CN105181255A - Door and window performance detection system - Google Patents
Door and window performance detection system Download PDFInfo
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- CN105181255A CN105181255A CN201510488952.7A CN201510488952A CN105181255A CN 105181255 A CN105181255 A CN 105181255A CN 201510488952 A CN201510488952 A CN 201510488952A CN 105181255 A CN105181255 A CN 105181255A
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Abstract
The invention provides a door and window performance detection system. The system is provided with a central processor apparatus 1, a rainwater generation detection apparatus 2, a noise generation detection apparatus 3 and a heat generation detection apparatus 4. Under the control of the central processor apparatus 1, according to a water seepage condition of an external door and window test piece 7 under different hydraulic pressure values, determination of water tightness is performed; according to a decibel difference of an inner cavity of a detection box 9 and an external environment of a cabinet under different noise decibel grades, determination of sound insulation performance is performed; according to an inner and outer wall temperature difference value of the external door and window test piece 7 and a temperature difference value of the inner cavity of the detection box 9 and the external environment of the cabinet under different heat grades, determination of heat insulation performance is performed. A problem that data reliability of an existing door and window performance detection system is low is solved.
Description
Technical field
The present invention relates to detection technique field, particularly relate to door and window performance detecting system.
Background technology
Current building doors and windows comprises Wood-door window, iron gate window, aluminum alloy doors and windows, plastic-steel door and window, and in the properties of door and window, watertightness and impermeability especially receive the concern of manufacturer, dealer and resident family.The air-tightness of door and window refers to that the quantity of air infiltration in seam length or unit area is opened by door and window unit, examination be the door and window lower ability stoping air penetration in off position, the impermeability of door and window and sound insulation value and heat-proof quality closely related.Rain is the factor had the greatest impact to door and window, when the metope that raindrop is built with larger speed impacts and roofing, that brings thus may be close to the rain insensitive device power of windward side and roofing the acting force that wind itself produces, easily produce huge destruction to the building enclosure of buildings, the watertightness missionary society of door and window causes the excessive condensation inside the infringement of the discomfort of occupant, interior of building, buildings and the icicle etc. outside buildings.
Application number be 200520089278.7 patent discloses building external doors and windows physical property field detecting device, by Simulated rainwater spray system, the compositions such as forbay, for detecting watertightness and the impermeability of door and window, its shortcoming is that the grade to the water pump in Simulated rainwater spray system and forbay quantize controls, the pressure that the pressure that namely can not water pump be regulated according to demand clearly to produce and forbay produce, and it is different according to the material of detected object, the hydraulic pressure applied and pressure can adjust to some extent, now still regulate with experience, the data that obtain can be made unreliable, be difficult to support judged result.In addition, this equipment is only applicable to the little family that surrounds and uses, and is not suitable for using in production phase and sales stage, and when detecting existing problems, changes door and window and can bring no small economic loss to resident family.
Summary of the invention
The invention provides door and window performance detecting system, solve the problem that data reliability that existing door and window performance detecting system detects is low.
The present invention solves the problem by the following technical programs:
Door and window performance detecting system, comprises cabinet, and described cabinet is divided into two parts, is respectively install bin and detection case, and the side of described detection case is provided with opening, for installing outside door and window test specimen:
Further comprise central processor unit, rainwater generation pick-up unit, noise generation pick-up unit and heat generation pick-up unit;
Described central processor unit is located in install bin;
Described rainwater generation pick-up unit is made up of water collector, water-supply-pipe, water pumper, hydrostate and spray thrower; Described water collector is located in install bin; One end of described water-supply-pipe is connected with water collector, and the other end extends to the water pumper be located in install bin, is connected with water pumper; The control end of described water pumper is connected with central processor unit; Described hydrostate is located in install bin, described spray thrower is located in detection case, and described water pumper is connected with spray thrower through hydrostate, and the water that described water pumper extracts is after hydrostate pressure regulation, sprayed by spray thrower, the water of spray thrower ejection converges in water collector; The control end of described hydrostate is connected with central processor unit;
Described noise generation pick-up unit is made up of acoustical generator, player and at least 2 noise detection module; Described acoustical generator is located in install bin, and described player is located in detection case, and the control end of described acoustical generator is connected with central processor unit, and the output terminal of described acoustical generator is connected with the input end of player; In the inner chamber and cabinet external environment condition of described detection case, at least 1 noise detection module is installed respectively; The output terminal of described each noise detection module is connected with central processor unit;
Described heat generation pick-up unit is made up of cooling and warming module and 4 temperature detecting module; Described cooling and warming module is located in install bin, and the control end of described cooling and warming module is connected with central processor unit; Described 4 temperature detecting module are installed in the inwall of outside door and window test specimen, the outside outer wall of door and window test specimen, the inner chamber of detection case and cabinet external environment condition respectively; The output terminal of described each temperature detecting module is connected with central processor unit.
