187results about How to "Control error" patented technology

A non-invasive optical sensor which uses the motion signal to calculate the physiological characteristic being measured. For pulse oximetry, a least squares or a ratio-of-ratios technique can be applied to the motion signal itself. This is made possible by selecting a site on the patient where variations in motion produce signals of two wavelengths which are sufficiently correlated. In particular, it has been determined that a sensor placed on a nail, in particular a thumbnail, exhibits the characteristics of having the red and infrared signals correlated when used for pulse oximetry, and the resulting signals correlate to arterial oxygen saturation.

A non-invasive optical sensor which uses the motion signal to calculate the physiological characteristic being measured. For pulse oximetry, a least squares or a ratio-of-ratios technique can be applied to the motion signal itself. This is made possible by selecting a site on the patient where variations in motion produce signals of two wavelengths which are sufficiently correlated. In particular, it has been determined that a sensor placed on a nail, in particular a thumbnail, exhibits the characteristics of having the red and infrared signals correlated when used for pulse oximetry, and the resulting signals correlate to arterial oxygen saturation.

A non-invasive optical sensor which uses the motion signal to calculate the physiological characteristic being measured. For pulse oximetry, a least squares or a ratio-of-ratios technique can be applied to the motion signal itself. This is made possible by selecting a site on the patient where variations in motion produce signals of two wavelengths which are sufficiently correlated. In particular, it has been determined that a sensor placed on a nail, in particular a thumbnail, exhibits the characteristics of having the red and infrared signals correlated when used for pulse oximetry, and the resulting signals correlate to arterial oxygen saturation.

Microbial ecology of a specimen is evaluated using an approach (Level I) that utilizes nucleic acid amplification with specific gene primers that will identify panels of microorganisms and antibiotic-resistance factors generating a diagnostic report (optionally with quantification of each microorganism or antibiotic-resistance factor) and an approach (Level II) that utilizes universal or semi-universal primers to amplify conserved genes at a general or specific taxonomic level that are tagged specimen specifically using a genetic or chemical marker that is specific to the specimen from which it was derived, then sequencing the amplified products with highly-parallel, high-throughput technology to provide comprehensive sequences of the microbial population in the specimen followed by analysis of this sequence information and specific targeted information from Level I and / or Level II to generate a comprehensive analysis, interpretation, and / or diagnostic report.

An interconnection structure suitable for flip-chip attachment of microelectronic device chips to packages, comprising a two, three or four layer ball-limiting composition including an adhesion / reaction barrier layer, and having a solder wettable layer reactive with components of a tin-containing lead free solder, so that the solderable layer can be totally consumed during soldering, but a barrier layer remains after being placed in contact with the lead free solder during soldering. One or more lead-free solder balls is selectively situated on the solder wetting layer, the lead-free solder balls comprising tin as a predominant component and one or more alloying components.

A rotary type component force measuring device capable of finding a highly accurate component force is provided. This measuring device has a rotary type component force detector comprising in integrated manner, a rim mounting frame, a hub mounting frame, a second sensing beam of a character I shaped sectional type which couples and the mounting frames, and a first sensing beam which couples the second sensing beam and the mounting frame, wherein each of front and back surfaces of receiving sensor portions adhere with each of orthogonal shearing type strain gauges A1 to H4, and a signal is derived from the strain gauges A1 to H4 by a bridge circuit for each receiving sensor portion, and the output signals from the bridge circuit are sampled by an electronic circuit disposed on the inside of a rotating unit according to the timing signal from an angle detection signal, and the output signals are transmitted to a signal processing unit disposed on the outside of the rotating unit by non-contact data transmission method, and the output signals are corrected by correction information for every rotation angle position of the detector storing the output signals beforehand, and are subjected to coordinate conversion so as to calculate the six component forces for every angle rotation.

The invention relates to an utensil (1) for cooking food by subjecting said food to a heat source, said utensil (1) being characterized in that it is provided with a cooking management device (7) that is designed to emit firstly a first signal either for causing the heat source to be switched off or for urging the user to switch off the heat source, and secondly a second signal subsequent to the first signal and that indicates to the user that cooking is finished. Appliances for cooking food.

A wall-following moving device consists of a base; a determining drive unit; multiple collision sensing units; two signal transceiver units arranged at the same lateral side of the base parallel to the moving direction of the base for synchronously transmitting and receiving specific signals, and being electrically connected to the determining drive unit; and a moving element mounted to the base and controlled by the determining drive unit to perform various movements. The determining drive unit compares two reflected signals from a wall received separately by two signal transceiver units, and uses the intensity difference of the signals as a basis to control the moving element to orientate the robot parallel to the wall. By an intricate coordination of the collision sensing units, two signal transceiver units, determining drive unit, and the moving element, the distance between the robot and a wall can be precisely determined and controlled.

