284 results about "Vertical deflection" patented technology

The invention relates to a three-dimensionally adjustable disconnectable curtain wall connecting device. In the three-dimensionally adjustable disconnectable curtain wall connecting device, the section of a back pendant has a chair shape; a back bolt hole is formed at the back of the chair and is in threaded connection with an embedded nut at the back of each curtain wall plate through a back bolt; the back chair legs have L shapes and are propped against the back of each curtain wall plate; a jackscrew bolt hole is formed on the chair surface and is connected with an adjustable supporting piece of which the upper end is embedded between the front and back chair legs through a jackscrew bolt; the adjustable supporting piece is formed by connecting a supporting plate, a vertical plate and an adjusting plate to be a whole; the supporting plate is in top contact connection with the jackscrew bolt; the thread height of the jackscrew bolt is more than the longitudinally adjusting distance of each curtain wall plate; and a long round hole vertical to the wall body is formed on the adjusting plate. The device solves the problems that the position of each curtain wall plate cannot be adjusted, the plate gaps are different in sizes, the curtain wall plates are staggered with one another and the like so as to guarantee the appearance of the curtain wall and overcomes the defect that the installation of the traditional curtain wall plates completely depends on the control level and the vertical deflection of keels at the same time, so that the construction quality can be controlled easily.

This invention relates to a combined vertical flow-vertical deflection wet land treatment technique for domestic wastewater. The technique comprises a pretreatment system and an artificial wet land system. The pretreatment system is mainly aim to removing the floating matters and precipitable suspended matters in domestic wastewater. The artificial wet land system is composed of combined vertical flow-vertical deflection in series. The invention has high removing rate on COD, N and P in domestic wastewater.

A safety system for use with a boom gate. The boom gate includes a boom and a boom moving means for moving the boom between a down position and an up position. The safety system also has a boom deflection detector for detecting deflection of the boom, such as deflection caused by collision of the boom with a vehicle. A control system is provided for actuating the boom moving means to move the boom to the up position whenever deflection is detected.

In the preferred embodiment a combination hinge is used to permit the boom to deflect in both a horizontal and vertical direction. The combination hinge includes a horizontal pivot joint and a vertical pivot joint. The combination hinge joint is spring biased to retain the boom in a normal, undeflected position. The spring also acts to return the boom to the normal, undeflected position after the boom has been deflected. In the preferred embodiment the boom deflection detector is configured to detect both horizontal deflection and vertical deflection of the boom.

The invention discloses headlamp adaptive control method and device. The method comprises the steps of: (1) acquiring the current speed v of an automobile in real time, and acquiring the safe stopping distance S of the automobile at the current speed; (2) acquiring a horizontal deflection angle omega corresponding to the optimum lighting position of the headlamp; (3) acquiring a vertical deflection angle beta corresponding to the optimum lighting position of the headlamp; and (4) outputting control signals to control the turning of the headlamp in real time. The device comprises a control unit (1), and a detection unit (2) and a driving mechanism (3) which are respectively connected with the control unit (1), wherein the detection unit (2) comprises a speed sensor (21), a steering wheel angel sensor (22), a front ride height sensor (23), a rear ride height sensor (24), a sunshine and rain sensor (25) and an acceleration sensor (26). The invention has the advantages of large lighting range, good lighting effect, no reflected glare, simple structure, accurate control, good environmental suitability, safety, reliability and comfortable drive.

An ultra high speed miniature two dimensional electro-optic image acquisition system uses prisms of varying geometries to control the amount of horizontal deflection and a Bragg grating to control the amount of vertical deflection. A collimating lens array and a Gaussian profile Bragg grating help confine the beam diameter of the deflected light beam. A separate prism further bends light into the vertical direction. A spherical lens focuses light onto a photodetector array for display.

The invention discloses a plumb line deviation dynamic measurement device and method based on combination of an INS and a GPS. The method comprises the steps that firstly, an INS/GPS attitude measurement subsystem and an LGU/GPS attitude measurement subsystem are built, and an attitude matrix output by the INS/GPS is utilized to initialize the LGU/GPS attitude measurement subsystem at the moment when measurement is started; secondly, the LGU/GPS and the INS/GPS are used for conducting attitude calculating respectively, and the difference between the attitude angle output by the LGU/GPS and the attitude angle output by the INS/GPS is calculated; finally, an optimal estimated value of plumb line deviation is obtained through a Kalman filtering method by the aid of a global gravity model by establishing an observation equation and a state equation for plumb line deviation measurement with the difference between the attitude angle output by the LGU/GPS and the attitude angle output by the INS/GPS as the observed quantity. The plumb line deviation dynamic measurement device and method based on combination of the INS and the GPS can effectively reduce the complexity and cost of a system, improve the measurement accuracy and reliability, and are independent of the measurement environment, high in operability and convenient to implement.