In such scheme, further comprise display device, described display device is located in install bin, and the input end of described display device is connected with central processor unit.
In such scheme, further comprise remote-controlled launcher and remote-receiver; Described remote-controlled launcher forms by arranging module, transmitting terminal control module and transmitter, the control end of transmitter is connected with transmitting terminal control module, the input end of described transmitter is connected with transmitting terminal control module, and the described output terminal arranging module is connected with transmitting terminal control module; Described remote-receiver is receiver, and described receiver is installed on cabinet outer wall, and with transmitter wireless connections, the output terminal of described receiver is connected with central processor unit.
In such scheme, described water-supply-pipe is installed on madial wall or the lateral wall of cabinet.
In such scheme, described hydrostate is supercharge pump and/or drawdown pump, and the control end of described supercharge pump and/or drawdown pump is connected with central processor unit.
In such scheme, described cooling and warming module is made up of refrigerating and heating device, cold and hot letter shoot, cold and hot gas delivery outlet; Described refrigerating and heating device is located in install bin, and the control end of described refrigerating and heating device is connected with central processor unit; Described one end of cold and hot letter shoot is connected with the output terminal of refrigerating and heating device, and the other end extends to the cold and hot gas delivery outlet being installed on detection case along cabinet madial wall or lateral wall, be connected with cold and hot gas delivery outlet; Described cold and hot gas delivery outlet is arranged on detection case sidewall, and described cold and hot gas delivery outlet runs through the inner and outer wall of detection case.
In such scheme, described in each temperature detecting module be installed on the inner and outer wall of outside door and window test specimen be surface temperature sensor.
In such scheme, described install bin is divided into two parts, and be respectively the first install bin and the second install bin, described first install bin is arranged on the upper end of detection case, and described second install bin is arranged on the lower end of detection case.
In such scheme, described first install bin is for installing central processor unit, display device, acoustical generator, hydrostate and water pumper; Described second install bin is for installing water collector and refrigerating and heating device.
The door and window performance detecting system that the present invention builds, watertightness can be carried out to external door window test specimen, sound insulation value and heat-proof quality detect, the judgement of watertightness quality is carried out according to the infiltration situation of external door window test specimen under different hydraulic pressure value, the judgement of sound insulation value quality is carried out according to the decibel difference of detection case inner chamber and cabinet external environment condition under different noise decibel grade, the judgement of heat-proof quality quality is carried out according to the inside and outside wall temperature approach of external door window test specimen under different heat grade and the temperature approach of detection case inner chamber and cabinet external environment condition, solve the problem that existing door and window performance detecting system data reliability is low, under different hydraulic pressure value, different noise decibel grade, under the decibel numerical value of detection case inner chamber and cabinet external environment condition and decibel curve, different heat grade, under the inside and outside wall temperature value of external door window test specimen, different heat grade, the temperature value of detection case inner chamber and cabinet external environment condition is all shown by display device, is judged just can to draw the quality of the watertightness of outside door and window test specimen, sound-proofing, thermal insulation by testing staff intuitively, the all remote-controlled setting of different hydraulic pressure values, noise decibel grade and heat grade, easy and simple to handle.
