CN204923268U - Miniature wind channel family formula ground can central air conditioning - Google Patents
Miniature wind channel family formula ground can central air conditioning Download PDFInfo
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- CN204923268U CN204923268U CN201520621543.5U CN201520621543U CN204923268U CN 204923268 U CN204923268 U CN 204923268U CN 201520621543 U CN201520621543 U CN 201520621543U CN 204923268 U CN204923268 U CN 204923268U
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Abstract
Miniature wind channel family formula ground can central air conditioning, it can central air conditioning equipment field to belong to energy -efficient type ground. Its characterized in that including ground can central air conditioning the body ground can central air conditioning set up inlet tube and drain pipe on the body, advance the water piping connection water pump. This equipment can be through reforming transform heat exchange device, and elevating mast exchange rate and cooling capacity can air conditioning design become to force the family expenses or for the commerce central air conditioning of cold output with ground to structural design is reasonable, and installation and maintenance is convenient. This equipment is through reforming transform the demineralized water device, and high -efficient automatically cleaned groundwater makes complete machine circulation pipeline obtain the protection, and equipment life is longer. The connected mode of this equipment through transforming total the tuber pipe and the tuber pipe of registering one's residence, furthest reduces wind and makes an uproar, makes the equipment operation quiet steady, not affect using person's day -to -day work life.
Description
Technical field
The utility model belongs to high-efficiency and energy-saving type ground can central air conditioning equipment field, with being specifically related to family, a kind of miniature air channel formula energy central air-conditioning.
Background technology
Traditional Centralized Air-conditioning in Public Buildings air-conditioning, requires that larger power output could meet a point user demand for family supply, adopts freon circularly cooling so general.Traditional ground energy air conditioner heat exchanger generally adopts suit one to three straight line cooling medium input and output bodys in casing, cool with the groundwater contacts heat exchange entered in casing for transporting cooling medium, then underground water is discharged, and the cooling medium of cooling continues to be recycled to air-conditioner air outlet place, by wind wheel blowing cold air, regulate and occupy indoor temperature.The structure of traditional heat exchangers limit, and heat exchange efficiency is low, thus causes the refrigeration of air-conditioning not good.Therefore, traditional ground energy air conditioner is low due to heat exchanger effectiveness, and the high-power refrigeration being difficult to meet central air-conditioning air-conditioning exports requirement, so be generally difficult to the central air-conditioning manufacturing the supply of many families in ground energy air conditioner field.
A kind of spiral heat exchange of heat pipe applied on March 28th, 2014 by " Nanjing Gu Deaidi environmental science and technology Co., Ltd ", by pipe and the first working medium outer tube in the first working medium, the structure of some vortex shape coil pipes is set, increase heat exchange area theoretically, thus draw the conclusion that effectively can promote operating efficiency.When finding in the actual experiment research process applicant, there is significant deficiency in this structure.First, coil pipe is copper medium, must be greater than least radius when its bending is in vortex shape, and not so copper pipe there will be bending dead angle, causes brass tube fracture or water conservancy diversion not smooth.Now, the gap existed between pipe in coil pipe and the first working medium is much larger than the gap of coil pipe bent upon itself Internal and external cycle, underground water is caused directly to flow away from wide arc gap, and the coil pipe own backlash can not preset by designer, because this structural defect causes underground water short circuit, the heat exchange efficiency finally recorded is even lower than traditional heat exchangers.Secondly, this heat exchanger easily gathers incrustation scale, needs often start to clear up inner, and layman, when operating, easily accidentally injures coil pipe and causes inner-outer circulation mixed flow, cause the air-conditioning life-span impaired.
Also there is a defect that can not be ignored in traditional central air-conditioning, namely when air output is large, air-flow from total discharge pipe enter register one's residence airduct time, and when moving between each assembling merogenesis of airduct of registering one's residence, can with great wind noise, it is because total discharge pipe and airduct of registering one's residence are rigid structure pipe fitting that this wind is made an uproar, and is connected by rigid member between each pipe fitting, and air-flow high-speed motion resistance can only change into high-frequency mechanical vibration.Therefore, how reducing the working-noise of central air-conditioning, is also the problem that people in the industry perplexs always.
