CN102901150B - Multifunctional indoor environment conditioning machine - Google Patents
Multifunctional indoor environment conditioning machine Download PDFInfo
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- CN102901150B CN102901150B CN201110212021.6A CN201110212021A CN102901150B CN 102901150 B CN102901150 B CN 102901150B CN 201110212021 A CN201110212021 A CN 201110212021A CN 102901150 B CN102901150 B CN 102901150B
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Abstract
The invention discloses a multifunctional indoor environment conditioning machine which comprises a fresh air inlet region, a return air inlet region, a fresh air outlet region, a return air outlet region, an exchange region, a purification region, a first blower and a second blower, wherein the exchange region comprises a fresh air channel and a return air channel; the fresh air inlet region is connected with the fresh air outlet region through the fresh air channel; the purification region is respectively connected with the return air inlet region, the outlet end of the fresh air channel and the fresh air outlet region; a first filter screen and a first air valve are arranged in the purification region; the first blower is arranged at the inlet end of the fresh air outlet region; the second blower is arranged at the inlet end of the return air outlet region; a humidification/dehumidification region is further arranged in the fresh air outlet region; an evaporator, a condenser, a first partition and a second partition are arranged in the humidification/dehumidification region; and the condenser is arranged between the first partition and the second partition. According to the actual state of indoor air, the multifunctional indoor environment conditioning machine can realize partial or full cycle purification, efficient heat recovery and humidification/dehumidification of fresh air and the air, and the multiple functions of dehumidification and condensation heat utilization can be flexibly selected.
Description
Technical field
The present invention relates to a kind of conditioner, be specifically related to a kind of Multifunctional indoor environment adjusting machine.
Background technology
Along with improving constantly of living standard, the requirement of people to living environment is also more and more higher, wishes to have a spaciousness, comfortable, healthy living space.And IAQ quality directly has influence on the physiological health of people, mental health and comfort.In order to improve IAQ, improving inhabitation, office conditions, promoting physically and mentally healthy, must renovate room air pollution, using indoor air purification equipment to be a kind of countermeasure improving IAQ.Secondly, air quality indexes has multiple, tackles different indexs, market has polytype air cleaning facility, as: new blower fan, purification of air/cleaner, dehumidifier, dehumidifier/humidifier etc.But because these equipment can only realize single or a few functions, virtually improve the cost improving indoor environment.
Publication number is that the Chinese patent of CN101354156A relates to a kind of new blower for heat recycling.This new blower fan has the exchange of new and old wind, purification of air, heat energy recycle three zones.Wherein, new wind passage, return air channel are integrated on a heat exchanger, and indoor-outdoor air both can have been allowed to be exchanged, simultaneously can also by heat energy recycle in air exchange process.In addition, in new wind passage, be also provided with electrostatic precipitator, filtering inhalable particles, reach the effect purified air.The defect of this new blower fan is because electrostatic precipitator is located in new wind passage, purification function (dedusting) is single with adjustment in use, and over all Integration degree is limited, and in actual home environment uses, user needs additional configuration servicing unit, such as humidification/dehumidifying, air sterilization equipment etc.
Summary of the invention
The technical problem to be solved in the present invention is to provide a kind of Multifunctional indoor environment adjusting machine, and this integrated environment equipment can realize the functions such as new wind, air circularly purifying, High Efficiency Thermal recovery, humidification dehumidifying.
The present invention is by the following technical solutions:
A kind of Multifunctional indoor environment adjusting machine, comprises new wind inlet region, return air inlet district, new wind outlet area, return air outlet area, and exchange area, described exchange area comprises new wind passage and return air channel, and described new wind inlet region is connected with new wind outlet area by new wind passage; Described conditioner also comprises purifying area, and this purifying area is connected with the port of export of return air inlet district, new wind passage, new wind outlet area respectively, establishes the first screen pack and the first air-valve in described purifying area; Described conditioner also comprises first, second blower fan, described first blower fan is located at the entrance point of new wind outlet area, described second blower fan is at the entrance point of return air outlet area, humidification dehumidifying district is also provided with in described new wind outlet area, establish evaporimeter, condenser, the first dividing plate, second partition in described humidification dehumidifying district, described condenser is located between the first dividing plate and second partition.
