Abstract:
Provided are a urine glucose data collection module capable of being attached to a mobile device and a collection method for a urine glucose sensor thereof. The urine glucose data collection module, according to one embodiment of the present invention, comprises a wireless communications unit for wirelessly receiving urine glucose data from the urine glucose sensor; a coupling connector coupled with a cable terminal of the mobile device so as to enable communications with the mobile device; and a processor for transferring the urine glucose data received through the wireless communications unit to the mobile device through a coupling terminal. Thereby, the urine glucose data are collected in a timely manner without involving a medical team, a patient or a protector since the module coupled with the mobile device automatically collects the urine glucose data from the urine glucose sensor in a wireless manner.
Abstract:
Provided are a variable chunk size (CS) management method and a computing system applying the same. The variable CS management method according to an embodiment of the present invention includes the steps of: determining the storage performance; and setting the CS based on the storage performance measured in the prior step. The variable CS management method enhances the input/output performance of the storage, thereby boosting the processing speed of a computing system. [Reference numerals] (AA) Start; (S210) Reset?; (S220) Determine the storage I/O speed; (S230) High-speed I/O storage?; (S240) Set a basic CS as 64K; (S250) Execute an application?; (S260) Determine the I/O speed required by the application; (S270) Low speed?; (S280) Set a CS of the application as 16K; (S290) Set the basic CS as 16K
Abstract:
The present invention relates to a system for monitoring sleep apnea based on bio radar and a method for the same. According to an embodiment of the present invention, the system operates a bio radar sensor when a user motion is detected from motion data generated by a motion detecting sensor and the sleep apnea of a user is monitored by using breathing data generated by the bio radar sensor. The sleep apnea of a user is monitored without sleep disturbances caused by discomfort or rejection by the user because the sleep apnea of the user is monitored during unconsciousness and with nonrestraint. The sleep apnea of the user can be conveniently and economically monitored by operating the radar sensor to monitor the sleep apnea automatically only when the user sleeps. [Reference numerals] (AA) Start; (BB) End; (S410) Generate motion data; (S420) Motion detected?; (S430) Generate breathing data; (S440) Monitoring of sleep apnea; (S450) Monitoring of sleep stage; (S460) Calculate sleeping hours; (S470) Display the number of sleep apnea, sleep stage, and sleeping hours
Abstract:
A method for providing a service executed in various service modules, and a home gateway using the same are provided. The service providing method displays a function result of a service module mounted to a module port to which a variety of service modules are selectively mountable, in a display connected. Hence, various services executed in various service modules can be provided reasonably and effectively.