VitalSense Telemetric Physiological Monitoring System
集成生理监测系统

Skin Temperature, Heart Rate and Respiratory Rate
皮肤温度、心率和呼吸速率记录系统
VitalSense组件 • VitalSense监测仪
• 皮肤贴片传感器
• 胶囊传感器
• VitalSense应用软件
• 监测仪-计算机串行接口电缆
传感器激活后,传感器测量温度,并向监测仪报告温度数据,报告频率是平均每分钟四次。温度数据有时戳,记录在非易失性存储器中。在标准模式下,VitalSense监测仪可监测最多十个传感器。为此,每个传感器必须由将记录该传感器的监测仪激活。在激活过程中,每个传感器与监测仪同步。
在Medic Mode™医疗模式下,可运行验证无限个传感器,且记录的温度有时戳。
VitalSense监测仪是一种防水、电池供电的接收器和记录器。它通过光束激活传感器,通过无线电从传感器接收数据,将数据记录在非易失性存储器中,并通过电缆传送数据到计算机。
The VitalSense is a telemetric physiological monitoring system that provides a wireless and convenient method for collecting core body and dermal temperature. This data can be useful for identifying temperature changes in response to drug formulations. The VitalSense device eliminates the need for a subject to undergo periodic temperature checks and keep a temperature log. The VitalSense system is designed to be effective for monitoring temperature, in active or sedentary subjects, and in indoor or outdoor environments. The system is also capable of recording heart rate and respiration rate. Data are easily downloaded to a PC, and the output is provided as either a "tab separated" ASCII file or a Microsoft® Excel® file.
Go Wireless with VitalSense!
Monitor your subjects without the nuisance of wires or probes that can get tangled, snagged, pulled at and pulled off. VitalSense wireless sensors free your subjects and provide a more convenient, reliable and satisfying solution. The VitalSense System includes wireless sensors, a small monitor, software and accessories. VitalSense is designed to be effective for monitoring temperature, in active or inactive subjects and in indoor and outdoor environments such as:
- Clinical trials
- Sports Medicine Research
- Exercise Physiology
- Military medicine/military training
- Pre- or post-operative outpatient monitoring
- Healthcare telemedicine
- Hazardous occupations
VitalSense monitors can receive transmissions from multiple miniature, wireless, temperature sensors. Core temperature is sensed by the ingestible capsule. Dermal temperatures are recorded from hypoallergenic, non-irritating, adhesive dermal patches.
Both sensor types are disposable, but designed for multi-day use under demanding physical and environmental conditions. Both types of sensors use low-power radio frequency transmissions to communicate with the Monitor.
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Click here to download technical data sheet
Temperature Sensors
VitalSense offers two types of temperature monitoring - core body and skin temperature. The new technology employed by VitalSense disposable telemetric sensors provides accurate data that can be transmitted and logged continuously for up to 10 days. The unique ID of each sensor is automatically identified by the VitalSense monitor to avoid cross-talk among sensors on the same subject or in close proximity.
Core body temperature (CBT) is measured by an ingestible, biocompatible, and easy to swallow capsule that is disposable. Skin temperature is measured by a hypoallergenic and water-resistent dermal patch that is also disposable.
Ambient skin temperature is measured with the dermal patch that can be placed at many different locations on the body to record skin temperature
VitalSense-XHR Heart Rate & Respiration Sensor

The VitalSense-XHR sensor is an innovative, compact device that wirelessly transmits Heart Rate and Respiration Rate to the VitalSense telemetric physiological monitoring system. This state-of-the-art sensor enables researchers to monitor heart rate and respiratory rate on ambulatory subjects.
The XHR is a chest-worn wireless physiological monitor that incorporates an ECG-signal processor. It attaches to two standard ECG pads or to a dry electrode band. The XHR senses heart rate and respiratory rate and transmits the data in near real time to the VitalSense monitor four times per minute. The monitor logs the data in nonvolatile memory.
