773results about How to "Low skill level required" patented technology

A digital camera that combines the functions of the retinal camera and corneal camera into one, single, small, easy to use instrument. The single camera can acquire digital images of a retinal region of an eye, and digital images of a corneal region of the eye. The camera includes a first combination of optical elements for making said retinal digital images, and a second combination of optical elements for making said corneal digital images. A portion of these elements are shared elements including a first objective element of an objective lens combination, a digital image sensor and at least one eyepiece for viewing either the retina or the cornea. The retinal combination also includes a first changeable element of said objective lens system for focusing, in combination with said first objective element, portions or all of said retinal region at or approximately at a common image plane. The retinal combination also includes a retinal illuminating light source, an aperture within said frame and positioned within said first combination to form an effective retinal aperture located at or approximately at the lens of the eye defining an effective retinal aperture position, an infrared camera for determining eye position, and an aperture adjustment mechanism for adjusting the effective retinal aperture based on position signals from said infrared camera. The cornea combination of elements includes a second changeable element of said objective lens system for focusing, in combination with said first objective element, portions or all of said cornea region at or approximately at a common image plane.

A distributed control system for local or remote control of equipment. The distributed control system provides a communication bridge through a local control panel between a non-real-time network, and a real-time network, such as a controller area network. Both soft real-time and hard real-time networks are suitable, but hard real-time is preferred. Multiple distributed control units are used to control various equipment components. The distributed control system may be applied in any environment. The distributed control system may be applied to a skid-mounted coiled tubing unit.

The invention relates to the technical field of electronic equipment, in particular to a somatosensory remote control and a somatosensory remote control flying system and method. The somatosensory remote control comprises a posture sensor, a controller, a first wireless data transmission module and a remote control body, wherein the posture sensor, the first wireless data transmission module and the controller are all arranged on the remote control body, the posture sensor and the first wireless data transmission module are both electrically connected with the controller, the posture sensor is used for acquiring the initial state information of the current position of the remote control body and the moving information of the remote control body and transmitting the information to the controller, the controller is used for acquiring a flying instruction according to the initial state information and the moving information, and the flying instruction is sent out through the first wireless data transmission module. Due to the fact that any position can serve as the center point of the somatosensory remote control, the requirement for the technical skill of an operator is reduced, and operation is facilitated for the operator.

The invention relates to an industrial robot comprehensive control platform and a control method thereof. The industrial robot comprehensive control platform comprises an object modeling module, a parameter setting module, a database module, a spray gun path generation module, a robot motion path generation module, a man-machine interaction module, an analysis and display module, an operation command generation module and a communication and interface module. The invention has the advantages that the functions are complete, the commonality is high, the robot program development cycle is shortened, the painting accuracy of the system is improved, the production cost is reduced, the production efficiency is improved, the requirements on the technical capability of operators are reduced, the economic benefit is high and the platform can be easily accepted by users.

The invention relates to a short fiber reinforced rubber composite material radial orientation extrusion molding method and the procedures are as follows: at first, rubber molten mass containing short fiber is carried out with the extrusion processing in an extruder; at the end of the screw rod in the extruder tube, the rubber is extruded into an axial orientation channel, the flow direction of the rubber mass is adopted for orientation, and the axial orientation of the short fiber is realized in the axial orientation channel of a machine head; the rubber mass which goes through the axial orientation passes through a resistance dam formed by contracting the thickness of the channel under the function of extrusion pressure; the rubber is characterized by extrusion swelling, so the short fiber is inclined owing to rolling over after the rubber mass passes through the resistance dam; the expanded rubber mass keeps flowing along the channel, the inclined degree of the part in middle and at edge is increased owing to velocity gradient, the radial orientation of the short fiber is increased and then the radial orientation is realized. The method of the invention has the advantages of simple and easily-controlled technique procedures, wide application range, good radial orientation quality of products, and low cost.

