction of two-way stream is different and isolation mutually, wherein:

---swinging heat-exchange device (1000) and the one-way fluid pump (120a) that can produce negative pressure or normal pressure, (120b), can be and be one or separate type the function that constitutes the moving device (123) of dual flow path fluid pump is set, two one-way fluid pumps (120a) that can produce negative pressure or normal pressure, (120b), be arranged at fluid flow port (b) and fluid flow port (d) respectively, for fluid is done various flows to pump moving, the above-mentioned one-way fluid pump (120a) that produces negative pressure or normal pressure, (120b), power motor can be set respectively to be done driving or shares same power motor to drive, by controlling of actuation means (250), can do the running of following one or more functional modes according to need, contain: 1) by one-way fluid pump (120a) wherein, it is moving (120b) to make the pump of negative pressure, make the two-way fluid do various flows to pumping; 2) it is moving to make positive pressure pump by wherein one-way fluid pump (120a), (120b), make the two-way fluid do various flows to pumping; Aforementioned 1), 2) in two kinds of functional mode runnings, the two-way fluid of institute's pumping is the zones of different by the full heat exchange rotating disk of swinging (200), the stream of two-way fluid also is mutual isolation, the flow direction of two-way fluid is opposite;

---institute's pumping replacement fluids variations in temperature or humidity change or the position of gaseous state or the variation of fluid liquid composition in can directly or indirectly detecting, or at least one temperature-detecting device (11) is set or at least one humidity detector (21) is set, or at least one gaseous state or fluid liquid component detection apparatus (31) be set, comprise three or a kind of checkout gear at least wherein are set, control the reference that moving device (123) institute of dual flow path fluid pump pumping replacement fluids flow size is controlled opportunity as actuation means (250) to borrow institute's detection signal; Comprise: the size of 1) controlling moving device (123) institute of two-way fluid pump pumping replacement fluids flow; Or 2) control rotary disk device for revolving and driving (110) drives the speed of the full heat exchange rotating disk of swinging (200) rotating speed; Or 3) do aforementioned 1 simultaneously), 2) control;

Above-mentioned temperature-detecting device (11) and humidity detector (21) and gaseous state or fluid liquid component detection apparatus (31) can be one structure or separation setting out of the ordinary altogether;

---dual flow path fluid pump moves device (123): at least two the one-way fluid pumps (120a) of serving as reasons, (120b) constitute, fluid flow port (b) for the dual flow path fluid that is arranged at swinging heat-exchange device (1000), fluid flow port (d), the one-way fluid pump (120a) that can produce negative pressure or normal pressure is set respectively, (120b) constitute the moving device (123) of dual flow path fluid pump, with the size of moving device (123) institute of the dual flow path fluid pump pumps hot replacement fluids flow borrowing actuation means (250) to control to be driven by power supply (300), and the speed of the full heat exchange rotating disk of swinging (200) rotating speed that is driven for control rotary disk device for revolving and driving (110);

---actuation means (250):, do 1 for controlling the one-way fluid pump (120a), (120b) that constitute the moving device (123) of dual flow path fluid pump by being constituted by electromechanical compo or solid-state electronic component or microprocessor and related software and operation and control interface) the switching function running; Or 2) control the flow of institute's pumps hot replacement fluids; Or 3) control the temperature distribution state of the full heat exchange rotating disk of fluid and swinging (200); Or 4) so as to controlling the moisture distribution state in the full heat exchange rotating disk of swinging (200); Or 5) control between swinging heat-exchange device (1000) both sides, make the gaseous state of heat exchange or the exchange status of fluid liquid composition; Or 6) control the speed of the full heat exchange rotating disk of swinging (200) rotating speed that is driven by rotating disk device for revolving and driving (110); Or 7) by aforementioned 1), 2), 3), 4), 5), 6) item wherein at least two do to integrate and to control;

