512results about How to "Realize unmanned" patented technology

The invention discloses an automatic calibration line for intelligent type low-tension current transformers, comprising a warehouse in-out device, a loading and unloading device, an automatic identification device, a transmission device, an automatic line connecting and disconnecting device, a calibration device and a sorting and labeling device, wherein the warehouse in-out device realizes the automatic warehouse in-out of the intelligent type low-tension current transformers; the material loading and unloading device realizes the automatic loading and unloading of the intelligent type low-tension current transformers; the automatic identification device realizes the automatic identification of the intelligent type low-tension current transformers; the transmission device realizes the automatic transmission of the intelligent type low-tension current transformers; the automatic line connecting and disconnecting device realizes the automatic line connection of the intelligent type low-tension current transformers for the calibration by the calibration device and also realizes the automatic line disconnection of the intelligent type low-tension current transformers; and the sortingand labeling device realizes the automatic sorting of the intelligent type low-tension current transformers. The automatic calibration line is free from manually carrying out the warehouse in-out, the transmission, the identification, the sorting, the loading and unloading and the line connection and disconnection on the intelligent type low-tension current transformer when calibrating the intelligent type low-tension current transformer, and has the advantages of no personal error, high calibration efficiency, good automation degree and capability of automatically measuring multiple transformers. The invention also discloses an automatic calibration method of the intelligent type low-tension current transformer.

The invention discloses a loading robot. The loading robot is characterized by comprising a main framework, a manipulator, a vertical moving mechanism, a horizontal moving mechanism, a power unit and a sensing control device, the main framework is used for fixing all the mechanisms and other parts; the manipulator is used for rotating and grabbing goods; the vertical moving mechanism is connected with the upper end of the manipulator and used for driving the manipulator to vertically move; the horizontal moving mechanism is installed at the upper end of the main framework, is connected to the vertical moving mechanism through a sliding block and is used for driving the manipulator to horizontally move; the power unit comprises a rotary servo motor for controlling the manipulator to rotate, a vertical moving servo motor for controlling the vertical moving mechanism to move, and a horizontal servo motor for controlling the horizontal moving mechanism to move; the sensing control device comprises a goods position sensor, a goods falling sensor and a vehicle position sensor all of which are installed at different positions of the main framework and used for controlling the manipulator to operate. The loading robot achieves unmanned loading, thereby saving labor, improving the loading efficiency greatly and enabling loading to be standard and orderly.

The invention relates to a position and posture measuring system and method for mechanical equipment. The position and posture measuring system is characterized in that: four laser distance-measuring modules are arranged at the top of an alley at the back of the mechanical equipment to measure points of special positions on the mechanical equipment so as to obtain four different distances; position offset of the mechanical equipment relative to a predetermined track and angular offset of the mechanical equipment on a vertical surface are calculated based on the four distances; offset data is transmitted to a central processing system on the mechanical equipment through a wireless communication module; position and posture parameters of the mechanical equipment and positioning navigation data can be obtained in combination with a dip angle of the mechanical equipment relative to a horizontal plane, wherein the dip angle is measured by a triaxial acceleration sensor which is arranged onthe mechanical equipment; and the central processing system is used for transmitting the positioning navigation data to a control box of the mechanical equipment. The position and posture measuring system has the advantages of high measuring speed, good real-time performance, high measurement accuracy and no accumulated error, and is suitable for the position and posture measurement as well as the positioning navigation of underground mechanical equipment.

The invention discloses a full-automatic LCD detecting control system and method based on an AOI technology. The system comprises an Inline line body PLC module and a detecting workstation, wherein automatic compression joint equipment and an AOI system are arranged in the detecting workstation; the Inline line body PLC module is used for controlling the position of an LCD panel on an assembly line; the automatic compression joint equipment is used for controlling a motor to carry out automatic plug wire compression joint on the LCD panel of the detecting workstation; after plug wire compression joint is finished, the AOI system is informed to begin to detect; after a detection finish signal transmitted from the AOI system is received, a wire is automatically unplugged from the LCD panel; and the AOI system is used for receiving a detection beginning signal and then automatically optically detecting the LCD panel, generating a detecting information file, and transmitting the detecting finish signal to the automatic compression joint equipment. Disadvantages of manual detection can be overcome, the defect detection speed is high, the precision is also high, the system is automatic and practical, a non-contact mode is carried out, and the development prospect in the industry of defect detection of liquid crystal displays is wide.