The invention discloses an accurate and rapid calculation method for global and local ocean disturbing gravity, which belongs to the technical field of geodetic surveying. The method is used for global ocean disturbing gravity calculation, FFT calculation is carried out on each latitude circle by supplementing observation data in a global area, and then summation calculation is carried out in a longitude direction, and the processing method ensures the consistency of the result after the FFT calculation and the result of the original analysis algorithm. With respect to local ocean disturbing gravity calculation, a kernel function forms a cyclic matrix by supplementing a certain amount of data in the kernel function and the observation data, and then the consistency of the result and the result of the original analysis algorithm is ensured by virtue of FFT calculation. According to the method disclosed by the invention, a calculation formula is provided for calculating disturbing gravity by virtue of ocean height measurement satellite data, and an accurate and rapid method is given simultaneously. The method disclosed by the invention can also be applied to resolution for most of integral problems in physical geodesy, for example, resolution for geoidal surface, the deviation of plumb line, terrain correction and the like.

When a video signal is double-speed processed by the first device, a slight vertical deflection process is performed for redundant similar scan lines by the second device, and any slight deflection in the second device is controlled by the first device to thereby enable setting so as to always display images with excellent resolution. More particularly, a discrimination signal is generated by the first device to designate interlaced scanning and flag a need for vertical scan-line deflection, and such discrimination signal is provided to the second device such that the second device can always appropriately determine the need for vertical scan-line deflection. Through monitoring for the discrimination signal, an image display apparatus is capable of preventing vertical resolution from being deteriorated when video signals possibly requiring vertical line-shifting are inputted from an external source. Further, an image display apparatus is capable of preventing the vertical resolution from being deteriorated when images of video signals having different systems are displayed within different areas on a same screen.

A tabletop useful for accurate positioning of a patient for imaging and diagnosis, so that patient positioning in subsequent medical treatments, such as radiation therapy, accurately and precisely correlates with the imaging data. The tabletop of the present invention is a solid flat tabletop adapted to fit over or as an insert in a conventional CT imaging or scan table and provides a flexible support section in which the flexible support material is tensioned to provide a vertical deflection corresponding to the vertical deflection of a flexible patient support of a treatment simulator or linear accelerator. In a preferred embodiment, the flexible support section may be removed and inserted into the treatment table to provide an exact correlation in vertical deflection during treatment.

The invention discloses a geoid-vertical line deviation correction method and system for a GNSS-R specular reflection point. The method comprises the steps of acquiring spatial position information ofnavigation satellites and a receiver; determining a specular reflection point on the reference ellipsoid according to the spatial position information of the navigation satellites and the receiver; introducing the elevation correction amount, iteratively correcting the specular reflection point on the reference ellipsoid to the geoid to obtain a specular reflection point on the geoid; calculatingthe spatial geometric relationship between the normal projection of the geoid and the reflection path, determining the vertical line deviation correction amount of the specular reflection point, anditeratively correcting the normal direction of the reflection path to the normal direction of the geoid, and carrying out iterative correction on the specular reflection point on the geoid to obtain afinal specular reflection point corrected by the vertical line deviation on the geoid. The geoid-vertical line deviation correction method and system improve the positioning accuracy of the specularreflection point and provide support for acquiring a marine gravity field with high spatial resolution and high precision.

The invention discloses a panoramic gaze camera space calibration method based on image splicing. The method includes the steps that firstly, a rotation model of a PTZ camera in a panoramic speed dome is built; secondly, multiple PTZ images shot by the PTZ camera and including all information of scenes are spliced to acquire a panoramic image; thirdly, based on the panoramic image, a mapping relation H2 between pixel points of the panoramic image and motion parameters of the PTZ camera and a mapping relation H1 between the pixel points of the panoramic image and pixel points in a fisheye image are built; fourthly, based on the mapping relation H1 and the mapping relation H2, a mapping relation H between the pixel points of the fisheye image and the motion parameters of the PTZ camera is built, and then panoramic gaze camera space calibration is achieved. By the adoption of the method, a horizontal deflection angle and a vertical deflection angle of the PIZ camera in the panoramic gaze camera can be accurately controlled, the monitoring position of a region of interest of the fisheye image shot by a selected fisheye camera is made to be at the center of the image shot by the PTZ camera, and then accurate positioning monitoring is achieved.

The invention discloses a GNSS-CCD-integrated zenith telescope high-precision vertical deflection fast measurement method. At a measurement station, the optical axis of a zenith telescope faces to the zenith and takes a picture of a zenith zone so that a CCD fixed star image is obtained, fixed star image coordinates are calculated, exposure epoch is controlled by geodetic coordinates and a GNSS time signal measured by GNSS, fixed star information in the zenith zone is acquired in an appropriate star catalogue according to the measurement station vertical deflection calculated by an EGM2008 geopotential model, coupling identification of fixed stars in a zenith tangent plane zone of a celestial sphere in the star catalogue and in the CCD fixed star image is realized, zenith astronomical coordinates are calculated by least spuare iterative computation, and vertical deflection of the observed point is calculated according to geodetic coordinates. Compared with the prior art, the method provided by the invention has the characteristics of simple operation, time and labor saving and high measurement precision and is suitable for high-precision vertical deflection fast measurement.