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Features
VitalSense Monitor
- Activates the sensors
- Tracks and records sensor data
- Displays data in a convenient numeric table or as a trend graph
- Functions as the computer interface
- Stores data in a nonvolatile memory
- Transfers data to PC
- Continuously logs data
- Monitors and tracks up to 10 sensors
- Designed for research, clinical and ambulatory applications
After sensor activation, each sensor transmits its first value to the VitalSense Monitor within 15 seconds and then takes another reading every 15 seconds. Transmission to the monitor occurs four times a minute on a transmission schedule that is synchronized with the monitor.
The subject wears the monitor which is then able to receive the sensor transmissions. The monitor logs and displays the data.
Ingestible Capsule
- Easily ingestible and disposable
- Comparable in size to a vitamin or a large gel capsule
The monitor is used to activate the capsule sensor. The capsule is swallowed with liquid. Transmission begins 15 seconds after activation and then occurs four times per minute. The capsule easily travels and passes through the GI tract without affecting bodily functions. Transmit time varies with individual; 12-48 hours is typical.
Dermal Temperature Patch
This superior temperature measurement solution can assist investigative researchers in the measurement of peripheral temperature. When used in association with ingestible capsules and heart rate sensors, peripheral temperature may be compared with core body temperature, heart rate, and activity. Integration of these parameters is important for the evaluation and treatment of many indications.
- Waterproof
- Hypoallergenic adhesive
- Smooth, comfortable and easy-to-use
- Battery life of 10 days following activation
The monitor is used to activate the dermal temperature patch. The dermal temperature patch can be placed at many different locations on the body to record skin temperature. Multiple dermal patches can be monitored simultaneously.
XHR Heart Rate and Respiration Rate Sensor
The VitalSense-XHR sensor is an innovative, compact device that wirelessly transmits Heart Rate and Respiration Rate to the VitalSense telemetric physiological monitoring system. The monitor is used to activate the state-of-the-art XHR sensor enabling researchers to monitor heart rate and respiratory rate on ambulatory subjects. Data is transferred near real time to the monitor four times per minute.
- Chest-worn, wireless physiological sensor that incorporates an ECG-signal processor
- It attaches to two standard ECG pads
- Accurate
- Water-resistant
- Lightweight
- Comfortable
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Heart rate is measured every 15 seconds by both the VitalSense-XHR heart rate sensor and the Welch Allyn Electrocardiogram during treadmill exercise. There is a linear correlation between the two devices, R² = 0.97. The XHR has fewer artifacts at peak treadmill exercise. |
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Respiratory rate is ECG derived. This demonstrates the relationship between Electrocardiogram Derived Respiration (EDR) and respiration measured by a Respironics CPAP device during bicycle ergometry. There is significant correlation between the two methods, R² = 0.82. |
Medic Mode
Medic Mode is a special function that enables the VitalSense monitor to detect and record signals from any VitalSense sensor that is within reception range. It displays and records sensor ID, time stamp and temperature value for each sensor transmission that is detected.
Software and Analysis
The VitalSense application program is simple-to-use software utility that communicates with the VitalSense Monitor via an RS-232 cable. With this link, a variety of functions can be accomplished:
- Setup of the VitalSense Monitor
- Setup and initialization of the sensors
- Real-time temperature data monitoring
- Retrieval of recorded data from the VitalSense Monitor
Recorded Data Analysis Example The VitalSense application program automatically extracts your data to an Excel file type for easy graphing and analysis. It can also be combined with other data, for a more complete analysis of your subjects.
Real-time Temperature Monitoring Along with real-time monitoring of temperature data using the VitalSense Monitor, you can also monitor it on your PC. Just connect the Monitor to the PC and click the "Real-Time" button on the application program's front display.
PC Requirements
- Operating System: Windows '98, ME, 2000, NT 4.0, and XP
- Pentium II Processor (266 MHz or higher)
- 64 MB of RAMCD-ROM Drive
- 9-pin or 25-pin RS-232 serial communications port
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