20results about How to "Improve mobile efficiency" patented technology

The application belongs to the field of robots, relates to a data analysis technique, and aims to solve the problem that the existing intelligent control system for robot moving route cannot timely adjust the planned route of the robot according to the obstacle analysis result, in particular to an intelligent control system for robot moving route based on the Internet of Things, which comprises an intelligent control platform, wherein the intelligent control platform is communicatively connected with a dynamic planning module, a decision analysis module, an environment evaluation module, a route optimization module and a storage module; the starting position and the target position of the robot are acquired, all static planning routes between the starting position and the target position are acquired, a plurality of sub-nodes are set on the static planning routes, and the static planning route with the shortest path distance value is marked as a preliminary selected route; the application can plan and analyze the moving route of the robot in a dynamic environment, and obstacle analysis is performed on each sub-node to realize dynamic adjustment of the moving route of the robot.

The utility model relates to the technical field of parking garage equipment, and discloses intelligent lifting and transverse moving type three-dimensional parking garage equipment which comprises a bottom plate, a plurality of sets of installation columns distributed at equal intervals are fixedly installed on the rear side of the surface of the bottom plate, and two sets of second vehicle-mounted plates are arranged on the surface of the bottom plate. The three sets of first vehicle-mounted plates are arranged above the second vehicle-mounted plate, lifting devices are arranged on the three sets of first vehicle-mounted plates, the second vehicle-mounted plate and the first vehicle-mounted plates can be reasonably distributed and achieve transverse movement, position adjustment of a vehicle between different parking spaces is facilitated, a servo motor drives a lead screw to rotate, and the vehicle-mounted plates are driven by a servo motor to rotate. The first threaded sliding blocks and the second threaded sliding blocks on the lead screw can stably move up and down under guiding of the limiting grooves, the first vehicle-mounted plate is fixedly installed between the two sets of second threaded sliding blocks, and the stability and accurate positioning of the first vehicle-mounted plate in the lifting process can be guaranteed through connection of the fixing plate and the fixing frame; lifting and storing of vehicles are facilitated, and using safety and reliability are improved.

This utility model provides a portable plastic turnover box, including a box body. Limit seats are provided on both sides of the box body, and a rotating shaft is passed through each limit seat. Support seats are installed at both ends of each rotating shaft, and casters are installed at the bottom of each support seat. A top seat is fixed to the top of each limit seat by several screws. Limit posts are passed through on both sides of the top seat. Two pairs of limiting grooves are symmetrically opened on the rotating shaft. The bottom of each limiting post extends into the limiting groove. A pull plate is fixed to the top of each limiting post, and a spring is sleeved on each limiting post. One end of the spring is fixed to the top seat, and the other end is fixed to the pull plate. This utility model solves the problem that in actual use, the turnover box is difficult to stack and transport due to the wheels installed at the bottom, resulting in poor portability.

The utility model discloses a gearbox housing snatchs the grab hand belongs to gearbox production technical field. The device includes hoisting subassembly, and hoisting subassembly output is provided with the hoisting plate, and the front clamping plate is fixedly arranged in the hoisting plate front side, and the back clamping plate that cooperates with the front clamping plate is movably connected to the hoisting plate rear end, and the hoisting plate is provided with the clamping mechanism that is used for driving the back clamping plate bottom to draw close to the front clamping plate to hold the gearbox housing for cooperation, and the vertical vibration motor that is used for generating the up and down direction vibration is fixedly arranged on the front clamping plate top. The utility model discloses when using, and the vertical vibration motor is with 200 300Hz high frequency micro amplitude vibration direct action on the shell joint surface, and only needs 5 seconds to make the up and down shell body and internal component accurate adhesion, and the efficiency is improved. The first, second cooperation piece of rubber material guarantees friction force and prevents slipping, and also avoids shell surface damage, and the vibration energy is evenly transmitted through the contact surface simultaneously, thereby improve the overall assembly efficiency.

This utility model discloses a road marking pollution prevention device during construction, relating to the technical field of road construction equipment. It includes a fixed plate, with several electric push rods evenly arranged on the left outer wall of the fixed plate. A mounting shell is provided at the end of the telescopic arm of each electric push rod. A slider is slidably mounted inside the mounting shell, and a threaded rod is rotatably mounted inside the mounting shell, passing through and threadedly connected to the slider. A mounting frame is provided on the side wall of the slider, and a fixed shell is located at the bottom left side of the mounting frame. A groove is provided on the upper inner wall of the fixed shell, and two sliding plates are slidably mounted on the fixed shell. A protective plate is provided at the bottom of the sliding plates. This utility model uses the electric push rods and threaded rods to adjust the position of the mounting shell and protective plate, while simultaneously adjusting the spacing of the protective plates with a bidirectional screw. This allows the device to adapt to road markings of different thicknesses and positions, ensuring that the markings receive comprehensive and uniform protection during construction.

