CN102374926A - Weather tester with human-computer interface and operating method therefor - Google Patents
Weather tester with human-computer interface and operating method therefor Download PDFInfo
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- CN102374926A CN102374926A CN2010102584080A CN201010258408A CN102374926A CN 102374926 A CN102374926 A CN 102374926A CN 2010102584080 A CN2010102584080 A CN 2010102584080A CN 201010258408 A CN201010258408 A CN 201010258408A CN 102374926 A CN102374926 A CN 102374926A
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Abstract
The invention provides a weather tester with a human-computer interface and an operating method therefor. The weather tester is applied to weather tests on doors and windows, such as airtightness, watertightness and wind pressure tests. The weather tester comprises a machine body and at least one touch screen, wherein the machine body is provided with a test piece erected in a testing cabin; the outer surface of the machine body is provided with an operative surface; functional equipment is arranged in the machine body, and at least comprises airtightness testing equipment, watertightness testing equipment and wind pressure testing equipment; the at least one touch screen is combined with the human-computer interface to connect the functional equipment; and each test item can be selected and test parameters can be set for testing operation by clicking the touch screen. Therefore, test items and field pictures thereof are displayed by the touch screen and can be clicked by a user, and the weather tester is controlled to act in a screen touching mode, so that the weather tester having multi-item test functions and being easy and convenient to operate is provided for the user.
Description
Technical field
The wind and rain testing machine and the method for operating thereof of the relevant a kind of tool man-machine interface of the present invention; Especially refer to a kind of touch control type screen that combines man-machine interface; Click touch control type screen through operation and move, and reach easy and simple to handle to select wind and rain pilot project, setting test parameter, control wind and rain testing machine.
Background technology
General door and window roughly has aluminium door and window, Door or window made of stainless steel, glass door and window, mould products such as rubber door and window, power window has also comprised fixing and movable window pattern; And the product that normally adopts the normalization size is used in the design of door and window; With present door and window on the market; Used by most of buildingss with aluminium door and window again,, be fit to rainy climatic environment simultaneously and use because aluminium door and window has easy manufacturing, fits and to produce and have better weatherability for the variation of weather in a large number; With China is that the fabric of island-in-sea type weather has seasonal typhoon again, and aluminium door and window is widely used especially.
General aluminium door and window is at the direct assembled formation of manufacturing works; The aluminium door and window of assembled formation being transported to needs the place of installing to carry out on-site installation work again; With the work flow of minimizing aluminium door and window manufacturing installation and the waste of manpower, for the quality bills of materials of aluminium door and window, be the phase fractal key therefore; Under the rigorous requirement for the door and window quality, the countries in the world such as the U.S., Japan, European Union, continent, Singapore etc. all order the testing standard of relevant door and window, with China; Whether except general weather pattern, noting also can be in response to huge high wind and the torrential rain that typhoon produced, therefore; Aluminium door and window needs to carry out the wind and rain test according to relevant regulations before assembled formation dispatches from the factory, and this wind and rain test generally comprises (a) air-tight test, as accordinging to national standard CNS11527 content provided; (b) waterproof test; As accordinging to national standard CNS11528 content provided, (c) Wind-Pressure Resistance test is as accordinging to national standard CNS11526 content provided; For the manufacturer of aluminium door and window; At present institute's use test equipment build that high and its equipment volume of the expense of putting is huge to be provided with inconvenience, non-general aluminium door and window manufacturer can bear, therefore; Above-mentioned wind and rain test committee is implemented by professional testing agency; Be manufacturer need with the aluminium door and window test block that will test deliver to professional testing agency, and just test in the test laboratory at the specified test site of professional testing agency, thus when having increased the aluminium door and window test institute necessary spend that aluminium door and window carries back and forth and etc. time of scheduling to be tested; For example; Aluminium door and window be provided with the place in the north Taiwan and testing location in Taiwan or the south, cause personnel north and south to run quickly to involve and carry that aluminium door and window expends time in and manpower, therefore cause the multiple waste of manpower, money, time.
With present employed wind and rain testing machine; Volume size with regard to testing machine roughly is divided into small-scale test machine and large-scale experiment machine; Wherein the small-scale test machine only provides the test function of watertight, and the test function like above-mentioned airtight and Wind-Pressure Resistance is not provided, and demonstrates insufficiency of function; And utilize the button control test action and on the data of test, be and copy of operating machine through artificial meter reading; Make test process very inconvenient, and when the conversion test event the essential testing apparatus of changing, make the aluminium door and window test block pull down from a test machine that to be installed in another test machine again first-class to be tested.Though the large-scale experiment machine also can carry out test jobs to small-sized aluminium door and window except can on large-scale aluminium door and window, testing to use; And because testing machine structure is fixedly installed in the test laboratory than complicacy and the big carrying inconvenience of volume usually; Though executable test event is more than small-sized test machine,, be to serve as main equally in order to the control test action with the button member of operating machine; Connect in addition on this testing machine and a computer is set, increased its unitary construction volume simultaneously again to use as computing.