---the full heat exchange rotating disk of swinging (200): drive for borrowing rotating disk device for revolving and driving (110) to do revolution, its disk body inside has confession by the cellular two fluid passage zones of various flows to fluid, and have heat absorption or heat release and humidity absorbs or release function, two fluid passages of the full heat exchange rotating disk of swinging have two fluid flow ports respectively, for difference pumping two-way fluid, the path of two-way fluid is isolated mutually, be various flows to the fluid that is passed through and borrow, by being made the full heat exchange rotating disk of swinging (200) that revolution drives by rotating disk device for revolving and driving (110), and do the running of full hot-swap feature;

---control and can be 1 the opportunity that heat-exchange fluid flow size or control rotary disk device for revolving and driving (110) drive the full heat exchange rotating disk of swinging (200) revolution rotating speed speed) open loop type of default fluid flow and conversion time controls; Or 2) manually to control at random; Or 3) in can directly or indirectly detecting institute's pumping replacement fluids variations in temperature, or humidity changes, or the position of gaseous state or the variation of fluid liquid composition, at least one temperature-detecting device (11) is set, or at least one humidity detector (21), or at least one gaseous state or fluid liquid component detection apparatus (31), comprise three or a kind of checkout gear at least wherein are set, to borrow the size of institute's detection signal pumping replacement fluids flow as controlling, or control rotary disk device for revolving and driving (110) drives the reference that the full heat exchange rotating disk of swinging (200) revolution rotating speed speed is controlled opportunity.

12. the swinging heat-exchange device of auto-control switching traffic as claimed in claim 11, it is characterized in that, also one-way fluid pump (120a) and one-way fluid pump (120b) can be arranged at fluid flow port (a), (d), or be arranged at fluid flow port (b), (c), and do the malleation pumping by one of them one-way fluid pump, it is moving that another one-way fluid pump is made negative pressure pump, for do by the two-way fluid of the full heat exchange rotating disk of swinging (200) various flows to pumping.

13. the swinging heat-exchange device of auto-control switching traffic as claimed in claim 11, it is characterized in that, can further in the stream of the full heat exchange rotating disk of swinging (200) institute replacement fluids, dispose heater (130), for promoting dehumidifying usefulness, heater can be with electric energy pyrogenicity or with the thermal source of other controllable temperatures and produces heat energy.

14. the swinging heat-exchange device of auto-control switching traffic as claimed in claim 13, it is characterized in that, can be further by the detected value of actuation means (250) reference temperature(TR) checkout gear (11), humidity detector (21), gaseous state or fluid liquid component detection apparatus (31), to control its heater (130) heating opportunity and the heating temperature can value.

15. the swinging heat-exchange device of auto-control switching traffic as claimed in claim 1, it is characterized in that, the structure kenel of its swinging heat exchange rotating disk or the full heat exchange rotating disk of swinging has following one or more feature, contains: 1) can be the tubular structure that is linear or other geometries; Or 2) can be the multilayer structure making that has for by gaseous state or liquid fluid passage constitutes; Or 3) can be that fluid passage more than one road or one tunnel is series connection or in parallel or connection in series-parallel constitutes.

16. the swinging heat-exchange device of auto-control switching traffic as claimed in claim 1, it is characterized in that, temperature-detecting device (11) further can be set, humidity detector (21), gaseous state or fluid liquid component detection apparatus (31), the three all is provided with, or wherein one or more checkout gear is set at least, the position is set to be comprised and is located at swinging heat-exchange device (1000), swinging heat exchange rotating disk (100), or the nearly fluid flow port (a) of the full heat exchange rotating disk of swinging (200) and fluid flow port (b) two positions or one of them, or in fluid flow port (c) and fluid flow port (d) two positions or one of them, or be arranged at other and in heat exchange running, can detect institute's replacement fluids temperature, or humidity, or the position of fluid composition, its number can be one or more, for reference institute monitor signal, as following one or more function operations, comprise 1) control the moving device (123) of dual flow path fluid pump, with the reference of moving rate of flow of fluid speed of regulation and control institute pump or flow size, or 2) control the open amount of fluid valve to regulate and control the reference of moving rate of flow of fluid speed of institute's pump or flow size;

It is to be total to structure or to be total to structure or separation setting out of the ordinary by the part checkout gear that said temperature checkout gear (11), humidity detector (21), gaseous state or fluid liquid component detection apparatus (31) can be whole checkout gears.

