145 results about "Spatial Displacement" patented technology

An antennae system for a detector. The antennae system includes a two-dimensional electro-magnetic transmitter array that has an x number of transmitter elements, and a two-dimensional electro-magnetic receiver array that has a y number of receiver elements. The two-dimensional electro-magnetic transmitter and receiver arrays have a spatial relationship such that at least one subset of the two-dimensional electro-magnetic transmitter and receiver arrays forms a regular array of spatial displacements of z pairwise combinations of transmitter and receiver elements, where z is greater than the sum of x and y.

An electrical lead includes an elongate body having a proximal end, and a sensing unit capable of resolving a change in a spatial configuration of the electrical lead. A medical device includes a control unit, an elongate body having a proximal end coupled with the control unit, and a sensing unit capable of resolving a change in a spatial configuration of the electrical lead and relating it to the amount of blood ejected from the heart. A method includes receiving a signal transmitted from a lead disposed within a heart and determining a change in a dimension of the heart, due to the heart beating, based upon the signal.

The invention discloses a non-contact spatial displacement measurement device. The non-contact spatial displacement measurement device comprises a laser range finder arranged on the reference point, an imaging transmitting plate arranged on the monitoring point, an image collection device arranged on the side, with the back to the laser range finder, of the imaging transmitting plate, a drive module and a control module. The imaging transmitting plate is used for receiving light emitted by the laser range finder and forming light spots. The image collection device is used for collecting the light spots formed on the imaging transmitting plate and connected with the drive module, and the drive module is connected with the control module. The non-contact spatial displacement measurement device is large in measuring range, high in measurement accuracy, small in power consumption and capable of measuring prostration and hypsokinesis from front to back and forward and reverse rotation deformation, relative to a laser device, of a position sensor, solves the problems in the prior art and can be widely used for monitoring deformation of engineering buildings under the condition of geological disasters, and the measuring range is convenient to adjust.

The invention relates to the field of optical device installation, and discloses a lens coupling system and method. The system comprises the following parts of a grasping mechanism for grasping a lensin a tray; a space displacement mechanism connected to the grasping mechanism for driving the lens to move to contact a dispensing mechanism for dispensing and for moving the dispensed lens to fit achip; a curing mechanism disposed above the chip for curing the glue between the lens and the chip; and a positioning subsystem comprising a first image detecting mechanism, which is disposed above the tray for obtaining position information of the lens in the tray. The lens coupling system and method provided by the invention can automatically couple the lens and the chip, and can obtain preciseposition information of the lens on the tray by providing the first image detecting mechanism, so that the grasping mechanism can smoothly and accurately grasp the lens. The system is highly automated, and can reduce labor intensity, position the lens and improve efficiency and accuracy.

The invention discloses a five-axis machine tool cutter posture and cutter point position error synchronous detection mechanism. The five-axis machine tool cutter posture and cutter point position error synchronous detection mechanism comprises a tilt angle measurement device, a spatial displacement measurement device, a rotating angle measurement device, an installation device and a follow-up platform, wherein the tilt angle measurement device, the spatial displacement measurement device, the rotating angle measurement device and the follow-up platform are all installed on the installation device, the spatial displacement device is used for measuring the three-axial-direction micrometric displacement of a cutter point when the rotating center of a cutter of the machine tool to be detected moves along a set track, and the tilt angle measurement device and the rotating angle measurement device are used for measuring the tilt angle and the rotating angle of the cutter of the machine tool to be detected respectively. By the adoption of the five-axis machine tool cutter posture and cutter point position error synchronous detection mechanism, real-time synchronous measurement of the tilt angle and the rotating angle of the cutter of the five-axis machine tool and the three-axial-direction micrometric displacement of the cutter point is achieved. The five-axis machine tool cutter posture and cutter point position error synchronous detection mechanism has positive significance in detecting high-precision machine tools.

The invention discloses a method for demarcating a large-deformation landslide displacement field based on a high-resolution remote sensing image. The method is that two geometric models are utilized to perform ortho-rectification for the high-resolution remote sensing image and corresponding DEM at different time phases in a search area; after the preprocessing and high-precision image matching, a vector set model is created based on the accurately matched feature points with the same feature points; the space displacement field of a landslide body can be demarcated according to the model. With the adoption method for early warning of large landslide disaster, in particular the landslide disaster under a complex terrain, the sliding landslide can be automatically found out and subjected to macroscopic monitoring, so that the macroscopic displacement direction and displacement of the large deformation landslide body at some time quantum can be obtained, and the sliding range can be determined; the basic data and basis can be provided to accurately monitor the landslide displacement and early warn the landslide disaster. The system and the method are mature in technology, low in cost, convenient to operate, quick to calculate, and high in accuracy; the scientific basis can be provided to monitor and evaluate the landslide disaster, and the safety in fire preventing and reduction can be ensured.

An imaging system on which a calibration method is practiced includes: a light source; a substrate for supporting an object; a patterning mask that generates a substantially periodic spatial pattern on the object; a phase shifter that adjusts the relative position of the patterning mask and object to shift the position of the pattern on the object; a detector that detects images of the object; and an analyzer that analyzes at least three images of the object, each of which represents a different spatial shift of the pattern, the analyzer being configured to remove the spatial pattern from the images to generate an optically sectioned image of the object. The calibration method includes: calibrating the position of the mask relative to the substrate via a phase-voltage technique; calibrating the position of the mask relative to the substrate via a merit function technique; and operating the calibrated imaging system.