Yet, it should be noted that above-mentioned existing test machine has disadvantage at least:
1. test jobs must carry out in test laboratory, has no idea directly to carry out in the erecting stage of aluminium door and window, makes the owner can't carry out the scene and checks on the spot.
2. when increasing test must spend time that aluminium door and window carries back and forth and etc. scheduling to be tested, and cause manpower, money, temporal waste.
3. the test function deficiency and the inconvenient operation of existing small-sized test machine are unfavorable for using each item test jobs in the wind and rain test.
4. existing large test mechanism makes complicacy and volume is big, carrying is not square, builds and puts the expense height, is unfavorable for that aluminium door and window manufacturer is provided with use, and can not be widely used.
5. existing test machine utilizes valve for air exhaust aperture control blast, has mechanical realization complicacy and efficiency of movement shortcoming on the low side.
Therefore, need research and development a kind of can provide on-the-spot actual test, carrying and conveniently moving, easy and simple to handle, structure is simplified and build the low tester architecture of the expense of putting; The present invention promptly invents to the shortcoming that has test machine now.
Summary of the invention
Fundamental purpose of the present invention is to provide a kind of wind and rain testing machine of tool man-machine interface; Its wind and rain test that is applied to door and window is like impermeability, watertightness and Wind-Pressure Resistance test; Comprise: a body and at least one touch control type screen, wherein this body is provided with test chamber confession and sets up test block, and its outside surface is established an operating surface; A functional apparatus is established in its inside, and this functional apparatus comprises an air tightness test equipment, a watertightness test equipment and a Wind-Pressure Resistance testing apparatus at least; This touch control type screen combines a man-machine interface and is connected with this functional apparatus; The homepage of this touch control type screen shows airtight test, watertight test and compression test field at least; Get into secondly page or leaf through clicking an above-mentioned wherein field; This page shows the correlation function of its test event and the field of setting at least, moves with controlling this functional apparatus to carry out parameter setting through the field that clicks on time page or leaf, in order to carry out test action; Through above-mentioned composition structure, click touch control type screen and can select, set, control wind and rain test action, the user is a kind of to have impermeability, watertightness and Wind-Pressure Resistance test function and wind and rain testing machine easy and simple to handle at least to provide.
Still a further object of the present invention is to provide a kind of method of operating of wind and rain testing machine of tool man-machine interface, and its wind and rain test as impermeability, watertightness and Wind-Pressure Resistance that is applied to door and window is tested its method of operating step; At first start this wind and rain testing machine, touch control type screen shows the homepage picture, and clicking wherein, a test purpose field makes touch control type screen get into time page or leaf picture; At this moment; Overleaf in the picture clicking the field mode, after accomplishing function selecting and setting test parameter, begin to carry out test action; In brief, the method for operating of wind and rain testing machine mainly comprises two execution results, and first step is the test event field of decision homepage picture, and second step is set-up function, parameter, on-test, files and print.
Another purpose of the present invention is to provide a kind of wind and rain testing machine and method of operating thereof of tool man-machine interface; Owing to possess directly perceived, software flexibly and reduce advantages such as volume and cost; In the man-machine interface of combination of touch control formula screen; This touch control type screen replaces existing machinery button and keyboard, therefore, the user is provided a kind of very easy and maneuverable wind and rain testing machine.
In order to achieve the above object, the invention provides a kind of wind and rain testing machine of tool man-machine interface, be applied to the wind and rain test of impermeability, watertightness and the Wind-Pressure Resistance test of door and window, comprise:
One body; This body is provided with a test chamber and supplies to set up test block; The outside surface of this body is established an operating surface; A functional apparatus is established in the inside of this body, and this functional apparatus comprises an air tightness test equipment, a watertightness test equipment and a Wind-Pressure Resistance testing apparatus at least, in order to use as impermeability, watertightness and Wind-Pressure Resistance test; And
At least one touch control type screen; Be located on the operating surface of this body; This touch control type screen combines a man-machine interface and is connected with this functional apparatus; The homepage of this touch control type screen shows the field of an air tightness test, a watertightness test and Wind-Pressure Resistance test at least, and each is tested field and has corresponding a plurality of fields and be shown on time page or leaf of this touch control type screen;
Wherein, move to select, set, to control the wind and rain testing machine through homepage and the field on the inferior page or leaf that clicks this touch control type screen, to reach application target easy and simple to handle.