And, there is the partially hard situation of water quality in the groundwater resources of China, desanding and bating step is had to pass through when extracting and using, traditional water softening plant automaticity is not high, need artificially to judge whether inner exchanger resin lost efficacy, and then reducing/regenerating process is carried out to exchanger resin, the degree of specialization of operation is higher, is not suitable for average family and uses.
Applicant, through long-term R & D, by transformation heat-exchange device, can promote refrigeration work consumption, ground energy air conditioner is designed to family expenses or the business central air-conditioning of forcing cold output, and reasonable in design, working-noise is little, and installation and repairing is convenient.And by water softening device purification of ground water, make complete machine circulation line be protected, equipment life is longer.
Summary of the invention
Technical problem to be solved in the utility model is to provide formula ground, family, a kind of miniature air channel energy central air-conditioning, can by transformation heat-exchange device, promote rate of heat exchange and refrigeration work consumption, ground energy air conditioner is designed to family expenses or the business central air-conditioning of forcing cold output, and reasonable in design, installation and repairing is convenient.Second utility model object of the present utility model is that high-effective automatic-purifying underground water, make complete machine circulation line be protected, equipment life is longer by transformation water softening device.3rd utility model object of the present utility model is by transforming total discharge pipe and the connected mode of airduct of registering one's residence, and reduces wind to greatest extent and makes an uproar, make equipment run steadily quiet, does not affect the routine work life of user.
The utility model solves the technical scheme that its technical problem adopts: provide formula ground, family, a kind of miniature air channel can central air-conditioning, it is characterized in that comprising ground energy central air-conditioning body, described ground energy central air-conditioning body arranges water inlet pipe and drainpipe, and water inlet pipe connects water pump; Also comprise high-performance heat exchanger, described high-performance heat exchanger comprises casing, arranges cooling medium circulation line in casing, and the two ends sidewall of casing arranges water inlet and delivery port respectively, and water inlet connects water inlet pipe, and delivery port connects drainpipe; Described cooling medium circulation line comprises input pipe and efferent duct, be arranged in parallel the arm that some two ends are communicated with input pipe and efferent duct, arm is spirally coiled in around input pipe or efferent duct, arranges wide arc gap choked flow barrier between arm and input pipe or efferent duct;
Also comprise the airduct of registering one's residence of total discharge pipe and merogenesis assembling, described ground energy central air-conditioning body arranges total discharge pipe, total discharge pipe and registering one's residence between airduct, and linked together by noise cancellation apparatus between each merogenesis of airduct of registering one's residence.
Washable high-performance heat exchanger described in the utility model, is characterized in that wide arc gap choked flow barrier is utricule or cylinder.
Described utricule is the first utricule, insufflation gas, fine sand or liquid in the first utricule.
Also comprise the second utricule, the second utricule is arranged between cooling medium circulation line and the bottom of casing, insufflation gas, fine sand or liquid in the second utricule; First utricule UNICOM second utricule.
Described noise cancellation apparatus comprises rubber hose and jockey; Total discharge pipe and registering one's residence between airduct, and linked together by rubber hose between each merogenesis of airduct of registering one's residence; Jockey comprises aluminum snap collar, and aluminum snap collar is installed on the end of rubber hose; Aluminum snap collar is offered plural location post holes; Also comprise locking post, one end of locking post is inserted in the post holes of location, and arrange gear in the insertion end of locking post, in the post holes of location, arrange shell fragment, shell fragment inserts in gear; Also comprise elastic reducing-fixing band, the outer wall of the locking post other end connects elastic reducing-fixing band, elastic reducing-fixing band is sleeved on total discharge pipe of being connected with rubber hose or registers one's residence on airduct.
