112results about How to "Eliminate clutter" patented technology

The present invention provides a monitoring subsystem that would capture all incoming MDN messages (return receipts), and rather than posting individual MDN notes in the user's in-box, a tracking and update subsystem would correlate the incoming responses by reading the appropriate fields in the captured MDN message, and would then use this data to update/create the new functionality

A self-powered wireless network adapter device that provides convenient wireless access to a wired network environment by simply plugging the device into a network port. The device is a networking device that offers users a method to eliminate messy wiring when connecting to a network on the road. Once the device is inserted into the port, the user can immediately access the network with their wireless device and transfer files, access email, or browse the Internet. Rechargeable batteries allow the device to be self-powered and recharged. A universal serial bus connector is provided for recharging the device via a USB port. The invention further provides wireless communication capabilities via the USB connector for devices without wireless communication abilities by plugging the invention into the device's USB port. The invention not only provides wireless access to wired networks, but also allows non-wireless electronic devices to become capable of wireless communication.

A system, method, and apparatus are disclosed whereby a wireless Personal Area Network such as a Bluetooth piconet may be extended to a remote location beyond the normal range by means of a conferencing connection. The conferencing connection may comprise, for example, one or more ISDN lines or an IP connection between two or more conference endpoints. The broadband connection may include a video channel, an audio channel, a control channel, and a Bluetooth channel.

A machine for drilling oil-holes in crankshafts and the corresponding procedure. It can be used to drill one, two or more crankshafts per cycle. Each crankshaft can revolve on its own axis. The unit described is mounted on a horizontally-faced rotary table with vertical rotating axis, to place the crankshafts at different angles to the Z axis of the machining module, maintaining the horizontal position of the longitudinal axes of the crankshafts. Facing the unit is the machining module, provided with two horizontal spindles, drill tool-holders, with their corresponding guide bushings and parallel to each other, one on top of the other, at the same distance as the two crankshafts. The module has movement in three co-ordinates: axis X (horizontal-transverse), Y (vertical ) and Z (horizontal-presenting tools). A fourth axis W, (with additional module and independent action), moves parallel to Z and carries the guide bushings. It is provided with an automatic changeover, (tool+bushing or just the bushing), incorporating simultaneously the pair of spindles.

The invention relates to the technical field of phased-array antennae and discloses a phased array beamforming method based on airborne equipment. The method comprises the steps of dividing a phased-array antenna array element into a left antenna array element and a right antenna array element; carrying out in-phase feeding on the left antenna array element and the right antenna array element, and adding a pattern function formed by the left antenna array element and a pattern function formed by the right antenna array element together to obtain a sum beam; carrying out anti-phase feeding on the left antenna array element and the right antenna array element, and carrying out subtraction on a pattern function formed by the left antenna array element and a pattern function formed by the right antenna array element to obtain a difference beam. According to the method, the application of the phased array beamforming method in the airborne equipment is achieved; the sum beam and the difference beam can be generated easily, and beam scanning can be achieved; the application of the phased-array antennae enables scanning to be achieved more flexibly, anti-jamming capacity to be high, and reliability to be high; meanwhile, the anti-jamming capacity of a system is improved by means of the sidelobe suppression technique.

A method and system for displaying application windows are provided to facilitate multitasking by effectively managing multiple open application windows. The method for displaying application windows on a display screen that is divided into an active part and a non-active part includes modulating video data corresponding to the non-active part using auxiliary data and displaying the modulated video data in the non-active part on the display screen. The application window display method of the present invention facilitates the modulation of video data for unimportant image objects such as non-active application windows and a desktop image such that only important image objects such as an active application window and other preset objects are prominently displayed. This allows a user to focus their attention on a current task.

An exemplary embodiment of the present invention has been described above. Those skilled in the art will understand, however, that changes and modifications may be made to this embodiment without departing from the true scope and spirit of the present invention, which is defined by the claims.

What is provided is the use of an array of E-field sensors to detect the closest approach of incoming projectiles and to determine through time difference of arrival the bearing of the incoming projectile, thus to identify the bearing of the source of the projectile. dE/dT processing of the individual outputs of the E-field sensors indicates by the zero crossing the peak of the E-field disturbance and thus the instance of time of the closest approach of the projectiles to a sensor.

The invention discloses a household video monitoring system. The system comprises a frequency acquisition circuit 1, a frequency acquisition circuit 2, a rectification calibration circuit and a filtering output circuit. The frequency acquisition circuit 1 and the frequency acquisition circuit 2 respectively acquire analog signals at the input end and the output end of a signal transmission channelin a control terminal of the household video monitoring system. The rectification calibration circuit uses a variable resistor RW1, a capacitor C4, and a capacitor C3 to form a rectifying circuit torectify the signal, and uses a diode D6-diode D9 and an amplifier AR1 to form a composite circuit for signal limiting, amplification, and limiting processing. The frequency acquisition circuit 2 usesthe op amp AR2-AR4 and the capacitor C14 to form a loss compensation circuit to compensate the output signal of the rectification and calibration circuit. Finally, the filter output circuit uses the inductor L2, the capacitor C10, and the capacitor C11 to form a [pi]-type filter circuit. The filtered output can convert the signal frequency into a compensation signal of the signal at the output endof the signal transmission channel in the control terminal of the home video monitoring system.

