246results about How to "Implement the rotation function" patented technology

The invention discloses a window interaction method and device for compatibly running an Android application on Linux, and belongs to the technical field of computers. The method comprises the steps of compatibly operating an Android application in a Linux operating system in a container mode, and establishing a Socket communication interface between the Linux side and the Android side of a container; capturing a window body operation on an Android application display window by the Linux side, and updating and displaying the window body; and sending information, needing to be updated and displayed, of the corresponding image in the window to the Android side through the Socket communication interface, updating an internal image by the Android side, and sending the internal image to the Linux side for display, thereby achieving synchronous updating of the window body of the display window and the internal image, and realizing interactive operation of the window. The main purpose is to solve the problem that in the prior art, for an Android running environment compatibly running on a Linux system in a container form, a current standard Linux window cannot support window operation commonly used by an Android application window, such as window rotation, a soft keyboard and window rollback, and improve the smoothness of operating an Android application by a user in a heterogeneous system.

The invention discloses a fully automatic binding machine. A motor is connected with a drilling rack and a driving rack set for driving a lower heating component to rotate and lift; a rotating shaft is connected with the driving rack set through a steel wire and a transmission mechanism; a rack is pivotally connected with a lever; a first end of the lever extends to the space below the driving rack set, and a second end of the lever extends to the space below the rotated lower heating component; after the lower heating component is rotated to a pressing rivet position, the driving rack set is butted against the first end of the lever in a descending process of the driving rack set, so that the lower heating component is lifted up to a heating riveting position by the second end of the lever. A drilling tool is driven by the drilling motor to drill in a rotary mode; a rotary function of the lower heating component, a lifting function of the lower heating component, a rubber pipe delivery function and a pipe cutting function are simultaneously realized by using the motor; the fully automatic binding machine has the advantages of simple structure, low cost, stable action and higher reliability.

The invention provides a full-automatic dinner table. The full-automatic dinner table comprises a dinner table main body, a lifting device, a rotary device and a feed production device, wherein a rotary disc capable of lifting or rotating is arranged on the dinner table main body; the lifting device is arranged in the dinner table main body and connected with the rotary disc; the rotary disc is driven by the lifting device to lift relative to the dinner table body; the rotary device is fixedly arranged on the lower side surface of the rotary disc and used for driving the rotary disc to rotate relative to the dinner table body; and the feed production device comprises a food residue recycler, a treating device and a circulating water supply device. The lifting and rotating functions can be performed by the rotary disc, and food residues can be made into animal feeds through the feed production device, so that the dining function of the people can be achieved, the problem of additional treatment of the existing food residues can be also solved, and the effect of directly collecting the food residues and processing the food residues into the feeds is obtained.

The invention relates to a method for realizing the rotation of handheld device screen pictures by 90 degrees and 270 degrees simultaneously. A rotary circuit structure is designed, which comprises an external source memory, a CPU, a bus, an external target memory and a rotary unit, wherein the external source memory, the CPU and the external target memory are respectively connected to the bus; the bus is connected with the rotary unit; the rotary unit comprises a configuration register, an image block reading unit, a rotary control unit, an internal buffer and an image block write-back control unit; the image block reading unit is connected with the rotary control unit; the rotary control unit is connected with the internal buffer; the internal buffer is connected with the image block write-back control unit; and the image block reading unit and the image block write-back control unit are respectively connected to the bus. In the method, only a small buffer capacity is needed, and the circuit realization area is saved to the maximum extent; and circuits with different functions can be used repeatedly, thereby reducing the circuit realization area greatly.

