269results about How to "Avoid manual error" patented technology

The invention discloses a cell information detection and cell coverage calibration method for a mobile network, belongs to the field of mobile communication, and solves the problems that how to accurately acquire the cell key parameters of the mobile network and thereby to establish a base station information list, and how to accurately measure and calibrate the actual coverage range of each cell. According to the method, the user online information of the mobile network collected by a user terminal is used, and via the big data analysis means, the cell key parameters (cell identifiers, station location longitudes and latitudes, direction angles, station types, etc.) are determined, and the base station information list is established; and based on a large number of sampling data of the user online information collected by the terminal, the coverage boundary of each cell is accurately calibrated, and the cell coverage map of the whole network is established. According to the method, the cell key parameters of the mobile network can be accurately acquired, and thereby the base station information list can be established, the time delay and manual errors caused by maintaining the base station information list in a traditional manual collecting and step-by-step reporting manner can be effectively avoided, and the actual coverage range of the network can be accurately evaluated.

The invention relates to a device and a method for remotely measuring subgrade settlement by utilizing a laser and belongs to the technical field of optical measurement and geometric position measurement. The device of the invention comprises a settlement monitoring pile consisting of a bottom plate (501) and a measuring rod (502), a point light (1), a fixed observation pile (6), a laser measuring unit (2), a measuring signal transmission unit (3), a central processing unit (7) and power supply modules (401 and 402). The method comprises the following steps: the settlement monitoring pile is buried in a point to be measured and the point light is arranged on the settlement monitoring pile, so that the point light and the subgrade of the point to be measured settle synchronously; the point light is imaged through a lens (201) of the laser measuring unit, and an image point A'is positioned on a photoelectric detector (202); and the displacement of the object point of the light can be calculated through the displacement of the image point, that is, the subgrade settlement amount of the point to be measured. The invention has high measurement precision, can implement the settlement measurement in the construction process or after the construction, and the remote settlement measurement of any positions and any depth of a subgrade.

The invention relates to the technical field of automatic biochemical analysis equipment and discloses a full-automatic chemiluminescence immunity analyzer. The full-automatic chemiluminescence immunity analyzer comprises a rack, an analysis part and a control part, wherein the analysis part comprises a transferring system, a sampling system, an incubating system, a cleaning system and an optical detection system; the transferring system comprises an automatic cup feeding mechanism and a grabbing mechanism; the sampling system comprises a sample dispatching mechanism, a reagent disc mechanism and a sample adding mechanism; the incubating system comprises an incubating disc mechanism and a mixing mechanism; the cleaning system comprises a cleaning disc mechanism; the optical detection system comprises a light-detecting disc mechanism and a lighting mechanism. The full-automatic chemiluminescence immunity analyzer disclosed by the invention has the advantages that the control part controls the transferring system, the sampling system, the incubating system, the cleaning system and the optical detection system to work automatically, so that automation in the whole process of analysis operation is achieved, the uncertain problems such as individual difference, artificial errors, irregular operation and the like in manual operation are avoided, and the accuracy of chemiluminescence immunity analysis is improved.

The invention discloses a device and method for collecting and segmenting of hyperspectral images of unstainedpathological sections. A section sample platform is supported in the middle of a bracket, the hyperspectral images of the unstainedpathological sectionsare automatically collected and processed through a computer, and lesion area segmentation resultsare obtained. Based on spectral difference caused by pathological changes of tissues, a personal computeris adopted to synchronously control relevant modules, spectral sequence images of the unstainedhistopathological sectionsare collected and preprocessed, and corresponding three-dimensionalhyperspectral dataare produced after overlaying;based the data and the combination with a currentlypopularneural network classificationthought, a spectral classification algorithm is developed to perform identity partitioning of a lesion area, thereby acceleratingthe identification rate and efficiency of the histopathological section, avoidingmanual errors which maybe brought during staining, and reducingthe time required by section making;automatic judgment is performed by utilizing a machine algorithm, therebyreducingsubjectivity caused by manual judgment. Therefore,a good auxiliary function is provided for a pathology doctor to detect the pathological sections.

The invention discloses a riveting machine. The riveting machine comprises a press (1), a material loading device (2), a rivet placing device (3) and a material taking device (4), wherein the press (1) is provided with a base (5) on which a riveting station (6) is arranged; the material loading device (2), the press (1) and the rivet placing device (3) are transversely arranged in parallel; the material taking device (4) and the material loading device (2) are longitudinally arranged in parallel. According to the riveting machine, material loading automation, rivet loading automation and material taking automation during riveting are realized, and the effects of automatic riveting and high efficiency are achieved; due to the fact that artificial errors are avoided, the riveting accuracy and the riveting quality are improved; in addition, the labor cost can be reduced.