Viscous silica gel layer is set inside described elastic reducing-fixing band.
Also comprise desanding device and water softening device, desanding device and water softening device are linked in sequence between suction pump and water storehouse by water inlet pipe.
Water softening device comprises salt box and mainframe box, and salt box is arranged at the top of mainframe box, bottom salt box, arrange salt hole; Also comprise Luo Yangai, the described salt lid that falls is arranged on salt hole by spring hinge, arranges driving lever in the below of Luo Yangai; Arrange rotation in mainframe box below salt box and connect salt hopper and cowling panel, cowling panel is arranged on the middle part of mainframe box, and cowling panel offers rectification hole, arranges exchanger resin particle in the mainframe box below cowling panel; Rotating the bottom connecing salt hopper is miner diameter end, and described miner diameter end is arranged on cowling panel by bearing; Rotating the top connecing salt hopper is bigger diameter end, and the salt hole that falls of the uncovered undertaking salt box of described bigger diameter end, the inwall of bigger diameter end arranges plectrum, the outer wall of bigger diameter end arranges blade; Also comprise hard water pipe and hose, hose is arranged on the bottom of mainframe box, and hard water pipe is inner through mainframe box by the bottom of mainframe box, the then top of UNICOM's mainframe box; Arrange carriage rotating the inside connecing salt hopper, described carriage comprises and connects salt plate, slide bar and chock, connects salt plate and connects chock by slide bar, and the tube wall being positioned at mainframe box inside at hard water pipe offers consent, and chock inserts in consent; Offer through hole more than two rotating on the perisporium connecing salt hopper, electromagnet is set around through hole, slide bar arranges magnetic port lid; When original state, magnetic port lid can be attracted to seal port lid by electromagnet; In hard water pipe and hose, arrange main solenoid valve and time magnetic valve respectively, arrange flow sensor between the main solenoid valve in hard water pipe and chock, flow sensor connects main solenoid valve, main solenoid valve connection timer and time magnetic valve; Also comprise blow-off pipe, blow-off pipe arranges blowoff valve, main solenoid valve connection control blowoff valve.
The described salt plate that connects is made up of elastic material, presents arc surfaced; When connecing the weight that salt plate applies and exceeding preset value, turn under connecing the surrounding of salt plate in lower camber side shape, after unloading, automatically can recover arc surfaced.
Or, the described salt plate that connects is hinged on slide bar by electric articulated axle, weight sensor is set connecing in salt plate, when described weight sensor detects that connecing the weight that salt plate applies exceedes preset value, weight sensor control electric articulated axle drive connect salt plate 90-degree rotation, connect salt plate unloading after weight sensor can control electric articulated axle drive connect salt plate recover be horizontally disposed with state.
The beneficial effects of the utility model are:
1, the high-performance heat exchanger that the utility model adopts utilizes wide arc gap choked flow barrier, force the subsurface flow entering housing must enter a ligament of coiled coil, and can not directly be flowed away by wide arc gap short circuit, really improve heat exchange area, enhance the refrigeration of air-conditioning.Second utricule serves buffering effect between cooling medium circulation line and the bottom of casing, avoids, when dismantling cleaning internal duct, causing the damage of arm, protecting air-conditioning equipment, increase the service life.
2, after directly being extracted by underground water, carry out water quality optimizing process by water softening device, and exchanger resin in this water softening device can automatic reduction regeneration, also can complete operation without the need to professional, design hommization more, suitable family uses.
