596results about How to "No manual" patented technology

The invention discloses a continuous type alloy steel heat treatment line, solving the problem existing in small-section ultra-long material workpiece heat treatment. The continuous type alloy steel heat treatment line is formed by connecting a continuous type roller hearth heating furnace, a roller hearth type quenching groove and electric heating continuous type roller hearth furnace in series.The heat treatment process comprises the following steps of: carrying out austenitization heating on a workpiece in the continuous type roller hearth heating furnace, rapidly discharging after reaching the process time and then entering into the roller hearth type quenching groove; automatically generating a non-continuous water cold process according to the chemical components and different standards of the workpiece, and rapidly cooling through an immersion or spray mode; and tempering the workpiece which is cooled to room temperature according to the process requirement. The continuous type alloy steel heat treatment line has the advantages that: 1, the quenching, solid solution and normalizing continuous heat treatment of the small-section ultra-long material workpiece are achieved, and the heat treatment is completed on roller beds which are located on the same height and axis; 2, a quenching medium is stable in the rising process, and the workpiece can be simultaneously cooled in the length direction; and 3, fire danger and lamp black pollution are precluded by adopting non-continuous water quenching.

The invention provides a midway charging system for an electric vehicle. The electric vehicle is provided with a pantograph (301), a charging grid (10) is arranged along a road, and an insulating protection shell (101) is arranged on an outer layer of the charging grid (10); base stations (20) are arranged at certain intervals in the charging grid (10); when the pantograph (301) enters a preset range of one of the base stations (20), the base station (20) acquires the identification information of the electric vehicle (30) through near-field communication and remotely transmits the identification information to a management center (40), and the management center (40) authenticates the identification information; and under the condition that the identification information passes authentication, the management center (40) remotely controls the base station (20) to open the insulating protection shell (101) to allow the pantograph (301) to be contacted with the charging grid (10) for charging the electric vehicle, and the management center (40) performs billing and management. By adoption of the midway charging system for the electric vehicle, timely and convenient electric energy supplementation of the electric vehicle is ensured, the construction cost of a charging station is reduced, and the problem about charging of the electric vehicle in the prior art is fundamentally solved.

The invention relates to a full-automatic rotor measuring machine, in particular to a measuring machine which can achieve measuring and grouping workpieces of the same specification in the same position and different groups in the production process of a rotor of an automobile steering vane pump according to the thicknesses and the groove widths, and the measuring machine has the functions of automatically achieving measuring and grouping of the workpieces. The measuring machine comprises a rack, a feeding stepping mechanism, a feeding stepping rotary material disc, feeding rods, a feeding mechanical arm, a material moving mechanism, a rotating positioning mechanism, a groove width measuring mechanism, a thickness measuring mechanism, an optical fiber sensor, a discharging station, an alarm light, an operation box, a servo motor movable grouping mechanism, a discharging mechanical arm, a gravity material channel, a alarm switch for the full state of material and an electronic control cabinet. The feeding stepping rotary material disc is arranged on the left portion of the rack, and the multiple feeding rods are connected to the feeding stepping rotary material disc. The full-automatic rotor measuring machine achieves automatic grabbing, automatic material moving, automatic recognizing and automatic storing in groups of the workpieces and automatically achieves measuring and grouping of the workpieces.

The invention discloses a product detecting and sorting system which comprises an annular feed line, a first grabbing mechanical hand, a second grabbing mechanical hand, an annular detecting line and a finished product conveying belt. The first grabbing mechanical hand and the second grabbing mechanical hand are completely the same in structure. The annular detecting line is arranged on one side of the annular feed line. The first grabbing mechanical hand is arranged above the annular feed line and the annular detecting line and used for grabbing products on the annular feed line to the annular detecting line. The finished product conveying belt is arranged on one side of the annular detecting line. The second grabbing mechanical hand is arranged above the annular detecting line and the finished product conveying belt and used for grabbing products on the annular detecting line to the finished product conveying belt. By means of the full-automatic product detecting and sorting system, full automation is achieved, no manpower is needed, labor resources are saved, detecting speed and product sorting speed are greatly increased, production efficiency is greatly improved, accuracy is greatly improved, and the overall quality level of products can be improved.

