Domestic appliance ignition simulation laboratory and detection method of simulated ignition of domestic appliances
A laboratory and simulation verification technology, which is applied in the field of household appliance ignition simulation laboratory and experimental simulation ignition detection, can solve the problem of household appliances that do not have the functions of aerobic and anaerobic, explosion-proof laboratories, and cannot meet the daily product testing needs. Product design and manufacturing issues to achieve the effect of ensuring consistency and safety
Inactive Publication Date: 2017-05-17
HAIER SMART HOME CO LTD
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[0003] Most of the existing combustion laboratory room structures are designed to provide a safe testing environment. They are not specially designed and manufactured for home appliances, and cannot meet the daily product testing needs. The existing laboratories do not have the functions of aerobic, anaerobic, and explosion-proof laboratories.
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[0023] The present invention will be described in detail below in conjunction with specific embodiments shown in the accompanying drawings. However, these embodiments do not limit the present invention, and any structural, method, or functional changes made by those skilled in the art according to these embodiments are included in the protection scope of the present invention.
[0024] like Figure 1 to Figure 3 As shown, the preferred embodiment of the present invention discloses a home appliance ignition simulation laboratory, which at least includes a simulation verification area 10 and monitoring areas 20 located on both sides of the simulation verification area 10 and the exhaust gas treatment area 30, the simulation verification area 10, the monitoring area 20 and the exhaust gas treatment area 30 are all constructed as independent rooms, and of course the laboratory can be divided into three independent areas by partitions, partition walls, etc. The home appliance igni...
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The invention discloses a domestic appliance ignition simulation laboratory. The domestic appliance ignition simulation laboratory comprises a simulation verification region, and a monitoring region and a waste gas treatment region which are located on two sides of the simulation verification region, wherein an independent space is formed in each of the simulation verification region, the monitoring region and the waste gas treatment region; the simulation verification region is internally provided with an independent combustion room; pressure relieving and ventilation devices are arranged on at least two opposite walls of the combustion room; a draught fan and an exhausting hole are arranged on two sides of the combustion room in the simulation verification region; and the draught fan and the exhausting hole correspond to the pressure relieving and ventilation devices of the two walls of the combustion room respectively. According to the domestic appliance ignition simulation laboratory disclosed by the invention, an oxygen combustion mode of introduced external air is simulated by opening the draught fan, the exhausting hole and the pressure relieving and ventilation devices, and an oxygen-free combustion mode is simulated by closing the draught fan, the exhausting hole and the pressure relieving and ventilation devices. The invention further provides a testing method for carrying out simulated ignition on domestic appliances by utilizing the domestic appliance ignition simulation laboratory.
Description
technical field [0001] The invention relates to the technical field of experimental devices, a home appliance ignition simulation laboratory and a detection method for experimental simulation ignition. Background technique [0002] For the user's family safety, the ignition of home appliances will cause inconvenience to life, cause economic losses, and seriously even threaten the personal safety of users. For enterprises, it is required that the ignition of household appliances does not allow the flame to spread. Therefore, it is necessary to establish a simulated user's actual use environment to verify the reliability of the product's flame-retardant material and the actual situation of the flame spread after the product is ignited, while taking into account explosion-proof factors, the indoor structure and facilities of the laboratory, safety equipment and operation , has a great impact on the reliability of the experiment, the accuracy of the data, and even the personal ...
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CPCG01N31/12
Inventor 刘祥治赵世昌王开珠谷玉梅王和涛高丽霞李伟杰刘挺张伟峰樊华栋王晔王滨后刘冬张奎金利明李宪彬张建华李嘉诚刘群管砚初
Owner HAIER SMART HOME CO LTD