17. the swinging heat-exchange device of auto-control switching traffic as claimed in claim 1, it is characterized in that, it is by two one-way fluid pumps (120a), the dual flow path fluid pump that (120b) is constituted moves device (123), be attitude or the liquid fluid of taking offence for pump, constitute two one-way fluid pumps (120a) of dual flow path fluid pump (123), (120b), remove and to drive by the power motor that is provided with respectively, or, also can borrow engine power by outside the shared same driving power motor of at least two fluid pumps, or other wind energies, or heat energy, or thermal gradient energy, or the mechanical energy that produces of sun the subject of knowledge and the object of knowledge or the electric energy of being changed drive.

18. the swinging heat-exchange device of auto-control switching traffic as claimed in claim 1, it is characterized in that, its actuation means (250), have and to control the various one-way fluid pumps (120a) that supply to drive, (120b), or drive the power motor of rotating disk device for revolving and driving (110) or control engine power, or other wind energies, or heat energy, or thermal gradient energy, or the mechanical energy of sun the subject of knowledge and the object of knowledge generation or the electric energy of being changed, or control running opportunity of fluid pump or fluid valve, to change the flow direction by fluid in two streams of swinging heat exchange rotating disk (100), or control rotary disk device for revolving and driving (110) the swinging heat exchange rotating disk (100) that drives, or the rotating speed speed of the full heat exchange rotating disk of swinging (200), and the rotating speed of further controlling its each fluid pump, flow, the regulation and control of partial functions such as fluid pressure or repertoire.

19. the swinging heat-exchange device of auto-control switching traffic as claimed in claim 1, it is characterized in that, further can borrow actuation means (250), the flow size of moving device (123) institute of regulation and control dual flow path fluid pump pumping fluid, and/or the swinging heat exchange rotating disk (100) that driven of regulation and control rotating disk device for revolving and driving (110) or the rotating speed speed of the full heat exchange rotating disk of swinging (200), its steer mode contain following one or more, comprising:

1) controls with artificial adjustment or setting;

5) by above 1)～4) wherein two or more mode do to integrate and control.

20. the swinging heat-exchange device of auto-control switching traffic as claimed in claim 1, it is characterized in that, when traffic engineering capability is controlled in setting, it controls the fluid flow scope can be by stopping to be delivered between the maximum delivery, make the fluid flow rate controlling of the section of having or the section of nothing according to the running demand, and comprise to change the flow of its fluid so as to following one or more device:

1) controls the moving running of the pump rotating speed of the moving device (123) of the dual flow path fluid pump that constituted by two one-way fluid pumps (120a), (120b),, and then control the flow of its fluid from the speed control that shuts down to high-speed range;

2) employing is provided with the moving device (123) of dual flow path fluid pump that can control fluid turnover valve port, passes in and out the valve port open amount with the fluid of controlling the moving device (123) of dual flow path fluid pump, and then controls its fluid flow;

21. the swinging heat-exchange device of auto-control switching traffic as claimed in claim 1, it is characterized in that, the flow-rate ratio of its two-way fluid by swinging heat-exchange device (1000) in running can be following one or more ratio mode, comprising:

1) wherein the fluid flow of a stream greater than another stream;

2) fluid flow of its two stream is identical;

22. the swinging heat-exchange device of auto-control switching traffic as claimed in claim 1, it is characterized in that, except that making the dual flow path various flows to the pumping fluid operational function, serve as reasons to make two moving fluid pumps of two-way pump and constitute the time in the moving device (123) of dual flow path fluid pump, can borrow the pump of controlling the two-way fluid the moving flow direction, and further have following one or more special operating modes simultaneously, comprising:

1) fluid of controlling two streams is done to pump into fluid with flowing to;