The present invention belongs to the technical field of optoelectronic equipment calibration, and particularly relates to a star sensor reference cube-prism installation error calibration apparatus. According to the present invention, a photoelectric autocollimator and a single star simulator are respectively placed on two orthogonal axes of a reference plane, a detected star senor is placed at the intersection point position of the two axes so as to make the normal lines of the two orthogonal light reflection surfaces of the detected star senor reference prism be respectively parallel to the two orthogonal axes, the optical axes of the photoelectric autocollimator and the single star simulator are respectively adjusted to parallel to the reference plane through a theodolite, the star sensor is installed on a star sensor three-dimensional adjustment reference base, the input optical axis of the star sensor and the output optical axis of the single star simulator are adjusted to achieve a parallel state through the star sensor three-dimensional adjustment reference base, a detected reference cube-prism is arranged on the upper surface of the housing of the detected star senor, the installation angle error of the reference cube-prism round the X-axis and the Y-axis is measured by using photoelectric autocollimation, the star sensor three-dimensional adjustment reference base rotates 90 DEG, and the installation angle error of the reference cube-prism round the Z-axis is measured.

The invention discloses a portable unlimited rotary numerical control beveled opening pipe cutting machine, which comprises a machine frame, a processing component, a bearing component and a numerical control system, wherein the machine frame is used for assembling sectional materials, the processing component and the bearing component are arranged on the machine frame, the numerical control system controls the processing component and the bearing component, the bearing component comprises a chuck seat and a chuck used for clamping a workpiece to be processed, the processing component comprises a transverse arm and a rotary arm with at least one bending part, the transverse arm and the rotary arm are connected through a rotary motor, the lower end of the rotary arm is connected with a cutting gun disc through an included angle connecting element, the rotary motor can drive the rotary arm to rotate so that the lower end of the rotary arm does circumferential movement around the rotating axial line of the rotary arm, in addition, the cutting gun disc is driven to rotate through the included angle connecting element, and a longitudinal guide rail used for the chuck seat to move on and a vertical guide used for the transverse arm to vertically move on are arranged on the machine frame. The invention also discloses a beveled opening processing method, i.e. a method for cutting a pipe fitting by using the pipe cutting machine. The beveled opening pipe cutting machine disclosed by the invention has the advantages that the structure is simple and clear, the shape processing of the pipe beveled opening is accurate, and the processing efficiency is extremely high. The beveled opening processing method has the advantages that the work procedure is simple, and the control is convenient.

The invention provides a full-automatic staining instrument for staining tissue samples on glass slides. The full-automatic staining instrument is characterized by comprising a support frame and an object stage; the object stage is arranged in the support frame, a plurality of staining modules and a reagent frame are arranged on the object stage, a movable mechanical arm and mechanical arm movement mechanisms are arranged on the support frame, and a sample injection head and a sample injection probe are arranged on the mechanical arm. The full-automatic staining instrument has the advantages that immunohistochemistry or immunocytochemistry staining work can be conveniently implemented, staining effects are excellent in consistency and repeatability, and the full-automatic staining instrument is favorable for operational program standardization and quality control; the full-automatic staining instrument is short in running time and high in handling capacity and work efficiency; technicians have low probability of contact with toxic reagents, and accordingly the full-automatic staining instrument is high in safety; the full-automatic staining instrument has relatively low requirements on professional knowledge backgrounds and technical level of operators.

The invention relates to a radial extrusion molding device for the composite material of short fiber reinforced rubber, in particular to a device for realizing the radial direction of short fiber in rubber material. Eight threaded holes are produced on the front side of the flange of the device, eight double threaded screws and nuts are used for connecting the flange, a flow channel plate, a blocking supporting plate, a shaping plate and a machine head pressing plate into a whole in sequence, a rubber overflow valve is installed above the flange, and a threaded hole is drilled under the flange to install a pressure sensor; a pair of blocking adjusting blocks is positioned in the middle of the blocking supporting plate, one end of a blocking adjusting bolt is fixed with the blocking adjusting blocks, the other end thereof is connected with the blocking supporting plate through thread, and the blocking adjusting bolt is used for controlling the blocking gap; a pair of shaping adjusting blocks is positioned in the middle of the shaping plate to adjust the shaping gap, the shaping adjusting blocks are clamped between the blocking supporting plate and the machine head pressing plate and fixed through screws. The device has the advantages of simple structure, reliable principle, broad application range, low cost, good production efficiency, high product quality and stable performance.