The invention relates to a device for detecting mechanical property and electric safety performance of an electrical connector. The device comprises an upper computer, a three-axis movement unit, a monitoring unit, a clamp, a testing unit, a movement control unit and a cabinet. According to the device, mechanical property and electric safety performance of the electrical connector can be simultaneously detected, and the to-be-tested jack of the electrical connector is once inserted and extracted by the testing unit, so that insertion force and withdrawal force of the jack and leakage current under testing voltage can be measured. All jacks of the electrical connector can be automatically detected by the device, the detection efficiency is high and the detection result is objective and accurate.

The invention relates to a photocuring 3D printing technology-based metal insert resin part rapid manufacturing method and belongs to the technical field of 3D printing. The method comprises the following steps: designing and machining a metal insert according to the actual shapes and sizes of a transmission shaft and a part; designing a 3D model of a locating ring and carrying out photocuring 3D printing and forming on the 3D model of the locating ring; inserting the metal insert into the locating ring to realize accurate location; designing a 3D model of a part and carrying out photocuring 3D printing and forming on the 3D model of the part to finally obtain the metal insert resin part. The method provided by the invention is simple to operate and high in locating precision; by adopting the photocuring 3D printing technology to directly perform 3D printing and forming on the resin part at a time, the whole process is free of moulds, so that the mould manufacturing cost is reduced, the part manufacturing period is shortened, the product developing efficiency is improved and the metal insert resin part can be rapidly manufactured.

The invention relates to a coordinate labeling method for a mechanical arm. The coordinate labeling method for the mechanical arm comprises the following steps that, a shaft arm moves towards the position of a camera till an original label is clear and visible in the shot view range of the camera, a visual system software records and treats the coordinate of the original label captured by the camera as a first coordinate; the shaft arm keeps the position unchangeable, after a end head rotates by a certain angle, the visual system software records and treats the coordinate of the original label captured by the camera as a second coordinate; after the end head rotates by a certain angle, the coordinate of the original label captured by the camera is recorded and treated as a third coordinate; and first circle centers of circles where the first coordinate, the second coordinate and the third coordinate are located are calculated, and a center coordinate A is obtained. Sampling and calculating in the measurement process are completed automatically, human eye aligning is not needed, the happening probability of random errors is reduced, the overlapping operation is conducted under a view where an image photographed by the camera is magnified for times, the accuracy is hundreds times of human eye aligning, the operation is simple, rapid and convenient, and the applicability and flexibility are high.

The present invention discloses a cutting and assembling device used for carbon fiber battery polar plates. The device comprises a membrane cutting mechanism, a grid cutting mechanism, a mechanical arm, a grabbing plate, an assembling frame and a guiding rail. The membrane cutting mechanism, the grid cutting mechanism and the mechanical arm are all arranged on the fixing table near the guiding rail. The assembling frame is slidably connected to the guiding rail, and the assembling frame is provided with a pallet used for placing polar plates and shells. The installing end of the mechanical armis fixed on the fixing table, and the output end of the mechanical arm is connected with the grabbing plate in a detachable connection mode. The device can lower the manpower consumption, shorten theprocessing time, improve the production efficiency, avoid the artificial error and reduce the probability of the occurrence of inferior products.

The invention relates to an assembling and detecting mechanism, and particularly relates to an automatic assembling and detecting mechanism for an X-shaped sealing ring and an operation method thereof. The automatic assembling and detecting mechanism comprises a rack and the sealing ring, wherein a feeding assembly, a detecting and overturning assembly, a carrying assembly, a rotary oiling jig, anoiling jig, a material taking and pressing-in assembly and a rotary disc jig are arranged on the upper portion of the rack; the sealing ring enters the detecting and overturning assembly through thefeeding assembly; the detecting and overturning assembly detects and overturns the sealing ring; the sealing ring which is detected to be qualified is conveyed into the rotary oiling jig through the carrying assembly; the rotary oiling jig drives the sealing ring to rotate; the oiling jig conducts oiling operation on the rotating sealing ring; and the sealing ring with the front face and the backface oiled is placed in a valve deck of the rotary disc jig through the material taking and pressing-in assembly. The structure compactness is high, the machining efficiency is further improved, and the assembling quality is further improved.

The invention relates to an intelligent control system for gas-fired air heaters and aims to provide an intelligent control system low in cost and allowing accurate control. The intelligent control system comprises a PLC (programmable logic controller) system with a human-machine interface; the PLC system comprises an air temperature control system and a PID (proportion integration differentiation) process control module. The air temperature control system comprises a temperature detector, a gas flow control system and an air intake control system. The gas flow control system is connected to a gas flow valve and used for controlling gas flow. The air intake control system is connected to an intake valve disposed at an air inlet of a gas-fired air heater and used for controlling air intake. The temperature detector is disposed at an air outlet of the gas-fired air heater and used for detecting temperature of discharged air. The PLC system is internally provided with a temperature control program. Therefore, according to information input through the human-machine interface, the system automatically calculates parameters and controls corresponding valve actions, thereby precisely controlling the air temperature; the system is low in cost, simple to operate and suitable for popularization.