Further, first, second dividing plate described is selective dividing plate, and described first dividing plate controls condenser region and is connected with new wind outlet area; Described second partition controls the auxiliary road of return air and is connected with return air outlet area.
Further, described first dividing plate is located near the first blower fan.
Further, described first screen pack is located at the entrance point of purifying area, and this entrance point is connected with return air inlet district.
Further, described first air-valve controls the air quantity through the first screen pack.
Further, air sterilization device is established between described first screen pack and the first air-valve.
Further, described conditioner also comprises heat exchanger and is located in exchange area, and described new wind passage and return air channel are integrated in heat exchanger.
Further, the below of described heat exchanger is established compressor and is had the control assembly apparatus controlling each parts.
Further, described conditioner also comprises the first pressure sensor and is located in new wind inlet region; Second pressure sensor is located in return air inlet district; 3rd pressure sensor is located in purifying area, and each pressure sensor detects the force value of respective region, and to provide Working Status Monitoring, each pressure sensor and controls assembly apparatus and is connected.
Further, the arrival end of described new wind inlet region is provided with the second air-valve, and when first, second air-valve is opened, described conditioner runs partial air circulation.
Further, described conditioner also comprises second, third screen pack, and be located at the arrival end of new wind inlet region, the arrival end in return air inlet district respectively, air is introduced into respective screen pack after entering arrival end.
The Multifunctional indoor environment adjusting machine that the present invention relates to can optionally realize new wind, air partially or completely circularly purifying, High Efficiency Thermal recovery, humidification dehumidifying multi-functional according to the actual state of room air.Conditioner is reasonable in design, utilizes two blower fans and limited configuration, cabinet inside is divided into multiple processing region, and conditioner just can be made to become the environmental unit of multifunctional all.No matter be indoor return air, or outdoor new wind, controlledly can enter into each processing region to carry out corresponding air-treatment.In addition, the setting of humidification dehumidifying district internal channel door, can select whether to utilize the heat in condenser, especially can dehumidify simultaneously and lower the temperature, energy-saving effect highly significant in the season of moist high temperature.Further, in conditioner, be provided with sensor, the state of each parts can be judged according to the pressure difference value of sensor in zones of different, to determine whether will carry out safeguarding and changing.In a word, the present invention is by multi-functional ingenious combination, and user can obtain family's environment life of comprehensive high-quality with overall low input.And by the concentrated performance of assembly function, effectively reduce energy resource consumption and manufacturing cost generally.
Accompanying drawing explanation
The overall construction drawing of Multifunctional indoor environment adjusting machine of Fig. 1 for the present invention relates to.
Fig. 2 is the tomograph of the Multifunctional indoor environment adjusting machine that the present invention relates to, and the space structure of condenser and first, second dividing plate.
Fig. 3 be the Multifunctional indoor environment adjusting machine that the present invention relates to newly distinguished and admirable to.
Fig. 4 be the Multifunctional indoor environment adjusting machine that the present invention relates to return to.
Fig. 5 is the module region composition of the Multifunctional indoor environment adjusting machine that the present invention relates to.
Fig. 6 is the Multifunctional indoor environment adjusting machine that the present invention relates to, the schematic diagram after second partition removes, and in figure, arrow is airflow direction.
The Multifunctional indoor environment adjusting machine of Fig. 7 for the present invention relates to, the schematic diagram after the first dividing plate removes, in figure, arrow is airflow direction.