The invention discloses an intelligent automobile paint spraying method based on cloud computing and relates to the field of paint spraying processes. The problems of high paint loss, poor quality consistency, influence on operator health, severe contamination, low efficiency and high cost of existing manual paint spraying are solved. The intelligent automobile paint spraying method based on cloud computing comprises the steps that firstly, a 3D scanning device scans automobile parts to generate point cloud data, the point cloud data are preprocessed to generate a three-dimensional digital model, and the model is stored in a three-dimensional model database; the three-dimensional digital model generates point cloud slices based on slicing directions and slicing levels input by a user; a spray gun pose is determined and a spray gun trajectory is optimized based on the point cloud slices to obtain a spray gun trajectory, and the spray gun trajectory is uploaded to a cloud platform; the cloud platform downloads programs corresponding to the parts and inputs processing parameters for spraying; after spraying is completed, the spraying quality is inspected, report forms for filing can be selected after quality conformance. The intelligent automobile paint spraying method is good in quality consistency, free of contamination, high in efficiency and low in cost.

The invention discloses an automatic detection method for a large transfusion production line, including the following steps: 1, making a transfusion bottle filled with liquid medicine rotate in a high-speed, then rapidly stopping the transfusion bottle, so that the liquid medicine in the bottle has a self-rotating movement under the inertia; 2, picking-up a plurality of images of the transfusion bottle in which the liquid medicine is in a self-rotating state; 3, respectively digitally processing and mutually comparing to the plurality of images, distinguishing the exogenous impurity in the liquid medicine, in order to judge whether the bottle of liquid medicine is qualified. The invention also discloses an automatic detection apparatus for a large transfusion production line, which is characterized by including a rotation device, a controller, a video camera and an image processing apparatus, wherein, the output end of the controller is connected with the control terminal of the rotation device, a gripping device for fixing up the transfusion bottle, a rotating work station and a detecting work station are provided on the rotation device, and the video camera outputs data to the image processing apparatus. The invention can automatically detect whether impurity exists in the liquid medicine, with high testing accuracy and fast testing velocity.

A disclosed coal-cutter roller automatic height-adjusting system determines the position and the attitude of a coal cutter under a working-face geographic coordinate system through a positioning attitude-determining device and a working-face crossheading end position calibrating device, and a height-adjusting control core processor fuses measure data into a working-face three-dimension geological digital model according to the coal-cutter coordinates, performs three-dimension space analysis in the working-face three-dimension geological digital model according to the position of the coal cutter, obtains the cut coal layer thickness and cut coal layer variation at the position of the coal cutter, and real-timely dynamically adjusts the cutting height of the coal cutter by combining address environment parameters including coal layer dirt band. The provided coal-cutter roller automatic height-adjusting system is capable of realizing automatic height adjusting of a coal-cutter roller.

The invention provides an automobile intelligent paint spraying system based on cloud computing, relating to the field of spray painting process. The problems of large paint loss, poor quality consistency, the affection of the health of operating personnel, serious pollution, low efficiency, and high cost in existing artificial painting are solved. The system comprises a cloud computing platform, multiple city service platforms, and a plurality of spraying and baking rooms. The cloud computing platform comprises a large server, a data memory, a double-wire-access type Gigabit network, a router, a switch, a data management system, an automobile spare part 3D model database, and an automobile spare part spraying program database. Each of the city service platforms comprises a high performance server, a 3D scanning device, a 3D scanning device control system, a spray piece point cloud database, an automobile spare part spraying program database, a quality inspection database, an automobile spare part spraying path planning system, and a double-wire-access type Gigabit network. Electric shutter doors are used to divide the spraying and baking rooms into spraying rooms and baking rooms. The system has the advantages of good quality consistency, no pollution, high efficiency and low cost.

