Using the BAPPU Anemometer air movements or draughts as well
as power characteristics of exhaust pumps in laboratories may be
seized.
Because of the unique combination of BAPPU measurements
furthermore the cosyness* in office rooms may conveniently
examined. (*As requierd in german laws and safety ordonnances.)
The device has to be connected via BAPPU`s serial
interface and is automatically switched on by the
activities on the interface. The lighting of a red luminescent
diode marks readiness for use.
The connection of a special adaptor facilitates the
simultaneous data transfer to BAPPU and from BAPPU
to a PC so that long term recordings may be carried out
without problems.
As already known from BAPPU standard unit in general
great importance was attached to a simple and
practically orientated operation.
Caused by the increasing use of air conditions or aerators in offices
and administration espacially in this sector the seize of air
movements has become more and more important.
Beside the “stand alone“ recording of draught values in traditional
working areas first the combination of the measurements temperature,
rel. humitdity and air velocity as realized in the BAPPU
conception facilitates their assessment and classifying in analyses
as requierd by health protection ordonnances*. (*In germany)
In dependency to the factors temperature and humidity draught may
be felt as unpleasant even if air velocity is low. The BAPPUanemometer
therefore has been developed for the recording of
even very modest air velocities. (Range 0,0 m/sec - 5 m/sec).
To guaranty a most simple and convenient operation the measuring
feeler of the anemometer was designed as a ball. This permtits air
velocity measurements almost indipendently from the direction of
the air stream.
The measuring-section “air velocity” embraces 4 single measurements.
Beside the seize of current values 3 averages over 3 minutes
may be ascertained in different altitudes, corresponding to the most
draught-sensitive areas of the human body (ankle, pelvis and neck) .
The operation of measurments as well as all other functions
(”Hold”, “Function”...) correspond to the proceeding when working
with the basic BAPPU device.
To carry out air velocity measurements conveniently a stopwatch
was integrated to check the run of the requierd 3
minutes for the singele measurements. “Run” is on
display until the necessary duration is over.
Beside the recorded air velocity value the
parameter “temperature in °C” (measured in the air stream by a
seperate feeler) which is necessary for the assessement of the
measurement, is represented on the instruments display.
All recorded data is clearly shown on the display and confrontated
to their thresholds as determined in health and safety regulations.
These thresholds may be entered by the user himself based on
the requierments published in national laws. The result of the
examination is represented on the display (value in recommended
range, value tolerable, value non conform) and
supported by the lighting of a luminescent diode in traffic colours.
To be able to execute averages over a 3 minutes duration or longterm
recordings with the additional PC software BAPPU-Time the
anemometer has been equipped with a tripod-fastener on the
instruments back side.
A table stand is part of
the delivery.
In case of an afterwards
supplementation
of a BAPPU
device with a thermo-
anemometer
the transport case
will be modified as
represented in the
illustration.
Illustr.: BAPPU,
anemometer
and equipment
in shockresistant
ABS transportation
case
Overview
Operation
BAPPU-anemometer
Adding the BAPPU anemometer integrates a further measuring
section into the BAPPU-conception. Air velocity may now be
measured reliable within orientational measurements.
The immediat assessement of recordings by comparison to user
edited thresholds on the display is carried out in the same manner
as already known from the basic device measurements.
北京津发科技股份有限公司是*、*认定的科技型中小企业和中关村*,具备自主进出口经营权;自主研发技术、产品与服务荣获多项省部级科学技术奖励、国家发明zhuanli、国家软件著作权和省部级新技术新产品(服务)认证;通过了欧洲CE、美国FCC、欧盟RoHS、ISO9001、ISO14001、OHSAS18001等多项认证和防爆产品认证。
津发科技致力于推动人因工程与工效学行业发展和青年人才培养,2012年起在国内*发起“科研支持计划”,无偿支持人因工程领域青年学者进行科学研究;2014年*CSIP 与津发科技联合共建“*CSIP-津发人因工程技术创新中心”持续进行技术研发和基础及应用创新研究; 2016年起联合中国人类工效学学会发起“工效学*研究工程”并设立“CES-Kingfar基金(工效学会-津发优秀青年学者联合研究基金CES‐Kingfar Excellent Young Scholar Joint Research Funding)”借鉴国家自然科学基金的评审标准对特别优秀的青年学者研究计划书予以资助;2017年起联合*高等教育司设立“人因与工效学”产学合作协同育人项目,并由高教司发布申报指南和立项名单;2019年起与工效学联合会(IEA)设立奖项The IEA/Kingfar HFE Research Award“人因与工效学*研究奖”,旨在表彰世界各地为解决发展中国家典型人因工程问题而取得的高质量人因工程与工效学研究成果的个人,以期改善发展中国家人民的福祉; 2020年起联合主办HFE AWARD全国人因与工效学创新大赛。
多年来在*军工领域,以及教育科研领域积极推动人因与工效学技术进步,携手众多研究者进行联合开发与科研实验、人才培养、学术合作与产学研融合,联合申报基金项目、科技项目等;承接和参与多项国家自然科学基金,国家重点研发计划、科技项目和标准编制;承接科研院所和高校实验室规划建设、并通过产学研方式与学术和科研机构建立合作关系,联合国家科研课题进行科技攻关,并联合开发适合中国国情的基于人工智能和虚拟现实技术的人-机-环境测试与工效学评价等多项科研成果,致力于将人因与工效学科学方法和成果应用到国防和社会科技发展进步。
津发科技将持续以推动人因工程发展为己任,在*国防和教育科研各领域推动人因与工效学技术进步,为中国教育科研事业的发展提供服务。
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as power characteristics of exhaust pumps in laboratories may be
seized.
Because of the unique combination of BAPPU measurements
furthermor