The invention discloses a high-performance remote sensing image synthesis method. The method comprises the steps that original remote sensing image data is acquired, and a cloud covered area in the original remote sensing image data is extracted; mask clipping is performed on the remote sensing image data obtained after extraction, and cloudless fragment image data is obtained and stored; a task area to be synthesized is divided into blocks to obtain multiple subtask areas; the cloudless fragment image data in the subtask areas is subjected to substitutive inlaying parallelization processing according to cloudless inlaying rules, and synthesized cloudless image data blocks in all the subtask areas are output; and the cloudless image data blocks acquired from all the subtask areas are gathered to output a synthesized cloudless remote sensing image of the whole task area. According to the method, only a cloudless fragment image is stored, so that the data storage volume is lowered; substitutive inlaying processing is performed according to areas in a multithread parallel mode, thus, efficiency is improved, and a large-range cloudless inlaid image can be acquired; by means of local histogram matching, the problem of hue inconsistency is eliminated while hue adjustment is guaranteed.

The invention relates to the field of notebook computers, in particular to an all-dimensional computer surface ash removing machine. The all-dimensional computer surface ash removing machine comprises a body mechanism, a keyboard cleaning device, an advancing mechanism and a screen cleaning device. The body mechanism comprises a left side plate, a right side plate, four supporting air cylinders and two rodless air cylinders; the keyboard cleaning device comprises a sliding plate, front and back screws, front and back motors, a moving plate, a keyboard cleaning motor, a keyboard cleaning machine, a hairbrush, a keyboard cleaning air cylinder and a dirty removing sponge; and the screen cleaning device comprises a fixed plate, left and right screws, left and right motors, a screen cleaning block, a screen cleaning air cylinder, a rotary supporting air cylinder and a screen cleaning sponge. By means of the all-dimensional computer surface ash removing machine, a computer keyboard can be subject to automatic hairbrush cleaning and sponge wiping; in addition, automatic cleaning of a liquid crystal display can be achieved, the automatic degree is high, manual work is not needed, the structural design is ingenious, and the manpower is saved.

The invention discloses a CAN bus-based multi-node automatic networking method. A CAN node is electrified to intercept and wait for a first duration, randomly postpones for a second duration and obtains an ID, and then, sends the ID through broadcasting. The CAN node successfully sending the ID through broadcasting sets the sent ID as an own ID, and then, sends the own ID one time at each heartbeat time. The node which cannot successfully send the ID receives an ID message broadcasted by the CAN node successfully sending the ID, and considers that the ID is occupied, adds 1 to the ID to form anew ID, stops last sending, randomly postpones for the second duration, and sends the new ID message again through broadcasting. By analogy, until all the CAN nodes are allocated with the ID. The automatic networking method provided by the invention aims at applications where multiple machines are connected in parallel and a plurality of nodes are on the bus, through an automatic networking algorithm, realizes ID allocation and dynamic increase and decrease of nodes, and has no need of any artificial or external intervention.

A cutter belt processing device comprises a constant angle constant-pressure automatic compensating and feeding device and a dynamic positioning assembly, wherein the constant angle constant-pressure automatic compensating and feeding device and the dynamic positioning assembly are fixedly arranged on a base plate. The constant angle constant-pressure automatic compensating and feeding device comprises a grinder, an angle adjuster and a compensating feeder, wherein the grinder is arranged above the base plate through the angle adjuster, the grinder can rotate in a vertical plane above the base plate, and the compensating feeder is arranged on the grinder. The cutter belt processing device is strong in maneuverability, easy and convenient in angle adjusting and capable of meeting technological requirements for producing high-accuracy cutter belts, enables high-accuracy grinding of blades of the cutter belts to be easy and controllable, does not need manual or other types of intervention during service life of a grinding wheel, is high in dynamic positioning stability, cannot damage blades or abrade cutter bodies, guarantees technology and control stability of a cutter belt manufacturing process, avoids the time for replacing the positioning assembly when product specification needs to be changed and greatly reduces the preparation time for changing product specification.