The invention discloses a method used to online review subject items. Its steps include answer card scanning and inputting, image curving and dispatching, computer aided grading and error control and grade composing and conversion. The invention adapts to entrance examination for college, self-teach examination, adult entrance examination for college, entrance examination for high school and other society examinations. Adopting the invention, reviewing error of subjection items is controlled to furthest realize equality and justice in process of reviewing and misjudge is avoided by adopting special treatment on question test papers to guarantee examinees' benefit.

An antenna switching apparatus which detects an antenna of good reception with high precision and suppresses control errors in antenna switching. A comparator compares a noise component obtained from a selected antenna with a threshold for noise detection. When noise detection occurs a predetermined number of times within a predetermined time, an antenna switching control unit outputs an antenna switching control signal to switch to another antenna. If all antennas are switched within a predetermined time, a noise switching count analyzing unit outputs a sensitivity control signal, deciding that the threshold should be changed. A noise detection sensitivity setting unit, when supplied with the sensitivity control signal within a predetermined time, increases the threshold to lower the noise detection sensitivity of the comparator. When the predetermined time elapses without the sensitivity control signal being supplied, the noise detection sensitivity setting unit decreases the threshold to lower the noise detection sensitivity of the comparator. The noise detection sensitivity is thus varied and adjusted to the actual reception quality, whereby an antenna of good reception is detected with high precision and control errors in antenna switching are suppressed.

The invention discloses a detection method for the expression of a GPR120 gene based on eGFP. The detection method comprises the following steps: inserting an eGFP fragment to the specific site TAA of the termination codon of the GPR120 gene by using CRISPR / Cas 9 technology so as to obtain a transgenic model mouse with eGFP-labeled GPR120 positive cells; and carrying out excitation by using a fluorescence analyzer and determining the fluorescence intensity of the positive cells of the mouse. The method carries out real-time monitoring on the expression of the GPR120 gene so as to control and reduce errors among groups, guarantee the reliability of results and compensate for and overcome the problems of variability caused by comparison of different groups of histocytes and incapability of monitoring the changes of gene expression at a living cell level in the prior art. According to the invention, the expression level of the GPR120 gene can be immediately determined after collection of cells, and operations and reactions like RNA extraction, inverse transcription and PCR are omitted, so detection of the expression of the GPR120 gene is simpler.

The invention provides a method for achieving synchronous playing of Bluetooth earpieces. The method comprises the steps as follows: intelligent equipment divides an audio into a left channel audio signal and a right channel audio signal, and separately sends the same to a left Bluetooth earpiece and a right Bluetooth earpiece via an A2DP protocol, wherein the intelligent equipment sends the leftchannel signal and the right channel signal at the start time of a slot, and the duration time of each slot is fixed; and a timed synchronization error and / or a carrier synchronization error of the left Bluetooth earpiece and the right Bluetooth earpiece uses a phase-locked loop to adjust crystal oscillation frequency, so that the clock frequency of the left Bluetooth earpiece and the right Bluetooth earpiece is the same as that of the intelligent equipment, and meanwhile, the start time of a timed synchronization signal is synchronous with the start time of the slot in which the intelligent equipment sends the left channel signal and the right channel signal. According to the method provided by the invention, the clock synchronization of the left Bluetooth earpiece and the right Bluetoothearpiece is achieved, the error can be controlled within 1us, and the synchronous music playing quality of the left Bluetooth earpiece and the right Bluetooth earpiece is greatly improved.

Software, or a pathway assistant, can be utilized to facilitate assessment or treatment recommendations of a remotely monitored patient and can run in the background. The pathway assistant, which searches data for key information and creates pathways, provides an automated system that standardized the assessment, treatment, management and evaluation of patients being monitored. The pathways generated allow a user, nurse, or caregiver, to follow precise instructions and assessing a patient's condition. The pathways software limits human error associated with assessment and provide more cost-effective management for large patient populations thus providing an advantage over prior art.

Disclosed are an oil state monitoring method and an oil state monitoring device which monitor the state of degradation of oil used in machinery or equipment. In monitoring the oil state by the oil state monitoring method and by the oil state monitoring device, oil used in machinery or equipment is filtered when the degradation state of the aforementioned oil is to be monitored. By means of filtration, the oil content is removed from the filter which captured contaminants that were present in oil prior to filtration. Light is projected onto the filter from which oil was removed. The projected light detects the color components of the transmitted light which penetrated the aforementioned filter.