The invention relates to a new axial center type knee joint prosthesis comprising a femur intramedullary pin, a femur condyle, connecting components and a tibia intramedullary pin, also comprsing a tibia platform and a femur sleeve, wherein, the femur condyle is provided with a positioning slot and is fixed at lower part of the femur intramedullary pin; the tibia platform is provided with a centre hole and is fixed at the upper part of the tibia intramedullary pin for holding the femur condyle; the connecting components are T-shaped and comprise a transverse shaft and a vertical shaft, the vertical shaft is inserted into the centre hole of the tibia platform, the transverse shaft is rotatable arranged through the lower part of the femur condyle; the femur sleeve is sleeved at the lower part of the femur intramedullary pin and are butted with the positioning slot of the femur condyle. The new axial center type knee joint prosthesis of the invention can completely recovery the functions of extending and bending, and inward and outward rotating of the knee joint and adopt the bionic molding, the stability is good, the movement requirement of the patient can be satisfied sufficiently under the precondition of protecting limbs, the patient can recovery the movement freely like originally.

The invention discloses a mechanism capable of realizing a lifting and rotating integrated movement of a furnace door. One section of transmission thread is processed on each of the outer surface of a fixed threaded rod with limit and guide functions and the inner surface of an outer pipe of a movable threaded rod, the transmission threads are correspondingly matched, a drive device drives threads of outer pipes of the threaded rods through bearing assemblies to screw with thread grooves of the threaded rods and enables the outer pipes of the threaded rods to go up and down along the grooves of the threaded rods, the outer pipes of the threaded rods drive a furnace door to go up and down and rotate through a cantilever, and thus the furnace door is accurately controlled to open and close. According to the mechanism, through one drive source, by using the screwing function of the threaded rods and one section of transmission thread pair designed on the outer pipes of the threaded rods and using the limit and guide functions of the grooves of the threaded rods, the realization of the lifting and rotating integrated movement of the furnace door can be simply controlled, and thus the movement reliability is ensured, the movement time is shortened, the process efficiency is increased, and thereby the cost is saved.

The invention relates to a four-wheel independent driving control system of an electric wheelchair. The four-wheel independent driving control system comprises a universal operation handle, a function button, a DSP (digital signal processor) controller and four electric driving controllers respectively controlling left rear, right rear, left front and right front wheel motors; the electric driving controllers are connected with the DSP controller by CAN (controller area network) buses, and the DSP controller is connected with the universal operation handle electrically; the function button comprises a power source switch, a wheelchair movement mode selecting button for realizing control on traveling or autorotation of the wheelchair, an autorotation mode selecting button for realizing control on anticlockwise or clockwise autorotation of the wheelchair, and a traveling mode selecting switch for realizing control on advancing or backing of the wheelchair. Judgment and calculation of speed and direction are completed through the DSP controller according to setting of the operation handle and the function button, output information is sent to the driving controllers through the CAN buses, and the driving controllers control four hub motors through torque and speed dual-loop PID (proportion integration differentiation) to enable wheels to collaboratively output different directions and speeds.

The invention relates to a microbial sample inoculation device. The technical problem that adverse effects are caused when microorganism inoculation is conducted in an existing manual streaking mode is solved. Meanwhile, the structure of the existing intelligent robot for treating the microorganism sample is simplified; the device of the invention comprises a rack; a sample test tube recognition mechanism, a sample test tube grabbing mechanism, a scanning device, a sampling mechanism, a sterilization device, a culture dish containing mechanism, a culture dish recycling mechanism, a culture dish grabbing mechanism, a culture dish moving mechanism, a label pasting mechanism, a culture dish conveying mechanism and a controller are fixedly connected to the rack. The invention is widely appliedto the technical fields of microorganism inoculation, clinic, chemistry, environment and the like. Meanwhile, through mutual cooperation of the simplified mechanisms, the whole operation of test tubescanning, cover removing, cover installing, culture dish automatic cover removing and installing, automatic scribing, automatic labeling and the like is completed in a full-automatic mode, the working efficiency is improved, and the cost is reduced.