The invention provides a kind of method of operating of wind and rain testing machine of tool man-machine interface; It utilizes the wind and rain testing machine of above-mentioned tool man-machine interface; With the wind and rain test that the impermeability, watertightness and the Wind-Pressure Resistance that are applied to door and window are tested, described method of operating comprises following steps:
At least one test block is erected on the test chamber on this body;
Starting up's wind and rain testing machine, and this touch control type screen shows at least one air tightness test, a watertightness test and Wind-Pressure Resistance test field in homepage;
Click a wherein field of this air tightness test, this watertightness test or this Wind-Pressure Resistance test field;
When clicking the air tightness test field; Get into pairing once page or leaf, this time page or leaf shows and to comprise frequency, wind speed, pressure, pressure histogram, wind speed curve figure, pressue-graph at least, begin to monitor, precompressed automatically, the field of test, save File, the picture of prining, the page or leaf of turning one's head automatically;
Click and begin to monitor field, above-mentioned field shows numerical value and change curve, and pressure histogram field begins graphic change;
Click automatic precompressed field, this pressure measurement cabin begins precompressed;
Click automatic test field, begin to make an experiment according to testing standard;
Click the save File field, store test data;
Click the picture field of prining, store the picture in the test;
Click page field of turning one's head, get back to the homepage picture;
When clicking the watertightness test field; Get into pairing once page or leaf picture, this time page or leaf shows and to comprise frequency, the water yield, pressure, pressure histogram, water yield curve map, pressue-graph at least, begin to monitor, precompressed automatically, lower limit set, the upper limit are set, the field of test, save File, the picture of prining, the page or leaf of turning one's head automatically;
Click and begin to monitor field, above-mentioned field shows numerical value and change curve, and pressure histogram field begins graphic change;
Click automatic precompressed field, this pressure measurement cabin begins precompressed;
Set field by lower limit and once set threshold pression, set by once accomplishing again; Set capping pressure of field by the upper limit, set by once accomplishing again;
Click automatic test field, begin to make an experiment according to testing standard;
Click the save File field, store test data;
Click the picture field of prining, store the picture in the test;
Click page field of turning one's head, get back to the homepage picture;
When clicking Wind-Pressure Resistance test field; Get into pairing once page or leaf picture, this time page or leaf shows and to comprise frequency, three deflections, pressure histogram, deflection curve maps at least, begin to monitor, precompressed automatically, the field of test, save File, the picture of prining, the page or leaf of turning one's head automatically;
Click and begin to monitor field, above-mentioned field shows numerical value and change curve, and pressure histogram field begins graphic change;
Click automatic precompressed field, this pressure measurement cabin begins precompressed;
Click automatic test field, begin to make an experiment according to testing standard;
Click the save File field, store test data;
Click the picture field of prining, store the picture in the test;
Click page field of turning one's head, get back to the homepage picture.
Compared with prior art; The present invention provides one to conform with the standard of national standard and the wind and rain testing machine of perfect in shape and function; In order to provide door and window correct and complete test data; Except saving the door and window body is transported to the testing cost of authenticated unit, also can directly tests at the scene so that test case is presented on the client at the moment, to meet client, user's use needs.
Description of drawings
Fig. 1 is the wind and rain testing machine synoptic diagram of tool man-machine interface of the present invention;
Fig. 2 is the wind and rain testing machine synoptic diagram of tool man-machine interface of the present invention;
Fig. 3 is the air tightness test equipment synoptic diagram of the wind and rain testing machine of tool man-machine interface of the present invention;
Fig. 4 is the watertightness test equipment synoptic diagram of the wind and rain testing machine of tool man-machine interface of the present invention;
Fig. 5 is the Wind-Pressure Resistance testing apparatus synoptic diagram of the wind and rain testing machine of tool man-machine interface of the present invention;
Fig. 6 is the wind and rain testing machine stereographic map of tool man-machine interface of the present invention;
Fig. 7 is the wind and rain testing machine dismounting window frame stereographic map of tool man-machine interface of the present invention;
Fig. 8 is a front elevation behind the wind and rain testing machine dismounting window frame of tool man-machine interface of the present invention;
Fig. 9 is that the wind and rain testing machine of tool man-machine interface of the present invention is opened the board end perspective view;
Figure 10 is another visual angle stereographic map of Fig. 9;
Figure 11 is the homepage picture of touch control type screen of the wind and rain testing machine of tool man-machine interface of the present invention;
Figure 12～Figure 14 be tool man-machine interface of the present invention the wind and rain testing machine touch control type screen time the page or leaf picture.