The present invention provides a multi-frequency data processing-based airborne D-InSar deformation detection method. According to the method, DEM (Digital Elevation Model) information is obtained through low-frequency echo data interference processing and inversion; the DEM information is adopted as reference rids for high-frequency echo BP imaging, so that a corresponding SAR image can be obtained; interferometric processing is performed on the SAR image, so that an interference phase containing terrain information and an interference phase containing terrain and terrain deformation information are obtained; and differential processing and inversion processing are performed on the two interference phases, so that corresponding terrain deformation variables can be obtained. With the method provided by the invention adopted, error introduced by the approximate calculation of a system can be controlled, and therefore, the detection precision of the system can be improved; contradiction between detection accuracy and data processing complexity of a traditional D-InSAR system can be alleviated; the information of high-frequency data can be obtained effectively; phase unwrapping difficulty can be reduced; the detection accuracy and stability of the system can be improved; de-grounding operation can be omitted; and flat-earth effect removal operation can be omitted; and an interference data processing flow can be simplified.

The invention relates to a pulley bracket platform with a large-column-grid and large-area grid structure and a construction method thereof by utilizing a pulley bracket method. A bracket body comprises a tower bracket, a suspended span bracket and a suspended overhang bracket; two longitudinal tower brackets are connected through a cross bracket; the bottoms and the tops of two traverse tower brackets are connected with the suspended span bracket; the top of the external side of the tower bracket is connected with the suspended overhang bracket; a steel pipe arranged on the bottom end of the tower bracket is sheathed on a pulley, and the axis of the steel pipe coincides to the axis of the pulley; the pulley is arranged on a guide rail; a sleeper is laid below the guide rail, and the sleeper and the guide rail are fixed in a spot welding mode; a pulley is arranged on the bottom surface of the pulley bracket platform; and the shift of a construction platform is realized by shifting the pulley. Compared with the traditional scaffold, the invention the advantages that the erecting amount and the dismantling of the scaffold can be reduced; the problems of overlarge deflection value and overlarge displacement deviation of a grid bracket to be erected because of overlarge integral settlement of a construction bracket are simultaneously avoided and can be widely applied to the installation and the construction of the large-column-grid and large-area grid structure.

The invention relates to detection of the accuracy of an optical current transformer, in particular to a method for detecting the accuracy of the optical current transformer for measuring. The detection method comprises the following steps of appearance inspection, measurement of insulation resistance, testing of power frequency voltage, and error measurement, wherein the error measurement comprises the following steps: taking a standard current transformer as the reference; and connecting homonymous measuring ends of primary winding of the current transformer to be detected together, directly or indirectly grounding one end of output ends of a current amplifier according to different situations. The technical proposal is adopted, thereby radically solving the problem of the accuracy of the optical current transformer for measuring, and being capable of effectively carrying out the error measurement for the accuracy of the optical current transformer for measuring to control the error of the accuracy of the optical current transformer for measuring in an allowable range.

A method for optimizing imaging and process parameter settings in a lithographic pattern imaging and processing system. The method includes correlating the dimensions of a first set of at least one control pattern printed in a lithographic resist layer, measured at three or more locations on or within the pattern which correspond to differing dose, defocus and blur sensitivity. The method then includes measuring the dimensions on subsequent sets of control patterns, printed in a lithographic resist layer, at three or more locations on or within each pattern, of which a minimum of three locations match those measured in the first set, and determining the effective dose, defocus and blur values associated with forming the subsequent sets of control patterns by comparing the dimensions at the matching locations with the correlated dependencies.

A light-emitting device includes an element array portion and an auxiliary interconnect. The element array portion includes a plurality of element groups. Each element group includes a plurality of light-emitting elements arranged in a first direction. Each light-emitting element has a structure such that a light-emitting layer lies between a first electrode and a second electrode. The element groups are arranged in a second direction perpendicular to the first direction. The auxiliary interconnect is formed of a material having a resistivity lower than the resistivity of the second electrode and is electrically connected to the second electrode of each light-emitting element. The plurality of element groups include a first element group and a second element group adjacent to each other and a third element group adjacent to the opposite side of the second element group from the first element group. The auxiliary interconnect extends in the first direction in a gap between the first element group and the second element group but is not formed in a gap between the second element group and the third element group.

A tape guide for use with a data storage tape system including a read / write head. The tape guide includes a bearing portion and a tape interface portion extending from the bearing portion. The tape interface portion is configured to support a data storage tape near the read / write head. Upon longitudinal movement of the data storage tape across the tape interface portion, the tape guide limits a spectral content of data storage tape lateral movement measured at the read / write head to less than 0.1 μm at lateral movement frequencies between 50 and 500 cycles / meter.

