41results about How to "Measure intelligence" patented technology

The invention discloses an intelligent express sending, storing and taking terminal which comprises a main cabinet mechanism, a central server and an auxiliary cabinet. The main cabinet mechanism comprises a main cabinet body, an industrial control host, a bar code scanner, an identity input device, an operating displayer, an LED display screen and a measuring device used for measuring the size and weight of a package. The auxiliary cabinet comprises a plurality of storage boxes, lock body parts and a lock containing device used for storing the lock body parts in a centralized mode, and the storage boxes are controlled to be opened and closed by the industrial control host. The invention further discloses a method including the intelligent express sending, storing and taking terminal. The method comprises the method of a sender for sending the package, the method of a recipient for taking the package, the method of an express company for receiving the package and the method of the express company for dispatching the package. A user can send, take and return the package on the terminal, and a courier can carry out the service of receiving, returning and dispatching the package on the terminal.

The invention relates to a combination type processing process integrated measurement method based on vision laser, and belongs to the field of geometric quantity measurement. The method adopts left and right cameras to realize online guidance of the pose of a tail end measurement device of a mechanical arm in a vision servo mode, so that local features of a part to be measured are in a measurement range of a laser scanner. The laser scanner is utilized to perform high-precision measurement on the local features, and a laser tracker is utilized to perform tracking positioning on the tail end measurement device; and the pose of the tail end measurement device is adjusted to perform multiple times of measurement on the part to be measured according to regions, and local laser scanning data of the multiple times of measurement are unified to a global coordinate system established based on the laser tracker. The method effectively solves the problem of high-precision processing process integrated measurement in a large space range, has the characteristics of high measurement precision, wide range and high robustness, and realizes large-space, cross-scale and high-precision processing process integrated measurement.

The invention provides an intelligent express sending, storing and taking terminal and a sending, storing and taking method thereof. The intelligent express sending, storing and taking terminal comprises a main cabinet mechanism, a center server for processing data and information of the terminal and an auxiliary cabinet for storing express deliveries / objects. The main cabinet mechanism comprises a main cabinet body, an industrial control host arranged in the main cabinet body, a payment device for conducting payment and an identity input device for conducting identity input. The method includes the method for sending and storing the express deliveries by a sender, the method for taking the express deliveries by a receiver, the method for collecting the express deliveries by an express company and the method for delivering the express deliveries by the express company, a user conducts sending, receiving, taking and goods returning on the express deliveries through the terminal, and a courier conducts services of collecting the express deliveries, returning the express deliveries and delivering the express deliveries through the terminal. According to the terminal and method, operation is simple, working efficiency is greatly improved, and convenience is brought to life.

The invention discloses an intelligent express sending, storing and taking terminal which comprises a main cabinet mechanism, a central server and an auxiliary cabinet. The main cabinet mechanism comprises a main cabinet body, an industrial control host, a bar code scanner, an identity input device, an operating displayer, an LED display screen and a measuring device used for measuring the size and weight of a package. The auxiliary cabinet comprises a plurality of storage boxes, lock body parts and a lock containing device for containing the lock body parts in a centralized mode, the storage boxes are controlled to be opened and closed by the industrial control host, a user can send, take and return the package on the terminal, a courier can carry out the service of receiving, returning and dispatching the package on the terminal, the terminal is simple in structure and convenient to operate, and work efficiency is greatly improved.

The invention relates to a 3-freedom-degree wheel clearance detection platform. The platform mainly comprises two symmetrical wheel clearance detection platforms respectively on the left and the right, a wheel clearance frame assembly (A) on each detection platform is fixed on the foundation, an upper platen framework assembly (B) are arranged on the wheel clearance frame assembly (A) to be in sliding fit with the assembly (A).One end of each piston rod fuel tank assembly is connected with the wheel clearance frame assembly (A), the other end thereof is connected with the upper platen framework assembly (B), an upper platen assembly (F) is in screw fastening with the upper platen framework assembly (B), the three fuel tanks of the three piston rod fuel tank assemblies stretch and move to drive the upper platen assembly (F) to move and rotate. The invention aims to detect the size of clearance of various parts of the wheel and take corresponding measures according to the size of the clearance to improve rideability of the automobiles. The device of the invention can detect wheel clearance at three freedom degrees, thus the detection is more accurate and intelligent and the structure of the device is simple.