3, total discharge pipe and register one's residence between airduct and flexibly connect together by noise cancellation apparatus, noise cancellation apparatus can absorb the impact shock that the moving air resistance of motion produces pipeline, order vibration no longer continues to transmit, thus reduces most of noise, plays good muting function.Aluminum snap collar is installed on the end of rubber hose, makes rubber hose fit tightly the joint of each pipeline.By tightening locking post, making the incoming end outer tube wall of flexible fastening locking airduct, completing position in the shell fragment insertion gear now in the post holes of location and fixing.Viscous silica gel layer is set inside elastic reducing-fixing band, makes the grasp of elastic reducing-fixing band stronger.This design makes not only to be connected between rubber hose with each airduct closely, and not easily relatively rotates, and more can not take off under effect of vibration and connect, and makes equipment run more safe and reliable.
4, the utility model structural refinement, is suitable for practicality, produce and use cost lower, be suitable in the industry cycle popularize.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the structural representation of the utility model high-performance heat exchanger;
Fig. 3 is the plan structure schematic diagram of cooling medium circulation line;
Fig. 4 is the structural representation (in demineralized water process) of water softening device;
Fig. 5 is the structural representation (in exchanger resin reduction process) of water softening device;
Fig. 6 is the structural representation of noise cancellation apparatus;
Fig. 7 is the A portion schematic enlarged-scale view of Fig. 6;
In figure: energy central air-conditioning body 1; 2, high-performance heat exchanger; 3, water softening device; 4, desanding device; 5, drainpipe; 6, water pump; 7, water inlet pipe; 8, total discharge pipe; 9, to register one's residence airduct; 10, rubber hose; 11, jockey; 12, elastic reducing-fixing band; 13, post is locked; 14, aluminum snap collar; 15, gear; 16, shell fragment;
2.1, input pipe; 2.2, casing; 2.3, arm; 2.4, delivery port; 2.5, water inlet; 2.6, efferent duct; 2.7, the first utricule; 2.8, the second utricule;
3.1, mainframe box; 3.2, cowling panel; 3.3, exchanger resin; 3.4, hose; 3.5, secondary magnetic valve; 3.6, main solenoid valve; 3.7, timer; 3.8, flow sensor; 3.9, chock; 3.10, slide bar; 3.11, magnetic port lid; 3.12, through hole; 3.13, salt plate is connect; 3.14, blade; 3.15, rotation connects salt hopper; 3.16, plectrum; 3.17, driving lever; 3.18, Luo Yangai; 3.19, salt box; 3.20, blowoff valve; 3.21, blow-off pipe.
Detailed description of the invention
Below in conjunction with accompanying drawing and detailed description of the invention, the utility model is described in further detail.
As shown in Figure 1, family, one described in the utility model miniature air channel formula ground energy central air-conditioning, comprise ground energy central air-conditioning body 1, described ground energy central air-conditioning body 1 arranges water inlet pipe 7 and drainpipe 5, and water inlet pipe 7 connects water pump 6.Also comprise desanding device 4 and water softening device 3, desanding device 4 and water softening device 3 are linked in sequence between suction pump 6 and water storehouse by water inlet pipe 7.Also comprise the airduct 9 of registering one's residence of total discharge pipe 8 and merogenesis assembling, described ground energy central air-conditioning body 1 arranges total discharge pipe 8, total discharge pipe 8 and registering one's residence between airduct 9, and linked together by noise cancellation apparatus between each merogenesis of airduct 9 of registering one's residence.
As shown in Figures 2 and 3, also comprise high-performance heat exchanger 2, described high-performance heat exchanger 2 comprises casing 2.2, cooling medium circulation line is set in casing 2.2, the two ends sidewall of casing 2.2 arranges water inlet 2.5 and delivery port 2.4 respectively, water inlet 2.5 connects water inlet pipe 7, and delivery port 2.4 connects drainpipe 5; Described cooling medium circulation line comprises input pipe 2.1 and efferent duct 2.6, be arranged in parallel the arm 2.3 that some two ends are communicated with input pipe 2.1 and efferent duct 2.6, arm 2.3 is spirally coiled in around input pipe 2.1 or efferent duct 2.6, arranges wide arc gap choked flow barrier between arm 2.3 and input pipe 2.1 or efferent duct 2.6; Wide arc gap choked flow barrier is utricule or cylinder.Described utricule is the first utricule 2.7, insufflation gas, fine sand or liquid in the first utricule 2.7.Also comprising the second utricule 2.8, second utricule 2.8 is arranged between the bottom of cooling medium circulation line and casing 2.2, insufflation gas, fine sand or liquid in the second utricule 2.8; First utricule 2.7 UNICOM second utricule 2.8.