The invention discloses a method for human shielded contour detection based on rotational depth learning. Firstly, the initial segmentation of an image is obtained by dividing and merging an input person image, and a segmentation contour of a target is extracted by regional merging of the color and the content; secondly, according to a rotation angle set, the image is rotated, sampled and labeledto obtain an edge image block set, based on a convolutional neural network, a depth model of the edge orientation detection is constructed, and a rotation image block acquisition set is used to traina shallow layer model and a deep layer model; and finally, the trained depth model of the edge orientation detection is used to detect the local contour orientation, the local contour orientation is evaluated for consistency, and the character segmentation contour orientation is extracted.

The invention relates to a self-adaptive heartbeat method used for maintaining internet of things equipment connection and based on distribution. The method comprises the following steps: the internetof things equipment establishes and maintains the network connection with an internet of things cloud platform through a belonged local area network and initializes a self-adaptive parameter; the internet of things equipment sends self-adaptive parameter request broadcast to the belonged local area network, and updates the self-adaptive parameter and self-adaptive heartbeat period according to the self-adaptive parameter sharing broadcast responded by other equipment in the local area network; multiple detection values needing to perform the detection are determined through exponential growthway or linear growth way, and these detection values are divided into multiple period detection tasks to distribute to multiple internet of things equipment in the local area network to perform the detection. By using the self-adaptive heartbeat method disclosed by the invention, the problems of multiple detection frequencies and long time-consuming in the self-adaptive heartbeat period process of the internet of things equipment are solved, and an efficient detection termination strategy is provided for balancing the detection error and detection efficiency.

The existence of non-linearities in a spread-spectrum communications system can result in a transmitter generating code spurs projecting onto channels used to communicate information symbols between a transmitter and a receiver. The present invention provides a method of predicting at least one signalling code corresponding to at least one respective code spur by performing vector products of signalling codes expressed in a bipolar form to yield a signalling code where a code spur will occur.

The invention discloses a laboratory microbial culture management system and method and a bar code coding method thereof. The laboratory microbial culture management system and method replace the mainstream operation mode of manual detection of current microbial examination, reduce hidden human errors, and improve accuracy of examination reports. The laboratory microbial culture management method is conducted under guide of computers, and the coding method is applicable to the laboratory microbial culture management method. The laboratory microbial culture management system includes a reagent and consumables detection part, a bar code printing part, a record list automatic generation part, a flow detection part, a query statistics part, a check management part, a quality control part, an early warning part, etc. The laboratory microbial culture management system can optimize the microbial examination process and standardize the microbial examination steps; the bar code examination process achieves paperless operation of microbial examination as well as informatization and intelligentization of all process of microbial examination, avoids human errors, reduces work load of the medical staff, achieves efficient work and ensures accuracy of final results.

The invention relates to a preparation method of recycled aggregate ready-mixed mortar, belonging to the field of building raw materials. The preparation method comprises the following steps of: taking waste concrete, waste bricks and waste sand-lime building materials, which are smaller than 690mm, as raw materials, determining the quantity according to the needs, crushing and drying till the water content is not more than 0.5%, and then performing graded screening so as to prepare recycled aggregate with the particle sizes of 0.075-0.15 mm, 0.15-0.3 mm, 0.3-0.6 mm, 0.6-1.18 mm, 1.18-2.36 mm, 2.36-4.75 mm, 4.75-10 mm and 10-32 mm, wherein metal, wood chips, plastics and other sundries are removed in the graded screening, and the masonry, plastering, waterproof or ground mortar can be respectively prepared by enabling the proportion of the sum of one of the recycled aggregate, cement, powdered ore and cellulose, and short fiber, xanthan gum powder and waterproof powder to the added water to be 1: 0.18. The recycled aggregate ready-mixed mortar can be used as a building raw material. The preparation method has the advantages of protecting natural resources, saving labor, saving time, saving effort, realizing low cost, changing the wastes into valuable things, and meeting the requirements of low-carbon production and living.

A method is proposed for controlling a device for distribution of audio, video, data and control signals. The device has a number of inputs and outputs, which can be connected by the switching of takes, and which cover signal paths. Tally signalling signals inputs or outputs as being transmission-relevant. The method comprises the following steps: successful switching operations of takes are locked against further switching operations automatically and without any intervention by an operator. Signal paths are completely locked or unlocked on the basis of tally signalling of an input or output by automatic locking or unlocking of the takes involved. Signal paths are combined to form signal bundles. When signal bundles are locked or unlocked on the basis of tally signalling of the bundle, all of the signal paths involved are automatically locked or unlocked.