Sigma Σ-spring is a spring of a Sigma Σ-shape resembles the capital Sigma Σ letter, above which mass can be suspended vertically while under static or dynamic loading conditions. The outer two arms of the Σ-shape of the spring are inclined such mat to be horizontal while fully loaded ensuring safe compression pattern and providing pre-stressed condition that reduces stress at critically stressed sections. The Σ-shape has two opposite sets of turns of different sizes one of small radius of curvature at the side of line of loading of the mass that can be suspended vertically and the opposite one has large radius of curvature in order to maximize spring vertical deflection capability. Thickness throughout the Σ-spring developed length is graduated in order to minimize induced stresses, weight, and cost. Stiffness of the Σ-spring can be adjusted in compact space condition through increasing or decreasing number of turns of the Σ-spring. The Σ-spring is made of Polymeric Matrix Composite of resin strengthened by mineral clay powder providing built-in damping in addition to springing. Σ-spring of built-in damping can suspend mass passively as a stand-alone spring providing both of springing and damping, or semi-actively through two opposite Σ-springs of built-in damping providing both of springing and damping.

The embodiment of the present invention discloses an indoor positioning method and an indoor positioning device. By applying the technical scheme provided by the embodiment of the present invention, the horizontal distances between the indoor positioning device and the walls are determined according to the vertical distance between the indoor positioning device itself and a ceiling, and a vertical deflection angle corresponding to a corner line having the shortest distance of the corner lines between the indoor positioning device itself and the ceiling, and between the indoor positioning device itself and the walls, thereby realizing the indoor positioning, avoiding the interference of the ground barriers to the indoor positioning, improving the precision and operation efficiency of the indoor positioning and the universality of an indoor positioning technology, and reducing the requirements for an indoor environment and the cost of the indoor positioning.

The invention discloses an elastic side bearing for a bogie and the bogie. The bogie comprises a wheel set assembly, a side frame assembly, a swing bolster assembly, a basic braking device and a vibration damper, wherein the swing bolster assembly is provided with the elastic side bearing; and the elastic side bearing at least comprises a side bearing body, the side bearing body comprises a rubber body, and a spring is arranged in the rubber body. The rigidity of a bearing body can be effectively reduced and the vertical deflection can be increased by improving the structure of the elastic bearing so as to improve the axle load and the low power performance of the bogie.

A pivoted platform has two flexible arms having rigid end zones which are attached by means of spacers to piezoelectric elements. The piezoelectric elements are made to deflect in opposite directions upon the application of the electrical signal to cause the platform to pivot. Applying voltages of the opposite polarity causes the platform to pivot in the opposite direction. A mirror may be attached to the platform to produce a scanning mirror for the vertical deflection of a television image.

A wall structure has a telescoping portion and a stationary portion. An overlapping section of the telescoping portion has a recess to allow dry wall to be fastened to the stationary portion at the overlapping section without being attached to the telescoping portion. The fastener pierces through the drywall and a sidewall of the stationary portion. However, a tip of the fastener does not engage a sidewall of the telescoping portion. Rather, the tip of the fastener stops within the recess of the telescoping portion.

A circuit for controlling a partial magnification of a monitor screen, includes: a microcomputer having a program for controlling the size of the monitor screen which receives the horizontal and vertical synchronization signals H-SYNC and V-SYNC and generates horizontal and vertical control signals by using those synchronization signals, and thus controlling the magnification of the monitor screen; a horizontal and vertical signal processor for receiving a voltage control signal according to a vertical size magnification of the monitor screen output from the microcomputer, and outputting a control voltage according to the voltage control signal; an S-shaped correcting and switching circuit for receiving an S-shaped correcting signal and a switching control signal output from the microcomputer, and for controlling the horizontal size of the screen; and a vertical deflection IC for receiving the control voltage according to the voltage control signal for magnifying the vertical size of the monitor screen output from the horizontal and vertical signal processor, and for transferring the sawtooth wave current to a vertical deflection yoke circuit with the supplied voltage control signal.

An abrasive article referred to as composite polishing pad (CPP) includes a plurality of fixed abrasive elements or a plurality of chemical mechanical polishing (CMP) pads attached to a plurality of pressure pads suspended to flexible structures capable to follow the wafer topography. A plurality of stems with dimpled ends act on the pressure pads to generate desired pressure acting on the wafer. The stems are attached to a spring arrangement capable of substantial vertical deflection under a desired load. In one embodiment a plurality of pressure pads suspended to a plurality of stems by revolute joints. The stems are attached to a spring arrangement capable of substantial vertical deflection under a desired load. In another embodiment, a plurality of pressure pads are attached to a plurality of stems suspended to a series of springs capable of substantial vertical deflection under a desired load.