As shown in Figures 6 and 7, described noise cancellation apparatus comprises rubber hose 10 and jockey 11; Total discharge pipe 8 and registering one's residence between airduct 9, and linked together by rubber hose 10 between each merogenesis of airduct 9 of registering one's residence; Jockey 11 comprises aluminum snap collar 14, and aluminum snap collar 14 is installed on the end of rubber hose 10; Aluminum snap collar 14 is offered plural location post holes; Also comprise locking post 13, one end of locking post 13 is inserted in the post holes of location, and arrange gear 15 in the insertion end of locking post 13, in the post holes of location, arrange shell fragment 16, shell fragment 16 inserts in gear 15; Also comprise elastic reducing-fixing band 12, the outer wall of locking post 13 other end connects elastic reducing-fixing band 12, elastic reducing-fixing band 12 is sleeved on total discharge pipe 8 of being connected with rubber hose 10 or registers one's residence on airduct 9.
Inside described elastic reducing-fixing band 12, viscous silica gel layer is set.
As shown in Figures 4 and 5, water softening device 3 comprises salt box 3.19 and mainframe box 3.1, and salt box 3.19 is arranged at the top of mainframe box 3.1, bottom salt box 3.19, arrange salt hole; Also comprise falling salt lid 3.18, the described salt lid 3.18 that falls is arranged on salt hole by spring hinge, arranges driving lever 3.17 in the below of Luo Yangai 3.18; Rotation is set in the mainframe box 3.1 below salt box 3.19 and connects salt hopper 3.15 and cowling panel 3.2, cowling panel 3.2 is arranged on the middle part of mainframe box 3.1, cowling panel 3.2 offers rectification hole, exchanger resin 3.3 particle is set in the mainframe box 3.1 below cowling panel 3.2; Rotating the bottom connecing salt hopper 3.15 is miner diameter end, and described miner diameter end is arranged on cowling panel 3.2 by bearing; Rotating the top connecing salt hopper 3.15 is bigger diameter end, and the salt hole that falls of the uncovered undertaking salt box 3.19 of described bigger diameter end, the inwall of bigger diameter end arranges plectrum 3.16, the outer wall of bigger diameter end arranges blade 3.14; Also comprise hard water pipe and hose 3.4, hose 3.4 is arranged on the bottom of mainframe box 3.1, and hard water pipe is inner through mainframe box 3.1 by the bottom of mainframe box 3.1, the then top of UNICOM's mainframe box 3.1; The inside connecing salt hopper 3.15 in rotation arranges carriage, described carriage comprises and connects salt plate 3.13, slide bar 3.10 and chock 3.9, connect salt plate 3.13 and connect chock 3.9 by slide bar 3.10, the tube wall being positioned at mainframe box 3.1 inside at hard water pipe offers consent, and chock 3.9 inserts in consent; Offer through hole 3.12 more than two rotating on the perisporium connecing salt hopper 3.15, electromagnet is set around through hole 3.12, slide bar 3.10 arranges magnetic port lid 3.11; When original state, magnetic port lid 3.11 can be attracted to seal port lid by electromagnet; Main solenoid valve 3.6 and time magnetic valve 3.5 are set respectively in hard water pipe and hose 3.4, between main solenoid valve 3.6 in hard water pipe and chock 3.9, flow sensor 3.8 is set, flow sensor 3.8 connects main solenoid valve 3.6, main solenoid valve 3.6 connection timer 3.7 and time magnetic valve 3.5; Also comprise blow-off pipe 3.21, blow-off pipe 3.21 arranges blowoff valve 3.20, main solenoid valve 3.6 connection control blowoff valve 3.20.