Wherein:
I new wind inlet region 11 first air-valve
II return air inlet district 12 second air-valve
The new wind outlet area 13 of III controls assembly apparatus
IV return air outlet area 14 first screen pack
V exchange area 15 air sterilization device
VI purifying area 16 noise reduction outer wall
VII humidification dehumidifying district 17 second pressure sensor
1 heat exchanger 18 first pressure sensor
Arrival end 19 the 3rd pressure sensor of 2 return air inlet district II
The port of export 20 compressor of 3 return air outlet area IV
Arrival end 21 evaporimeter of 4 new wind inlet region I
The port of export 22 condenser of 5 new wind outlet area III
6 damping device 23 first dividing plates
7 first blower fan 24 second partitions
The new wind passage of 8 second blower fans 25
9 the 3rd screen pack 26 return air channels
The 10 second auxiliary roads of screen pack 27 return air
Detailed description of the invention
Seeing Fig. 1, Fig. 5, is the overall construction drawing of Multifunctional indoor environment adjusting machine that the present invention relates to.As seen from the figure, conditioner, comprises new wind inlet region I, return air inlet district II, new wind outlet area III, return air outlet area IV, and exchange area V.Exchange area V is positioned at the centre of each entrance, outlet area, and described exchange area V comprises new wind passage 25 and return air channel 26, and the wind direction of air in two passages is adverse current.Described new wind inlet region I is connected with new wind outlet area III by new wind passage 25.Described conditioner also comprises purifying area VI, and this purifying area VI and surrounding three regions have and are connected, and is return air inlet district II, the port of export of new wind passage 25 and new wind outlet area III respectively.Air can be introduced into purifying area VI, then enter new wind outlet area III after flowing out from new wind passage 25.The first screen pack 14 and the first air-valve 11 is established in described purifying area VI; Described conditioner also comprises first, second blower fan 7,8, and described first blower fan 7 is at the entrance point of new wind outlet area III, and described second blower fan 8 is at the entrance point of return air outlet area IV.
See Fig. 1, in described new wind outlet area III, be also provided with humidification dehumidifying district VII, in described humidification dehumidifying district VII, set up damping device 6, dehydrating unit separately.Wherein air can be discharged into indoor from the port of export 5 of new wind outlet area III after damping device 6.Dehydrating unit comprises evaporimeter 21, condenser 22 and the first dividing plate 23, second partition 24, and described condenser 22 is located between the first dividing plate 23, second partition 24.Wherein evaporimeter 21 can reduce air themperature, makes moisture content condensation; In condenser 22, working media and outside air carry out heat exchange.Damping device 6, evaporimeter 21, first dividing plate 23 are all located near the first blower fan 7.First dividing plate 23, second partition 24 are selective switch doors of dehydrating unit heat dissipation, composition graphs 6-7, are condenser 22 between first, second dividing plate 23,24.When removing the first dividing plate 23, as Fig. 7, condenser 22 region (space namely between first, second dividing plate) is communicated with the port of export 5 of new wind outlet area III, and air is discharged into indoor together with heat after condenser 22.When removing second partition 24, as Fig. 6, the port of export 5 is separated by the first dividing plate 23, and the auxiliary road 27 of return air is communicated with condenser 22, and return air exhaust is after condenser 22, and carry heat and flow to return air outlet area IV through the auxiliary road 27 of return air, heat is discharged into outdoor.
Therefore the first dividing plate 23, second partition 24 are for selecting a Sexual behavior mode switch, when between the first dividing plate 23, second partition 24, namely only have one piece of dividing plate to be removed.
In purifying area VI, described first screen pack 14 is located at the entrance point of purifying area VI, and this entrance point is connected with return air inlet district II.According to demand, both can walk return air channel 26 through the air of return air inlet district II and enter exchange area V, and also can pass through the first screen pack 14, enter purifying area VI.The air flowed out by new wind passage 25 is without the first screen pack 14.Described first air-valve 11 is located at the below of the first screen pack 14, for controlling the air quantity through the first screen pack 14.Also establish air sterilization device 15 (as ultraviolet streamer oxidation bactericidal device) between described first screen pack 14 and the first air-valve 11, purification of air of the present invention adopts PHI technology (Photohydroionization, optical hydrogen ion technology).Preferably, the first screen pack 14 can adopt HEPA filter mesh layer (high efficiency particle air filter).