Advantage of the present invention and effect are:
1, arrange the first install bin, the second install bin and detection case, the set-up mode of three both make use of Action of Gravity Field, reduced electric energy loss, turn avoid as each installing component does water-proofing treatment waste of manpower resource;
2, the rainwater generation pick-up unit arranged, noise generation pick-up unit, heat generation pick-up unit all can carry out the change of corresponding testing conditions according to the different hydraulic pressure grades arranged, noise grade and heat grade, the performance for outside door and window test specimen judges to provide effective Data Base plinth.
3, different hydraulic pressure grade, noise grade and heat grade all can be arranged in remote control, simple operation, without the need to artificially carrying out the adjustment of repeated detection condition at the scene;
4, each detected value and curve show by display device, judge more directly perceived.
Accompanying drawing explanation
Fig. 1 is the theory diagram of door and window performance detecting system.
Fig. 2 is the side sectional view of door and window performance detecting system.
Number in the figure is: 1, central processor unit; 201, water collector; 202, water-supply-pipe; 203, water pumper; 204, hydrostate; 205, spray thrower; 301, acoustical generator; 302, player; 303, noise detection module; 401, refrigerating and heating device; 402, cold and hot letter shoot; 403, cold and hot gas delivery outlet; 404, temperature detecting module; 5, display device; 6, receiver; 7, outside door and window test specimen; 801, the first install bin; 802, the second install bin; 9, detection case.
Fig. 3 is the schematic appearance of door and window performance detecting system.
Embodiment
Door and window performance detecting system, is made up of, see Fig. 1 cabinet, central processor unit 1, rainwater generation pick-up unit 2, noise generation pick-up unit 3, heat generation pick-up unit 4, display device 5, remote-controlled launcher and remote-receiver.
Cabinet is divided into three parts, is respectively the first install bin 801, second install bin 802 and detection case 9; Wherein, the first install bin 801 is arranged on the upper end of detection case 9, and is separated by dividing plate between detection case 9; Second install bin 802 is arranged on the lower end of detection case 9, is separated between detection case 9 and the second install bin 802 by dividing plate; Opening is provided with, for the display screen of mount display 5 in the side of the first install bin 801; Opening is provided with, for installing outside door and window test specimen 7, see Fig. 3 in the side of detection case 9.
Central processor unit 1 is located in the first install bin 801, the hydraulic pressure of rainwater is produced for controlling rainwater generation pick-up unit 2, for the noise decibel grade that control noises generation pick-up unit 3 sends, and receive each noise decibel detected, for controlling the heat grade of heat generation pick-up unit 4, and receive each temperature detected, show for controlling display device 5 data detected.
Rainwater generation pick-up unit 2 is made up of water collector 201, water-supply-pipe 202, water pumper 203, hydrostate 204 and spray thrower 205; Water collector 201 is located in the second install bin 802, and one end of water-supply-pipe 202 is connected with water collector 201, and the other end extends to the water pumper 203 being located at the first install bin 801 along cabinet madial wall or lateral wall, be connected with water pumper 203; The control end of water pumper 203 is connected with central processor unit 1; Hydrostate 204 is supercharge pump and/or drawdown pump, be located in the first install bin 801, spray thrower 205 is located in detection case 9, water pumper 203 is connected with spray thrower 205 through hydrostate 204, the water that water pumper 203 extracts, after hydrostate 204 pressure regulation, is sprayed by spray thrower 205, and the water that spray thrower 205 sprays converges in water collector 201, the control end of supercharge pump and/or drawdown pump is connected with central processor unit 1, see Fig. 2.