The invention discloses an intelligent laser trimming system and method based on binocular vision. The system comprises an industrial personal computer, a scanner and a box-type cutting platform. A mechanical hand, servo motors, a vision moving platform, a lighting system and a CCD binocular vision camera are installed in the box-type cutting platform. The industrial personal computer controls the CCD binocular vision camera installed on the vision moving platform to move through the servo motors. The mechanical hand is connected with the industrial personal computer through an arranged mechanical hand control cabinet. The vision moving platform is connected with the industrial personal computer through an arranged vision moving platform control cabinet. The system is high in intelligence degree, the automatic calibration and automatic scanned drawing programming functions are achieved, and production efficiency is greatly improved.

A digital camera that combines the functions of the retinal camera and corneal camera into one, single, small, easy to use instrument. The single camera can acquire digital images of a retinal region of an eye, and digital images of a corneal region of the eye. The camera includes a first combination of optical elements for making said retinal digital images, and a second combination of optical elements for making said corneal digital images. In a preferred embodiment, a portion of these elements are shared elements including a first objective element of an objective lens combination, a digital image sensor and at least one eyepiece for viewing either the retina or the cornea. Also, preferably, the retinal combination also includes a first changeable element of said objective lens system for focusing, in combination with said first objective element, portions or all of said retinal region at or approximately at a common image plane. Also, preferably, the retinal combination also includes a retinal illuminating light source, an aperture within said fame and positioned within said first combination to form an effective retinal aperture located at or approximately at the lens of the eye defining an effective retinal aperture position, an infrared camera for determining eye position, and an aperture adjustment mechanism for adjusting the effective retinal aperture based on position signals from said infrared camera. Also, preferably, the cornea combination of elements includes a second changeable element of said objective lens system for focusing, in combination with said first objective element, portions or all of said cornea region at or approximately at a common image plane.

An apparatus and method to automate the deployment, provisioning, and management of a programmable device for the life cycle states of the programmable device is presented. The system includes an automation interface for a developer to develop modules to aid in the automation of the deployment, provisioning, and management of the programmable device and for a user to direct the system to enter into a state of the life cycle. A controller moves the programmable device into states of the life cycle in response to triggering events occurring.

The invention provides a non-spherical surface element shaping and processing method by using a numerical control tangent revolution method and a device thereof, and relates to an optical element processing technique. The processing method and the device can always conduct the tangent point processing for the meridional profile curve of any designed and given axisymmetrical non-spherical surface (including higher order and quadric spherical surface) and spherical surface element, so as to obtain a theoretical continuous smooth high precision surface without corrugation. The tangent point processing of the non-spherical surface is realized through the rotation of a workpiece and an abrasive wheel, and the numerical control linkage of an oscillating shaft, a workpiece shat and an abrasive axle. The tangent point processing of the spherical surface is realized through the rotation of the workpiece and the abrasive wheel, the oscillation of the oscillating shaft and the fixation of the abrasive axle at a certain distance. The processing technique has the advantages of good commonality, high precision and processing efficiency, easily ensured surface roughness and surface texture, low processing cost and the like.

The invention discloses a method for sticking cakes in plastering engineering by using laser. The method comprises the step that: the cakes are stuck by taking a crossed vertical laser surface output by a laser marking gauge as a reference surface for sticking the mud cakes, namely, a control line is set on a floor of a building which is required to be subjected to plastering construction in a conventional mode, and the laser marking gauge is placed on the control line to keep a straight line projected to laser cross on the floor coincided or parallel with the control line; thus the mud cakes can be stuck by taking the laser surface which is coincided or parallel with the control line as the reference surface for sticking the cakes, the distance from the end face of each mud cake to the laser surface serving as the reference surface is measured by using an angle steel ruler, and the distance from the end face of each stuck mud cake to the laser surface serving as the reference surface is kept same. The method has the advantages of high construction efficiency, good quality, low construction cost, low requirement on the technical level of the construction personnel and the like, and is easy and convenient to operate, and the raw materials are saved.