Description of reference numerals: wind and rain testing machine-1; Test block-2; Body-10; Test chamber-11; Clamping piece-12; Osculum-13; Differential pressure gauge-14; Operating surface-15; Touch control type screen-20; Man-machine interface-21; Functional apparatus-30; Air tightness test equipment-31; Fan blower-311; Frequency converter-312; Air-supply pipeline-313; Wind gage-314; Watertightness test equipment-32; Pumping-321; Shower nozzle-322; Flow pipe road-323; Flowmeter-324; Tank-325; Wind-Pressure Resistance testing apparatus-33; Resistance scale-331; Controller-40; Display-50; Homepage-100; Air tightness test field-100a; Watertightness test field-100b; Wind-Pressure Resistance test field-100c; Inferior page or leaf-200; Inferior page or leaf-200a, 200b, 200c; Frequency field-501; Wind speed field-502; Pressure field-503; Pressure histogram field-504; Wind speed curve figure field-505; Pressue-graph field-506; Begin to monitor field-507; Automatic precompressed field-508; Automatically test field-509; Save File field-510; The picture field-511 of prining; Page field-512 of turning one's head; Frequency field-601; Water yield field-602; Pressure field-603; Pressure histogram field-604; Water yield curve map field-605; Pressue-graph field-606; Begin to monitor field-607; Automatic precompressed field-608; Lower limit set field-609; The upper limit is set field-610; Automatically test field-611; Save File field-612; The picture field-613 of prining; Page field-614 of turning one's head; Frequency field-701; Three deflection fields-702; Pressure histogram field-703; Deflection curve map field-704; Begin to monitor field-705; Automatic precompressed field-706; Automatically test field-707; Save File field-708; The picture field-709 of prining; Page field-710 of turning one's head.
Embodiment
For making the present invention clear and definite more full and accurate, enumerate preferred embodiment now and cooperate following diagram, structure of the present invention and technical characterictic thereof are detailed like the back:
Please refer to Fig. 1 to shown in Figure 10; It is the wind and rain testing machine of a kind of tool man-machine interface of the present invention; Its wind and rain test that is applied to door and window is like impermeability, watertightness and Wind-Pressure Resistance test, and this wind and rain testing machine 1 comprises: a body 10 and at least one touch control type screen 20, and wherein this body 10 is the rectangular box structure; This body 10 is provided with a test chamber 11 and supplies to set up at least one test block 2; This test block 2 is door body or a window structure and can be by metal material such as aluminium, stainless steel material, or non-metallic material such as plastic material, or plastic material constitutes; But do not limit; The structure of this body or forms can be fixed structure or movable structure as push away side window (door), raise window (door), the horizontal window (door) that draws, a plurality of clamping pieces 12 at the side proximal edge place of this test block 2 through being arranged on this test chamber 11 are with on the side that closely is fixed on this test chamber 11, the bottom surface of this test chamber 11 is provided with osculum 13 water supply and sewages and uses; The inside of this test chamber 11 connects a differential pressure gauge 14 to measure this test chamber 11 internal pressures; The outside surface of this body 10 is established an operating surface 15, and the inside of this body 10 is provided with a functional apparatus 30, and this functional apparatus 30 comprises an air tightness test equipment 31, a watertightness test equipment 32 and a Wind-Pressure Resistance testing apparatus 33 at least; Further establish a timer (figure does not show) again on this wind and rain testing machine 1 to use as the timing of test duration and can pass through these 20 demonstration times of touch control type screen; The present invention further is applied to the negative pressure decay test of the wind and rain test of door and window again, and therefore, this functional apparatus 30 further comprises a negative pressure testing apparatus (figure does not show), supplies negative pressure decay test to use.
This touch control type screen 20 is located on the operating surface 15 of this body 10 and is combined a man-machine interface 21 and be connected with this functional apparatus 30; Homepage 100 pictures of this touch control type screen 20 show air tightness test field 100a, watertightness test field 100b and Wind-Pressure Resistance test field 100c (shown in figure 11) at least; Supply the user to get into secondly page or leaf 200 (200a, 200b, 200c) picture (like Figure 12,13, shown in 14) through clicking above-mentioned arbitrary test field; Time page or leaf 200 pictures of this touch control type screen 20 show the function of each pilot project and the field of setting at least, supply the user to move to control this functional apparatus 30 through the field of point selection function and setting; This touch control type screen 20 further is connected in this functional apparatus 30 through a controller 40, and mainly (Programmable Logic Controller PLC) forms this controller 40 by Programmable Logic Controller; This touch control type screen 20 further cooperates the negative pressure test, and further shows negative pressure test field (figure does not show) at homepage 100 pictures of this touch control type screen 20.
Please refer to Figure 11, shown in Figure 12, in homepage 100 pictures, click air tightness test field 100a get into next page 200a (200) picture at least display frequency field 501, wind speed field 502, pressure field 503, pressure histogram field 504, wind speed curve figure field 505, pressue-graph field 506, begin to monitor field 507, automatically precompressed field 508, test field 509, save File field 510, the picture field 511 of prining, page field 512 of turning one's head automatically.
Please refer to Figure 11, shown in Figure 13, in homepage 100 pictures, click watertightness test field 100b get into next page 200b (200) picture at least display frequency field 601, water yield field 602, pressure field 603, pressure histogram field 604, water yield curve map field 605, pressue-graph field 606, begin to monitor field 607, precompressed field 608, lower limit set field 609, the upper limit are set field 610, are tested field 611, save File field 612, the picture field 613 of prining, page field 614 of turning one's head automatically automatically.