The invention discloses an automatic tube taking and labeling device for vein blood sampling. The automatic tube taking and labeling device comprises a conveyor belt, a test tube box set, a tube conveying mechanism, a mechanical hand, a label pressing mechanism, a printer and a test tube outlet assembly. The conveyor belt is provided with a test tube tank provided with upper and lower doors capable of being opened or closed. The upper and lower doors of the test tube tank are opened to enable test tubes to penetrate the conveyor belt. The upper and lower doors of the test tube tank can be controlled through a door opening and closing motor to be opened or closed. The test tube box set is composed of a plurality of test tube boxes. The test tube boxes are fixed above the conveyor belt. The bottom of each test tube box is opened and directly closed through the conveyor belt. The tube conveying mechanism is arranged below the conveyor belt. The direction of the conveyor belt of the tube conveying mechanism is consistent with the orientation of the test tube tank, the mechanical hand is used for taking and conveying the test tubes to an output opening of the printer, and the test tube outlet assembly is used for receiving the test tubes on which label paper is pasted. The automatic tube taking and labeling device can take the test tubes and paste labels automatically, errors caused by manual tube taking are avoided, and efficiency is high. The working efficiency is improved, and labor cost is also reduced.

The invention relates to the technical field of automatic testing, and discloses a method for automatically creating a test script, which comprises the following steps of: pre-storing a reference test script library, an interface specification and a computer data specification; when a tested software code is received, scanning the tested software code to generate an interface function list; matching the interface function list with a reference test script library to generate an existing interface function test script and a new interface function; generating a parameter assignment rule of a new interface function according to the interface specification and the computer data specification; generating a new interface function test script according to the new interface function and the parameter assignment rule; and finally, generating a test script of the tested software code according to the new interface function test script and the existing interface function test script. The invention further provides a server and a computer readable storage medium, by implementing the scheme, the server can automatically create the test script of the tested software code, the software test efficiency is improved, and meanwhile, the software test cost is reduced.

The invention discloses a testing method of virtual equipment. The invention only needs one computer to be tested, which can adopts different testing procedures to carry out establishment, identification and test aiming at different types of virtual equipment, thereby realizing the comprehensive automatic test of the functions of the virtual equipment. Thus, the problem of conflict in test and the interference of manual operation to the testing progress of the virtual equipment are avoided, the testing environment is simplified, the testing time is shortened, and the scientificalness and the accuracy of the test of the virtual equipment are enhanced.

The invention is a system and method for implementing goods and bill with goods matching verification and tracking. And the system comprises third-party service center database, circulation control code bar code printer and HPOS. And a producing enterprise generates a unique goods circulation control code for each goods package according to commodity circulation control code algorithm; when a good supplier prepares goods, operator uses HPOS to collect circulation control codes of this batch of goods and only fills the generated verification code with bill in the bill with goods, and uploads other detailed transaction information to the third-party service center. When a goods purchaser verifies goods, operator inputs the verification code with bill into HPOS to get back the detailed information about this transaction from the third-party service center to compare with the circulation control code read by HOPS as receiving goods, so as to complete goods and bill with goods matching verification. And it can implement tracing goods circulation course according to the circulation control code and verification code with bill. And it can perfectly meet special management requirements in the commodity circulation course.

The invention provides a detecting platform for measuring the efficiency of an induced draft fan of a power station boiler, and belongs to the technical field of energy saving of coal-fired boilers. The detecting platform comprises a sampling device and a control device, wherein the control device is electrically connected with sensors in the sampling device through a data acquisition unit separately, and is used for collecting data collected by the sensors, the input original data of the power station boiler of the control device are combined, and the efficiency of the induced draft fan of the power station boiler is calculated. The invention further provides a method for measuring the efficiency of the induced draft fan of the power station boiler. The method for measuring the efficiencyof the induced draft fan of the power station boiler aims to solve the technical problem that an existing induced draft fan efficiency detecting method has low test accuracy, more high-altitude operations, high labor intensity and long consumed test time.

The invention relates to a medical robot applicable to clinical operations and having storage and transfer functions. The medical robot comprises a main body and a controller; a transfer opening is formed in one side of the main body; a storage mechanism is arranged in the main body; a transfer mechanism is arranged on one side, close to the transfer opening, of the main body; the storage mechanism comprises a first motor, a rotating shaft and a plurality of storage components; each storage component comprises a connecting rod, a supporting plate, a storage box, a box cover and a storage unit;and the transfer mechanism comprises a lifting component, a second motor, a rotating rod, a vertical rod, a pushing plate and a taking plate. According to the medical robot applicable to the clinicaloperations and having the storage and transfer functions, various operation products are storage by the storage mechanism, and the required operation products are taken out by the transfer mechanism,so that the practicability is improved.