The invention relates to a making device, in particular to an egg tart making device. The invention aims to provide the egg tart making device which can automatically place a small disc, enable a wrapper to automatically fall into the small disc and reduce manual operation. According to the technical scheme, the egg tart making device comprises: a rack, wherein a supporting cylinder is installed on the bottom wall of the rack, and a first air cylinder is arranged on the upper portion of the rack; and a rotating mechanism which is arranged among the rack bottom wall, the supporting cylinder andthe first air cylinder, wherein a discharging mechanism is installed between the front side of the supporting cylinder and the upper portion of the rack and connected to the rotating mechanism. According to the invention, the rotating mechanism can drive the wrapper and the small disc to rotate intermittently, and a round pressing block can press the wrapper conveniently. The pressed wrapper canbe pushed out automatically through the pushing mechanism and do not need to be taken down manually. The wrapper and the small disc can be placed automatically through the discharging mechanism, and the small disc and the wrapper do not need to be placed in a placing groove manually and repeatedly.

The invention relates to a top coal gangue interface recognition test system comprising a base, a coal gangue particle impact vibration test device, a simulating coal flow coal gangue drop impact testdevice. The coal gangue particle impact vibration test device comprises a vibration table device, a bracket assembly, a coal release device and a high-speed camera component. The coal release devicereleases the coal gangue particles to the vibration table device. The high-speed camera component obtains instantaneous image information that the coal gangue particles drop on the vibration table device. The simulating coal flow coal gangue drop impact test device includes a simulating coal flow drop device, a coal gangue transport device, a coal shovel device and a top coal hydraulic support working group. Subsequently, a simulating coal pressure loading device and coal flow buckle device perform a simulating coal flow coal gangue drop impact test on the top coal hydraulic support working group. The test system can realize the vibration plate test of single-particle, multi-particle, group-particle coal gangue impact simulation, can also simulate the actual drop of the top coal, and can effectively obtain the data of the top coal drop test.

The invention relates to the field of computer technology, in particular to automatic equipment for cleaning and maintaining computer hardware. The upper end of the U-shaped splint is clamped with a computer hardware body, and the side wall of the air bag is symmetrically connected with two flexible pipes. The first T-shaped piston above the hose is movably plugged into the inner wall of the tube, a sleeve is movably plugged into the vertical plate, and a suction cup is connected to the opposite end of the two sleeves, and the inner wall of the end of the sleeve away from the suction cup is movable. A second T-shaped piston is plugged in, and the other end of the second T-shaped piston passes through the sleeve to reach the outside of the sleeve. The other end of one of the straight rods is hinged to the lower end of the sleeve, and the vertical plate is fixedly inserted There is a dust removal pipe located above the sleeve, and an induced draft fan is installed in the dust removal pipe. The invention has the characteristics of simple structure, good dust removal efficiency, high degree of automation, etc., and has strong practicability.

The invention relates to the field of cable equipment, in particular to equipment for adjusting relaxation degree of copper wires for cables. The equipment comprises a frame, a first guide wheel, a second guide wheel, a tensioning device, a tension sensor and an LED lamp, wherein the tensioning device is positioned on the right side of the frame; the tension sensor is positioned on the left side of the frame; the tensioning device comprises a pair of tensioning wheels, a sliding block, a pair of first connecting rods, a pair of second connecting rods and a tensioning cylinder; an LED lamp is mounted on a partition. The tensioning cylinder stretches and retracts to drive the tensioning wheels to slide so as to adjust tensioning of the copper wires in a wiredrawing process. The equipment is simple in structure and convenient to operate, and manual operation is not required. In addition, the equipment can simultaneously tension two copper wires, can adapt to the condition of simultaneous wire drawing of the two copper wires, is high in adaptability, and has high practical value.