Please refer to Figure 11, shown in Figure 14, in homepage 100 pictures, click Wind-Pressure Resistance test field 100c get into next page 200c (200) picture at least display frequency field 701, three deflection fields 702, pressure histogram field 703, deflection curve map fields 704, begin to monitor field 705, automatically precompressed field 706, test field 707, save File field 708, the picture field 709 of prining, page field 710 of turning one's head automatically.In addition, also can need set different test patterns according to different designs.
Please refer to shown in Figure 3; This air tightness test equipment 31 comprises a fan blower 311 at least and is driven by motor; This motor can be servo motor; Pass through a frequency converter 312 in addition with the control rotating speed, this fan blower 311 utilizes an air-supply pipeline 313 to be communicated in this test chamber 11, establishes a wind gage 314 on this air-supply pipeline 313 and supplies the Measurement of Air flows; This air-supply pipeline 313 further is provided with a solenoid valve (figure does not show) with the air mass flow of control through this air-supply pipeline 313; Through this fan blower 311 runnings formation high pressure draught and through using for air tightness test in this this test chamber 11 of air-supply pipeline 313 entering.
Please refer to shown in Figure 4ly, this watertightness test equipment 32 wraps a pumping 321 at least; A plurality of shower nozzles 322, these a plurality of shower nozzles 322 are located in this test chamber 11, in order to ejection water liquid; One is connected in the flow pipe road 323 between this pumping 321 and this a plurality of shower nozzles 322; And a fan blower 311, this fan blower 311 can be shared with the fan blower 311 described in this air tightness test equipment 31; Be located on the inner end face of this test chamber 11 like present embodiment these a plurality of shower nozzles 322 shown in Figure 8, but do not exceed, also can be arranged on the inner side of this test chamber 11 (figure does not show) with the foregoing description; Further establish a flowmeter 324 on this flow pipe road 323 in order to measure output; Further comprising a tank 325 like present embodiment Fig. 2, this watertightness test equipment 32 shown in 9 supplies to deposit water and can be used as periodical feeding to use to conserve water; This tank 325 can be arranged on these test chamber 11 belows on this body 10; Or these body 10 foreign sides (figure do not show), through these pumping 321 runnings water carried through these a plurality of shower nozzles 322 and to be sprayed to this test block 2 and this fan blower 311 runnings formation high pressure draughts get into through this air-supply pipeline 313 that this test chamber 11 is interior to be used for watertightness test.
Please refer to shown in Figure 5ly, this Wind-Pressure Resistance testing apparatus 33 comprises a fan blower 311 at least and is driven by motor, and this motor can be servo motor, in addition through a frequency converter 312 with the control rotating speed, this fan blower 311 utilizes an air-supply pipeline 313 to be communicated in this test chamber 11; This air-supply pipeline 313 further is provided with a solenoid valve (figure does not show) with the air mass flow of control through this air-supply pipeline 313; Above-mentioned fan blower 311 and air-supply pipeline 313 can be shared with the fan blower 311 described in this air tightness test equipment 31; Simultaneously, go up connection one resistance scale 331 to measure the deflection of test block 2 (window frame) at the test block 2 (window frame) that is set up on this test chamber 11; Through this fan blower 311 runnings formation high pressure draught and through using for the Wind-Pressure Resistance test in this this test chamber 11 of air-supply pipeline 313 entering.
Again; The wind and rain testing machine of tool man-machine interface of the present invention; It utilizes this set functional apparatus 30 in body 10 inside; The functional structure relevant with this functional apparatus 30 is set on body 10 surfaces simultaneously, can reads according to this for the user, do not limit as for the be provided with position or the structure kenel (like display mode) etc. of functional structure like display 50; With the functional apparatus 30 of present embodiment, its relevant functional structure comprises: water yield display, pressure reduction display, distortion display, temperature humidity display, pressure display unit, wind speed display etc. supply the user mode of operator's discriminating function property equipment 30; As for system's functions of use of each members such as body 10 and functional apparatus 30, display 50 itself and electric connection technology each other is to utilize the present electronic technology can the person of reaching, so do not give unnecessary details in addition at this.
Please refer to Figure 11 to shown in Figure 14; The method of operating of the wind and rain testing machine of a kind of tool man-machine interface of the present invention; Its wind and rain test that is applied to door and window is like impermeability, watertightness and Wind-Pressure Resistance test; Through clicking the field that shows homepage 100 and time page or leaf 200 pictures on this touch control type screen 20, with pilot project and setting and execution test action as the test of selection wind and rain, it comprises following operation steps:
At least one test block 2 as door body or forms are erected on the set test chamber 11 of this body 10.
Starting up's wind and rain testing machine 1, touch control type screen 20 shows homepages 100 pictures at this moment, this picture demonstration comprises air tightness test field 100a, watertightness test field 100b, Wind-Pressure Resistance test field 100c picture at least.
Select pilot project, click the wherein field of air tightness test field 100a, watertightness test field 100b, Wind-Pressure Resistance test field 100c.
