Abstract:
An apparatus for transmitting information in the form of a tactile sense is provided. Particularly, a tactile-sense input/output motor and a tactile-sense input/output apparatus using the tactile-sense input/output motor are provided. A tactile-sense input/output housing having a plurality of tactile-sense input/output motors, each of which performs a linear motion according to an ultrasonic electrical signal to transmit a tactile sense to a contact surface and senses a pressure of the contact surface to output a tactile-sense input signal is used for portable apparatuses, wrist wearable devices, rings, or other various apparatuses so as to transmit information through a tactile sense.
Abstract:
A recollecting system and a method using search of a past record are provided to extract the information necessary for various search operations from automatic or manual records as to the past events or objects and to display the extracted information through a proper medium. A search computing device includes a user interface unit(301), a search unit(302) and an expression control unit(303). The search computing device provides a user interface through which a user is able to search a past event. A server computing device includes a DB interworking/query unit(201) and a streaming server unit(202). The server computing device searches a database device through a search request of the search computing device, and extracts result data corresponding to the search. An expression computing device comprises a device management unit(401), a harmonization/synchronization control unit(402) and a streaming client unit(403), and expresses the extracted result data by merging the data in various feeling elements in the server computing device.
Abstract:
An eyewear type multimedia apparatus and a service method based on situation recognition information using the angular velocity and acceleration data are provided to manufacture an individual order style service according to acquired information by acquiring state recognition information. A sensor unit(11) collects acceleration and angular velocity data. A controller(13) obtains the situation recognition information based on collected data. An output unit(17) outputs the processed order style service information. A communications unit(19) sends and receives the various information between controller and outside other apparatus. An interface unit(21) selectively includes the input interface module for the input of the user and the transmission interface module for the sensor interface module for the sensor input. The interface unit interfaces the function of each module to the controller.
Abstract:
A headset proving a specific audio service for a user and a specific audio service method using the same are provided to offer the optimum audio service suitable for the user by installing a device for analyzing the situation around the user and the surroundings in a digital audio device or a wireless headset. A headset(100) providing a specific audio service for a user includes a plurality of sensors(103), an information collecting unit(105), and an information processor(107), and a wireless communication unit(109). The sensor determines whether the headset is worn or not by the difference of the sensing value. The information collecting unit collects the current situation of one of the temperature, illuminance, acceleration, angular velocity, pressure, skin conduction or pulse of the head set. The information processor generates the user profile by corresponding to the current situation information. The information processor controls the output of the audio signal transmitted from the digital audio device(200). The wireless communication unit transmits the audio control signal to the digital audio device. The wireless communication unit receives the audio signal transmitted from the digital audio device. The wireless communication unit searches for the digital audio device to perform the transmission and reception.
Abstract:
A system for preventing loss of personal belongings and a method therefor are provided to comprise only loss sensing devices capable of performing both master and slave functions without a separate server, thereby continuously providing a loss notification service through the rest of the loss sensing devices. A wireless communication unit(111) transceives a message through a PAN(Personal Area Network). A data storage unit(114) stores registration information of loss sensing devices, master device selection algorithm, an operating program of a loss notification system, and ID information of self-mounted belongings. A controller(115) determines an operation mode according to the algorithm, senses a loss monitoring device separated from the PAN in case of a master mode, and notifies of a position within the PAN in case of a slave mode. When the separated sensing device is detected, a loss notifier(112) notifies that one of the belongings mounted with the detected loss sensing device is lost.
Abstract:
A method and a system for providing a healthcare service are provided to enable a user to receive the healthcare service by enabling the user to attach various kinds of sensors, which are miniaturized in an accessory type, for detecting/providing a biological signal of the user. Each biological signal measurement system(100-1 - 100-n) is attached the user, and wirelessly transmits the biological signal by including a plurality of sensors for detecting various kinds of biological signals. A healthcare server(400) provides a manual for the healthcare service registered by the user. A portable healthcare system(200) operates a service program for providing the registered healthcare service to the user, and provides the healthcare service based on the biological signal received from each biological signal measurement system and the manual received from the healthcare server. The sensors include at least one of a PPG(PhotoPlethysmorGram) sensor, a GSR(Galvanic Skin Reflex) sensor, an ECG(ElectorCardioGram) sensor, a skin temperature sensor, an EDA(ElectroDermal Activity) sensor, and an accelerometer.