The invention relates to a method for mail sending through self-help equipment by a sender. The sender carries out self-help operation through the self-help equipment for receiving and sending express mails, and sending of the express mails is achieved. The method comprises the steps that identity information is input, namely the sender inputs the identity information through a touch screen or a keyboard; mail sending information is input, namely an express company is selected, the sender information and receiver information are filled in, and the weight and the size of a package are filled in or obtained by the equipment automatically; fee computing and printing are carried out, namely fee is computed according to the information, and an express bill is printed; box opening and mail storing are carried out, namely the equipment automatically opens box doors, and the mails are stored in corresponding boxes; and information is distributed, namely a system and a background distribute corresponding information to part personnel of the sender, a receiver, a courier and the express company according to practical needs. The method has the advantages that the time of the sender for waiting for the express mails is greatly saved, the mails can be sent at any time of a day, the sender does not need to wait for a courier, the privacy of the sender is effectively guaranteed, and more convenience is provided for the sender.

The invention discloses a method for measuring imaging distortion of a hard-pipe endoscope. A target pattern can be generated by a liquid crystal display, and can be generated by an independent control system of the liquid crystal display. The target pattern or target stripe gaps can be changed according to actual measurement requirements to satisfy different measurement accuracies or different measurement requirements. The liquid crystal display is regarded as the target in a measuring device, so that no illumination by an extra light source is needed; the liquid crystal display is flexible and variable; the utilization rate is high; and the precision is also high. The measuring device of the invention adopts an imaging CCD to collect an exit pupil image, and the exit pupil image is imaged through a computer screen, so as to facilitate observation and avoid visual fatigue. According to the invention, a computer is adopted to process the acquired image, and MATLAB software is adopted to carry out image processing to calculate the relative distortion of the endoscope, and the operation is fast; the measurement is intelligent; and the precision is high.

The invention discloses a variable-precision optical fiber sensor, which includes a probe, a light source and an optical receiver, the light source and the optical receiver are separately connected with probe through luminiferous medium in luminiferous connection, which is characterized in that the probe is a double optical fiber probe including sensor end, light incidence end and light emergence end, lots of the double optical fiber probes are arranged in a row on the surface, every double optical fiber probe sensor end is arranged according to height difference delta H; the luminiferous medium is cable, which is composed of optical fiber bundle comprising optical fiber induced from light incidence end or light emergence end of every double optical fiber probe; the double optical fiber probe with height difference delta H is arranged in space to form a multi-row with height difference delta H'. The invention can be used for testing liquid level in inflammable and explosive fluid, which has the characteristics of simple structure, low producing cost, strong capability of anti-electromagnetism and anti-interference, and anti-corrosion.

The invention relates to a quick detection spectrum system for the microparameter of an energetic material, and belongs to the field of energetic material detection. The system applies laser pulse tothe energetic material, induces detonation, and acquires a macroscopic detonation parameter via microcell spectrum and dynamic spectrum images; quick and intelligent measurement of an explosion parameter is achieved by using a laser-induced detonation microcell spectrum technology, a quantitative relation of components, the explosion parameter and the like can be synchronously acquired, and a basis is provided for improving the performance of the energetic material. The device comprises a LIPS light source, a LIPS spectrum collection system, a laser heterodyne interference speed measurement module, a gas detection module, a dynamic image collection module and an electric three-dimensional platform. According to the system provided by the invention, the relation between the laser spectrum and the explosive parameter is built via the intelligent algorithm, and the quick detection and performance analysis of the explosion parameter are achieved. The test system is small in size and high in integration degree and industrialization degree, can acquire more types of information, and has significance on research and product analysis of the energetic material.

The invention relates to a method of delivering an article by a courier through self-service delivery equipment. The courier carries out self-service operation through self-service receiving and sending delivery equipment so that the delivery of the article is realized. The method comprises the following steps of inputting information: the courier inputs identity information through a touch screen or a keyboard, scanning, card swiping, sound, hand-writing or fingerprint mode; inputting article information: the courier scans or inputs a bar code on the article, and the courier manually inputs or the system automatically matches a mobile phone number of a recipient and payment information; opening a box and storing the article; the system verifies data and opens the box, then the courier stores the article and closes a cabinet door; distributing information: the system and a background send information that the article is stored to some of a sender, the recipient, the courier and an express company and notify the recipient to receive the article. The method of the invention has the advantages that through the self-service delivery equipment, a plurality of articles can be sent once; working efficiency of the courier is effectively increased; time is greatly saved and labor cost is reduced.