Wherein, When clicking air tightness test field 100a; Get into time page or leaf 200a (200) picture (shown in figure 12) of this field, and show comprise frequency field 501, wind speed field 502, pressure field 503, pressure histogram field 504, wind speed curve figure field 505, pressue-graph field 506 at least, begin to monitor field 507, automatically precompressed field 508, test field 509, save File field 510, the picture field 511 of prining, page field 512 of turning one's head automatically; Its medium frequency field 501 shows the frequency of this frequency converter 312; Wind speed field 502 shows wind speed; Pressure field 503 and pressure histogram field 504 show this pressure measurement cabin 11 and extraneous pressure differential, and wind speed curve figure field 505, pressue-graph field 506 show the variation situation of wind speed and pressure respectively.
Click and begin to monitor field 507, above-mentioned field demonstration numerical value and change curve, pressure histogram field 504 beginning graphic change.
Click automatic precompressed field 508, the 11 beginning precompressed of pressure measurement cabin.
Click automatic test field 509, begin to make an experiment according to testing standard.
Click save File field 510, store test data.
Click the picture field 511 of prining, store the picture in the test.
Click page field 512 of turning one's head, get back to homepage 100 pictures.
Wherein, When clicking watertightness test field 100b; Get into time page or leaf 200b (200) picture (shown in figure 13) of this field, and show comprise frequency field 601, water yield field 602, pressure field 603, pressure histogram field 604, water yield curve map field 605, pressue-graph field 606 at least, begin to monitor field 607, precompressed field 608, lower limit set field 609, the upper limit are set field 610, are tested field 611, save File field 612, the picture field 613 of prining, page field 614 of turning one's head automatically automatically; Its medium frequency field 601 shows the frequency of this frequency converter 312; Water yield field 602 shows injection flow rate; Pressure field 603 and pressure histogram field 604 show this pressure measurement cabin 11 and extraneous pressure differential, and water yield curve map field 605, pressue-graph field 606 show the variation situation of the water yield and pressure respectively.
Click and begin to monitor field 607, above-mentioned field demonstration numerical value and change curve, pressure histogram field 604 beginning graphic change.
Click automatic precompressed field 608, the 11 beginning precompressed of pressure measurement cabin.
Set field 609 by lower limit and once set threshold pression, set by once accomplishing again; Set 610 capping pressure of field by the upper limit, set by once accomplishing again.
Click automatic test field 611, begin to make an experiment according to testing standard.
Click save File field 612, store test data.
Click the picture field 613 of prining, store the picture in the test.
Click page field 614 of turning one's head, get back to homepage 100 pictures.
Wherein, When clicking Wind-Pressure Resistance test field 100c; Get into time page or leaf 200c (200) picture (shown in figure 14) of this field, and show comprise frequency field 701, three deflection fields 702, pressure histogram field 703, deflection curve map fields 704 at least, begin to monitor field 705, automatically precompressed field 706, test field 707, save File field 708, the picture field 709 of prining, page field 710 of turning one's head automatically; Its medium frequency field 701 shows the frequency of this frequency converter 312; Deflection field 702 shows the deflection of this test block 2 (forms); Pressure histogram field 703 shows this pressure measurement cabin 11 and extraneous pressure differential, and deflection curve map field 704 shows the variation situation of described deflection.
Click and begin to monitor field 705, above-mentioned field demonstration numerical value and change curve, pressure histogram field 703 beginning graphic change.
Click automatic precompressed field 706, the 11 beginning precompressed of pressure measurement cabin.
Click automatic test field 707, begin to make an experiment according to testing standard.
Click save File field 708, store test data.
Click the picture field 709 of prining, store the picture in the test.
Click page field 710 of turning one's head, get back to homepage 100 pictures.
Through above-mentioned composition structure; The present invention provides the wind and rain testing machine and the method for operating thereof of tool man-machine interface; With the wind and rain testing machine, its volume is little, move easily and carrying, can have the function of watertightness, impermeability, Wind-Pressure Resistance and negative pressure decay test simultaneously and build the expense of putting low; With its method of operating,, and,,, the user can make method clear, simply and easily so that being provided through clicking field to operate and to test with each operation field in first, the inferior page or leaf of touch control type screen demonstration through man-machine interface 21.
The above is merely the preferred embodiments of the present invention, only is illustrative for the purpose of the present invention, and nonrestrictive; Those of ordinary skills understand, and in spirit that claim of the present invention limited and scope, can carry out many changes to it, revise, even equivalence change, but all will fall in protection scope of the present invention.