When carrying out watertightness detection at every turn, water pumper 203 draws water under the control of central processor unit 1 from water collector 201, water is delivered in hydrostate 204 by water-supply-pipe 202, hydrostate 204 is under the control of central processor unit 1, spray after water pressure regulation to setting value through spray thrower 205, testing staff, under different hydraulic pressure values, by observing the outer wall of outside door and window test specimen 7, judges the quality of outside door and window test specimen 7 watertightness.In addition, header tank is arranged at the second install bin 802, water pumper 203 and hydrostate 204 are located at the first install bin 801, water extracts to the first install bin 801 by water pumper 203, water possesses certain spray pressure under gravity, the dynamics of hydrostate 204 pressure regulation can be reduced, and then save the working strength of hydrostate 204, reduce electric energy loss.
Noise generation pick-up unit 3 is made up of acoustical generator 301, player 302 and at least 2 noise detection module 303; Acoustical generator 301 is located in the first install bin 801, player 302 is located in detection case 9, the control end of acoustical generator 301 is connected with central processor unit 1, the output terminal of acoustical generator 301 is connected with the input end of player 302, in detection case 9 to cabinet external environment condition at least 1 noise detection module 303 is installed respectively, the output terminal of each noise detection module 303 is connected with central processor unit 1, see Fig. 1.
When carrying out sound insulation detection at every turn, the noise decibel grade sounding arranged pressed by acoustical generator 301 under the control of central processor unit 1, and amplify through player 302, the noise detection module 303 be arranged in the inner chamber of detection case 9 and cabinet external environment condition carries out walkaway, detected value is transferred to central processor unit 1, central processor unit 1 controls display device 5 and shows decibel numerical value in detection case 9 inner chamber and cabinet external environment condition and decibel curve, testing staff, by comparison NF, judges the quality of outside door and window test specimen 7 sound insulation value.Acoustical generator 301 sends the noise of different decibel ratings, change the sound level in detection case 9 inner chamber, in different sound level, the noise decibel number difference in detection case 9 inner chamber and cabinet external environment condition can change regularly, difference is larger, illustrates that the sound insulation value of outside door and window test specimen 7 is better.
Heat generation pick-up unit 4 is made up of cooling and warming module and 4 temperature detecting module 404; Cooling and warming module is located in install bin, and the control end of cooling and warming module is connected with central processor unit 1; 4 temperature detecting module are installed in the inwall of outside door and window test specimen 7, the outer wall of outside door and window test specimen 7, the inner chamber of detection case 9 and cabinet external environment condition respectively; The output terminal of each temperature detecting module 404 is connected with central processor unit 1, see Fig. 1.
When outside door and window test specimen 7 is only door and window body, and door and window body is when being only made up of a kind of material, need to arrange 2 temperature detecting module 404,1 inwall being installed on door and window body, 1 outer wall being installed on door and window body, when door and window body is made up of at least 2 kinds of materials, often increases a kind of material, correspondingly need increase by 2 temperature detecting module 404, for detecting the temperature of the inner and outer wall of increased material; When outside door and window test specimen 7 be door and window body and frame time, and door and window body and frame are made up of a kind of material respectively, need to arrange 4 temperature detecting module 404, be installed on the outer wall of the inwall of door and window body, the outer wall of door and window body, the inwall of frame and frame respectively, correspondingly, when door and window body and/or frame are made up of at least 2 kinds of materials respectively, often increase by a kind of material, correspondingly need increase by 2 temperature detecting module 404, for detecting the temperature of the inner and outer wall of increased material.Namely in detection case 9, be provided with at least 1 for detecting the temperature detecting module 404 of cavity temperature in detection case, be provided with at least 1 for detecting the temperature detecting module 404 of outside door and window time inner wall temperature, in cabinet external environment condition, be provided with at least 1 for detecting the temperature detecting module 404 of cabinet ambient temperature, at least 1 for detecting the temperature detecting module 404 of outside door and window time outer wall.
Temperature sensor is for experiencing temperature, temperature transition is become electric signal, contact and contactless can be divided into by metering system, surface temperature sensor is special land surface pyrometer, special surface temperature sensor is the flake-like shape with very narrow thickness, surface thermal resistor and surface thermocouple induction pick-up is divided into according to the requirement of measuring tempeature, the present invention is that the temperature detecting module 404 of the inner and outer wall being located at outside door and window test specimen 7 selects special surface temperature sensor, all the other select special surface temperature sensor or ordinary temp sensor for the temperature detecting module 404 detecting the temperature of detection case 9 inner chamber and cabinet external environment condition.