The invention discloses a contact wire online automatic detecting system device, which comprises a handheld type program logic electric control system, a wireless signal transmission system, a data storing, analyzing and printing system, a mini-type pneumatic measuring probe assembly and a handheld type microminiaturized pneumatic control system. The mini-type pneumatic measuring probe assembly comprises an instrument shell (1); a positioning mini-type cylinder (5) is arranged at the left side of the instrument shell (1); a translating jaw pair (13) is arranged below the positioning mini-typecylinder (5); a circular arc-shaped cavity (15) is arranged at a middle part of the instrument shell (1); a rotating body (2) is sleeved in the circular arc-shaped cavity (15); a rotating cylinder (6) is arranged at the right side of the instrument shell (1); the rotating body (2) is in rotary connection with a plunger (3) of the rotating cylinder (6); a rotating plate (8) is arranged on the rotating body (2); and a digital linear displacement sensor (11), an elastic shifting fork (10) and a mini-type probe cylinder (9) are respectively arranged on the rotating plate (8).

The invention relates to a method for measuring the micro displacement via a CCD based on the principle of single slit diffraction. Two single slits in parallel, namely a calibrating slit whose width is known and a measuring slit whose width is variable, carry out diffraction, different diffraction images obtained by the two slits are gathered to a focal plane of a lens via a convex lens, and the CCD implements collection. The images are transmitted to software for further analysis and calculation, and change of the slit width, namely the micro displacement, is calculated. Operation is convenient, automatic measurement is realized, a diffraction system is used to measure the displacement in high measuring precision, and the micro displacement is measured in an automatic, intelligent and high-precision way.

The invention provides an intelligent infrared thermal imaging measurement system for a power cable terminal. The intelligent infrared thermal imaging measurement system comprises a distance measuring unit module, an infrared measurement unit, a control unit, a movable platform, a lifting unit and an angle adjusting unit, wherein the infrared measurement unit is installed on the movable platform which moves by remote control, height lifting, angle adjustment and rotation can be realized by the lifting unit and the angle adjusting unit, the control unit determines the corresponding measurement distance and measurement angle according to program setting or remote control, and realizes the movement control and data storage of infrared thermal imaging. The intelligent infrared thermal imaging measurement system realizes partial discharge and online positioning by conducting distributed type microsecond-level synchronous high-speed sampling according to on-site demands, inspects the power cable terminal in a 360-degree range, realizes the short-distance measurement on the main heating position, and can conduct the infrared thermal imaging measurement on the same power cable terminal at the same distance and same angle.

The invention provides an intelligent long jump measurement device, and relates to sports equipment. The device comprises a monitoring device, a take-off platform and a long jump platform; the take-off platform comprises a run-up board and a take-off board, a pressure sensor is arranged at the bottom of the take-off board, and one end of the long jump platform is connected with the take-off board;the long jump platform comprises a trampling module and a sliding groove formed in one side of the trampling module, multiple buffer blocks are uniformly arranged in the trampling module, a signal detection module is arranged in the sliding groove, the signal detection module comprises rolling wheels, a connecting rod, a reflection-type photoelectric switch and a positioning module, the monitoring device comprises a monitoring box which is arranged on the other side of the trampling module, and a display screen, an operation panel, a sound-light alarm lamp, a startup button and a reset buttonare arranged on the front side of the monitoring box. The device is reasonable in structure, the distance of long jump can be measured rapidly through the reflection type photoelectric switch and thepositioning module, the detection result is uploaded to the monitoring device, the measurement speed is high, the precision is high, the time and labor are saved, and the physical education quality is improved.

The invention discloses an image target size measuring system and a using method thereof and belongs to the technical field of target size measurement. The measuring system comprises a pan-tilt camera, a distance measuring module, a fixing support, a supporting bottom plate, a ruler clamping handle, a reference ruler, a reflective tape knot and a measuring module. The calculation of the pixel sizecoefficient and the actual size of a to-be-measured target is realized based on the measuring system, and the pixel size coefficient is calculated based on the reference ruler. A ranging module is provided to obtain a target object distance. Meanwhile, on the basis of providing the image information of the target, a provided image analysis module analyzes the image information into a static picture, a provided target detection module detects the target, the actual length, width and area of the to-be-measured target are obtained after processing and calculation, and then the actual length, width and area of the to-be-measured target are displayed through the provided display module. According to the invention, the technical problem of low measurement accuracy caused by the manual measurement of the target size is solved, so that the measurement of the target size is more intelligent, more accurate and more efficient.