The invention provides an industrial robot, which comprises a base guide rail component, a base component, a large arm component, an engraving and milling component, a wrist component and a claw component, wherein the lower end of the base guide rail component is matched with a guide rail I and can roll along the guide rail I; the lower end of the base component is matched with a guide rail II which is arranged at the upper end of the base guide rail component and can slide along the guide rail II; the base component consists of an upper component and a lower component, wherein the upper component can rotate around the lower component; a shoulder shaft on the large arm component is in floating fit with a shoulder shaft hole formed on the upper part of the upper component, and the large arm component realizes the action of lifting or lowering the arm; the lower part of the engraving and milling component is matched with a guide rail III which is arranged on the side of the large arm component, can slide along the guide rail III and realizes a drilling action; the wrist component is arranged in a mounting hole of the large arm component through a loop bar and finishes the action of lifting and lowering the wrist; and the side of the claw component is matched with a guide rail IV which is arranged on the wrist component, slides along the guide rail IV and realizes the action of opening and closing the claws.

The invention discloses a method and a device for automatically detecting impurities in a health wine. The device comprises a detection wheel disc, a bottle feeding mechanism, a bottle discharging mechanism, a sorting mechanism for removing inferior health wine bottles, an mechanical arm for clamping and overturning health wine bottles, a detection bracket, a camera to shoot images for health wine bottles, a lens, a light source and a microprocessor. The method comprises the following steps: a health wine bottle is introduced into the detection wheel disc, is clamped and overturned by the mechanical arm; an sequence image of the health wine bottle is acquired when the health wine bottle is in an inverted state and keeps uniform motion; the acquired sequence image is located by a computer; whether impurities exist in the health bottle or not is judged; and the inferior health wine bottles are removed by a control sorting mechanism. The device and the method have the advantages of low cost, rapid detection speed, high reliability and high detection accuracy rate and the like.

The invention relates to an automatic charging system and method for an intelligent security and protection robot, and the system comprises remote control end and at least one security and protection robot. The security and protection robot comprises a main control module, an electric quantity detection module, a communication module, a drive module and a charging module, wherein the electric quantity detection module, the communication module, the drive module and the charging module are connected with the main control module. The main control module is used for obtaining the electric quantity of the battery of the security and protection robot through the electric quantity detection module, transmitting an electric quantity alarm signal to the remote control end through the communication module when the electric quantity of the battery is less than a preset threshold value, receiving a charging walking path fed back by the remote control end, controlling the drive module to drive the security and protection robot to move to a specific charging pile and controlling the charging module to be connected with the specific charging pile in a butt joint manner for charging. According to the invention, the system can enable the security and protection robot to automatically navigate to the charging pile for automatic charging when the electric quantity is not sufficient, improves the work efficiency of the security and protection robot, saves the manpower cost, and achieves the unmanned charging.

The invention discloses an automatic detection system and method for a power battery and a battery safety judgment and disposal method. The automatic detection system for the power battery comprises acontrol system as well as a KBK travelling crane, a feeding conveying line, a guide rail robot, a detection frame, detection equipment, a discharging conveying line, an automatic battery parameter acquisition device and an abnormal battery disposal system which are respectively and electrically connected with the control system. The automatic detection system realizes automatic and unmanned powerbattery detection, also realizes automatic acquisition and analysis of battery safety parameters, realizes intelligent and rapid abnormal handling by cooperating with the guide rail robot and is safeand reliable.