Cooling and warming module is made up of refrigerating and heating device 401, cold and hot letter shoot 402, cold and hot gas delivery outlet 403; Refrigerating and heating device 401 is located in the second install bin 802, the control end of refrigerating and heating device 401 is connected with central processor unit 1, one end of cold and hot letter shoot 402 is connected with the output terminal of refrigerating and heating device 401, the other end extends to the cold and hot gas delivery outlet 403 being installed on detection case 9 along cabinet madial wall or lateral wall, be connected with cold and hot gas delivery outlet 403, wherein, cold and hot gas delivery outlet 403 is arranged on detection case 9 sidewall, cold and hot gas delivery outlet 403 runs through the inner and outer wall of detection case 9, see Fig. 2.
When carrying out thermal insulation test at every turn, refrigerating and heating device 401 carries out freezing or heating under the control of central processor unit 1, heat transfers to cold and hot gas delivery outlet 403 by cold and hot letter shoot 402, finally transfer in detection case 9, temperature in detection case 9 is adjusted to setting value, each surface temperature detection module 404 and temperature detecting module 404 start detected temperatures, and the temperature detected is transferred to central processor unit 1, central processor unit 1 controls the temperature that display device 5 demonstrates the inner and outer wall of outside door and window test specimen 7, and the temperature of detection case 9 inner chamber and cabinet external environment condition, testing staff is by contrast four temperature, judge the quality of the heat-proof quality of outside door and window test specimen 7.By refrigerating and heating device 401, different heats can be obtained at detection case 9 inner chamber, the inner and outer wall temperature of the outside door and window test specimen 7 of contrast under different heat grades, and the temperature of detection case 9 inner chamber and cabinet external environment condition, the temperature difference of outside door and window test specimen 7 inwall and outer wall is larger, the temperature difference of detection case 9 inner chamber and cabinet external environment condition is larger, illustrates that the heat-proof quality of outside door and window time is better.
Display device 5 is located at the first install bin 801, and the display screen of display device 5 is located at the sidewall opening place of the first install bin 801, and see Fig. 3, the input end of display device 5 is connected with central processor unit 1.Display device 5 shows the hydraulic pressure value of setting under the control of central processing unit, noise decibel numerical value in display sound insulation value testing process in detection case 9 inner chamber and cabinet external environment condition and noise decibel curve, show the temperature of the inner and outer wall of outside door and window test specimen 7, the temperature of display detection case 9 inner chamber and cabinet external environment condition.Testing staff can carry out the quality judgement of correlated performance by the numerical value of display and curve.
Remote-controlled launcher forms by arranging module, transmitting terminal control module and transmitter, the control end of transmitter is connected with transmitting terminal control module, the input end of transmitter is connected with transmitting terminal control module, the output terminal arranging module is connected with transmitting terminal control module, remote-receiver is receiver 6, receiver 6 is installed on cabinet outer wall, and with transmitter wireless connections, the output terminal of receiver 6 is connected with central processor unit 1.The hydraulic pressure value of module installation hydrostate 204, the noise decibel grade of acoustical generator 301 sounding and the heat grade of refrigerating and heating device 401 are being set, these setting values are emitted to the receiver 6 in remote-receiver under the control of transmitting terminal control module by transmitter, and transfer to central processor unit 1 eventually through receiver 6, central processor unit 1 is according to settings, control hydrostate 204, acoustical generator 301 and refrigerating and heating device 401 to operate, make hydraulic pressure, noise decibel, temperature reach settings.
Be arranged on each surface temperature detection module 404 on the player 302 in detection case 9, outside door and window test specimen 7 inwall and each temperature detecting module 404 in detection case 9 inner chamber carries out water-proofing treatment as required.
