Abstract:
PURPOSE: A biometric parameter detecting apparatus for dyscinesia of an examinee is provided to obtain measuring data for dyscinesia diagnosis by extracting tremor and exercise measuring data. CONSTITUTION: A tremor sensor unit(131) collects tremor data of a human body of an examinee. A microcontroller(120) stores tremor data of the tremor sensor unit. The microcontroller transmits a tremor state to a diagnosis device. A wireless communication unit(134) transmits tremor data outputted from the microcontroller to a diagnosis device. An external memory storing unit(132) stores tremor data outputted from the microcontroller. [Reference numerals] (120) Microcontroller; (131) Tremor sensor unit; (132) External memory storing unit; (134) Wireless communication unit; (136) Key input unit; (AA) 3-axis acceleration sensor; (BB) 3-axis gyro sensor; (CC) Battery charging unit
Abstract:
PURPOSE: A tremor data measuring apparatus of an examinee is provided to obtain accurate tremor data by using a tremor sensor and to supply a biometric data for diagnosis of a dyscinesia of an examinee. CONSTITUTION: A wrist tremor sensor unit(131) collects tremor data of a wrist of an examinee. A microcontroller(120) stores finger tremor data from a finger tremor sensor unit(101). The microcontroller transmits each tremor data to a diagnosis device(200). A wire communication unit(133) transmits wrist tremor data, outputted from the microcontroller, to a diagnosis device through a USB port. A wireless communication unit(134) wirelessly transmits finger and wrist tremor data to wireless data including bluetooth. A memory card unit(132) stores the wrist tremor data to a connected external memory card. A power supply unit(135) supplies power from a battery charging unit. [Reference numerals] (101) Wrist tremor sensor unit; (120) Microcontroller; (131) Wrist tremor sensor unit; (132) External memory card unit; (134) Bluetooth; (136) Key input unit; (AA, CC) 3-axis acceleration sensor; (BB, DD) 3-axis gyro sensor; (EE) Battery charging unit
Abstract:
PURPOSE: A system for linking electronic medical affair records based on wireless recognition is provided to track a location of a patient with a tag and associate the tracked location with EMR using an RTLS(Real Time Locating System), thereby sensing location information of the patient in real time. CONSTITUTION: A receiver(21) receives patient information and tag information mapped on the patient information. The receiver receives location information of a tag which the patient has. A location information extractor(22) extracts location information of each patient. A transmitter transmits the location information. A storage unit(23) stores the location information. The storage unit stores reservation information of a patient.