The invention relates to an apparatus for realizing intelligent data measurement through sensor and a Bluetooth communication mode. The apparatus comprises an adjustable resistor device, an angular velocity sensor, a Bluetooth control chip and a structure device with a magnetic field sensor. The same measurement function can be realized through the following two combination forms: 1, the adjustable resistor device is placed in the center axis of a flexible ruler, the knob of the adjustable resistor device linearly adjusts with the pulling of a ruler bar to realize resistance change, and the Bluetooth control chip and the power supply module of a shell are combined to form an intelligent ruler for realizing dimension measurement and Bluetooth data transmission through detecting resistance change; and 2, the angular velocity sensor is fixedly arranged in the center axis of the flexible ruler, and rotates with the pull-out of the ruler bar to generate an angular velocity, and a magnet piece and magnetic sensor structure device arranged at the outlet of the ruler bar is combined with the Bluetooth control chip and the power supply module to form an intelligent ruler for realizing dimension measurement and Bluetooth data transmission through the angular velocity sensor.

The invention discloses a digital high-voltage multifunctional insulator detection device, which can detect the insulation performance of insulators in the state of power failure and electrification; the device of the invention includes: RMS conversion module [1], digital high-voltage DC power supply module [2] ], signal conditioning unit [3], single-chip microcomputer system [4]. When the power is off, the high-voltage power supply of the present invention adopts digital control, and the output voltage is continuously adjustable. The relationship between the voltage and the output voltage is controlled by the single-chip microcomputer. During the measurement process, the single-chip microcomputer can adjust the output voltage through feedback, which improves the measurement accuracy; The tested insulators in the charged state pass through the RMS conversion module to collect the voltage distribution at both ends of each insulator under the power frequency voltage, and judge the insulation state of the insulators according to the voltage distribution law of the insulators. The selection of the equipment module in the two states can be controlled by the switching switch. The invention has the advantages of wide application range, high precision and convenient portability.

The invention discloses a three-electrode borehole water level intelligent monitor. The three-electrode borehole water level intelligent monitor comprises a single chip microcomputer, wherein the single chip microcomputer is connected with a power supply system, a first switching triode, a second switching triode, an SIM module and a memory; the positive pole of the power supply system is connected with an A / D converter, the first switching triode and the second switching triode; the negative pole of the power supply system is connected with a fixed resistor; the fixed resistor is connected with an electrode C; the first switching triode is connected with an electrode A; the second switching triode is connected with an electrode B; and the first switching triode and the second switching triode are controlled by the single chip microcomputer to send out pulses, and on / off of the first switching triode and the second switching triode is controlled. Meanwhile, the invention discloses a monitoring method employing the monitor. The principle is simple, the accuracy is high, and the borehole water level monitoring and measuring efficiency can be greatly improved.

The invention relates to a device for measuring treadmill slope based on a six-axis acceleration sensor. The device comprises a power module, an MCU, a wireless transmission module, a six-axis acceleration sensor, and a USB interface, wherein the power module is respectively connected with the MCU and the wireless transmission module in a power supply manner; the power module is electrically connected with the USB interface; the MCU is separately connected with the USB interface and the wireless transmission module in a bidirectional communication manner; the output end of the six-axis acceleration sensor is electrically connected with the MCU. According to the device disclosed by the invention, the problems that the conventional common treadmill slope cannot be accurately measured and the measurement manner is not intelligent are solved.

The invention relates to the field of turnout beam detection and calibration devices, in particular to a beam body flatness detection and calibration device and a use method thereof. The beam body flatness detection and calibration device comprises a bottom plate, and a plurality of beam body supporting mechanisms and a plurality of beam body flatness detection mechanisms are arranged on the bottom plate; the beam body supporting mechanism comprises a lifting platform arranged on the bottom plate, the beam body flatness detection mechanism comprises a movable installation frame, and an infrared measuring instrument is arranged on the movable installation frame. And the infrared measuring instrument is connected with a control system. The invention discloses the beam body flatness detectionand calibration device, through the cooperative use of the beam body supporting mechanisms and the beam body flatness detection mechanisms, the beam body supporting mechanisms can automatically adjust the horizontal placement of a beam body to facilitate subsequent measurement, and in addition, through the cooperative use of the infrared measuring instrument and the control system, the flatness of the side surface and the top surface of the beam body can be measured more precisely, so that the measurement of the flatness of the beam body is more intelligent, and the measurement of the beam body is time-saving, labor-saving and easy to operate.