Claims (14)
1. the wind and rain testing machine of a tool man-machine interface is applied to the wind and rain test of impermeability, watertightness and the Wind-Pressure Resistance test of door and window, it is characterized in that, comprises:
One body; This body is provided with a test chamber and supplies to set up test block; The outside surface of this body is established an operating surface; A functional apparatus is established in the inside of this body, and this functional apparatus comprises an air tightness test equipment, a watertightness test equipment and a Wind-Pressure Resistance testing apparatus at least, in order to use as impermeability, watertightness and Wind-Pressure Resistance test; And
At least one touch control type screen; Be located on the operating surface of this body; This touch control type screen combines a man-machine interface and is connected with this functional apparatus; The homepage of this touch control type screen shows the field of an air tightness test, a watertightness test and Wind-Pressure Resistance test at least, and each is tested field and has corresponding a plurality of fields and be shown on time page or leaf of this touch control type screen;
Wherein, move to select, set, to control the wind and rain testing machine through homepage and the field on the inferior page or leaf that clicks this touch control type screen.
2. the wind and rain testing machine of tool man-machine interface as claimed in claim 1 is characterized in that, this functional apparatus further comprises a negative pressure testing apparatus, and the homepage of this touch control type screen further shows the field of negative pressure test.
3. the wind and rain testing machine of tool man-machine interface as claimed in claim 1 is characterized in that, the inside of this test chamber connects a differential pressure gauge to measure this test chamber internal pressure, and the bottom surface of this test chamber is provided with osculum.
4. the wind and rain testing machine of tool man-machine interface as claimed in claim 1; It is characterized in that, to time page or leaf that should the air tightness test field at least display frequency, wind speed, pressure, pressure histogram, wind speed curve figure, pressue-graph, begin to monitor, precompressed automatically, automatically the field of test, save File, the picture of prining, the page or leaf of turning one's head in this touch control type screen.
5. the wind and rain testing machine of tool man-machine interface as claimed in claim 1; It is characterized in that, to time page or leaf that should the watertightness test field at least display frequency, the water yield, pressure, pressure histogram, water yield curve map, pressue-graph, begin monitoring, precompressed automatically, lower limit set, the upper limit set, automatically test, save File, the picture of prining, turn one's head page field in this touch control type screen.
6. the wind and rain testing machine of tool man-machine interface as claimed in claim 1; It is characterized in that, to should Wind-Pressure Resistance the test field time page or leaf at least display frequency, three deflections, pressure histogram, deflection curve maps, begin monitoring, precompressed automatically, automatically test, save File, the picture of prining, turn one's head page field in this touch control type screen.
7. the wind and rain testing machine of tool man-machine interface as claimed in claim 1 is characterized in that this touch control type screen further is connected in this functional apparatus through a controller, it is characterized in that, this controller mainly is made up of Programmable Logic Controller.
8. the wind and rain testing machine of tool man-machine interface as claimed in claim 1; It is characterized in that; This air tightness test equipment comprises a fan blower at least and is driven by a motor; And passing through a frequency converter with the control rotating speed, this fan blower utilizes an air-supply pipeline to be communicated in this test chamber, establishes a wind gage passes through this air-supply pipeline with control with a Measurement of Air flow and a solenoid valve air mass flow on this air-supply pipeline; Through this fan blower running formation high pressure draught and through using for air tightness test in this this test chamber of air-supply pipeline entering.
9. the wind and rain testing machine of tool man-machine interface as claimed in claim 1 is characterized in that, this watertightness test equipment comprises at least: a pumping; A plurality of shower nozzles, these a plurality of shower nozzles are located in this test chamber; One flow pipe road is connected between this pumping and this a plurality of shower nozzles, and this flow pipe Lu Shangshe one flowmeter is to measure output; And a fan blower, the fan blower described in this fan blower and this air tightness test equipment is shared.
10. the wind and rain testing machine of tool man-machine interface as claimed in claim 1; It is characterized in that; This Wind-Pressure Resistance testing apparatus comprises a fan blower at least and is driven by a motor, and passes through a frequency converter with the control rotating speed, and this fan blower utilizes an air-supply pipeline to be communicated in this test chamber; Wherein fan blower described in this fan blower and this air-supply pipeline and this air tightness test equipment and air-supply pipeline are shared.
11. the wind and rain testing machine of tool man-machine interface as claimed in claim 1 is characterized in that, this Wind-Pressure Resistance testing apparatus further is equipped with a resistance scale, and this resistance scale is connected on the test block that is set up on this test chamber to measure the deflection of test block.
12. the wind and rain testing machine of tool man-machine interface as claimed in claim 1 is characterized in that, this test block is forms or door body.
13. the wind and rain testing machine of tool man-machine interface as claimed in claim 1 is characterized in that, further establishes a timer on this wind and rain testing machine and uses with the timing as the test duration, this timer shows through this touch control type screen.
