246results about How to "Intuitive monitoring" patented technology

A method and a device for determining the efficiency of a dialyzer of a dialysis machine during a dialysis treatment wherein the dialyzer is divided by a semipermeable membrane into a blood chamber and a dialysis fluid chamber and wherein the blood flows at a predetermined flow rate through the blood chamber and dialysis fluid flows at a predetermined flow rate through the dialysis fluid chamber. In use, the dialysance or clearance for a predetermined dialysis fluid flow rate and/or blood flow rate is measured, and then the dialysance or clearance for any dialysis fluid flow rate and blood flow rate is calculated.

The present invention relates to a method and apparatus for compressing a log record information provided e.g. to a monitoring system. Frequent patterns in the log information are detected and, then, redundant frequent patterns whose value or record combination is a subset of a value or record combination of another one of said detected frequent patterns are removed. Accordingly, a general method is provided which can be applied to all event logs arising from communication net-works or other monitoring systems. The detection of frequent patterns is only based on value or record combinations and is thus independent of the specific application. On the other hand, the size of the stored log files can be decreased remarkably while remaining readable for human beings.

The invention relates to a portable psychological monitoring device, comprising an input, an output, a repository and a processor. The repository comprises a plurality of questionnaires, each comprising one or more questions relating to a mental state of a user. The processor is arranged for selecting a first questionnaire of the plurality of questionnaires, and presenting at least one of the questions of the first questionnaire to the user via the output at a first moment that is random to the user. The processor is arranged for receiving an answer to the question from the user via the input, and storing the answer into the repository. The invention further relates to a system for psychological monitoring, a method of assessment of a mental state of a user and a method of treatment or prevention of mood disorders and related disorder phenotypes.

The invention discloses a management method and a management system of a production process. The management method is realized through a computer program and comprises the following steps: acquiring marks of products to be processed and marks of production processes to be carried out; estimating the busy-idle conditions of production staff within periods of time of each production process to be carried out and the busy-idle conditions of each production station according to preset labor hours of each production process to be carried out; distributing production stations and production staff of each production process to the products to be processed according to an estimating result; generating dispatch lists and distributing marks to the dispatch lists; and recording a corresponding relation of the marks of the dispatch lists and the distributed production stations and the production staff. By adopting the invention, the automatic management of the production process can be realized and the working efficiency and the user feel can be improved.

A modular power supply and power control system includes a digital controller coupled to each of a plurality of output modules via a single wire serial data bus having a default high logic state. A plurality of isolation transformers are each coupled on a primary side to receive an intermediate bus voltage, and further coupled on a secondary side to one of the output modules. Galvanic isolation circuits provide galvanic isolation on the serial data bus between each of the output modules and the digital controller. The digital controller further includes circuitry effective to pull a bus logic state from high to low for generating data transmission to the plurality of isolated modules. Each of the plurality of isolated modules further include circuitry effective to independently pull the bus logic state from high to low for generating data transmission to the digital controller.

The invention relates to a method of monitoring battery characteristics in a radio terminal equipment arrangement. The method comprises measuring battery characteristics of a battery of one or more secondary units communicating with radio terminal equipment; establishing a low-power radio frequency (LPRF) connection between radio terminal equipment and a secondary unit of the radio terminal equipment arrangement. The method also comprises receiving, in the radio terminal equipment, the measured battery characteristics of the one or more secondary units via the established LPRF connection; and giving an indication, by the radio terminal equipment, relating to the battery characteristics of the one or more secondary units.

The invention discloses a wide-angle video monitoring device and method for multiple IP cameras. The wide-angle video monitoring device and method mainly solve the problem that the monitoring range of a single camera is small, in other words, when the monitoring angle of the camera is large, the monitoring distance is not long, and when the monitoring distance is long, the monitoring angle is not large enough. The monitoring device comprises an image collecting device, a data transmission device and an image processing device, the IP cameras are integrated on the image collecting device and are matched to form a wide-angle monitoring camera, the data transmission device is connected with the IP cameras, and the image processing device is connected with the IP cameras through the data transmission device, splices images collected by the adjacent IP cameras into a monitoring video and outputs the monitoring video in real time. The wide-angle video monitoring device and method conduct local image comparison and calibration based on the SIFT algorithm, image fusion is conducted based on wavelet transformation, and then real-time display is conducted in a BITBLT mode.

The invention provides a remote monitoring and fault diagnosing system for a numerically controlled slitter and a method for realizing the same. The system comprises a controlled end 1 of a numerical control system of the slitter, a transfer station 2 of a serial port server and a main control end 3 of a remote monitoring and fault diagnosing center server, wherein the controlled end 1 is controlled by an industrial computer PC/104 and communicated with the transfer station 2 through an RS-485 serial port; and the transfer station 2 is communicated with the remote main control end 3 through the Internet network. The realization method realizes functions of remotely monitoring and diagnosing faults of the numerical control slitter by formulating a remote monitoring control strategy and a communication protocol. The system and the method have the characteristics of lowering maintenance cost of machines, shortening downtime and improving production efficiency.

A scalable fault tolerant cable headend switching system using modular switching or multiplexing devices. A radio frequency switch connects a series of adjacent cable headend element to a series of output cables. At least one spare cable headend element is connected along with the series. Each cable headend element is configured to be readily swapped with adjacent elements. Output cables are cascaded away from a faulty element toward a spare element when a fault is detected.

The invention discloses an environment monitoring and data processing method and device based on a block chain network, and the method comprises the following steps: determining an environment monitoring node in a target monitoring area; Performing environment monitoring on the environment monitoring nodes according to preset monitoring time; And obtaining monitoring data of the environment monitoring node, and uploading the monitoring data to the block chain for storage. The environment monitoring nodes are determined in the target monitoring area, environment monitoring is conducted on the environment monitoring nodes according to the preset monitoring time, monitoring data of the environment monitoring nodes can be prevented from being damaged artificially, the monitoring process is simple, the monitoring precision can be remarkably improved, and the monitoring cost can be reduced.

