34results about How to "Embody automation" patented technology

The invention discloses a warehouse goods storage device and relates to the field of warehouse storage logistics. The warehouse goods storage device comprises a storage rack main body which at least comprises two placing layers, wherein a goods inlet and a goods outlet are separately formed in two sides of each placing layer; the warehouse goods storage device also comprises a goods upper rack mechanism and a goods lower rack mechanism; the goods upper rack mechanism comprises a base, a placing table, a first driving assembly and a second driving assembly, and a third driving assemblies and barrier parts are arranged on the placing layers; the goods lower rack mechanism comprises a lower slideway and a bearing rack, the bearing rack comprises a central rod and a spiral slideway which is spirally arranged around the central rod from top to bottom, and a goods delivery port is formed in the lower end of the spiral slideway. The warehouse goods storage device provided by the invention isstable to work, convenient to operate and high in degree of automation, can improve the goods loading and unloading efficiency and reduce the labor intensity greatly, and meets the modern logistics development tendency.

The invention relates to a punching head used for cutting a flexible material and a control method thereof. The punching head comprises a connecting rod, a blade fixing frame, a rotation driving mechanism, a vertical driving mechanism, a directional guide sleeve and a guide part. The blade fixing frame is arranged at the lower end of the connecting rod. A hollow pipe body is arranged in the directional guide sleeve. One end of the connecting rod penetrates through the directional guide sleeve to be fixed to the blade fixing frame, and the other end of the connecting rod is rotatably connected with the vertical driving mechanism. A directional groove is formed in the side wall of the directional guide sleeve. The guide part is fixed to the connecting rod. The punching head and a punching blade can cut the multi-layer flexible material, the requirement for the adsorption capacity of the material is low, the problems that a vibration cutter used for cutting is liable to be deformed and the multi-layer material moves during cutting are solved, the production requirement of users is met, and the work efficiency is improved. The control method achieves automation and intelligence, the completed cutting effect is good, and the market prospects are promising.

The invention discloses an intelligent access control and metering system and method for a grain depot. The invention realizes the management of the access control and metering operation of vehicles entering and leaving the warehouse by using ground induction coil induction, RFID technology, license plate recognition and automatic weighing technology of the weighbridge. Automation, which solves the problem of large amount of manual participation in the existing technology, uses RFID technology to register and upload vehicle information to subsequent links in real time, avoiding the problems of difficult information verification and prone to misoperation. The intelligent induction control of two-way barriers and the real-time tracking and control of vehicle operation information avoid the cumbersome processes of manual opening and closing of barriers and driver registration information, saving a lot of manpower and material resources. Automation of management and metering operations. In addition, the present invention monitors the entire process of intelligent access control and metering to prevent staff from cheating or quickly call out video information for related operations in case of emergencies.

The invention discloses a method for automatic testing of RMC software mainly based on the expect tool. The specific steps are as follows: 1. Build a HOST server and install a Linux system; connect the HOST to the RMC network of the cabinet through the network; set up the network so that The HOST server and the RMC of the cabinet are connected and record the RMC IP address; 2. Run the automated test script: first create a configuration file, save the setting values ​​​​of RMC related items into the file, and then log in from the HOST to the Capture and process RMC-related information on the RMC, save it to a temporary file, and finally use a text editing tool to read the setting values ​​of RMC-related items from the temporary file and compare them with the values ​​in the configuration file to obtain the test results. The use of this method greatly simplifies the testing process of RMC software and reduces the input of manpower.

The invention provides a self-adaptive mechanical arm device comprising a finger base, a plurality of self-adaptive fingers connected to the finger base and a power device used for driving the self-adaptive fingers to move. Each self-adaptive finger comprises an inner rod with the inner end hinged to the finger base, a middle rod with the inner end hinged to the outer end of the inner rod and an outer rod with the inner end hinged to the outer end of the middle rod. The self-adaptive mechanical arm device is applied to mechanical arms at docks for intelligent carrying of large and complicated parts on ports; the stress in the carrying process can be monitored in real time and the carrying process is monitored in real time; the working efficiency is increased; the work intensity of workers is reduced and the goods carrying safety is improved.

The invention discloses a silicon-on-insulator N-channel metal oxide semiconductor (SOI NMOS) total dosage radiation model building method, which belongs to the technical field of parameter extraction and model building. The method comprises the following steps of: obtaining model parameters before SOI NMOS radiation, adding parameter relevant to the total dosage to the model parameters and forming the SOI NMOS total dosage radiation model containing unknown parameters; and obtaining values of the unknown parameters in the SOI NMOS total dosage radiation model and forming the final total dosage radiation model. Through the model building method, the total dosage radiation model is more overall and reliable, and in addition, the automation on the newly added model parameter extraction is also realized by the method, so the complicated parameter extraction and model building become simpler and more efficient.

The invention relates to an armored fiber jumper laser armor stripping device. The device comprises a base (1), a stationary fixture (2), an outer sheath shearer (4), an aramid fiber shearer(3), a steel armor cutter (5) and a sliding plate (6); a longitudinal sliding rail (101) and a transverse sliding rail (102) are arranged on the base (1); the outer sheath shearer (4) and the steel armor cutter(5) are arranged on the sliding plate (6), a groove matched with the longitudinal sliding rail (101) is arranged at the bottom of the sliding plate (6), and the bottom of the sliding plate is connected with the longitudinal sliding rail (101); a groove matched with the transverse sliding rail (102) is arranged at the bottom of the aramid fiber shearer (3) and the bottom of the aramid fiber shearer is connected with the transverse sliding rail (102); the stationary fixture (2) is arranged on the base (1), and optical fiber through holes for the penetration of the optical fiber are arranged onthe stationary fixture (2) and the outer sheath shearer (4). After shearing the outer sheath and the aramid, the steel armor cutter (5) cuts the steel armor in a rotary manner through the principle that the laser cannot cut the optical fiber.