Get back to Fig. 1, described conditioner also comprises heat exchanger 1 and is located in the V of exchange area, and described new wind passage 25 and return air channel 26 are integrated in heat exchanger 1.Exchange heat can be carried out while respective passage from indoor, outdoor gas.The below of described heat exchanger 1 is provided with the control assembly apparatus 13 of each parts in compressor 20 and control and regulation machine, here each parts comprise described air-valve, humidification, dehydrating unit etc., described compressor 20 connects evaporimeter 21, condenser 22, forms kind of refrigeration cycle.Also be provided with sensor in conditioner, described conditioner also comprises the first pressure sensor 18 and is located in new wind inlet region I; Second pressure sensor 17 is located in return air inlet district II; 3rd pressure sensor 19 is located in purifying area VI, and each pressure sensor 17,18,19 detects the force value of respective region, and each pressure sensor 17,18,19 and controls assembly apparatus 13 and is connected.Control assembly apparatus 13 to judge whether to safeguard the critical component in conditioner or to clean according to pressure difference value, as: air has a pressure drop through the first screen pack 14, judges whether to clean the first screen pack 14 according to the pressure differential of second, third pressure sensor 17,19; Or the pressure differential comparing the first, the 3rd pressure sensor 18,19 judges whether to change heat exchanger 1 or to clean.
Preferably, the arrival end 4 of described new wind inlet region I is provided with the second air-valve 12, and when first, second air-valve 11,12 is opened, described conditioner runs partial air circulation.In addition, described conditioner can also comprise second, third screen pack 10,9, and be located at the arrival end 4 of new wind inlet region I, the arrival end 2 of return air inlet district II respectively, air is introduced into respective screen pack 10,9 after entering arrival end 4,2.The port of export 5 of new wind outlet area III can adopt single channel, also can adopt multichannel.The shell of described conditioner is noise reduction outer wall.
Composition graphs 2-4, introduces operation principle of the present invention.
Following process is conditioner all-fresh air state: the first blower fan 7, second blower fan 8 works, and the first air-valve 11 cuts out, and the second air-valve 12 is opened.Outdoor new wind enters from the arrival end 4 of new wind inlet region I, by the second screen pack 10, in new wind inlet region I, enter the new wind passage 25 of exchange area V again, due to the effect of the first blower fan 7, new wind is through exchange area V, purifying area VI, enter new wind outlet area III, and be discharged to indoor.(path: the port of export 5 of new wind passage 25 → the first blower fan 7 → new wind outlet area III in arrival end 4 (the second air-valve 12) → second screen pack 10 → heat exchanger 1 of new wind inlet region I, see Fig. 3) simultaneously, indoor return air enters from the arrival end 2 of return air inlet district II, by the 3rd screen pack 9, to in return air inlet district II, enter the return air channel 26 of exchange area V again, due to the effect of the second blower fan 8, return air is through exchange area V, enter return air outlet area IV, through the auxiliary road 27 of return air, be finally discharged to outdoor.(path: the port of export 3 of the auxiliary road of return air channel 26 → the second blower fan 8 → return air 27 → return air outlet area IV in arrival end the 2 → three screen pack 9 → heat exchanger 1 of return air inlet district II, sees Fig. 4)
Following process is that conditioner purifies state entirely: the first blower fan 7 works, and the second blower fan 8 cuts out.First air-valve 11 is opened, and the second air-valve 12 cuts out.Indoor return air enters from the arrival end 2 of return air inlet district II, by the 3rd screen pack 9, by the first screen pack 14, air sterilization device 15, first air-valve 11, enter into purifying area VI, then enter new wind outlet area III by the first blower fan 7, realize air circularly purifying.(path: the port of export 5 of arrival end the 2 → three screen pack 9 → the first screen pack 14 → air sterilization device 15 → the first air-valve 11 → the first blower fan 7 → new wind outlet area III of return air inlet district II)
Certainly, also partial air recurrent state can be realized by controlling first, second air-valve 11,12: now the first blower fan 7 works, and the second blower fan 8 cuts out.First air-valve 11, second air-valve 12 is all opened.The air of discharging divides two parts, and a part is the return air taken away from indoor, sends through purification Posterior circle, this path and above-mentioned full purifying paths with, another part is the new wind from outdoor, and namely path is the path of outdoor newly wind flow under above-mentioned all-fresh air state.It is few that partial air recurrent state is applicable to indoor occupant, the good situation of environmental aspect.