The invention discloses a dual-component adhesive coating device and belongs to the field of adhesive coating equipment. In the use process of the coating device, liquid adhesives pass through a feeding chamber and a stirring free hub and enter a stirring cavity through an adhesive valve A and an adhesive valve B, specifically, the liquid adhesives enter the stirring cavity via a spiral channel of the stirring free hub and are stirred and mixed to be even under high-speed rotation of the stirring free hub; the stirring free hub is driven by an air cylinder to ascend, the stirring cavity is opened, the evenly-mixed liquid adhesives enter an adhesive coating pipe, and then adhesive coating is performed; the adhesive valve A and the adhesive valve B are reset and closed after adhesive coating is completed; a water inlet air cylinder is started to clean the feeding chamber, the stirring free hub and the stirring cavity with high pressure; after cleaning is completed, an air blowing air cylinder is started to blow air so as to dry the feeding chamber, the stirring free hub and the stirring cavity; after air blowing is completed, a spline air cylinder is vented, a spline shaft moves downwards and drives the stirring free hub to move downwards, and the stirring free hub seals the adhesive coating pipe so that the liquid can be prevented from dropping off.

The invention discloses a continuous rotation multifunctional three-finger mechanical paw. A physical mechanical structure comprises a wrist part and a paw part. On the basis of the physical mechanical structure, a control system and a sensing system of the three-finger mechanical paw are constructed. The wrist part comprises a rotation freedom degree and is used for rotation of the three-finger paw. The paw part comprises an opening and closing freedom degree and is used for opening and closing of the three-finger paw. The control system of the three-finger mechanical paw comprises two motordrivers. The sensing system is composed of two touch switches, and the paw opening and closing extreme position is detected. Through the finger tip part mechanical structure design, the function similar to the function that an inner hexagon wrench screws an inner hexagon screw can be achieved. The continuous rotation multifunctional three-finger mechanical paw has the beneficial effects that the grabbing, operating and continuous rotating functions are combined, and the operation functions of inner hexagon screw and outer hexagon nut screwing can be achieved.

The invention relates to the field of clamping mechanisms of automation equipment and provides a rotatable lifting type pneumatic clamping device. The rotatable lifting type pneumatic clamping devicecomprises a helical gear shaft, a stepped shaft, a second helical gear which is mounted on the stepped shaft, a first box body, a second box body, a first air cylinder, guide rail rods, a second air cylinder and a clamping mechanical arm; the helical gear shaft is connected with a motor; a first helical gear on the helical gear shaft is engaged with the second helical gear; the guide rail rods arecoaxially fixed to the top end of the stepped shaft; the second box body sleeves the guide rail rods; the second air cylinder is fixedly connected with the top ends of the guide rail rods; a second push rod of the second air cylinder is fixedly connected with the second box body; and the clamping mechanical arm is mounted on the second box body and controlled by the first air cylinder. The rotatable lifting type pneumatic clamping device can realize the functions of rotating, lifting, material taking, discharging and the like in an article clamping process, and the article clamping reliability and efficiency are improved.

The invention discloses a computer auxiliary supporting device which comprises a base. A first rotary motor is fixedly arranged in the base. The output end of the top of the first rotary motor is movably connected with a supporting table through a first ball bearing. Multiple circularly-distributed cylindrical grooves are formed in the upper surface of the base, the tops of the cylindrical groovesand the top of the base are through, and an electric push rod is fixedly arranged on the inner wall of the bottom of each cylindrical groove. A limiting block is fixedly arranged at the top of each electric push rod. Multiple limiting grooves corresponding to the limiting blocks are formed in the bottom of the supporting table. Second rotary motors are fixedly arranged at the four corners of thetop of the supporting table. An output shaft of the top of each second rotary motor is fixedly connected with a screw through a coupling, each screw is in threaded connection with a lifting barrel, and a containing plate is fixedly arranged at the top ends of the four lifting barrels. The computer auxiliary supporting device is simple and reasonable in structural design and convenient to operate,the computer rotating and lifting functions can be achieved, safety is high, the heat radiation efficiency is improved, and device movement is facilitated.