The described salt plate 3.13 that connects is made up of elastic material, presents arc surfaced; When connecing the weight that salt plate 3.13 applies and exceeding preset value, turn under connecing the surrounding of salt plate 3.13 in lower camber side shape, after unloading, automatically can recover arc surfaced.
Or, the described salt plate 3.13 that connects is hinged on slide bar 3.10 by electric articulated axle, weight sensor is set connecing in salt plate 3.13, when described weight sensor detects that connecing the weight that salt plate 3.13 applies exceedes preset value, weight sensor control electric articulated axle drive connect salt plate 3.13 90-degree rotation, connect salt plate 3.13 unload rear weight sensor can control electric articulated axle drive connect salt plate 3.13 recover be horizontally disposed with state.
In use, first suction pump 6 is by water inlet pipe 7 groundwater abstraction from well for the utility model, carries out desanding and softens.Enter water softening device 3 by hard water pipe after underground water desanding, carry out ion-exchange with exchanger resin 3.3, displaced the calcium ions and magnesium ions contained in underground water by the sodium ion on exchanger resin 3.3, as shown in Figure 6.Underground water is while carrying out softening, enter in casing by hard water pipe from the top of mainframe box 3.1, impact rotating the blade 3.14 connecing salt hopper 3.15, thus make rotation connect the lasting rotation of salt hopper 3.15, be arranged on the rotation plectrum 3.16 connect in salt hopper 3.15 and follow rotation.Plectrum 3.16 constantly stirs the driving lever 3.17 on salt lid 3.18 in the process of rotating, make salt lid 3.18 ceaselessly folding, thus cause the salt in salt box 3.19 along being fallen by the salt hole discontinuity that falls, and connect to fall after salt hopper 3.15 is collected by rotation and connect on salt plate 3.13.Offer lower dumping after salt particle on salt plate 3.13 runs up to certain weight carry when connecing, connect salt plate 3.13 simultaneously and press down slide bar 3.10 and move down, make chock 3.9 insert completely and the main hard water pipe of shutoff, as shown in Figure 7.Now, the main solenoid valve 3.6 in hard water pipe and the moment stop motion of the current between chock 3.9, flow sensor 3.8 detects that rear direct control main solenoid valve 3.6 closes the water inlet of hard water pipe.Meanwhile, main solenoid valve 3.6 drives time magnetic valve 3.5 to close the water outlet of hose 3.4, and timer 3.7 starts timing, and carriage recovers initial position.Salt particle is fully dissolved in mainframe box 3.1, with exchanger resin 3.3, ion-exchange reactions occurs, and displaces the calcium ions and magnesium ions be adsorbed on exchanger resin 3.3, makes exchanger resin 3.3 regenerate.After reaching default regeneration reducing duration, timer 3.7 controls the sewage that main solenoid valve 3.6 and blowoff valve 3.20 open generation to be restored simultaneously and drains rear closedown blowoff valve 3.20 from blow-off pipe 3.21, water outlet operation opened by time magnetic valve 3.5 simultaneously, can continue water softening operation.
Enclosure interior is entered from the housing inlet 2.5 of water inlet pipe 7 and high-performance heat exchanger 2 through softening underground water, wide arc gap choked flow barrier, force the subsurface flow entering housing must enter arm 2.3 gap of coiled coil, and can not directly be flowed away by wide arc gap short circuit, really improve heat exchange area, enhance the refrigeration of air-conditioning.Only have the real raising efficiency of heat transmission equipment, the user demand of point family supply cold wind of central air-conditioning could be met.