The invention provides a mobile terminal and a method for displaying images, wherein the mobile terminal stores a first image, the display area of the first image is larger than the area of a display region, and the mobile terminal comprises a spatial displacement sensing unit, an actuating unit, an image acquisition unit and a display unit, wherein the spatial displacement sensing unit is used for obtaining spatial position adjustment parameters; the actuating unit is used for obtaining image translation parameters correspondingly according to the spatial position adjustment parameters; the image acquisition unit is used for acquiring a second image, the second image is the part for constituting the first image, the area of the second image is equal to the area of the display region, and a third image is obtained according to the image translation parameters and the relative position between the translation display region and the first image; and the display unit is used for displaying the second image and displaying the third image. The embodiment of the invention has the following benefits: a user can conveniently and rapidly browse information of the image out of the display region without a touch screen and buttons.

The invention relates to undercarriage shock test airplane wheel space displacement measuring system. It is made up of three space locating machine arms, four corner transducers, support, two magnetic attracting components, and computer. The three space locating machine arms are connected with each other by connecting fitting on which three corner transducers are set. The forth one is set on the support. Each of them is connected with the computer by lead. One magnetic attracting component is connected with the free end of the third space locating machine arm. Another one is fixed on the principal axis of the airplane wheel. While measuring three directions displacement, the invention can ensure expensive undercarriage run normally after shock test without drilling to set displacement transducer and destroying its structure and strength.

A system and method for quantitative determination of density of vasa vasorum in an arterial wall that utilizes a detection of temporal and/or spatial displacement of blood-flow with the use of intravascular ultrasound system. Locations of extrema in the spatial distribution can be identified to detect vascular defects. The system and method support a clinically-useful application for early detection of indicators of diseases, such as coronary atherosclerosis.

High temperature probes and methods for assembling high temperature probes are disclosed. The high temperature probes may include a rod with a thermocouple embedded within the rod, and a ceramic matrix composite sheath substantially surrounding the rod. The high temperature probes may also include an outer metal tube surrounding a portion of the rod, and an inner metal tube positioned between the alumina rod and the outer metal tube, the inner metal tube being configured to prevent the rod from spatial displacement with respect to the outer metal tube.

The invention discloses a scanning data correction method and system of a two-dimensional scanning type laser radar. According to the method, the current angle of an i-th laser beam relative to a scanning environment is obtained based on scanning parameters of the laser radar and the distance information of the i-th laser beam in a scanning period; the current speed and current distance of the laser radar are obtained based on a sensor, so that the correction value and real scanning value of the i-th laser beam of the laser radar can be calculated. The attitude of the laser radar in movement is obtained in real time, error calculation and compensation are performed on environmental data in a laser radar scanning period, and therefore, the error correction of scanning data of the two-dimensional scanning type laser radar can be realized, and the accuracy of environment detection and the reliability of the navigation of a robot can be improved when the robot moves relative to the environment. With the method and system adopted, errors caused by spatial displacement which is accumulated in time difference in a detection period can be eliminated. The method and system are of great significance for solving the problem of data scanning errors on the laser radar in a motion state.

The invention discloses a processing method for dynamically capturing 3D data and a 3D model thereof. The method comprises the following steps: creating a 3D model of a role; sequentially establishing multiple bones with specific hierarchical structures, and binding the bones with corresponding joints of the 3D model of the role; obtaining body movement data of a motionactor through a dynamic capturing system; introducing the body movement data into the bones through preset software and adjusting a bone movement curve; under the drive of the bones, the 3D model executes corresponding actions along the bone movement curve; and the step of adjusting the bone movement curve specifically comprises: introducing spatial displacement data in the body movement data into displacement bones extending out from the hip bones. The method is used for effectively reducing the errors of action displacement to make the animation of the 3D model be more real and reduce the subsequent displacement modification of an animator, so as to improve the animation making quality and speed of the 3D model.

The invention relates to a time-domain aeroelectromagnetic method receiving coil attitude change suppression device and a manufacturing method thereof. The time-domain aeroelectromagnetic method receiving coil attitude change suppression device is characterized in that connection points are uniformly arranged in a fixed bracket in circumferential manner; the center point of the circular inner surface of the top layer is provided with a receiving coil bearing connection point; a receiving coil is wound in the axial direction of the receiving coil in a differential structure; fixed connection points are uniformly arranged on the outer surface; the center point of the circular outer surface of the top layer is provided with a receiving coil bearing connection point; through flexible or rigidbinding ropes, the connection points are connected in the radial direction of the receiving coil, and through the flexible binding rope, in the axial direction of the receiving coil, the receiving coil bearing points are connected, thus guaranteeing attitude balance of the receiving coil; and the binding rope enables the receiving coil not to generate moment in the pitching and rolling directions,thus suppressing generation of motion fundamentally; and by means of damping fluid, vibration isolation effect is achieved, and at the same time, the mobile resistance of the receiving coil is increased, thus further limiting spatial displacement of the receiving coil, and improving the primary field compensation effect. The time-domain aeroelectromagnetic method receiving coil attitude change suppression device overcomes limitations of application.