The utility model relates to logistics transportation technical field especially amphibious logistics transportation equipment, including cabin, its inside integrated top electric cabinet and fore and aft drive control box, propeller, folding and unfoldingly around top of cabin, by top electric cabinet control operation, realize flight, mechanical limbs, by fore and aft drive control box drive, realize land walking or wheeled movement, it includes planetary reducer, foldable joint, wheel and wheel area propeller, wheel area propeller passes through planetary reducer drive foldable joint and realizes steering adjustment. In work flow, amphibious logistics transportation equipment can switch work mode according to environment: when air transportation, top propeller and wheel area propeller of mechanical limbs provide lift and directional thrust in coordination, realize flight acceleration, when entering indoor or complex ground environment, top propeller is retracted, completes ground transportation through wheeled movement or limb walking of mechanical limbs, satisfies the logistics demand of different scenes.

This utility model discloses an electric bridge side drilling tool, including a tool frame, which includes a suspension frame and a support frame. The suspension frame has a downward-facing hanging part, and the support frame is fixed to the right side of the suspension frame. A drive and walking component is mounted on the suspension frame, and a drilling component is mounted on the support frame. A support base plate is connected to the bottom of the support frame, and the drilling component is mounted on the support base plate. This tool eliminates the need for additional personnel to assist in its movement, saving manpower and improving its mobility. It also eliminates the need for construction personnel to perform high-altitude drilling operations outside the bridge crash barrier, reducing construction costs and risks. Furthermore, it ensures uniform height, depth, and levelness of the drilling, guaranteeing the quality of the drilling and the installation effect of the support structure. This effectively saves drilling time and improves the construction progress of the pipe box support.

This invention belongs to the field of orthodontic instrument technology, specifically a periodontal targeted near-infrared light bimaxillary therapy device that protects tooth crowns. It includes a protective brace and a bimaxillary irradiation device. The protective brace includes a maxillary protective brace and a mandibular protective brace, each comprising a lingual plate and a labial plate. The labial plate includes a cervical sleeve and a receiving groove. The bimaxillary irradiation device includes an outer irradiation plate, an inner irradiation plate, and a flexible occlusal plate. Near-infrared laser lamps are installed on the outer and inner irradiation plates. This invention achieves simultaneous irradiation of the labial and lingual periodontal tissues of both jaws, significantly improving orthodontic efficiency. It can simultaneously irradiate the entire periodontal area of ​​both jaws in a single treatment, eliminating the need for separate upper and lower jaw procedures, shortening treatment time, achieving simultaneous activation of all periodontal tissues, and improving tooth movement efficiency. The bimaxillary irradiation device uses precise lamp placement according to the periodontal ligament area, working in conjunction with the protective brace to fully cover the protective crown, synergistically avoiding thermal and light damage.

This utility model relates to a universal chassis, including a chassis body, a base plate, and an outer shell on top of the base plate. An inner frame is located inside the outer shell, with casters at the four corners of the bottom of the inner frame. Two mounting plates extend downwards from the center of the inner frame, with drive wheels mounted on the mounting plates via drive components. A slot is provided on the rear side of the outer shell, housing a battery module. Two charging contacts are located on the rear side of the battery module. A depth camera is located on the front top of the outer shell, and two lidar sensors are located diagonally on the top of the outer shell. A lifting slot is located on the rear side of the battery module, with a rotating pull ring within it. The angle difference between the depth camera and the outer shell is 45°. The lidar sensors in this utility model are divided into forward and backward types. The backward lidar is specifically designed for rapidly approaching moving obstacles (such as pedestrians and vehicles) to perform velocity vector analysis. Combined with forward lidar data, collision time can be predicted, supporting robots to perform reversing avoidance or path replanning, making the chassis safer and more flexible in dynamic environments, with a detection range covering 360°.