The invention discloses an intelligent liquid cloud feeding system for a large livestock farm. The system comprises a stock bin and pig houses. The stock bin is internally provided with an intelligent central control room, a fully-intelligent matching and constant-temperature stirring tank, a fully-intelligent power main machine and a screw type air compressor. Each pig house is internally provided with distributed material conveying pipelines provided with intelligent discharge terminals. A distributed material stirring tank and a distributed material conveyer are arranged outside each pig house. The screw type air compressor is connected with distributed material stirring tanks through compressed air pipelines. The fully-intelligent matching and constant-temperature stirring tank is connected with the fully-intelligent power main machine and connected with the distributed material stirring tanks through main material conveying pipelines. The feeding system comprises an intelligent control terminal, and the intelligent central control room is provided with an intelligent control receiving device which is in wireless communication with the intelligent control terminal. Compared with the prior art, fully-automatic operation is achieved, and manual work is not needed; manual transport and vehicle transport cost is reduced; timed, quantitative and precise feeding is achieved, and feed cost is reduced.

The invention discloses an air drying device for tea leaf processing. The air drying device for tea leaf processing comprises air drying chambers, tea leaf air drying trays and hot air blowers. A plurality of holding frames are installed on the two opposite sides inside the air drying chambers. The tea leaf air drying trays are installed on the holding frames. Each tea leaf air drying tray comprises a tray fixing frame and a tray bottom plate, wherein the tray fixing frame is installed on the corresponding holding frames. A transverse plate is installed inside each air drying chamber at the top of the corresponding tea leaf air drying tray. According to the air drying device for tea leaf processing, the hot air blowers move to achieve hot air drying of tea leaves on the tea leaf air dryingtrays, so that the tea leaves are heated uniformly, temperature balance and air flowing inside the air drying chambers can be facilitated, air drying efficiency is improved, and the air drying cost of the tea leaves is reduced; by vibrating the tray bottom plates, the gaps between the tea leaves on the tray bottom plates can be widened, the contact probability and contact area between hot air generated by the hot air blowers and the tea leaves at the bottoms of the tea air drying trays are increased, and thus the air drying uniformity and efficiency of the tea leaves are effectively improved,manual turning of the tea leaves is not needed, and the labor intensity of personnel is reduced.

The invention provides a peeling and seed taking mechanism in a snakegourd fruit processing production line, and belongs to the technical field of machines. The peeling and seed taking mechanism in snakegourd fruit processing production line comprises a machine frame, wherein a delivery tank for transporting processed snakegourd fruits out is fixedly arranged on the machine frame; the peeling andseed taking mechanism comprises a temporary storage box; the delivery tank is fixedly arranged on the machine frame, and is located below the peeling and seed taking mechanism; the peeling and seed taking mechanism also comprises a third drum, a fourth drum and a conveyer belt II; the third drum and the fourth drum are rotatably arranged on the machine frame; the conveyer belt II is arranged on the first drum and the fourth drum in a sleeving manner; the third drum is driven by a fifth motor to rotate; a plurality of material taking plates are arranged on the conveyer belt II in the equal distance; every two adjacent material taking plates form a placing region of the snakegourd fruits; and the material taking plates can extend into the temporary storage box. The peeling and seed taking mechanism disclosed by the invention has the advantage of being high in peeling and seed taking efficiency of the snakegourd fruits.