Enter the moving air in ground energy central air-conditioning body 1, the evaporator heat exchange be connected with high-performance heat exchanger 2, obtained cold wind is through total discharge pipe 8, and to respectively registering one's residence, airduct 9 is carried.Total discharge pipe 8 and register one's residence between airduct 9 and flexibly connect together by noise cancellation apparatus, noise cancellation apparatus can absorb the impact shock that the moving air resistance of motion produces pipeline, order vibration no longer continues to transmit, thus reduces most of noise, plays good muting function.Aluminum snap collar 14 is installed on the end of rubber hose 10, makes rubber hose 10 fit tightly the joint of each pipeline.By tightening locking post 13, make elastic reducing-fixing band 12 lock the incoming end outer tube wall of airduct, now the shell fragment 16 of locating in post holes inserts and completes position in gear 15 and fix.Viscous silica gel layer is set inside elastic reducing-fixing band 12, makes the grasp of elastic reducing-fixing band 12 stronger.This design makes not only to be connected between rubber hose 10 with each airduct closely, and not easily relatively rotates, and more can not take off under effect of vibration and connect, and makes equipment run more safe and reliable.
It is to be noted; above-mentioned embodiment is only the utility model preferred embodiment; for those skilled in the art, under the prerequisite meeting utility model works principle, any equivalent or similar replacement all falls in protection domain of the present utility model.
Claims (10)
1. family, a miniature air channel formula ground energy central air-conditioning, it is characterized in that comprising ground energy central air-conditioning body, described ground energy central air-conditioning body arranges water inlet pipe and drainpipe, and water inlet pipe connects water pump; Also comprise high-performance heat exchanger, described high-performance heat exchanger comprises casing, arranges cooling medium circulation line in casing, and the two ends sidewall of casing arranges water inlet and delivery port respectively, and water inlet connects water inlet pipe, and delivery port connects drainpipe; Described cooling medium circulation line comprises input pipe and efferent duct, be arranged in parallel the arm that some two ends are communicated with input pipe and efferent duct, arm is spirally coiled in around input pipe or efferent duct, arranges wide arc gap choked flow barrier between arm and input pipe or efferent duct;
Also comprise the airduct of registering one's residence of total discharge pipe and merogenesis assembling, described ground energy central air-conditioning body arranges total discharge pipe, total discharge pipe and registering one's residence between airduct, and linked together by noise cancellation apparatus between each merogenesis of airduct of registering one's residence.
2. family, miniature air channel according to claim 1 formula ground energy central air-conditioning, is characterized in that wide arc gap choked flow barrier is utricule or cylinder.
3. family, miniature air channel according to claim 2 formula ground energy central air-conditioning, is characterized in that described utricule is the first utricule, insufflation gas, fine sand or liquid in the first utricule.
4. family, miniature air channel according to claim 3 formula ground energy central air-conditioning, characterized by further comprising the second utricule, the second utricule is arranged between cooling medium circulation line and the bottom of casing, insufflation gas, fine sand or liquid in the second utricule; First utricule UNICOM second utricule.
5. family, miniature air channel according to claim 1 formula ground energy central air-conditioning, is characterized in that described noise cancellation apparatus comprises rubber hose and jockey; Total discharge pipe and registering one's residence between airduct, and linked together by rubber hose between each merogenesis of airduct of registering one's residence; Jockey comprises aluminum snap collar, and aluminum snap collar is installed on the end of rubber hose; Aluminum snap collar is offered plural location post holes; Also comprise locking post, one end of locking post is inserted in the post holes of location, and arrange gear in the insertion end of locking post, in the post holes of location, arrange shell fragment, shell fragment inserts in gear; Also comprise elastic reducing-fixing band, the outer wall of the locking post other end connects elastic reducing-fixing band, elastic reducing-fixing band is sleeved on total discharge pipe of being connected with rubber hose or registers one's residence on airduct.
6. family, miniature air channel according to claim 5 formula ground energy central air-conditioning, is characterized in that arranging viscous silica gel layer inside described elastic reducing-fixing band.
