45 results about "Data in use" patented technology

A computer system includes a look-up table implemented in a memory controller which includes a processor which manipulates data and look-up-table entries so as to make an unused and in-use memory available for testing in a manner which is alien to and aims to minimize impact to the operating system and the main system processor. In-use memory is made available by moving in-use data to an unused area of memory within a bank, by moving in-use data to another bank having an unused area, or by compressing in-use data within a bank and moving the data to an area within the bank made available through such compression, and updating the look-up table to point to the moved areas so that memory references can continue to be serviced during the testing process. Areas made available can be tested by a non-system processor such as a service processor, although other processors can be used.

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.

Systems and methods for data management using tagging rules and / or policies. The systems and methods described herein may allow users or administrators to easily label data, so as to organize the data in using any suitable terminology or parameters. Tagging rules (or tag rules) may apply or assign one or more tags to a data file or object. A tag may relate to various components of the data file or object. For example, a tag may relate to a creation date, author, size, or information within the data, such as whether the file or object includes a picture. Once the data is associated with one or more tags, policies may determine how the data is manipulated, stored, accessed, or otherwise used. Policies may relate to actions or operations to be performed with respect to data having one or more particular tags.

The invention discloses a data processing method and device, equipment and a storage medium. The method comprises the following steps: when the current cycle ends, an update request for obtaining thedata of the next cycle is obtained; according to the update request, the current pointer is changed from pointing to data of the current cycle to pointing to data of the next cycle, and the current pointer is a pointer variable pointe to the data in use; Changes the use pointer from pointing to the data of the previous cycle to pointing to the data of the current cycle, and the use pointer is a pointer variable pointing to the used data. The embodiment of the invention realizes that the update operation can be completed without exclusive locking or restarting the program, and improves the dataconcurrent processing quantity and the program access performance.

The invention discloses a geographic space data loading method and device based on a thinning algorithm and a storage medium, and the method comprises the steps: obtaining to-be-loaded geographic space data, and obtaining curve points conforming to curve characteristics in the to-be-loaded data; deleting the curve points through a thinning algorithm to obtain new geographic space data to be loaded; and loading the new geographic space data to be loaded. According to the method and the device, the data volume of the geographic space data to be loaded is reduced, the storage space is saved, and the processing speed of the data in use is increased.

The invention discloses a method for evaluating the immune effect of an infectious bursal disease virus vaccine, which comprises the following steps: respectively immunizing chickens of a live vaccine group and an inactivated vaccine group by an infectious bursal disease virus live vaccine and an infectious bursal disease virus inactivated vaccine; enabling all chickens to orally take the infectious bursal disease virus strain BC6-85 for counteracting toxic substances for 72 hours; then dissecting the bursa of Fabricius; and observing whether the bursa of Fabricius has a lesion, thereby evaluating the immune effect of the vaccine. According to practical demands, the varieties, ages in days and used data of the selected chickens are consistent, so that the immune effect of the vaccine in a practical use object can be more accurately evaluated.

The invention discloses an Internet of Things device ID intelligent distribution method, which comprises the following steps: S10, uniformly writing default device IDs into an E2PROM of each device atan Internet of Things device end when the Internet of Things device leaves a factory; S20, the unique IMEI code of each normally working device is registered at the server side, and networking permission is obtained; s30, after the Internet of Things equipment terminal is started, the equipment terminal reads the equipment ID of the E2PROM, and sends an equipment ID allocation application to theserver when a judgment condition is met; s40, after the server receives the equipment ID distribution application and the IMEI code corresponding to the equipment, comparing and processing the IMEI code with an equipment database; and S50, when the Internet of Things equipment uploads data in use, an equipment ID and an IMEI code are contained in a data packet header, and the server reads the IMEIcode and the equipment ID at the same time and compares and processes the IMEI code and the equipment ID with an equipment database. According to the invention, after the networking module of the Internet of Things device is replaced, the ID of the device can still be kept unchanged; after the E2PROM is replaced, the device ID is not lost and remains unchanged.

Disclosed are systems and methods for a management application accessing a database of interest, including the management application creating an object for indicating a unique identifier for a data item using a SET command; an agent storing the unique identifier in the restricted intermediate database; the management application creating an object for indicating a data type for the data item, the creating including use of a SET command; the agent storing the data type in the restricted intermediate database; the management application creating an object for indicating an action to be performed on the data item with respect to the database of interest, the creating including use of a SET command; the agent issuing an action command to perform the action; and the agent receiving a response and sending it to the management application.

The method comprises: 1) system researches the working habit of users, namely calculating the probability (Pij)of a process from one dialog (di) to the other dialog (dj), and the average time (u) of changing system state; 2) when the system varies or reaches a predetermined period, the system calculates the prefetch probability (Pj) of each dialog (dj); 3) according to the value of prefetch probability and the memory capacity, the system makes prefetch for the dialog with higher prefetch probability by using the occupation type priority approach.

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.

The present invention relates to a long-distance phase real-time detection method and device, mainly by detecting the difference between the rising edges of X / Y two-way analog signals, and deducing the phase difference relationship according to the formula φxy=360*(t1y^‑t1x^)*fx , where fx is the frequency of the induction signal, and t1y^-t1x^ is the time difference between the X / Y analog signals. The invention solves the problem that since wireless communication is more and more widely used, especially the most commonly used 315MHz and 433MHz frequency point modules on the market, the traditional direct modulation ASK communication module, although simple and easy to use, is more and more affected by the environment, resulting in The data in use is unstable and easily affected by the outside world. At the same time, because the frequency point adjustment of the module remains unchanged, especially when multiple sets of phase nuclear instrument systems are in the same site, they interfere with each other and cannot be used normally, and the communication distance is short, etc. question.

The invention discloses a 4G communication system for a crawler crane safety monitoring system, including a crawler crane safety monitoring system, a 4G module, a remote server and a remote data control terminal; the 4G module includes a control unit, a Uart port, an internal data buffer, parameter setting buffer and data receiving and sending unit; the control unit is connected to the Uart port, internal data buffer, parameter setting buffer and data receiving and sending unit; the Uart port is connected to the internal data buffer and parameter setting buffer and crawler type crane safety monitoring system, the data receiving and sending unit is also connected to the remote server. The integrity of the real-time data and control data of the field equipment is verified by the three-way data server at the same time. The uploading and sending of communication data follow this feature, which improves the data security and data integrity of the field equipment in use. It provides a real and reliable data source for subsequent big data analysis of field equipment.