The invention provides an intelligent molten iron conveying system. The system comprises a haulage motor body, a molten iron conveying vehicle body, a vehicle-mounted control system and a ground control system, wherein the vehicle-mounted control system is used for controlling motions of the haulage motor body and the molten iron conveying vehicle body according to a control instruction, the ground control system is used for collecting external environment information and controlling a ground advancing line of the haulage motor body and the molten iron conveying vehicle body according to the control instruction, and a centralized control platform is used for sending the control instruction to the vehicle-mounted control system and the ground control system. Automatic interaction of information and the control instruction is performed through the centralized control platform, a molten iron transporting vehicle achieves unmanned and organization scheduling intelligence in the whole molten iron transporting working process from a blast furnace casting field to a steel making transit station, the haulage motor operation efficiency is improved, the iron molten temperature drop is lowered, the road and haulage motor operation safety is improved, equipment damage and accidents caused by faults such as worker operation and judgment are completely eradicated, the operation risk is lowered, and personal safety of workers is ensured.

The invention discloses an automatic on-line steel bar on-line automatic counting and splitting system, which comprises an automatic counting system and an automatic steel bar splitting system, wherein the automatic steel bar splitting system comprises an end part steel bar splitting machine, a subsequent complete steel bar splitting machine and a steel bar splitting visual feedback system. The automatic on-line steel bar on-line automatic counting and splitting system has the beneficial effects that the automatic on-line steel bar on-line automatic counting and splitting system can be used for realizing the automatic counting and fixed section separation on steel bars, the unmanned operation is realized, the labor is saved, the counting is almost continuous without intermission, once chain bed halt is only needed in the steel bar splitting process once, and the production and operation efficiency of enterprises is greatly improved, the steel bar splitting precision is high, the precise steel bar splitting can be completed under complicated work conditions, the application range is wide, and huge practical application values are realized.

The invention discloses an online temperature measurement system based on passive wireless sound surface wave sensors. The system comprises a core control module, the passive sound surface wave sensors, a wireless radiofrequency emitting module, a wireless radiofrequency receiving module and a storage display module. The core control module controls the wireless radiofrequency emitting module to generate radiofrequency pulse signals, the signals are emitted through an apparatus antenna, and the passive sound surface wave sensors, after receiving the radiofrequency pulse signals, emit the radio frequency pulse signals comprising inside temperature information of power equipment through sensor antennas. The wireless radiofrequency receiving module receives and modulates the radiofrequency pulse signals to obtain temperature signals, the core control module processes the temperature signals by use of an adaptive filtering algorithm, a result is displayed through a display, and in case of temperature abnormities, an acousto-optic alarm apparatus generates an acousto-optic alarm. Compared to the prior art, the online temperature measurement system has good insulation and anti-electromagnetic interference performance and solves the problem of difficulty in monitoring a contact operation temperature inside such power equipment as a switch cabinet, a transformer and the like.

The invention relates to an intelligent express delivery device and belongs to the technical field of logistics transport devices. The intelligent express delivery device solves the technical problemof low efficiency of package delivery and pick-up in the prior art. The technical solution comprises a storage area arranged in the front part of a carriage, wherein a storage area unfolding device isarranged on the top of the carriage; an automatic compartment door is also arranged on the top of the carriage; a package pick-up device is mounted at the middle of the bottom of the carriage; the rear part of the carriage is provided with an upper layer and a lower layer; the lower layer is a package sending and pick-up platform; the upper layer of the carriage is an unmanned aerial vehicle package delivery device; and a hydraulic lifting device is mounted between the bottom of the carriage and a carrying vehicle. The intelligent express delivery device applies the technical improvement of the automated storage and retrieval system to an express delivery vehicle so as to achieve a high intensive degree, free the package sending and pick-up from the time limitation, realize the intelligence and unmanned operation of the package sending and pick-up process, save human resources and solve the problem of "the last kilometer" of packages to a greater extent. The intelligent express delivery device conforms to the development trend of "Internet plus express delivery" and is worth popularizing and applying widely.

The invention discloses a mine main drainage automatic control and remote monitoring system. A network type control structure with an upper computer combined with a lower computer is adopted, the upper computer comprises an industrial personal computer, and the lower computer comprises a main operating table, a sub operating table, a mining explosive-proof and intrinsic safety type electric cabinet, an executing mechanism and a sensor. Data between the upper computer and the lower computer are exchanged in real time through the Ethernet, and then the executing mechanism is used for controlling underground drainage equipment. The mine main drainage system real-time monitoring management system has the functions of information collection and storage, automatic control, data processing and network transmission, and can effectively improve a management mode of a mine main drainage system, improve productivity and achieve unmanned and flexible-manpower-line operation of an underground central pump house.