As to air wetting, opened damping device 6, the air so entering return air outlet area IV enters humidification dehumidifying district VII, finally discharges from the port of export 5 of new wind outlet area III.
As to air dewetting, opened dehydrating unit, the air entering return air outlet area IV enters humidification dehumidifying district VII, can by the heat dissipation produced in first, second dividing plate 23,24 selection dehumidifying.When needs carry out cool-down dehumidification to room air and do not need condenser heat, remove second partition 24, air carries through evaporator 21, gas heat that condenser 22 produces and enters to the auxiliary road 27 of return air and arrive return air outlet area IV, is discharged into outdoor, sees Fig. 4.When needing the heat utilizing condenser 22 to produce, then removing the first dividing plate 23, being communicated with the port of export 5 of new wind outlet area III, air carries through evaporator 21, gas the heat that condenser 22 produces and is discharged into indoor through the port of export 5, sees Fig. 3.Compared with independent additional dehydrating unit, control flexibly, energy-saving effect highly significant.
Life and the energy-conserving and environment-protective of high essence can be embodied well by the present invention.By providing fresh air for indoor, ensure the oxygen content of room air; By circulation room air, the harmful substance in purifying the air of a room; By humidification or dehumidifying, prevent from going mouldy and ensure comfortable.In addition, present invention also offers the product creating high-quality indoor environment and guaranteed maintenance service.New blower fan, air purifier need periodic replacement filter screen and carry out system maintenance.If this kind equipment can not get timely maintenance, lose air-treatment function, more pollution can be caused.The present invention, by pressure sensing technologies and air detection technology, can allow client carry out the maintenance of conditioner opportunity suitably.
Claims (10)
1. a Multifunctional indoor environment adjusting machine, comprise new wind inlet region (I), return air inlet district (II), new wind outlet area (III), return air outlet area (IV), and exchange area (V), described exchange area (V) comprises new wind passage (25) and return air channel (26), and described new wind inlet region (I) is connected with new wind outlet area (III) by new wind passage (25), described conditioner also comprises purifying area (VI), this purifying area (VI) is connected with the port of export of return air inlet district (II), new wind passage (25), new wind outlet area (III) respectively, establishes the first screen pack (14) and the first air-valve (11) in described purifying area (VI), described conditioner also comprises first, second blower fan (7, 8), described first blower fan (7) is located at the entrance point of new wind outlet area (III), described second blower fan (8) is at the entrance point of return air outlet area (IV), it is characterized in that: in described new wind outlet area (III), be also provided with humidification dehumidifying district (VII), establish for the damping device (6) to air wetting with for the dehydrating unit to air dewetting in described humidification dehumidifying district (VII), described dehydrating unit comprises evaporimeter (21), condenser (22), first dividing plate (23), second partition (24), described condenser (22) is located between the first dividing plate (23) and second partition (24), the arrival end (4) of described new wind inlet region (I) is provided with the second air-valve (12), when the first blower fan (7), the second blower fan (8) work, the first air-valve (11) cuts out, and when the second air-valve (12) is opened, described conditioner is in all-fresh air state,
When the first blower fan (7) work, the second blower fan (8) cuts out, and the first air-valve (11) is opened, and when the second air-valve (12) cuts out, described conditioner is in full purification state;
When the first blower fan (7) work, the second blower fan (8) cuts out, and when the first air-valve (11), the second air-valve (12) are opened, described conditioner is in partial air recurrent state.
2. Multifunctional indoor environment adjusting machine according to claim 1, it is characterized in that: first, second dividing plate described (23,24) is selective dividing plate, described first dividing plate (23) controls condenser (22) region and is connected with new wind outlet area (III); Described second partition (24) controls the auxiliary road of return air (27) and is connected with return air outlet area (IV).
3. Multifunctional indoor environment adjusting machine according to claim 1, is characterized in that: described first dividing plate (23) is located near the first blower fan (7).
