803 results about "Analytical control" patented technology

Environmental indicators computed for a particular environment are converted into a transmittable data format each of the environmental indicators is computed by electronic environmental measurement device from among multiple diverse electronic environmental measurement devices. Environmental indicators are transmitted to a portable data processing system associated with a user, which analyzes each of the environmental indicators according to an environment sensitivity profile stored at the portable data processing system for the user. Control signals are determined by the portable computer system for adjusting multiple environment control systems that control the particular environment in response to the analysis, such that a particular environment is temporarily managed by a portable data processing system according to environmental sensitivities of a particular user located within that particular environment.

A method and apparatus for non-invasively withdrawing and accurately evaluating analytes quickly, painlessly and reliably from a biological subject automatically and controlling subsequent administration of therapeutic agents in response to such analyte sample analysis. Improvements are provided in electro-osmotic sample withdrawal, dosimetry and iontophoretic delivery subsystems, biosensors electrode construction and arrangement, intervenors, mediators, bolus delivery, and related subsystems.

An apparatus is described for assessing plant status using biophysical and biochemical properties of the plant remotely sensed by the invention thereby allowing selective monitoring, elimination or treatment of individual plants. In a preferred embodiment, a single polychromatic emitter provides coincident light beams; one beam substantially in the visible portion of the spectrum (400 nm to 700 nm) and the other in the near infrared (NIR) portion of the spectrum (700 nm to 1100 nm). This light beam illuminates a small surface area on the ground, which may be bare ground, desired plants or undesired weeds. The beam of light may be focused, collimated or non-focused. A detector array, usually composed of a visible detector and a NIR detector, detects portions of this polychromatic light beam reflected by the surface area and provides a signal indicative of whether the detected light was reflected by a plant or by some non-plant object such as soil. A controller analyzes this signal and, assuming a plant is detected, responds by activating a device to take some action with respect to the plant or stores the analyzed signal with corresponding DGPS position in the controller's memory for later analysis. A number of actions may be taken by the controller. For instance, if the plant is a weed, the desired action might be to spray herbicide on the weed. Or, if the plant is a crop that is determined to be lacking in nutrient, the desired action may be to apply fertilizer. Additionally, if the plant under test is a turf landscape, such as found on golf courses and sporting fields, plant biomass may be mapped and geo-located using GPS for later, comparative analysis.

A system and method for identifying errors in a computer software include: identifying a potential problem in the computer software; triggering a portion of the computer software by the identified potential problem; determining a control flow graph and a data flow graph for the triggered portion of the computer software originating at the identified potential problem; and analyzing the control flow graph and the data flow graph to verify that the identified potential problem is an actual error. The potential problem may be identified using test tools such as a static analysis tool or a unit test tool.

The invention relates to a camera automatic regulating crack image acquisition system for a fatigue crack propagation test, which comprises a crack image imaging and acquiring system, a camera position regulating system and a computer processing and analysis control system, wherein the crack image imaging and acquiring system comprises a CCD (Charge Coupled Device) camera, a lens, a light source illuminating device, a camera mounting bracket and an image acquiring card; the CCD camera, the lens and the light source illuminating device are arranged on the camera mounting bracket to form a crack image imaging unit; the image acquiring card is connected with a computer; a camera position regulating device comprises a stepping motor, a camera motion positioning cloud deck, a motion controller and a stepping motor driver; and the computer processing and analysis control system comprise the computer and a camera automatic regulating image acquisition module in an ARM motion controller. The invention also provides a camera automatic regulating crack image acquisition method for the fatigue crack propagation test. According to the camera automatic regulating image acquisition device and method for fatigue crack propagation test provided by the invention, the full-automatic operation is adopted; the control accuracy is high; and the real-time performance is excellent; and the labor intensity is reduced.

A a touch sensor including a keyboard having a key defining a touch sensing location, wherein the key is responsive to at least one of capacitive and electro-magnetic interactions with a user during a touch event includes control circuitry associated with the key, wherein the control circuitry outputs a control signal, and wherein an amplitude of the control signal is representative of an amount of interaction between the user and the key during a touch event. A controller is connected to the control circuitry and analyzes a variation in the amplitude of the control signal over a time period to identify the touch event.