The course of work of the present invention is: when carrying out watertightness detection, the different hydraulic pressure values of hydrostate 204 are set at remote-controlled launcher, central processor unit 1 controls hydrostate 204 according to the hydraulic pressure value arranged, the water that water pumper 203 is extracted ejects through spray thrower 205 by the hydraulic pressure value arranged, testing staff by observing the infiltration degree of external door window test specimen 7 under different hydraulic pressure value, and then judges the quality of watertightness of outside door and window time, when carrying out sound insulation value detection, the noise decibel grade of acoustical generator 301 sounding is set at remote-controlled launcher, make acoustical generator 301 by settings sounding, and amplify through player 302, each noise detection module 303 in detection case 9 inner chamber and external environment condition carries out walkaway, by result feedback to central processor unit 1, and demonstrated by display device 5, testing staff is by under the different decibel ratings of comparison, the decibel difference of detection case 9 inner chamber and external environmental noise, judges the quality of the sound insulation value of outside door and window test specimen 7, when carrying out heat-proof quality detection, the heat grade of refrigerating and heating device 401 is set at remote-controlled launcher, cold air or hot gas are transported in detection case 9, the temperature in detection case 9 is made to reach temperature corresponding to the heat grade of setting, each surface temperature detection module 404 and temperature detecting module 404 carry out temperature detection, and by result feedback to central processor unit 1, demonstrated by display device 5, the inside and outside temperature of outside door and window test specimen 7 under the heat grade that testing staff is more different and the temperature of detection case 9 inner chamber and cabinet external environment condition, judge the quality of the heat-proof quality of outside door and window test specimen 7.
Claims (9)
1. door and window performance detecting system, comprises cabinet, and described cabinet is divided into two parts, be respectively install bin and detection case (9), the side of described detection case (9) is provided with opening, for installing outside door and window test specimen (7), it is characterized in that:
Further comprise central processor unit (1), rainwater generation pick-up unit (2), noise generation pick-up unit (3) and heat generation pick-up unit (4);
Described central processor unit (1) is located in install bin;
Described rainwater generation pick-up unit (2) is made up of water collector (201), water-supply-pipe (202), water pumper (203), hydrostate (204) and spray thrower (205); Described water collector (201) is located in install bin; One end of described water-supply-pipe (202) is connected with water collector (201), and the other end extends to the water pumper (203) be located in install bin, is connected with water pumper (203); The control end of described water pumper (203) is connected with central processor unit (1); Described hydrostate (204) is located in install bin, described spray thrower (205) is located in detection case (9), described water pumper (203) is connected with spray thrower (205) through hydrostate (204), the water that described water pumper (203) extracts is after hydrostate (204) pressure regulation, sprayed by spray thrower (205), the water that spray thrower (205) sprays converges in water collector (201); The control end of described hydrostate (204) is connected with central processor unit (1);
Described noise generation pick-up unit (3) is made up of acoustical generator (301), player (302) and at least 2 noise detection module (303); Described acoustical generator (301) is located in install bin, described player (302) is located in detection case (9), the control end of described acoustical generator (301) is connected with central processor unit (1), and the output terminal of described acoustical generator (301) is connected with the input end of player (302); In the inner chamber and cabinet external environment condition of described detection case (9), at least 1 noise detection module (303) is installed respectively; The output terminal of described each noise detection module (303) is connected with central processor unit (1);
Described heat generation pick-up unit (4) is made up of cooling and warming module and 4 temperature detecting module (404); Described cooling and warming module is located in install bin, and the control end of described cooling and warming module is connected with central processor unit (1); Described 4 temperature detecting module are installed in the inwall of outside door and window test specimen (7), the outer wall of outside door and window test specimen (7), the inner chamber of detection case (9) and cabinet external environment condition respectively; The output terminal of described each temperature detecting module (404) is connected with central processor unit (1).
2. door and window performance detecting system according to claim 1, it is characterized in that: further comprise display device (5), described display device (5) is located in install bin, and the input end of described display device (5) is connected with central processor unit (1).