The invention relates to a geographic tuple based quantitative prediction method of ore concentration areas, which is characterized by establishing the quantitative prediction method of mineral resources in the Central Asia region by analyzing the time-space evolution process of the mineral resources in the region, taking GIS as a platform, applying the nonlinear theory and the artificial neural network technology, integrating multivariate information such as geology, geophysics, geochemistry, remote sensing and the like, carrying out analogy on the geological characteristics of the minerals at different levels and the metallogenetic geological setting and dividing favorable metallogenetic areas at different levels. The method solves the problem of failure of quantitative prediction in the prior art.

The invention discloses a process and a device for refining oil by dry distillation of oil shale. The process is characterized in that methane generated in the dry distillation process of the oil shale can be repeated used as a hot carrier in the dry distillation of the oil shale. The retort for realizing the dry distillation oil refining process is characterized in that: the retort has a vertical round-square structure, namely the cross section of the upper part is round, the cross section of the lower part is square, and the inside diameters of the upper and lower parts are the same; and array umbrellas, a herringbone baffle plate, a device shaped like a Ding(ancient cooking vessel of China) or in an Asi structure, an air distribution and material distribution tracery wall, a coke discharging tank, a cooling water jacket, a water seal pool, a coke pushing machine and a scraper conveyor are arranged in the retort from top down in turn. The daily handling capacity of the retort is 500 to 1,000 tons. The invention is suitable for refining oil by dry distillation of oil shale with low methane content, low solid carbon content, low water content and a particle size of 5 to 75 milliliters, and the recovery rate of the oil is 85 to 90 percent.

The invention provides an intelligent insole 3D (Three Dimensional) printing system and printing method and belongs to the field of insole production equipment. The printing system comprises a pressure sampling device, a 3D scanning device, a main control system and a 3D printer; the pressure sampling device is used for acquiring pressure data of different positions of a foot; the 3D scanning device is used for scanning a foot image to obtain three-dimensional model data of the foot; the main control system is electrically connected with the pressure sampling device and the 3D scanning device; the 3D printer is electrically connected with the main control system; the 3D printer is used for printing an insole according to insole hardness data and insole shape data which are output by the main control system. According to the intelligent insole 3D printing system, the insoles meeting biomechanics of human bodies are customized for users according to foot conditions of different users and health-care or disease prevention and treatment functions are realized. The production efficiency is high and the requirements on experience and skill levels of related personnel are low; the intelligent insole 3D printing system can be widely applied to the field of medicine or the field of health-care sports.

The invention discloses a calibration method for multi-projection splicing. The method is characterized by comprising the steps as follows: two horizontal calibration lines and two perpendicular calibration lines are generated by a system and added to split pictures of a source picture; at the same time, the system generates an initial rectangular frame picture for each split picture of the source picture; four peaks of each initial rectangular frame picture are adjusted by limiting one direction of the horizontal position direction and the perpendicular position direction, so that an initial calibration window corresponding to the initial rectangular frame picture becomes a final rectangular frame picture; horizontally spicing is performed, and projection split pictures are moved perpendicularly and horizontally, so that horizontal calibration lines of a projection are aligned to each other vertically and respectively, and perpendicular calibration lines of splicing sides of the projection split pictures are overlapped; and when vertically splicing is performed, the projection split pictures are moved horizontally and perpendicularly, so that perpendicular calibration lines of the projection are aligned to each other horizontally and respectively, and at the same time, horizontal calibration lines of splicing sides of the projection split pictures are overlapped. Compared with the prior art, the method has the advantage that the calibration process and the calibration speed are simplified.