362results about How to "For automatic positioning" patented technology

The invention relates to a method for acquiring and evaluating vascular examination data, comprising: acquisition of IVUS images of a vessel to be examined using an IVUS catheter; simultaneous acquisition of angiography data of the IVUS catheter having at least one angiography marker; acquisition of OCT images of the same point of the vessel to be examined using an OCT catheter; simultaneous acquisition of angiography data of the OCT catheter having at least one angiography marker; registering the IVUS and OCT images; determination of contours of the structures of the vessel under examination based on the OCT images; arithmetic histological analysis of the co-registered IVUS and OCT images using the information about the contours; and display the results.

A camera includes an outer cover; a lens barrel which is housed inside the outer cover in the state that a front face of the lens barrel is substantially in flush with a front face portion of the outer cover surrounding the front face of the lens barrel, whereas when the lens barrel is in a photographing-waiting state in which photographing is possible, the front face of the lens barrel is projected from said surrounding front face portion of the outer cover; a lens barrel state selector for selecting either one of setting the lens barrel in the housed state and keeping the lens barrel at a position in the photographing-waiting state, when a power supply of the camera is turned off; and a controller for controlling the camera such that the lens barrel is set in the housed state when the power supply of the camera is turned off in the state that the lens barrel state selector is selecting setting the lens barrel in the housed state, whereas the lens barrel is kept at the position in the photographing-waiting state when the power supply of the camera is turned off in the state that the selector is selecting keeping the lens barrel at the position in the photograph-waiting state.

This patent discloses a golf club putter to improve a golf putt swing through feedback. The golf club putter may include a shaft, a shaft insert attached to the shaft, and a head attached to the shaft insert. The head may have a body attached to the shaft insert, a shell having a clubface that may be configured to impact a golf ball, and shell fasteners that may be connected between the body and the shell to permit the shell to rotate relative to the body from an initial position. The shell may return to the initial position automatically.

Medical devices and systems comprising medical devices are provided. The device comprises a shaft having a major lumen sized to receive a second medical device and an electroanatomical system imaging element mounted thereon. The shaft includes an inner liner and outer layer. The system comprises a medical device having a shaft and an electroanatomical system imaging element mounted thereon. The shaft has a major lumen sized to receive another device. The system further comprises an electroanatomical navigation system configured to receive signals from the electroanatomical system imaging element and to determine a position of the electroanatomical system imaging element and/or monitor electrophysiological data.

Capacitance element electrodes (E1 to E5) and a grounded reference electrode (E0) are formed on a substrate (20). At a position opposite to these electrodes (E0 to E5), a displacement electrode (40) is disposed that is Z-axially deformable as a detective member (30) is externally operated to move Z-axially. The displacement electrode (40) cooperates with the reference electrode (E0) and capacitance element electrodes (E1 to E5) to form capacitance elements (C0 to C5), respectively. Each of the capacitance elements (C1 to C5) is connected in series with the capacitance element (C0) with respect to a signal externally input. Changes in the capacitance values of the capacitance elements (C1 to C5) as the detective member (30) is moved are detected to sense the displacement of the detective member (30).

The invention discloses a vehicle network integration technology-based electric vehicle charging system and an implementation method thereof. The electric vehicle charging system comprises an electric vehicle network mobile computing terminal, which establishes a connection with an intelligent electric network via a power line carrier modulation and demodulation module, is connected with a cloud computing remote service platform, and uploads vehicle information of electric vehicles to the cloud computing remote service platform; the cloud computing remote service platform transmits charging information to positioning practicable charging station information and the electric vehicle network mobile computing terminal; electric vehicles are in information interaction via vehicle-mounted electric vehicle mobile computing terminals; and a microwave power transmission device is arranged in a charging station. The implementation of the invention is based on an electric vehicle technology integrating a vehicle intranet and a vehicle outer net; the vehicle intranet is large in information transmission capacity, is communicated with transport facilities via the wireless communication manner of a power line carrier; and the real-time performance of communication on the premises of multiple networks and larger data capacity is ensured.

An automatic position restoring slide rail device includes: a slide rail device having a bottom rail and an inner rail slid with respect to the bottom rail; a control device having a control base, a spring connected between the control base and the slide cover, and a control plate with a concave guide slot, and the guide slot having a latch groove on one side and an aslant guide slot on another side, and the slide cover being covered at the control base, and having a first return slot and a second return slot; a swing element, including a first actuating block at the first return slot and a second actuating block at the second return slot, a link element, fixed at the inner rail. Therefore, the present invention can achieve a smoother and better automatic position restoration.

A pothole repair machine utilizes hot mix asphalt material to fill the pothole being repaired. The machine includes a heating apparatus for raising the temperature of the surface of the road surrounding the pothole to soften the material for bonding with the material to be inserted into the pothole. A hot tack spray is then placed onto the surface of the pothole before hot mix material is deposited into the pothole cavity. Before depositing the hot mix material, a sensing mechanism determines the depth of the pothole and causes an adjustment of the height of screening doors to effect the uncompressed height of the filling material at a predetermined percentage of overfill before a vibrating roller compresses the filling material to the level of the surrounding roadway. A plurality of screening doors extends along the transverse width of the machine, each door being adjustably controlled by a depth sensor member.