3. door and window performance detecting system according to claim 1, is characterized in that: further comprise remote-controlled launcher and remote-receiver; Described remote-controlled launcher forms by arranging module, transmitting terminal control module and transmitter, the control end of transmitter is connected with transmitting terminal control module, the input end of described transmitter is connected with transmitting terminal control module, and the described output terminal arranging module is connected with transmitting terminal control module; Described remote-receiver is receiver (6), and described receiver (6) is installed on cabinet outer wall, and with transmitter wireless connections, the output terminal of described receiver (6) is connected with central processor unit (1).
4. door and window performance detecting system according to claim 1, is characterized in that: described water-supply-pipe (202) is installed on madial wall or the lateral wall of cabinet.
5. door and window performance detecting system according to claim 1, it is characterized in that: described hydrostate (204) is supercharge pump and/or drawdown pump, the control end of described supercharge pump and/or drawdown pump is connected with central processor unit (1).
6. door and window performance detecting system according to claim 1, is characterized in that: described cooling and warming module is made up of refrigerating and heating device (401), cold and hot letter shoot (402), cold and hot gas delivery outlet (403); Described refrigerating and heating device (401) is located in install bin, and the control end of described refrigerating and heating device (401) is connected with central processor unit (1); One end of described cold and hot letter shoot (402) is connected with the output terminal of refrigerating and heating device (401), the other end extends to the cold and hot gas delivery outlet (403) being installed on detection case (9) along cabinet madial wall or lateral wall, be connected with cold and hot gas delivery outlet (403); Described cold and hot gas delivery outlet (403) is arranged on detection case (9) sidewall, and described cold and hot gas delivery outlet (403) runs through the inner and outer wall of detection case (9).
7. door and window performance detecting system according to claim 1, is characterized in that: described in each temperature detecting module (404) be installed on the inner and outer wall of outside door and window test specimen (7) be surface temperature sensor.
8. according to the door and window performance detecting system in claim 1-7 described in any one, it is characterized in that: described install bin is divided into two parts, be respectively the first install bin (801) and the second install bin (802), described first install bin (801) is arranged on the upper end of detection case (9), and described second install bin (802) is arranged on the lower end of detection case (9).
9. door and window performance detecting system according to claim 8, is characterized in that:
Described first install bin (801) is for installing central processor unit (1), display device (5), acoustical generator (301), hydrostate (204) and water pumper (203); Described second install bin (802) is for installing water collector (201) and refrigerating and heating device (401).
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| CN201510488952.7A CN105181255A (en) | 2015-08-11 | 2015-08-11 | Door and window performance detection system |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105911092A (en) * | 2016-06-02 | 2016-08-31 | 上海理工大学 | Experiment device for researching underground space top soil heat accumulation and release evolution laws |
| CN106067270A (en) * | 2016-06-08 | 2016-11-02 | 广东坚美定制门窗系统有限公司 | A kind of aluminum alloy doors and windows performance outdoor scene analog systems |
| CN106441712A (en) * | 2016-09-29 | 2017-02-22 | 天津大学 | Method for quantitatively detecting permeability of cold air based on infrared thermal imaging technology |
| CN107727319A (en) * | 2017-09-30 | 2018-02-23 | 惠州市毅隆机电设备有限公司 | Fulmination apparatus for demonstrating and demenstration method outside a kind of door and window room |
| CN117605444A (en) * | 2024-01-22 | 2024-02-27 | 西安思坦仪器股份有限公司 | High-temperature intelligent water distributor |
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| CN106441712A (en) * | 2016-09-29 | 2017-02-22 | 天津大学 | Method for quantitatively detecting permeability of cold air based on infrared thermal imaging technology |
| CN106441712B (en) * | 2016-09-29 | 2019-06-04 | 天津大学 | Method based on infrared thermal imaging technique quantitative detection Air Infiltration |
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| CN117605444A (en) * | 2024-01-22 | 2024-02-27 | 西安思坦仪器股份有限公司 | High-temperature intelligent water distributor |
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