The invention discloses a telemedicine system and telemedicine equipment. The telemedicine system comprises a portable medical instrument, an Internet of things business management platform and a telemedicine service platform, wherein the portable medical instrument is used for receiving control information, monitoring a self running status and acquiring control data, collecting physiological indexes of a user to obtain business data, packaging the control data and the business data according to a preset machine-to-machine (M2M) protocol and then sending, receiving diagnostic information and showing the diagnostic information to the user; the Internet of things business management platform is used for receiving the control data and the business data, analyzing the control data and the business data, sending the business data to the telemedicine service platform, analyzing information contained in the control data, generating the control information according to a preset strategy, sending the control information to the portable medical instrument, receiving the diagnostic information and sending the diagnostic information to the portable medical instrument; and the telemedicine service platform is used for receiving the business data, analyzing the business data to generate the diagnostic information and sending the diagnostic information to the Internet of things business management platform. By applying the telemedicine system and the telemedicine equipment, the running reliability of the system can be increased, the development can be reduced, and the information sharing capacity can be promoted.

An identifying and processing method to signaling data on No.7 signaling link functional layer and a device connected with the No.7 signaling data link includes type identification and error control unit realizing the error control to the signal unit and type identification the types of signal unit, service and information, a content control unit finishing analysis and process to assigned contents, a database storing signaling information altered contents and altered condition information, a data synchronizing unit realizing correction of signaling information changed content and condition and data synchronization with the operation center and the manage interface, an operation and maintenance unit realizing maintenance and test to said device.

Information of failure events from various network devices and service objects is written into original event list. Correlation analysis is carried out for events read by analyzing and controlling engine from the original event list according to levels of original event and selection of classes. The dynamic analytical algorithm synthetically handles information in each area such as scene of historical fault analysis, dynamic performance parameters of network, dynamic topology information and time character of event etc. comparing with prior art, the invention overcomes disadvantages of overlooking information of dynamic network state, dependent on preset rule and lack of auto study ability etc. The invented method provides effective correlation analysis, fault reason analysis and location in real time when storm of network fault happens.

A method and apparatus for analyzing the results of determinations of the concentrations of medically significant components of control solutions comprise providing a programmable machine, executing on the machine a program which tests the results against a set of statistical quality control rules, and producing indications to an operator of the results of the tests. Illustratively, (a) laboratory analytical instrument(s) run(s) the control solutions interspersed among patient samples, the concentrations of medically significant components of which are determined by the laboratory instrument(s). The quality of the laboratory instrument's(s') process(es) for determining the concentrations of the medically significant components of the patient samples are monitored by testing the outcomes of the concentration determinations of the control solutions against the set of QC rules. The QC testing process is conducted as the concentrations of the medically significant components of the control solutions are determined, so that delays between the determination of the concentrations of the medically significant components of the patient samples and the determination of the state of control of the process(es) by which those concentrations are determined are minimized.

The invention provides a well test analysis control system for a low permeability gas reservoir and a method thereof. The method comprises the following steps: measuring bottom hole pressure value of a gas well in a period after well startup to obtain a relation value between pressure difference and time; judging whether the relation value equals a preset relation value, if yes, performing the next step, or correcting well test interpretation parameters corresponding to the preset relation value; taking the well test interpretation parameters corresponding to the preset relation value as the well test interpretation parameters of the gas well; analyzing gas permeation situation of the gas well according to the well test interpretation parameters so as to control exploitation of the well gas; wherein, the well test interpretation parameters comprise gas slip factor, low level permeability, skin factor, well bore storage coefficient, flow coefficient and formation pressure. The well testinterpretation according to the method perfectly accords with actual condition of the gas reservoirs, accurately describe the gas reservoirs, and provide a reference for determining production system.

The invention relates to a POCT (Point of Care Testing) chemiluminescence immunoassay system and a POCT chemiluminescence immunoassay method. The POCT chemiluminescence immunoassay system comprises a testing card, an integrated fluid driving module, a magnet control module, a temperature control module, an optical signal detection module, an automatic testing card pushing device and a circuit analysis control module. Whole blood can be adopted as a detection sample of the system, and can be directly used without centrifugal treatment after being sampled, POCT is achieved beside a patient, and a diagnosis result is quickly obtained.