This invention belongs to the field of power engineering technology, and in particular to a rapid high-altitude cable fixing structure, comprising an I-shaped steel frame. The surface of the I-shaped steel frame is provided with a movable component, which includes a rear movable plate located below the I-shaped steel frame. When the air pump is running, gas is injected, driving the front L-shaped movable plate to move via a connecting rod. When the air pump is running, gas is extracted, pulling the rear movable plate to move. This alternation achieves intermittent movement of the entire structure on the I-shaped steel frame. When the front L-shaped movable plate moves, it drives the irregular plate, causing the L-shaped fixing hook plate to rotate around it. When the rear movable plate moves, the L-shaped fixing hook plate rotates under gravity to below the cable. As the entire structure moves, the cable is fitted and fixed within the L-shaped fixing hook plate, achieving rapid and stable fixing of the cable at high altitude.

The application provides a step-type advanced support hydraulic support group, and relates to the technical field of mine machinery, which comprises a track, a head frame, a push-moving frame and a plurality of standard frames. The head frame, the push-moving frame and the standard frames are sequentially connected. The head frame is fixedly connected with the track. The push-moving frame and the standard frames are both slidingly arranged on the track. A first push-moving mechanism is arranged between the head frame and the push-moving frame to drive the head frame and the push-moving frame to move close to or away from each other. The head frame, the push-moving frame and the standard frames all comprise a base and a support mechanism for supporting a roadway. The push-moving frame and the standard frames both further comprise a base-lifting mechanism for lifting the base away from the ground. The hydraulic support group can be moved by controlling the base-lifting mechanism and the first push-moving mechanism, without the need for manual carrying and operation, thereby greatly reducing the labor intensity of workers and reducing the manual operation link.

This invention relates to a hydraulic cylinder assembly, and more particularly to a hydraulic cylinder assembly structure suitable for servo valve control. The invention provides a hydraulic cylinder assembly structure suitable for servo valve control that can simultaneously perform forming and punching on workpieces, and has high driving efficiency under no-load conditions. A hydraulic cylinder assembly structure suitable for servo valve control includes a large hydraulic cylinder, a filling valve, a large piston rod, a plunger cylinder, a small oil chamber, and a retaining ring. A filling valve is installed at the bottom of the large hydraulic cylinder, and a large piston rod is located inside the large hydraulic cylinder. A plunger cylinder is connected to the bottom of the large hydraulic cylinder. Oil is filled into the plunger cylinder to improve the movement efficiency of the large piston rod. The plunger cylinder is hollow inside. This invention first fills the plunger cylinder with oil through a pipeline by starting an oil supply device. The oil flows upward into the small oil chamber through the hollow part in the middle of the plunger cylinder. Because the internal space of the plunger cylinder is small, the required oil flow rate is small, and the plunger cylinder can be filled in a short time, thus improving the movement efficiency of the large piston rod.

The application provides a mobile module control method, device, equipment, system and storage medium. The method comprises the following steps: when it is identified that there is an idle work station in multiple work stations, in a mobile module to be allocated to a work station, a first mobile module corresponding to the idle work station is determined; according to work history information and position measurement information of the first mobile module, a second mobile module matched with the idle work station is determined in the first mobile module; wherein the work history information is used to represent the article carrying condition and / or the article processing condition of the mobile module; and the idle work station is associated with the second mobile module to serve as a target work station of the second mobile module. Based on the application scheme, the moving efficiency of the mobile module can be improved, and the automatic production efficiency is further improved.

This utility model discloses a material conveying device for a feeding machine, belonging to the field of material conveying technology for feeding machines. It includes a support frame and a guiding mechanism. A storage bin is fixedly attached to the surface of the support frame. The guiding mechanism is movably installed inside the storage bin. The guiding mechanism includes a hydraulic cylinder, which is fixedly installed on both sides of the storage bin surface. A hydraulic telescopic rod is fixedly connected to one side of the hydraulic cylinder surface, and a push plate is fixedly installed on one side of the hydraulic telescopic rod surface. Scrapers are fixedly installed on both sides of the push plate surface. Through the coordinated use of these mechanisms, the V-shaped storage bin uses an inclined structure to guide the material towards the discharge port. Combined with the telescopic sliding adjustment of the push plate on both sides, it can push the material from both directions, improving movement efficiency and reducing retention. The inclined scrapers slide and rub against the inner wall of the storage bin, closely conforming to the V-shaped inner wall curvature, enhancing the scraping and cleaning ability of materials in corners and gaps, minimizing residue, and improving utilization rate.