A tower crane with the function of adjusting the spatial position of a lifting component omnidirectionally belongs to the technical field of tower cranes. The tower crane comprises two parallel lifting mechanisms and a trolley with a slewing gear; the two parallel lifting mechanisms are installed back and forth on balance arms of the tower crane in the axis direction; the trolley is connected to a lower chord member of a crane jib, and slides along the crane jib; lifting steel wire ropes on the two lifting mechanisms are connected to wedged joints of the crane jib through a guide rope pulley block on a tower head, a lifting weight limiter, a trolley center guide rope pulley block, a slewing beam guide pulley block on the trolley and a lifting pulley block as well as a guide pulley block of the slewing beam, a central guide rope pulley block and two anti-twisting device pulleys at the end of the crane jib; the lift or decent of the lifting pulley blocks is controlled through the lifting mechanisms. In the invention, the +/- 90 DEG rotation function of the lifting component can be achieved, and the spatial position of the lifting component can be adjusted omnidirectionally; different lifting components can be rotated and adjusted in place on a construction side, and the efficiency and construction quality are improved in the lifting process.

The invention discloses a loading and unloading forklift. A lifting mechanism is composed of a lifting rod, a lifting seat, a supporting base and a lifting drive device, so that the lifting function of the forklift is achieved. Furthermore, the functions of rotation, limiting and positioning are achieved at a certain angle through a rotary positioning mechanism. The loading and unloading forkliftis light in weight, convenient and flexible to use, capable of saving the labor and efficient, the mounted rotary positioning device can rotate by 90 degrees and can be positioned after rotating by 90degrees, and manual rotation and automatic positioning of a positioning pin are achieved.

The invention discloses an electric saw installation seat with an adjustable position. The electric saw installation seat with the adjustable position comprises an installation base, wherein a rotarysupport is fixedly arranged at the bottom of the installation base; the rotary support is rotationally installed on a fixed pedestal, and fixed through a locking nut; a transmission assembly is further arranged in the rotary support; and a drive assembly is arranged on the transmission assembly in a linkage manner. According to the electric saw installation seat with the adjustable position, through the mutual engagement of a worm wheel, a worm and a skew rack, high transfer power, long life, stable working and high reliability are achieved, self-locking of the worm is benefited, and the stability is enhanced; through the mutual cooperation of the worm wheel and the worm, and the mutual cooperation of the worm wheel and the skew rack, the lifting and rotating functions of the installationbase are realized, the need of cutting for many materials is met, and a wide application range is achieved; the installation base with an adjustable angle is adopted, and angle adjustment for an electric saw device is realized through an adjustment oil cylinder and an adjustment piston rod, so that high flexibility is achieved; and the two working modes of manual operation and motor drive are adopted, and selected according to the actual condition, so that high practicability is achieved.

The invention discloses a lifting and rotating device for a horizontal cam exchange table. The lifting and rotating device comprises a box body, a cam transmission mechanism, a driving mechanism and arotating plate, the cam transmission mechanism is installed in the box body, and the cam transmission mechanism comprises a center shaft, an output shaft, a force input shaft, two flat cams, two rocker arms and a globoidal cam; the cam transmission mechanism realizes lifting and rotating functions; the driving mechanism is used for providing rotating power for the cam transmission mechanism; therotating plate is used for supporting and positioning a rotary workbench of a cam roller rotary table and a rotary workbench of a preparation tool, a jacking convex seat and a jacking concave seat arranged on the rotary plate are matched with each other, and the rotary workbench can be positioned at a U-shaped arm of the rotary plate in the lifting process and can be easily separated from the rotary workbench after rotating. The lifting and rotating functions are achieved, the sectional speed can be adopted for lifting and rotating, a hydraulic station does not need to be arranged, and the operation efficiency is greatly improved.

