580results about How to "Good linkage" patented technology

The invention discloses an artificial intelligent platform system based on deep learning. The artificial intelligent platform system comprises a platform layer, a model layer and an application layer;the platform layer is used for permission managing, distributed storing, CPU computing resource managing, distributed computing and training and task scheduling; the model layer is used for providinga machine learning model and a deep learning model; and the application layer is used for resource managing and monitoring, model defining and training, interactive programming environment providing,intelligent data labeling and model deriving and publishing. The AI platform system is developed through an engineering means to increase the utilization rate of hardware resources of a GPU and the like, reduce the hardware input cost, help an algorithm engineer to more conveniently apply various deep learning technologies to free the algorithm engineer from tedious environment operation and maintenance, provide efficient storing of massive training data and isolate user resources, and therefore access permission control is more secure; training data and training tasks are managed in a unified mode, and the machine learning process is standardized and processed; and data labeling is automated, and the model iteration efficiency is improved.

The present invention discloses a mining full hydraulic drill linkage hydraulic clamp fastener which comprises a clamp fastener body. The clamp fastener body comprises a left clamping device and right clamping device which are connected by a pull rod structure and a reinforcement oil cylinder which is arranged in the right clamping device. Compared with the traditional clamp fastener, the clamp fastener is provided with two oil cylinders which push a clamping disc spring open at the same time, and the clamp fastener can be released by less pressure, thereby being good for opening the clamp fastener by the rotation back pressure of the drill and facilitating the drill rotation-propulsion and clamp fastener linkage operation. The clamp fastener can not only use a belleville spring to clamp the a drill rod, but also couple a drill power head driving motor reverse oil passage in the reinforcement oil cylinder and utilize the reverse pressure of the drill to realize reinforcement fastening motion, thus ensuring the reliability of the fastening motion of the drill rod; the clamp fastener is also provided with an automatic float centering structure which can follow the drill rod to center the fastening motion automatically and ensure the operation precision.

The invention discloses a parking management method and a cloud server. The method comprises the following steps: obtaining information of parking stall storage vehicles provided by a garage processorat a cloud server side; receiving a fee-paying request sent in a way that a terminal device scans a first graphic code; obtaining identity information, provided by the terminal device, of one vehiclethat is going to pay fees, and calling up the information of the vehicle that is going to pay fees from the information of the parking stall storage vehicles to conduct parking fee calculation; and sending information of calculated parking fees to the terminal device so that the terminal device pays fees. The invention also provides the above cloud server. On the basis of the Internet-of-Things,the terminal device and the cloud server are connected to each other through scanning, fees are paid, and then the vehicle is fetched. Therefore, highly efficient and intelligent parking management isrealized.

The invention provides a multifunctional robot joint performance test system which comprises a test platform for testing the robot joint performance and a linkage guide rail assembly for driving the test platform to move, wherein the test platform comprises a photoelectric coding device, a torque sensing acquisition device, a load analog control device and a moment generation control device which are sequentially connected in series through a first coupling and also comprises a temperature test device and a vibration gauge control device, wherein a photoelectric coding control device is connected with a to-be-tested robot joint through a second coupling; and the system further comprises a central controller in data connection with the test platform. According to the system provided by the invention, in the robot assembly process, one-by-one joint performance test can be realized through the cooperation between the test platform for testing the robot joint performance and the linkage guide rail assembly; all parameters of the robot joint performance can be tested once by simulating the load of the to-be-tested robot joint in a test process; and the system has relatively high adaptability, universality and real-time property in robot joint installation testing.

A route for routing traffic is established by the emission of a route announcing message to a network element of a network. The network element is then triggered in such a way as to route the traffic according to the route announced in a time-delayed manner by means of an event e.g. the emission of another message. A resource reservation for routing traffic along the announced route is carried out between the route announced and the event. In this way, it is ensured that the required resources are provided for the deviation of traffic onto the new route, and a route modification for traffic can be carried out without affecting the quality of service.

The invention relates to a lower riveting head rivet pulling device and a full-automatic binding machine. The lower riveting head rivet pulling device comprises a first motor, a lifting base, a vertical guide column, a lower riveting head and a switchover device, all of which are arranged in a rack. The lifting base is positioned at the upper portion of the vertical guide column and driven by the first motor to vertically ascend and descend. The lower riveting head is arranged on the switchover device and is capable of doing horizontal and vertical movement through the switchover device. A vertical rivet pulling rod is arranged between the lifting base and the switchover device. When the lifting base ascends, the switchover device is pulled to vertically move upwards. The full-automatic lower riveting head rivet pulling device and the full-automatic bonding machine utilizing the drilling lifting base for upward linkage rivet pulling are provided and have the beneficial effects of being simple in structure and reasonable in transmission.

The invention relates to an automatic binding machine which comprises a rack, a second motor, a drilling device, a lifting base, a paper pressing device, an upper hot-riveting head, a cutter pad and a lower hot-riveting head. A vertical guide column and a horizontal work table board are arranged in the rack. The lifting base is located on a vertical guide rail in a lifting manner. The paper pressing device is located between the lifting base and the work table board through springs in a lifting manner. The upper hot-riveting head is arranged in the paper pressing device and can horizontally move. The cutter pad is arranged on the work table board and can horizontally move. The lower hot-riveting head is located on the vertical guide column on the lower side of the horizontal work table board and can ascend, descend and rotate. A first rotating connecting rod arranged among the upper hot-riveting head, the cutter pad and the lower hot-riveting head is in rotating linkage. The second motor is connected with the first rotating connecting rod to switch over horizontal dislocation movement between the upper hot-riveting head and the cutter pad and drive the lower hot-riveting head to do rotating dislocation movement. The automatic binding machine can achieve linkage switchover of the upper hot-riveting head, the cutter pad and the lower hot-riveting head through the single motor, and has the advantages that the structure is simple, transmission is reasonable, machining is achieved, and the size and cost are reduced.