The invention provides a water heater comprising a water storage liner. A heating pipe is arranged in the water storage liner; a water inlet pipe with one end being closed is fixed to the other end ofthe water storage liner, and the closed end of the water inlet pipe is located in the water storage liner; water injection holes penetrating through the pipe wall of the water inlet pipe are formed in the position, in the water storage liner, of the outer wall of the water inlet pipe; an annular movable retainer ring is connected to a lead screw in a threaded mode; a plurality of flexible scrapers are fixed to the outer side wall of the movable retainer ring and abut against the inner side wall of the water storage liner in a pressed mode; a driving piece is fixed to one end of the lead screw; a sewage discharging pipe is fixed to the lower end of the water storage liner; the driving piece drives the lead screw under control of a controller to rotate; a water scale detection device is further arranged in the water storage liner and connected with the controller for detecting the thickness of water scale in the water storage liner in real time.

The invention relates to a ground management system for an unmanned aerial vehicle, comprising a landing platform (10), a ground service platform, a take-off platform (40) and a first guide rail (50), the first guide rail is used for connecting the landing platform, the ground service platform and the take-off platform, so that after landing on the landing platform, the UAV (60) moves to the ground service platform along the first guide rail to receive the ground service, and after receiving the ground service, it moves to the take-off platform along the first guide rail to prepare for take-off. In the present invention, by setting the first guide rail, after landing on the landing platform, the UAV can receive various service items in the ground service platform in sequence along the first guide rail, and finally arrive at the take-off platform for take-off preparation. The first guide rail can Guiding a series of actions of the UAV on the ground, the system can realize a high degree of automation, operate autonomously in the whole process, without manual labor, which can not only save manpower, but also improve efficiency and reduce management costs, which is suitable for popularization and application.

The invention discloses a cone yarn fetching delivery wagon. The cone yarn fetching delivery wagon comprises a rail, a driving device, a conveying mechanism, cone yarn holders, a marking card and a sensing identifying device; the rail crosses through the position where a cone yarn production process and a packaging process locate; the conveying mechanism is moved and positioned on the rail along the extending direction of the rail, and the driving device drives the conveying mechanism to move; several cone yarn holders are installed on the conveying mechanism, a holding space for stopping and storing the cone yarn is formed on the cone yarn holders; the marking card is installed on the cone yarn holder, and a mark corresponding to the cone yarn held by the cone yarn holders is arranged on the marking card; the sensing identifying device can identify the mark on the marking card and send it to a controller; the controller controls the movement of the driving device. The cone yarn fetching delivery wagon realizes the automatic conveying, variety identification, classified storage, and full-automatic operation of the cone yarn; besides, the cone yarn fetching delivery wagon improves the production and conveying efficiency, saves labor work, and avoids the classifying mistake.

The invention discloses an automatic film-coating and edge-covering device. The automatic film-coating and edge-covering device comprises a rack with an installation plate, a cylinder fixed to the installation plate, a lower lifting plate connected with the output shaft of the cylinder, and an edge-covering mechanism and a shell-pressing mechanism which are connected with the lower lifting plate, wherein the edge-covering mechanism comprises a fixed frame connected with the lower lifting plate and four edge-pressing assemblies installed on the fixed frame; the fixed frame is provided with a mobile phone shell placement cavity; the edge-pressing assemblies are located at the four sides of the mobile phone shell placement cavity respectively; the shell-pressing mechanism comprises an upper lifting plate located at one side away from the lower lifting plate, of the installation plate, a shell-pressing element located in the mobile phone shell placement cavity, a plurality of slide rod assemblies connected with the upper lifting plate and the shell-pressing element, and a plurality of push rods connected with the upper lifting plate and the lower lifting plate; each slide rod assembly comprises a slide rod, an elastic element arranged on the slide rod in a sleeving manner, and a stop block located at one side away from the installation plate, of the upper lifting plate; and one end of each slide rod is connected with a press plate, and the other end of the slide rod penetrates through the upper lifting plate and then is connected with the corresponding stop block. The automatic film-coating and edge-covering device disclosed by the invention realizes simultaneous automatic edge-covering for the four edge parts of a mobile phone shell.