A louver blade positioning device of a motorized shutter assembly includes an indented positioning portion or a protruded portion formed upon a driving shaft and a resilient member coming into contact with the driving shaft and the indented positioning portion or the protruded portion in a radically movable manner at a fixed angle. When the louver blades are rotated to approach a specific angle, the resilient member moves into the indented positioning portion or the protruded portion. Through the resilient force exerted by the resilient member on the indented positioning portion or the protruded portion, the driving shaft rotates to approach the specific angle, such that the louver blades become positioned at the specific angle when being rotated to approach the specific angle, thereby becoming free from the angular clearance inherent among transmission components of the motorized shutter assembly.

The invention discloses a method of using an intelligent mobile phone to assist indoor positioning. The accuracy of indoor positioning is improved through accurately positioning the floor of a user. The method comprises steps: an air pressure change trajectory when the user moves in a building is monitored through an air pressure sensor of the mobile phone; when multiple users are in the same elevator or Wi-Fi reading of the multiple users is close, the air pressure sensors of the users are calibrated in pairs; the air pressure change trajectories of the users are all uploaded to a center server, the server combines the multiple trajectories, a trajectory map containing the air pressure value of each floor is obtained, and thus, according to the air pressure reading of the user, the floor of the user is positioned; and according to Wi-Fi signals around the user with the known floor, a Wi-Fi map corresponding to the floor is built, and the Wi-Fi map is used for positioning a floor for a user whose mobile phone is not provided with the air pressure sensor. the method can position the floor of the user in the current building, the indoor positioning range can be narrowed, and the positioning precision is improved.

The invention discloses a method for automatically identifying and positioning coordinates of an image point of an artificial mark in a camera calibration control field, which comprises the following steps of 1, arranging a control mark and a color coded mark; 2, setting initialization parameters; 3, adopting a camera to be calibrated to carry out image shooting on the control mark and the color coded mark which are arranged in the camera calibration three-dimensional control field and transmitting a shot image to a data processor; 4, extracting and identifying the color coded mark by adopting the data processing; 5, carrying out automatic positioning on coordinates of an image point of the control mark by adopting the data processor; and 6, carrying out high-accuracy measurement on the coordinates of the image point of the control mark by adopting the data processor. The method has simple steps, is reasonably designed and is convenient to implement; automatic positioning on the control mark can be implemented; extracting efficiency of the control mark is greatly improved; and moreover, the method can achieve higher measurement accuracy and has strong practicality and high popularization and application values.

The invention provides a wheel holder assembly of scriber for cutting brittleness substrate like glass. The assembly includes a wheel holder for forming a scribed line for cutting a brittleness substrate, and a linking unit aligned on the head part of the scriber which can link with the wheel holder detachably, and a magnet aligned on the linking unit or the wheel holder for fixing the wheel holder to the linking unit by employing magnetic force. The wheel holder links with the head part of scriber, therefore it helps to detachably replacing the wheel holder.

A device for the computer-assisted analysis of mammograms. Said device comprises means for detecting a contour line that surrounds an object area of the mammogram, which is defined by an object. The device also comprises a means for positioning and scaling the mammogram. The device is configured to determine the contour line of the object area of the mammogram and to automatically position and scale the mammogram based on the contour line. A method for the computer-assisted analysis of mammograms is also disclosed. The disclosed device and method make it easier for a doctor to comparatively analyze and diagnose mammograms.

The invention relates to a positioning system and a positioning method for an electric energy quality disturbance source. The positioning system comprises online electric energy quality monitoring devices, wherein each online electric energy quality monitoring device is connected between every two master electric energy quality management stations through the Ethernet. Each online electric energy quality monitoring device is arranged at a monitoring point of a power transmission line of a radiation type power distribution system, and every two online electric energy quality monitoring devices are connected through the Ethernet; when an actual disturbance event occurs in the system, one of the online electric energy quality monitoring devices detects the disturbance event, then records an occurrence moment of the disturbance source, informs the other online electric energy quality monitoring devices in the network through the Ethernet in a broadcasting way to start a disturbance wave recording system on the basis of the moment, records sampling data of N cycles before the moment and N cycles after the moment, and sends the sampling data to the master electric energy quality management stations in real time; through the mutual cooperation of all the online electric energy quality monitoring devices, a system coverage matrix and a system direction matrix are established, and then the disturbance source is positioned.

An ocular fundus imager automatically aligns fundus illuminating rays to enter the pupil and to prevent corneal reflections from obscuring the fundus image produced. Focusing the produced fundus image is automatically performed using a pair of video sensors and is based upon the fundus image itself. A head restraint is used to reduce the gross alignment between the optical system and the patient's pupil.

A system and method that automatically executes orders that a user enters into an entry screen at a global trade workstation. The order is routed to an order processing server, which opens a transaction record in a database. If the order is executable on an automated exchange, then the order is forwarded to that exchange. If the order is not executable on an automated exchange, then the order is sent to a front-end processor for non-automated exchanges. The front-end processor forwards the order electronically to the appropriate exchange. After execution of the transaction, the order processing server receives execution information from either the automated exchange or the front-end processor. The front-end processor matches this information to the order, stores the execution information and then forwards this information to the global trade workstation.