The utility model relates to a body sensation interaction device technical field especially relates to a large -scale three -dimensional space light field display system, including LED display device and body sensation interaction device, LED display device and body sensation interaction device communication connection, body sensation interaction device includes base, the base top surface detachable fixed setting has the limit post, be provided with height adjusting assembly in the limit post, the mobile end of height adjusting assembly is provided with ring spare, the ring spare inner ring bottom end has the horizontal plane, inlay formula setting has gesture recognition module on this horizontal plane, be provided with moving assembly in the base, limit post one side is provided with drive assembly, and the transformation of drive assembly can drive height adjusting assembly and moving assembly respectively, the utility model has the advantages of: through the setting of height adjusting assembly, moving assembly and drive assembly, can effectively make body sensation interaction device adapt to the user of different height and experience, convenient for moving the whole body at any time.

The application relates to a dispensing machine convenient to use, and relates to the technical field of dispensing machines. The dispensing machine comprises a rack, a sliding frame slidably arranged on the rack, a dispensing machine body arranged on the sliding frame, a dispensing needle arranged on the dispensing machine body, and a plurality of dispensing needles arranged on the dispensing machine body at intervals. An adjusting assembly is arranged on the rack and used for adjusting the position of the dispensing machine body on the rack. A primary driving assembly is arranged on the rack, a secondary driving assembly is arranged on the sliding frame, and the primary driving assembly and the secondary driving assembly drive the dispensing machine body to move on the rack. A positioning assembly is arranged on the sliding frame and used for positioning the sliding frame. The application improves the moving efficiency of the dispensing machine body on the rack, reduces the dependence on manual operation proficiency, improves the consistency of glue amount, position and trajectory, and improves the yield of products.

This application relates to an integrated reactive power compensation device, belonging to the technical field of smart grids. It includes a chassis with openings on both the left and right sides. A reactor and a capacitor are fixedly installed inside the chassis. A circuit breaker and a composite switch are fixedly installed on the front side of the chassis. A base plate is fixedly mounted at the bottom of the chassis, and several casters are fixedly mounted on the bottom surface of the base plate. A traction handle is rotatably connected to the front edge of the base plate. Covers sealing the openings are detachably installed on the left and right sides of the chassis. This application uses a base plate with casters fixed at the bottom of the chassis and a traction handle rotatably connected to the front of the base plate. Workers do not need to expend a lot of manpower to move the device; they only need to hold the traction handle and use the casters to easily move the device from narrow areas such as corners of the power distribution room to wider areas, significantly reducing labor costs, reducing handling time, and significantly improving the efficiency of movement before maintenance.

This utility model relates to a trenching machine blade structure with anti-weed entanglement, belonging to the field of trenching machine technology. The trenching machine blade structure with anti-weed entanglement includes: a mounting frame, one end of which is fitted with a machine frame; a protective mechanism, which prevents weeds from entangled on the trenching machine blade and improves the trenching machine's performance, and is located on both sides of the machine frame; protective shells on both sides of the machine frame fit snugly against the bottom of the blades, protecting the bottom of the blades; an intercepting bar between two protective shells intercepts weeds; the intercepting bar is positioned between multiple blades; the protective shell rotates with a chain via ball bearings between a moving block and a moving groove, improving the movement efficiency between the moving block and the moving groove; the moving block and the moving groove cooperate to position and guide the protective shell, protecting the trenching machine blades and reducing the impact of weeds on them.

This utility model provides a high-efficiency screw vacuum pump rotor milling fixture, relating to the field of milling fixture technology. It includes a fixture, a fixing mechanism, and a cleaning mechanism. The fixing mechanism includes a telescopic plate and an adjusting plate. The adjusting plate is installed on the telescopic surface of the telescopic plate. The adjusting plate and the telescopic plate are used to adjust according to the diameter of the rotor blank, improving the clamping stability of the rotor blank. The cleaning mechanism includes a cleaning brush and a scraper. The scraper is located to the right of the cleaning brush. In this utility model, the longitudinal and transverse movements of the adjusting plate allow it to clamp according to the diameter of the rotor blank. When the adjusting plate is stretched or compressed longitudinally or laterally, the telescopic plate improves the stability of the adjusting plate's movement. Simultaneously, the cleaning brush and scraper can scrape and clean residual debris at the sliding point between the sliding seat and the guide rail plate, thereby preventing the sliding seat from jamming during movement.