The invention is in use for detecting solid impurity of liquid in bottle full automatically. The method includes procedures: driving arrangement accelerates rotation of bottle body moving in uniform speed to a value of rotation setup; then, braking the bottle body rapidly, transmitting light beam to the bottle body, and taking picture for the bottle body by camera synchronous forwarded with the bottle body; analyzing signal collected by camera, and when abnormal instance occurs, eliminating signal is generated. The system includes detection worktable, strap friction drive device, detection device, and analyzing and controlling module etc. Strap friction drive device includes driving wheel, driven wheel, follow up pulley and friction belt. Comparing with prior art, the invention overcomes disadvantages of slow detection speed, complex system structure, low quality of detection, possessing advantages of safety and high consistency of detection.

A method, system, and apparatus for controlling traffic flow in one or more backhaul links in a wireless communication network is provided. Each backhaul link of the one or more backhaul link includes a backhaul uplink and a backhaul downlink. The method includes analyzing one or more backhaul uplinks and one or more backhaul downlinks between a controller and one or more Base Transceiver Stations (BTSs). The method further includes communicating one or more messages between the controller and the one or more BTSs. The one or more messages include analysis of the one or more analysis of one of the one or more backhaul uplinks and the one or more backhaul downlinks. The method further includes controlling the traffic flow in at least one of the one or more backhaul uplinks and the one or more backhaul downlinks based on the one or more messages.

Power control circuitry is provided for controlling connection of a power source having a source voltage level to a switched power rail to provide power to an associated circuit block. The power control circuitry comprises a switch block for selectively connecting the switched power rail to the power source, and a switch controller for controlling operation of the switch block. A ring oscillator circuit is powered from the switched power rail and produces an oscillating output signal, and analysis circuitry is then used to analyse change in frequency of the oscillating output signal produced by the ring oscillator circuit during a period of time when the switched power rail is not at the source voltage level. The switch controller is then arranged to control at least one aspect of the operation of the switch block in dependence on the analysis. This technique provides a simple and effective digital technique for observing voltage changes on the switched power rail.

A system and method is disclosed for controlling functionality of a computer network to avoid occurrence of resource or service incidents that degrade or disrupt operation of the network. The metrics monitored are formulated into control charts. Nelson like rules analyze the control charts to identify abnormal service events and abnormal resource events. The identified abnormal service events and abnormal resource events are analyzed using various analytic modes to identify potential resource incidents and potential service incidents. The analytic modes include covariate analysis, multivariate analysis, time series analysis and similar analytic techniques. Information on the abnormal service and abnormal resource events and the information on the potential service incidents/potential resource incidents are forwarded to a control or decision center to guide actions by an autonomic system or human operator to prevent the identified potential resource incidents and potential service incidents from degrading or disrupting operation of the network.

A system and method of controlling an electricity generating system that includes at least one intermittent energy source generating plant are disclosed. An exemplary method includes calculating actual operating parameters of the at least one intermittent energy source generating plant; calculating forecast operating parameters of the at least one intermittent energy source generating plant; generating intermittent energy source contingency definitions from such actual operating parameters and forecast operating parameters; analysing the intermittent energy source contingency definitions to provide contingency analyses; and controlling the electricity generating system in dependence upon such contingency analyses.

The invention discloses a fault prewarning prompting system of an operational apparatus. The system comprises a sensor device, a analysis control device and a voice control device, wherein the sensor device acquires the current operation attribute information of a corresponding component to be monitored in the apparatus, and transmits the acquired current operation attribute information of the component to be monitored to the analysis control device; the analysis control device analyzes the received current operation attribute information of the component to be monitored to obtain the fault prewarning result of the corresponding component to be monitored; the voice control device obtains audio information corresponding to the fault prewarning result of the component to be monitored according to the stored fault prewarning audio information of each component, and plays the audio information through a loudspeaker; and the audio information comprises a component which causes the fault prewarning and the current state information of the component. The system performs voice prompting of the fault prewarning on the component so that people can quickly know the reason of the fault prewarning.