The invention discloses a solar charging pile which comprises a mobile device, a rotating device, a charging pile body and a solar power generation device. The moving device comprises a moving bearingplate, a main driving mechanism and a steering mechanism. The main driving mechanism comprises a main driving bracket, a main driving wheel, a worm gear, a worm and a main driving power part. The rotating device comprises a disk support assembly, a rotating disk and a rotating driving part. The charging pile body is arranged on a rotating disk, the charging pile body is provided with a storage battery and a charging gun electrically connected with the storage battery, and the solar power generation device is electrically connected with the storage battery. The solar charging pile, on the onehand, the whole movement of the solar charging pile can be realized, so that the solar charging pile can be moved from one position to another according to the actual situation, and on the other hand,the rotating function of the charging pile body can be realized, so that the panel for displaying information arranged on the charging pile body can be adjusted according to the actual situation.

The invention discloses machining equipment for a traditional wooden building. The machining equipment comprises a rack, wherein a conveying mechanism is mounted at on one side of the rack, a drivingmechanism is mounted at one end of the conveying mechanism, the conveying mechanism comprises a movable outer ring, a fixed cylinder is movably mounted in an inner cavity of the movable outer ring, one end of the fixed cylinder is fixedly connected with the rack, and a bearing is mounted at one end of the movable outer ring. The invention particularly relates to the field of wood machining. According to the machining equipment, by arranging the driving mechanism, the driving mechanism is matched with a jacking and clamping mechanism through a guide ring and a guide groove, and the function ofdriving the movable outer ring of the conveying mechanism to conduct rotary feeding is achieved; through matching arrangement of a tooth groove and a gear disc of the jacking and clamping mechanism, the function of driving fixed wood to rotate is achieved, and a grooving mechanism and a paint spraying mechanism can conveniently spray paint to the grooving position of the wood; and through matchingarrangement of a first convex ring, a second convex ring and the jacking and clamping mechanism, the function of automatically clamping and fixing the machined wood is achieved, machining is facilitated, and the working efficiency is improved.

The invention discloses a lifting and rotating device of the mechanical arm of a fire-fighting robot. According to the device, the structure is reasonable and simple, the production cost is low, and the installation is convenient; the device can be used as a lifting and rotating device of the arm of the fire fighting robot, the lifting of the arm can be carried out on the premise that an ascendingtrack does not exist, and the rotation of degree can be carried out on the basis without the ascending track; a handle is rotated, a folding lifting frame is lifted under the action of a bolt rod, afirst motor drives a gear to rotate, the gear moves on a rack, and the adjustment of the height of a lifting plate is realized; a second motor drives a first rotating shaft to rotate, a pinion arranged on the first rotating shaft drives a main gear to rotate, and the rotation of the angle is achieved; and a third motor drives a first bevel gear to rotate, the first bevel gear drives a second bevelgear to rotate, and the rotation of the angle is achieved; and a fourth bottom plate is lifted by a hydraulic cylinder in height, by means of the technical means mentioned above, and the lifting androtating functions of the arm arranged on the fire-fighting robot are realized.

The invention discloses a radiology adjustable image viewing device. The structure of the device includes a supporting rod, a movable rod, a supporting bar, an illuminating lamp, a handle, a control box, a fixing base, a control panel, an elevating control button, a rotation control button, a power on button, and moving wheels. The control box consists of an elevating mechanism, a rotation mechanism, a control box chamber, a heat dissipation driving mechanism, a heat dissipation mechanism, a driving mechanism, a drop auxiliary transmission mechanism, and a lever driving mechanism. The supporting rod can be driven to elevate and rotate at the same time through the arranged elevating mechanism, rotation mechanism and heat dissipation mechanism, and so the angle of the image viewing device can be effectively adjusted. Elevating and rotation are combined with each other, and so the adjustment of the angle is flexible, which facilitates doctors to better observe a radiological image and carry out diagnosis and treatment.