The invention relates to an automatically guiding trolley device, which is characterized in that a trolley device case consists of a slide block connection board and a rack; the slide block connection board is connected on the an X-rail straight line location system slide block; an elevator platform straight line location system component is positioned on the slide block connection board through a mounting base; an adjustment mounting block is positioned on the elevator platform straight line location system component; a butt-joint platform straight line location system component is positioned on the elevator platform straight line location system component through a fixing component, the slide block connection board and a carriage; a loading platform is positioned on the butt-joint platform straight line location system component; a vertical alignment sensor and a horizontal alignment sensor are positioned at the front end of the loading platform; a catching platform component is positioned on the butt-joint platform straight line location system component; and a fan filter device is arranged at the upper end of the carriage. The invention has the advantages of providing the possibility of unmanned operation in a clean house, and reducing artificial pollutant source, thereby providing more guarantee for the product aseptic and effectively increasing productivity.

The embodiment of the invention discloses a self-pickup cabinet. According to the specific implementing manner of the self-pickup cabinet, a body part, a sorting device, an arrester and a master control device are included. The body part is of a hollow structure with the top opened, and at least part of the hollow structure is formed through surrounding of a plurality of self-pickup boxes. The arrester is arranged on the top of the body part and comprises a parking apron, and the parking apron is provided with a channel through which goods dispatched by an unmanned aerial vehicle can pass, andthe channel is right opposite to the top opening. The sorting device is arranged in the hollow structure, is in communication connection with the master control device and can receive the goods dispatched by the unmanned aerial vehicle according to a goods receiving instruction after the goods receiving instruction sent by the master control device is received, and the received goods are conveyedinto the self-pickup boxes of the self-pickup cabinet according to a first sorting instruction after the first sorting instruction sent by the master control device is received. According to the self-pickup cabinet, the goods dispatched by the unmanned aerial vehicle are conveyed to the corresponding self-pickup boxes through the sorting device, and unmanned goods delivery is better achieved.

The invention discloses a loading method and device of an intelligent logistics environment robot. The method comprises the following steps that firstly, cargo information is acquired in real time; secondly, the coordinates of the placement positions of cargoes in to-be-loaded areas corresponding to conveying addresses are calculated; thirdly, a classification robot is utilized for clamping the cargoes to the corresponding to-be-loaded areas used for temporary storage from a conveying belt; fourthly, the coordinates of the final positions of the cargoes in loading areas of an AGV intelligent carrier; and fifthly, the cargoes are carried to the loading areas of the AGV intelligent carrier according to a control matrix obtained by an intelligent carrying control model. The cargo sizes, the cargo conveying addresses, the cargo position coordinates and other information are automatically acquired by combining machine vision, the classification robot and the intelligent carrier are utilizedfor automatically and intelligently classifying and loading the cargoes by setting up a neural network model, the loading error rate is greatly reduced, and the loading efficiency is improved.

The invention discloses a parking spot integrated management system. The system is composed of a WIFI local area network arranged in a parking lot, inductive parking spot locks mounted in parking spots, and a carry-on mobile application terminal. Each inductive parking spot lock comprises a parking spot lock holder, a serial WIFI chip arranged inside the parking spot lock holder, a radar induction system and an electromechanical control system. The mobile application terminal is internally equipped with a wireless communication module and an APP client. The inductive parking spot locks and the mobile application terminal are in two-way communication connection with the WIFI local area network via a wireless network. The mobile application terminal and the inductive parking spot locks are in two-way communication connection with each other. By using the parking spot management system of the invention, informationized parking spot management, convenient parking fee payment, unmanned parking lot management and full-automatic parking lock control are realized, diversified modes of parking spot development are provided, the use value of parking spots is promoted, the system is simple and easy to operate, and a lot of time is saved for car owners.