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產(chǎn)品型號GT45-287612

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所在地白山市

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更新時間：2015-11-27 08:19:56瀏覽次數(shù)：820次

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產(chǎn)品簡介

采用特殊的微電子處理器，能夠識別在空氣或固體中傳播的微小震動，適合搜尋被困在混凝土、瓦礫或其他固體下的幸存者，能準(zhǔn)確識別來自幸存者的聲音如呼喊、拍打、刻劃或敲擊等。與此同時，還可以將周圍的背景噪音做過濾處理。

詳細(xì)介紹

采用特殊的微電子處理器，能夠識別在空氣或固體中傳播的微小震動，適合搜尋被困在混凝土、瓦礫或其他固體下的幸存者，能準(zhǔn)確識別來自幸存者的聲音如呼喊、拍打、刻劃或敲擊等。與此同時，還可以將周圍的背景噪音做過濾處理。
*音頻傳感器，探測頻率：1~3000Hz
可同時接收2個傳感器信息，可同時波譜顯示任意兩個傳感器信息
配備小型對講機(jī)，能同幸存者對話
佩帶式耳機(jī)0.13W/60Ω
6節(jié)1號充電電池，可工作24小時
外接直流輸入：10.8-28.8V
儲存溫度：-40-70度
工作溫度：-30-60度
The LifeDetector Model is designed to detect and locate signs of a
victim’s presence in the voids of a collapsed building or similar entrapment situation using seismic and/or acoustic sensors. The is equipped with two separate sensor systems to detect and locate
victims. The seismic sensor detects sound vibrations generated by a victim’s
movement or activity traveling through the structural members of the building. The
acoustic sensor detects sound vibrations traveling through the surrounding airspace.
The Display Interface （DI） allows an operator to listen to and review
the relative response of up to two seismic sensors or two acoustic sensors. The
displays each sensor’s response on the display graph simultaneously for
easy comparison and to provide continuous feedback of the victim’s response. The
acoustic sensors allow two-way communication with the victim using an integrated intercom system.

The comes standard for use with disposable Lithium Ion batteries only.
However, Rechargeable Lithium Ion batteries as well as a charger and power supply
are available as an option.

Case Layout
The case is designed to house all of the 80M287612 standard equipment. The following
drawing shows 80M287612 component location within the case.

Optional Items
escoping Probe （for use with acoustic sensors） - This rigid probe allows the
operator to attach an acoustic sensor to its end providing the ability to push the
sensor into a crevasse or hole with a diameter as small as two inches （5 cm）.
The escoping probe allows the operator to place the sensor into the lower
layers of a collapsed structure by extending the probe as needed.
Rigid Threaded Tube （for use with acoustic sensors） - The rigid threaded tubes
come in fixed length sections. An acoustic sensor attaches to one end. A single
tube can be used or additional tubes that extend the reach of the acoustic probe
can be added.
Replacement Sensors - The 80M287612 supports up to two seismic sensors or
two acoustic sensors.

Replacement 3 or 10 Meter Cables
All other components such as spikes, magnetic clamps, and batteries are also available.
Display Interface
The Display Interface （DI） is the main control center for the 80M287612. The DI controls
each sensor and displays the sensor’s responses on the bar graph while routing the
signals to the headphones for listening.

The numbered sensor selection keys control which sensors are listened to in the
headphones. Each numbered key corresponds to a numbered sensor. The LED in the upper-left corner of the key indicates that the sensor channel audio is selected for listening.

Sensor Selection Keys 1 and 2 are also used when the acoustic sensors are connected. If
an acoustic sensor is connected, the LED in the lower-right corner of the key is illuminated.

The Amplitude Graph LED bars indicate the response level of each sensor and correspond to the Sensor Channel Keys located above each bar.
The L-R headphone key activates the stereo feature allowing the operator to listen to one sensor in one ear and another sensor in the other.
The low and high filter keys control the signal filters. These filters can be used to reduce the effects of certain types of noises that can interfere with listening to the seismic sensors.

The LOW key activates a low-frequency cut filter that reduces signal frequencies that are below 200 Hz. The HIGH key activates a high-frequency filter that reduces signal frequencies that are above 1000 Hz. This filter reduces background noise like “hiss”.

The Zoom key changes the resolution of the bar graph to better differentiate the signals in high signal level conditions. These conditions usually occur when the sensors are close to each other during the victim location mode.
Zoom mode makes comparison between sensors easier.