4. Multifunctional indoor environment adjusting machine according to claim 1, is characterized in that: described first screen pack (14) is located at the entrance point of purifying area (VI), and this entrance point is connected with return air inlet district (II).
5. Multifunctional indoor environment adjusting machine according to claim 1, is characterized in that: described first air-valve (11) controls the air quantity through the first screen pack (14).
6. Multifunctional indoor environment adjusting machine according to claim 5, is characterized in that: establish air sterilization device (15) between described first screen pack (14) and the first air-valve (11).
7. Multifunctional indoor environment adjusting machine according to claim 1, it is characterized in that: described conditioner also comprises heat exchanger (1) and is located in exchange area (V), described new wind passage (25) and return air channel (26) are integrated in heat exchanger (1).
8. Multifunctional indoor environment adjusting machine according to claim 7, is characterized in that: the below of described heat exchanger (1) is provided with compressor (20) and controls the control assembly apparatus (13) of each parts.
9. Multifunctional indoor environment adjusting machine according to claim 1, is characterized in that: described conditioner also comprises the first pressure sensor (18) and is located in new wind inlet region (I); Second pressure sensor (17) is located in return air inlet district (II); 3rd pressure sensor (19) is located in purifying area (VI), each pressure sensor (17,18,19) detects the force value of respective region, to provide Working Status Monitoring, each pressure sensor (17,18,19) and controls assembly apparatus (13) and is connected.
10. Multifunctional indoor environment adjusting machine according to claim 1, it is characterized in that: described conditioner also comprises second, third screen pack (10,9), be located at the arrival end (4) of new wind inlet region (I), the arrival end (2) of return air inlet district (II) respectively, air is introduced into respective screen pack (9,10) after entering arrival end (4,2).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110212021.6A CN102901150B (en) | 2011-07-27 | 2011-07-27 | Multifunctional indoor environment conditioning machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110212021.6A CN102901150B (en) | 2011-07-27 | 2011-07-27 | Multifunctional indoor environment conditioning machine |
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| Publication Number | Publication Date |
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| CN102901150A CN102901150A (en) | 2013-01-30 |
| CN102901150B true CN102901150B (en) | 2015-05-20 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201110212021.6A Expired - Fee Related CN102901150B (en) | 2011-07-27 | 2011-07-27 | Multifunctional indoor environment conditioning machine |
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Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201155826Y (en) * | 2008-01-07 | 2008-11-26 | 陈国宝 | All-fresh air energy-saving type dust free air-conditioner |
| CN201637041U (en) * | 2010-04-30 | 2010-11-17 | 何森 | Heat recovery fresh air machine with humidification and dehumidification functions |
| CN101995062A (en) * | 2010-11-09 | 2011-03-30 | 帝思迈环境设备（上海）有限公司 | Total heat recovery humidifying fresh-air heat pump |
| CN202188564U (en) * | 2011-07-27 | 2012-04-11 | 无锡森德能源科技有限公司 | Multifunctional indoor environment adjusting machine |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH01210734A (en) * | 1988-02-17 | 1989-08-24 | Matsushita Seiko Co Ltd | Duct type ventilation and air conditioner |
-
2011
- 2011-07-27 CN CN201110212021.6A patent/CN102901150B/en not_active Expired - Fee Related
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201155826Y (en) * | 2008-01-07 | 2008-11-26 | 陈国宝 | All-fresh air energy-saving type dust free air-conditioner |
| CN201637041U (en) * | 2010-04-30 | 2010-11-17 | 何森 | Heat recovery fresh air machine with humidification and dehumidification functions |
| CN101995062A (en) * | 2010-11-09 | 2011-03-30 | 帝思迈环境设备（上海）有限公司 | Total heat recovery humidifying fresh-air heat pump |
| CN202188564U (en) * | 2011-07-27 | 2012-04-11 | 无锡森德能源科技有限公司 | Multifunctional indoor environment adjusting machine |
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| CN102901150A (en) | 2013-01-30 |
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Granted publication date: 20150520 Termination date: 20180727 |