The invention discloses a green tire register, and belongs to the technical field of rubber machinery. The green tire register mainly comprises a base, an outer tray, a lifting device, and an inner claw disk. The outer tray is used for supporting a tire shoulder of a green tire, and the diameter of the outer tray and the angle of inclination of the outer tray are adjustable; a telescopic mechanism is arranged on a lifting part of the lifting device; and the inner claw disk comprises a group of tire claws which are hinged with the lifting part of the lifting device, each tire claw comprises an upper bead supporting part which is positioned above the hinge point and a lower bead guiding part which is positioned below the hinge point, and the diameter of the inner claw disk can be adjusted through the telescopic mechanism. Therefore, the technical problem that the green tire is easily deformed during registering is solved. The green tire register has the advantages of convenient adjustment and convenient use, is suitable for various specifications of green tires, and is widely applied to the tire manufacturing industry.

The invention discloses an air supplementing, fermenting and stirring device for biological fertilizer. The device comprises a stirring tank, a stirring rod is arranged in the stirring tank, a seal cover is arranged at the upper end of the seal cover, a first one-way air inlet valve is arranged on the seal cover, a first piston plate is connected to the inner wall of the stirring tank in a threaded mode, a through hole is formed in the upper portion of the stirring cavity, a stirring blade is located in the stirring cavity, the stirring rod is a spline shaft and is of a hollow structure, a spline sleeve is connected to the upper end of the stirring rod, and a stepping motor is fixedly connected to he upper end of the spline sleeve; the non-sleeved portion of the stirring rod is provided with a second one-way air inlet valve, and the portion, in the stirring cavity, of the stirring rod is provided with a one-way air outlet valve; an annular groove is formed in the portion, between the seal cover and the spline sleeve, a lantern ring is in clearance fit with the interior of the annular groove, a connecting rod is connected to the lantern ring, a water bag is attached to the outer wall of the stirring tank, a piston water pumper is connected to the upper end of the water bag and driven by the connecting rod, and a water band is communicated with a water tank. Compared with the prior art, the device has the advantages of being capable of conducting cooling and air supplementing on the biological fertilizer during stirring and lower in production cost.

The invention relates to a punching and hot riveting type precise binding machine. The machine comprises a punching unit and a hot riveting unit, which are arranged on a base in parallel, wherein the punching unit comprises a punching fixed base, a cover plate, a handle, a punching slider, a drill, paper pressing devices and a pipe cutting device; the drill and the paper pressing devices are arranged on the lower part of the punching slider; a rotating shaft horizontally penetrates through the punching fixed base; the handle is fixedly connected with the rotating shaft; gears are arranged at the two sides of the rotating shaft in the punching fixed base; guide rails are arranged at the two sides of the punching fixed base; the punching slider is joined between the two guide rails; vertical racks are arranged at the inner sides of the punching slider and are meshed with the gears; a bulk cavity is arranged in the middle of the punching slider; the cover plate is fixedly arranged on the upper part of the punching fixed base; and a reset tension spring is arranged between the bulk cavity and the cover plate. The machine has the advantages of simple and reasonable structure, balanced and stable driving, high accuracy and low cost.

An axially feeding powder type supersonic flame spraying gun using liquid fuel as energy source is composed of a casing and the serially connected gum tube, convergent divergent nozzle, combustion chamber and tail unit. A main water cooling channel is formed between said casing and the serially connected units. In said tail unit, their is a water cooled powder feeding tube surrounded by 2-12 liquid fuel spraying tubes. Its advantages are high flowing speed of powder, fully smelting of powder, and high quality of coated layer.

The present invention belongs to a device for simulating the three-axis gesture movement, and relates to a method for controlling the three-axis accurate angular movement. The device timely generates an orthogonal harmonic compensation control signal related to the variation of rotation angle with a control calculating device according to the harmonic characteristic of the disturbance of in-axis coupling torque and real-time calculates and regulates the amplitude of each stage of subharmonic signal according to the servo error of system, and applies the compensation control signal to the independent basic closed-loop servo-controlled loop of the corresponding axis. The invention adopts a strategy and a system structure which execute harmonic self-adapting feedback control to the in-axis movement coupling torque disturbance caused by the structural mass arrangement. The tracking error of position servo between each axis in the linkage angular rate state is evidently reduced, and the linkage capability is greatly improved.

The invention discloses an extruding type stirring mixing device for a coating material for architectural ornament. The extruding type stirring mixing device comprises a mixing box and a base substrate; two separating plates with lateral sides sealed and fixedly connected with inner walls of the mixing box are arranged in the mixing box; the interior of the mixing box is separated into two extruding chambers located on the two sides and a stirring mixing chamber located on the middle part by the two separating plates; two feeding ports are formed in a top wall of the mixing box; a vertical stirring rod shaft, the upper end of which is penetrated through the top wall of the mixing box, is arranged at the center in the stirring mixing chamber; a plurality of liquid-permeating holes are formed in the separating plates; extruding plates, lateral edges of which are in left-and-right sliding fit with the inner walls of the extruding chambers, are arranged in the extruding chambers; push-pullrods, the end parts of which are stretched out of the side walls of the mixing box, are arranged on the middle parts of the side walls of the extruding plates away from the separating plates; the endparts of the two push-pull rods are connected with the side wall of the vertical stirring rod shaft through a driving connecting mechanism. The extruding type stirring mixing device for the coating material for architectural ornament has the advantages of simple structure, sufficient and obvious mixing effect, convenience in operation and control and high practicability.