Abstract:
본 발명은 차량 등과 같은 환경에서 피험자의 자세의 변경 등을 적절히 감안하여 피험자로부터 측정된 BCG신호를 적절히 분석할 수 있도록 함으로써, 피험자 신체상태의 정확한 진단이 가능하도록 하고, 그에 따라 차량 등에서 피험자에게 안마 기능을 제공하거나 실내 환기를 시키는 등의 적절한 후속조치가 가능하도록 하여, 차량의 상품성을 극대화시킬 수 있도록 한다.
Abstract:
The present invention enables an accurate diagnosis of subject body condition through a proper analysis of BCG signals measured from a subject by appropriately considering posture changes of the subject, etc. in an environment like a vehicle, etc., and enables appropriate follow-up actions such as providing a massage function for the subject, ventilating the interior, etc. to be taken in a vehicle, etc. according to the diagnosis, thereby maximizing the marketability of a vehicle. [Reference numerals] (AA) Start measuring;(BB) Proper pattern?;(CC,EE) Does a proper pattern exist?;(DD) Change a posture?;(S10) Measure the posture;(S102) Collect data for one second;(S103) Compare the data with a data pattern;(S104) Collect successive data;(S107,S108) Search pattern DB;(S20,S101) Select a pattern;(S30,S105) Match the pattern and extract a heartbeat;(S40,S106) Recognize a subject body condition;(S50,S109) Generate a pattern
Abstract:
PURPOSE: A tactility providing system of a sheet connected to a driving direction of a vehicle is provided to guide a changing point of a progressing direction by successively operating at a predetermined interval and a user can assume a distance until to the corresponding changing point of the progressing direction with a vibration position. CONSTITUTION: A tactility providing system(20) of a sheet connected to a driving direction of a vehicle comprises a data communication module, a sensor module(22), a tactile sensation module(24), and a control module(23). The data communication module receives location information with respect to a changing point of one progressing direction among a left, a right, and a straight driving directions of a vehicle and change request signals from a route guiding system. The sensor module figures out a current location and a speed of the vehicle. One or more tactile sensation modules are respectively installed in one side and the other side of a seat of the vehicle and generate vibration. The control module calculates an interval from the current location to the changing point of the progressing direction by using the current location and location information of the vehicle. The control module operates the tactile sensation module corresponding to one direction among the left, the right, and the straight driving directions of the vehicle when the interval calculated by the control module is less than a vibration generating distance calculated based on a preset vibration distance value and vehicle speed.
Abstract:
PURPOSE: A haptic device and a haptic control system for a car are provided to prevent accidents by offering information on lane departure or redirection of a car by applying a haptic vibrator to a seat belt. CONSTITUTION: A haptic device for a car comprises a housing(110) and a haptic motor(120). The housing is composed of an upper case(111) and a lower case(112). In the inner structure of the housing, a rib for preventing the motion of the haptic motor is formed. In the peripheral surface of the housing, a noise protection pad is provided. The haptic motor is built in the housing. A rotary shaft is coupled with an eccentric cam(121) in the haptic motor. The haptic motor strikes the housing with the eccentric cam rotating along with the rotary shaft.