46 results about "Data in use" patented technology

A mobile equipment service device for use by non-ambulatory persons. The device can be a manually movable commode for permitting such persons to independently access a system to contain waste, seal the waste, prevent odors for emanating into the room, and permit later removal and disposal of the waste. The system may also introduce an odor absorbent material into the sealed area where the waste is retained. In a further embodiment, a programmable device, such as a commode, can be remotely operated by the person, increasing the person's ability to independently access and use the device by moving the device to and from that person, and then securing that device to permit safe use by those persons. Preferably, the programmable device is battery powered so as to be self-propelled. In addition, the device contains a data collection system that collects data on use, and transmits that data as directed to location.

A method for recording a duration of use of a data block is disclosed, as well as a data storage device implementing that method. The data block is either an in-use data block or an empty data block. The method includes steps of: receiving and writing data into one of the in-use data blocks and writing a program time and a time interval of the data into the in-use data block. Wherein the time interval is a difference between the program time and an initial program time of the in-use data block, and the initial program time was recorded when the in-use data block wrote a first piece of data.

The invention provides a method for obtaining a high resolution nuclear magnetic resonance heteronuclear spectrogram in an unknown spatial distribution magnetic field, and relates to nuclear magnetic resonance. According to experimental requirements, whether a signal to noise ratio or sampling efficiency is preferred is judged; if the signal to noise ratio is preferred, a three-dimensional sampling mode is used; if the sampling efficiency is preferred, a spatial encoding and decoding sampling mode is used; samples are obtained after sequential parameters are set, and experimental data are stored after the sampling is over; the stored experimental data are processed; if the experimental data in use are obtained through the three-dimensional sampling mode, the experimental data are constructed into a three-dimensional time-domain matrix, and an experiment spectrogram can be obtained as long as the matrix is subjected to three-dimensional Fourier transformation; if the data in use is obtained through the spatial encoding and decoding sampling mode, first, each data string with the length of np points is divided into np1*ND segments, then, the segments and indirect F3 dimensions form a three-dimensional matrix, and the high resolution nuclear magnetic resonance heteronuclear spectrogram can be obtained as long as the F2 and F3 dimensions of the three-dimensional matrix are subjected to Fourier transformation.