An air induction system for a vehicle engine includes a sensor assembly for monitoring particulate concentration. The sensor assembly is mounted within an air intake housing, which has an inlet and an outlet. An airflow passageway extends between the inlet and the outlet to the vehicle engine. An air filter is mounted within the housing to filter particulates from air flowing through the airflow passageway. The sensor assembly can be mounted to an intake manifold or incorporated into a mass airflow sensor. The particulate sensor generates a particulate signal representative of particulate concentration entering the vehicle engine via the outlet. The signal is sent to an output device monitored by a vehicle operator.

In a non-manual method and system for monitoring speech-controlled applications, a speech data stream of a user is acquired by a microphone and the speech data stream is analyzed by a speech recognition unit for the occurrence of stored key terms. An application associated with the key term is activated or deactivated upon detection of a key term within the speech data stream.

The invention relates to the technical field of tunnel and underground construction anchoring equipment, in particular to a self-propelled hollow slip casting anchor rod with a stress-measuring function and an operating method. The self-propelled hollow slip casting anchor rod with the stress-measuring function includes a rod body with a hollow structure, a self-propelled drill is connected at thefront end of the rod body, and the back end of the rod body is provided with a slip casting opening which communicates with an inner cavity of the rod body; and the rod body is further provided witha stress-measuring device and an anchoring structure which is close to the self-propelled drill. According to the self-propelled hollow slip casting anchor rod with the stress-measuring function, thestress-measuring device is arranged to combine the processes of drilling, anchoring and slip casting into the same construction process, and the anchoring can be achieved in short time; and stress conditions of all sections of the anchoring rod in the supporting process can be monitored, so that the supporting mechanism of action and the stress conditions of the anchoring rod under the various kinds of surrounding rock conditions can be known, and critical evidences and references are supplied to the research of design parameters for the anchoring rod, improvement of the construction techniqueand the surrounding rock failure mechanism.

The invention relates to a hull longitudinal strength stress monitoring method comprising the following steps: selecting a straight line with the length as L in the hull longitudinal direction as a stress monitoring target; attaching a foil gauge I in the middle point of the selected straight line with the length of L, respectively attaching a foil gauge II and a foil gauge III on the straight line and placing the two on two sides of the foil gauge I, wherein the distance between the foil gauge II and III and the foil gauge I equals to 38.7% of the L; obtaining the real time stresses [sigma]1,[sigma]2 and [sigma]3 of the foil gauges I, II and III, and using a formula [sigma]=(0.5555556*[sigma]2+0.8888889*[sigma]1+0.5555556*[sigma]3)/2 to obtain the monitoring average stress [sigma]. The method employs a method of attaching the foil gauges to replace a long baseline strain gauge, thus monitoring ship stresses and strains with more accuracy and efficiency in real time; the patches are small in size and flexible in mounting; the method is simple in a monitoring process, high in accuracy, and safe in data measurement.

In a method and apparatus for predicting process results of objects being processed in a processing chamber of a processing apparatus, operation data and process result data obtained at the time of processing each of the objects are collected and a multivariate analysis is performed on the basis of the collected operation data and process result data to obtain a first correlation therebetween. Process results are predicted on the basis of the first correlation. Weighting coefficients for the respective operation data are set on the basis of the predicted process results. A second correlation between the weighted operation data and the process result data is obtained by a multivariate analysis. Process results are predicted by using operation data, obtained when objects other than the objects used to obtain the second correlation are processed, on the basis of the second correlation.

The invention provides a device and a method for monitoring the tension of a steel wire rope of FBG compression type mine hoisting equipment. The device comprises the steel wire rope, anti-slip wedged rubber rings and a packaging casing, wherein the wedged rubber rings are buckled, clamped and nested on the steel wire rope; an elastic compression column and a U-shaped fixing support fixedly connected with the elastic compression column are arranged inside the packaging casing; the U-shaped fixing support is used for fixing a fixed pulley; FBGs are pasted to the upper end surface and the lower end surface of the elastic compression column; the FBGs are connected onto optical fibers in series; each optical fiber penetrates through an optical fiber lead-out hole to be connected with one end of each optical fiber connector outside the packaging casing; the insides of the optical fiber lead-out holes are sealed with sealant; the other ends of the optical fiber connectors are connected with optical fiber pigtails; the optical fiber pigtails are protected by using armed protection rubber; and the top and the bottom of the packaging casing are fastened by clamp nuts and bolts penetrating through bolt holes. The device is simple in structure and convenient to mount, operate and use, the tension can be monitored on the side and on line, an FBG sensing technology is used, the reliability and the measurement accuracy are high, and the error is smaller.

The invention discloses a teaching robot data acquisition system based on optical motion capturing. Modules are mainly divided into a calibration module, a switch communication module, a data processing module, a monitoring module and a teaching robot module, wherein the data processing module sends an acquisition command to the calibration module through the switch communication module to obtainteaching motion data, the teaching motion data are poses, of operation tools in the teaching motion process, acquired by the calibration module, the data processing module is used for acquiring the poses of the operation tools, carrying out coordinate transformation and generating a motion command which can be executed by a robot, the motion command is sent to the robot module through WiFi, the monitoring module is used for sending a control command to each module and monitoring the whole system so as to enable the teaching robot to complete the same actions as the teaching actions, and then teaching is realized. According to the teaching robot data acquisition system, an optical motion capturing system is adopted for real-time acquisition, compared with the prior art, the teaching robot data acquisition system has good the remote control performance, the acquired data are highly precise, and the stability of teaching is realized.