14. the method for operating of the wind and rain testing machine of a tool man-machine interface; It utilizes the wind and rain testing machine of the described tool man-machine interface of the arbitrary claim of claim 1 to 13; With the wind and rain test that the impermeability, watertightness and the Wind-Pressure Resistance that are applied to door and window are tested, described method of operating comprises following steps:
At least one test block is erected on the test chamber on this body;
Starting up's wind and rain testing machine, and this touch control type screen shows at least one air tightness test, a watertightness test and Wind-Pressure Resistance test field in homepage;
Click a wherein field of this air tightness test, this watertightness test or this Wind-Pressure Resistance test field;
When clicking the air tightness test field; Get into pairing once page or leaf, this time page or leaf shows and to comprise frequency, wind speed, pressure, pressure histogram, wind speed curve figure, pressue-graph at least, begin to monitor, precompressed automatically, the field of test, save File, the picture of prining, the page or leaf of turning one's head automatically;
Click and begin to monitor field, above-mentioned field shows numerical value and change curve, and pressure histogram field begins graphic change;
Click automatic precompressed field, this pressure measurement cabin begins precompressed;
Click automatic test field, begin to make an experiment according to testing standard;
Click the save File field, store test data;
Click the picture field of prining, store the picture in the test;
Click page field of turning one's head, get back to the homepage picture;
When clicking the watertightness test field; Get into pairing once page or leaf picture, this time page or leaf shows and to comprise frequency, the water yield, pressure, pressure histogram, water yield curve map, pressue-graph at least, begin to monitor, precompressed automatically, lower limit set, the upper limit are set, the field of test, save File, the picture of prining, the page or leaf of turning one's head automatically;
Click and begin to monitor field, above-mentioned field shows numerical value and change curve, and pressure histogram field begins graphic change;
Click automatic precompressed field, this pressure measurement cabin begins precompressed;
Set field by lower limit and once set threshold pression, set by once accomplishing again; Set capping pressure of field by the upper limit, set by once accomplishing again;
Click automatic test field, begin to make an experiment according to testing standard;
Click the save File field, store test data;
Click the picture field of prining, store the picture in the test;
Click page field of turning one's head, get back to the homepage picture;
When clicking Wind-Pressure Resistance test field; Get into pairing once page or leaf picture, this time page or leaf shows and to comprise frequency, three deflections, pressure histogram, deflection curve maps at least, begin to monitor, precompressed automatically, the field of test, save File, the picture of prining, the page or leaf of turning one's head automatically;
Click and begin to monitor field, above-mentioned field shows numerical value and change curve, and pressure histogram field begins graphic change;
Click automatic precompressed field, this pressure measurement cabin begins precompressed;
Click automatic test field, begin to make an experiment according to testing standard;
Click the save File field, store test data;
Click the picture field of prining, store the picture in the test;
Click page field of turning one's head, get back to the homepage picture.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201010258408 CN102374926B (en) | 2010-08-17 | 2010-08-17 | Weather tester with human-computer interface and operating method therefor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201010258408 CN102374926B (en) | 2010-08-17 | 2010-08-17 | Weather tester with human-computer interface and operating method therefor |
Publications (2)
| Publication Number | Publication Date |
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| CN102374926A true CN102374926A (en) | 2012-03-14 |
| CN102374926B CN102374926B (en) | 2013-10-23 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN 201010258408 Expired - Fee Related CN102374926B (en) | 2010-08-17 | 2010-08-17 | Weather tester with human-computer interface and operating method therefor |
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| CN (1) | CN102374926B (en) |
Cited By (6)
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| CN104458155A (en) * | 2014-12-04 | 2015-03-25 | 天津津贝尔建筑工程试验检测技术有限公司 | Relative component leakproofness detecting equipment in building field |
| ITBO20130563A1 (en) * | 2013-10-15 | 2015-04-16 | Vega S R L | CELL FOR ANALYSIS AND VERIFICATION OF PERFORMANCES AND CHARACTERISTICS OF ARMORED DOORS, PEDESTRIAN DOORS, WINDOWS, WINDOWS, CONTINUOUS FACADES, OSCILLANT CLOSING ELEMENTS, RELATED ACCESSORIES AND SIMILAR |
| CN110530575A (en) * | 2019-07-16 | 2019-12-03 | 中航通飞华南飞机工业有限公司 | A kind of amphibious aircraft watertight test verifying system of large size and verification method |
| CN112268662A (en) * | 2020-12-23 | 2021-01-26 | 南昌市建筑科学研究所（南昌市建筑工程质量检测中心） | Door and window safety detection method and system |
| CN112930523A (en) * | 2018-09-10 | 2021-06-08 | 阿韦瓦软件有限责任公司 | Edge HMI module server system and method |
| CN113495210A (en) * | 2021-07-09 | 2021-10-12 | 武汉磐电科技股份有限公司 | Low-voltage switch sampling inspection control method, device, equipment and storage medium |
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| CN113495210A (en) * | 2021-07-09 | 2021-10-12 | 武汉磐电科技股份有限公司 | Low-voltage switch sampling inspection control method, device, equipment and storage medium |
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|---|---|
| CN102374926B (en) | 2013-10-23 |
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Effective date of registration: 20170704 Address after: Taipei City, Taiwan, China Patentee after: Lai Yinghui Address before: Tainan County, Taiwan, China Patentee before: Lai Qinming |
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Granted publication date: 20131023 Termination date: 20190817 |