7. family, miniature air channel according to claim 1 formula ground energy central air-conditioning, characterized by further comprising desanding device and water softening device, desanding device and water softening device are linked in sequence between suction pump and water storehouse by water inlet pipe.
8. family, miniature air channel according to claim 7 formula ground energy central air-conditioning, it is characterized in that water softening device comprises salt box and mainframe box, salt box is arranged at the top of mainframe box, bottom salt box, arrange salt hole; Also comprise Luo Yangai, the described salt lid that falls is arranged on salt hole by spring hinge, arranges driving lever in the below of Luo Yangai; Arrange rotation in mainframe box below salt box and connect salt hopper and cowling panel, cowling panel is arranged on the middle part of mainframe box, and cowling panel offers rectification hole, arranges exchanger resin particle in the mainframe box below cowling panel; Rotating the bottom connecing salt hopper is miner diameter end, and described miner diameter end is arranged on cowling panel by bearing; Rotating the top connecing salt hopper is bigger diameter end, and the salt hole that falls of the uncovered undertaking salt box of described bigger diameter end, the inwall of bigger diameter end arranges plectrum, the outer wall of bigger diameter end arranges blade; Also comprise hard water pipe and hose, hose is arranged on the bottom of mainframe box, and hard water pipe is inner through mainframe box by the bottom of mainframe box, the then top of UNICOM's mainframe box; Arrange carriage rotating the inside connecing salt hopper, described carriage comprises and connects salt plate, slide bar and chock, connects salt plate and connects chock by slide bar, and the tube wall being positioned at mainframe box inside at hard water pipe offers consent, and chock inserts in consent; Offer through hole more than two rotating on the perisporium connecing salt hopper, electromagnet is set around through hole, slide bar arranges magnetic port lid; When original state, magnetic port lid can be attracted to seal port lid by electromagnet; In hard water pipe and hose, arrange main solenoid valve and time magnetic valve respectively, arrange flow sensor between the main solenoid valve in hard water pipe and chock, flow sensor connects main solenoid valve, main solenoid valve connection timer and time magnetic valve; Also comprise blow-off pipe, blow-off pipe arranges blowoff valve, main solenoid valve connection control blowoff valve.
9. family, miniature air channel according to claim 8 formula ground energy central air-conditioning, is characterized in that the described salt plate that connects is made up of elastic material, presents arc surfaced; When connecing the weight that salt plate applies and exceeding preset value, turn under connecing the surrounding of salt plate in lower camber side shape, after unloading, automatically can recover arc surfaced.
10. family, miniature air channel according to claim 8 formula ground energy central air-conditioning, it is characterized in that the described salt plate that connects is hinged on slide bar by electric articulated axle, weight sensor is set connecing in salt plate, when described weight sensor detects that connecing the weight that salt plate applies exceedes preset value, weight sensor control electric articulated axle drive connect salt plate 90-degree rotation, connect salt plate unloading after weight sensor can control electric articulated axle drive connect salt plate recover be horizontally disposed with state.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520621543.5U CN204923268U (en) | 2015-08-18 | 2015-08-18 | Miniature wind channel family formula ground can central air conditioning |
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| CN201520621543.5U CN204923268U (en) | 2015-08-18 | 2015-08-18 | Miniature wind channel family formula ground can central air conditioning |
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| CN204923268U true CN204923268U (en) | 2015-12-30 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105020806A (en) * | 2015-08-18 | 2015-11-04 | 滨州市绿泉空调设备厂 | Micro air flue household type geothermal energy central air conditioner |
-
2015
- 2015-08-18 CN CN201520621543.5U patent/CN204923268U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105020806A (en) * | 2015-08-18 | 2015-11-04 | 滨州市绿泉空调设备厂 | Micro air flue household type geothermal energy central air conditioner |
| CN105020806B (en) * | 2015-08-18 | 2018-01-19 | 滨州市绿泉空调设备厂 | Miniature air channel family formula can central air-conditioning |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20151230 Effective date of abandoning: 20180119 |