The invention belongs to the field of waste water treatment and relates to a modular treatment system for cleaning waste water in chemical packaging barrels. It is composed of a waste water collection module, a waste water physical and chemical treatment module, a waste water biochemical treatment module and a waste water advanced treatment module. Connection, the wastewater physical and chemical treatment module is connected with the wastewater biochemical treatment module, the wastewater biochemical treatment module is connected with the wastewater advanced treatment module, the wastewater biochemical treatment module is composed of an aerobic pool and an anaerobic pool; the wastewater advanced treatment module is connected with the discharge port. The modular treatment system for cleaning waste water of chemical packaging barrels provided by the invention has wide adaptability, simple and flexible operation and management, low cost, and stable and up-to-standard treatment effects.

The present invention proposes a calibration method that a vector network analyzer utilizes an electronic calibration unit to measure the group delay of a mixer, comprising the following steps: step (1), two inputs of the vector network analyzer corresponding to the tested mixer, Connect the two-port electronic calibration unit between the output ports for calibration; step (2), connect the mixer to the input port, and connect the electronic calibration unit at the output port of the mixer for calibration; step (3), remove the electronic calibration unit, Connect the output port of the mixer directly to the port of the vector network analyzer for calibration. In the method of the present invention, the operation of the user is very simple, which embodies the characteristics of automation and intelligence of the calibration method, thereby also reducing the connection error introduced by the user's repeated connection of the standard parts, so the maximum guarantee of the technology. Calibration accuracy.

The invention discloses a high-efficiency continuous film-sieving self-suctioning type liquid vinegar fermentation device and process, and belongs to the field of brewing devices. The high-efficiency continuous film-sieving self-suctioning type liquid vinegar fermentation device comprises a tank body, a cold water pool, a mother liquor sieving circulation pipeline and a wine liquor feeding device. The high-efficiency continuous film-sieving self-suctioning type liquid vinegar fermentation device is characterized in that the tank body is internally provided with a spiral cooling pipe, one end of the spiral cooling pipe is communicated with a cooling water pipe entering the lower part of the tank body, and the other end of the spiral cooling pipe is communicated with a cooling water pipe entering the upper part of the tank body; the cooling water pipe is communicated with the cold water pool to form a cooling water pipeline; the cooling water pipeline is provided with a circulating pump for driving cooling water to circulate; the lower part of the tank body is provided with the mother liquor sieving circulation pipeline to be communicated with the inner part of the tank body; the upper end of the tank body is provided with an air inlet pipe which is internally provided with the wine liquor feeding device; and the lower end of the tank body is provided with a motor for driving a stator and a rotor in the tank body to rotate. The high-efficiency continuous film-sieving self-suctioning type liquid vinegar fermentation device disclosed by the invention has the advantages that the structure is reasonable, the operation is simple, and continuous vinegar discharging and continuous sieving of strong thalli of acetic bacteria are maintained, so that electrical-energy waste at the separation interval is reduced.

The invention discloses a system and method for engineering intelligent access control and weighing measurement. The engineering intelligent access control and weighing measurement system provided by the present invention includes two sets of weighing monitoring devices installed in the passageway of entering and leaving the station. Gate intelligent access control subsystem, mobile terminal, printer, display screen, the present invention also provides a specific and practical intelligent access control and weighing measurement method. By using weight sensing, RFID technology, central controller automatic control technology and weighbridge automatic weighing technology, etc., the present invention realizes the automation of vehicle entry and exit control management and metering operations, and solves the problem of large amount of manual participation in the prior art. problem, saving a lot of manpower and material resources.

The invention provides a corner drawing forming and both edge correcting device. The corner drawing forming and both edge correcting device comprises a lathe body and a pressing device arranged on the lathe body, wherein the pressing device comprises a pressing hydro-cylinder and a pressing plate which are mounted on the lathe body, and the lathe body is also provided with an axle-type fast-change forming device and an integrated type shearing device. The axle-type fast-change forming device comprises a multi-station axle-type forming roller, a forming guiding pulley, a forming groove positioning driven pulley and a multi-station transformation reshaping combined square die upper die, and the integrated type shearing device comprises a shearing adjustment wedge, a shearing cutter, a shearing cutter seat, a shearing hydro-cylinder and a both edge correction reshaping hydro-cylinder. The shearing cutter is mounted on a rolling die rack, the shearing cylinder is mounted on a slider back board, and the both edge correction reshaping hydro-cylinder is mounted under a combined square die seat. The corner drawing forming and both edge correcting device has the advantages that a forming groove is convenient and rapid to change, the shearing efficiency and the shearing quality are greatly enhanced, the utilization rate of a combined square die is increased significantly and the like.

The invention discloses an automatic identification device for a vehicle. The automatic identification device comprises a road gate support and a gate rod installed on the road gate support. A drive device for driving the gate rod to rotate along the road gate support is arranged in the road gate support. An RFID reader and an application system are arranged in the gate rod. The RFID reader comprises a transmitter and a receiver. The application system is connected with the drive device and comprises a WiFi communication module. A camera shooting mechanism is arranged above the gate rod and comprises a vertically-arranged sliding board, a motor and a base, a screw and a camera, wherein the motor and the base are fixed to the upper end and the lower end of the sliding board, one end of the screw is connected with a rotary shaft of the motor, and the other end of the screw is rotationally connected with the base. By the adoption of the automatic identification device, the vehicle is identified through an RFID system, a large amount of manpower and a large number of material resources are saved, the automation of vehicle garage entry and exit access control and computation operation is further expressed, safety is high, the registering speed is high, and the error rate is low.