The invention belongs to the technical field of piston air leakage measuring instruments, and particularly relates to a DET piston air leakage measuring instrument calibration device which comprises a pressure stabilizing tank, a flow meter, a flow regulating valve, a flow bypass valve, a draught fan and a controller. The flow meter is fixedly installed at the left side end of the pressure stabilizing tank, and the flow regulating valve is fixedly installed at the left side end of the flow meter. The fan is fixedly installed at the left side end of the flow regulating valve, a flow bypass valve is fixedly installed between the flow regulating valve and the fan, and the flow meter, the flow regulating valve, the flow bypass valve and the fan are all electrically connected with the controller. The flow meter comprises a flow pipe, pipeline connectors, a temperature detection device, a shell, a detection coil assembly, a driving coil assembly and a transmitter, the pipeline connectors are fixedly installed on the left side and the right side of the bottom of the shell, and the comprehensive effects that high-precision measurement is achieved, meanwhile, intelligent measurement is achieved, and the measurement efficiency is improved are achieved.

The invention discloses a fast measuring device and a method for the molecular weight of chitosan. The device comprises a thermostatic bath and a liquid storage tank arranged inside the thermostatic bath. The device is characterized in that the device further comprises a singlechip microcomputer. The liquid storage tank comprises an upper chamber and a lower chamber which are communicated with each other through a level valve, wherein the lower chamber is internally provided with a vent pipe communicated with the outside atmosphere, and the lower portion or the bottom of the lower chamber is provided with a capillary tube which is used for transferring liquid to the outside of the thermostatic bath; the tip of the capillary tube is a horn mouth, and the lower portion of a weighing cup mounted right under the horn mouth is provided with a gravity sensor; a valve (17) is mounted on the capillary tube, and a gravity signal obtained by the gravity sensor is transferred to the singlechip microcomputer. By means of the existing viscosity method, a chitosan molecular weight-measuring device has the disadvantages of being complex in structure, low in precision, inconvenient to operate, hard to maintain, likely to break down and the like. According to the fast measuring device and the method for the molecular weight of chitosan, weights rather than volume scales are utilized to quantify and measure the time spent in passing the capillary tube; therefore, the fast measuring device has the advantages of being simple in structure, high in precision, convenient to operate, easy to maintain, not likely to break down and the like.

The invention discloses a contact wire online automatic detecting system device, which comprises a handheld type program logic electric control system, a wireless signal transmission system, a data storing, analyzing and printing system, a mini-type pneumatic measuring probe assembly and a handheld type microminiaturized pneumatic control system. The mini-type pneumatic measuring probe assembly comprises an instrument shell (1); a positioning mini-type cylinder (5) is arranged at the left side of the instrument shell (1); a translating jaw pair (13) is arranged below the positioning mini-typecylinder (5); a circular arc-shaped cavity (15) is arranged at a middle part of the instrument shell (1); a rotating body (2) is sleeved in the circular arc-shaped cavity (15); a rotating cylinder (6) is arranged at the right side of the instrument shell (1); the rotating body (2) is in rotary connection with a plunger (3) of the rotating cylinder (6); a rotating plate (8) is arranged on the rotating body (2); and a digital linear displacement sensor (11), an elastic shifting fork (10) and a mini-type probe cylinder (9) are respectively arranged on the rotating plate (8).

The invention relates to the technical field of crop monitoring, and discloses a crop phenotype monitoring device and system. The crop phenotype monitoring device comprises a pedestal which is provided with a power device for power supply and a driving mechanism, a supporting frame which is arranged on the base in a telescopic mode, and a monitoring imaging unit, wherein the driving mechanism is connected with the supporting frame and used for controlling the supporting frame to rotate; and the monitoring imaging unit is used for acquiring crop image information, is arranged at the upper end of the supporting frame, and uploads the crop image information to a far-end server through a communication module. According to the crop phenotype monitoring device, damage to a crop sample during direct measurement is avoided; the limitation that indirect measurement cannot well reflect the phenotypic characters of crops is overcome; the observed crop image information can be uploaded to the server conveniently and accurately in real time; crop information preprocessing, analytical calculation and real-time storage are carried out; and intelligent and accurate measurement of the phenotypic characters of the crops is realized.