A securities trading system utilizes distributed data processing effected by a central processing station and a plurality of processing consoles all tied to a common network. The central station includes several computation sequences that can be used to compute the autocorrelation distribution function of any one security price to predict the probable price variation increment within a contract consummation interval, the cross correlation between various securities to determine any pattern of offsetting trades, and a reconciliation sequence to effect the securities transactions within the price variation increment. The autocorrelation and cross correlation sequences can be transferred for processing in one of the consoles, thereby allowing for a distributed processing arrangement of a plurality of securities patterns, and the computation results can be displayed on the console monitor that is interested in the particular security. A price increment selected for a particular level of probability is included in each buy and sell offer and if the offers intersect a transaction is consummated. The ratios of the buy and sell increments are then used to distribute the price overlap.

The invention discloses a portable scene monitoring radar system. The system comprises a radar body and a monitoring client in communication connection with the radar body. The radar body comprises atransmitting-receiving antenna module, a microwave transmitting-receiving module, a signal processing module and a communication module; the microwave transmitting-receiving module generates a radar emission signal which is radiated by the transmitting-receiving antenna module, and the transmitting-receiving antenna module transmits a received radar echo signal to the microwave transmitting-receiving module; the signal processing module outputs monitoring radar measurement information according to a baseband signal output by the microwave transmitting-receiving module; the communication moduletransmits the monitoring radar measurement information to the monitoring client; and the monitoring client displays the monitoring radar measurement information. The system can be used to monitor a moving target within a relatively near distance in a scene in a real-time all-time way and emits alarm, position and angle information of the target is measured, and services are provide for airport foreign matter monitoring, landslide rockfall safety monitoring and safety area monitoring application.

The invention relates to a built-in very-high-frequency partial discharge detection device and method. The built-in very-high-frequency partial discharge detection device comprises a very-high-frequency current transformer, a signal acquisition module and a signal processing module. According to the technical scheme of the invention, the installation position of a current transformer (CT) ring is optimized through optimizing an HFCT (High-Frequency Current Transducer) into a VHFCT (Very-High-Frequency Current Transducer), and the CT ring is installed inside a cable joint; and a copper mesh wound outside a semiconductor layer is enabled to directly penetrate through the CT ring and is then connected with a cable armoring grounding cable. Measurement is performed at a partial discharge signal generating point in situ, so that very-high-frequency characteristics of partial discharge are ensured, and the accuracy of cable partial discharge detection is enabled to be greatly improved.

A data processing system is provided which enables an operator to rapidly perform object detection, identification, recognition, and location using remote imagery from Mini Unmanned Air Vehicles when sensor performance is severely limited due to size, weight, and power constraints. The system receives down linked images from an Unmanned Air Vehicle as well as vehicle geographic position and sensor attitude data. The imagery is processed on the ground using detection, identification, recognition and moving target detection algorithms to eliminate clutter and preselect potential objects of interest. The objects of interest are identified by the operator from the preselected list of objects automatically presented to him. The target location is simultaneously calculated for selected objects using the down linked vehicle location and sensor pointing angle and displayed to the operator.

Detection of objects such as a buried explosive device while operating from a moving platform using a radio frequency emission system having two modes. An electromagnetic wave emission and detection system operates in a first mode to locate objects of interest and in a second mode to determine if an object contains explosive materials. In the first mode, the emission and detection system preferably operates as a subwavelength focusing, wideband, superlens using a near field super gain synthetic aperture continuous wave (CW) swept radar. In the second mode the system preferably enabled after detection of an object in the first mode, uses chemical detection methods such as Nuclear Quadrupole Resonance (NQR).

The invention relates to a battery management system. The battery management system comprises a group of N serially-connected storage batteries, N battery repair modules and (N-1) battery balance modules, wherein each storage battery is connected in parallel with one battery repair module, so the N storage batteries correspond to the N battery repair modules; and two storage batteries are connected with one balance module, so the N storage batteries correspond to the (N-1) battery balance modules. The battery management system is applied to a lead-acid battery pack and used for repairing and balancing a 2-volt battery pack, and is a power management system which is capable of improving the charging and discharging characteristics of a lead-acid battery, preventing polar plate from being vulcanized and realizing bidirectional lossless balanced charging and discharging of the serially-connected battery pack; therefore, the service life of the lead-acid battery can be really prolonged.

An apparatus for the storing and management of a plurality of wire rope slings is presented, such slings being those typically comprised of a length of wire rope having at least one end loop. The apparatus has a base frame upon which is rotatably mounted a sling storage bin. The storage bin has a plurality of arm members that extend from the storage bin for engaging and holding an end loop of a selected wire rope sling. Rotation of the storage bin causes the selected wire rope sling to be coiled around said projecting arms within the storage bin. The apparatus may be provided with pad eyes and forklift tine guides to facilitate its transportation.

The invention provides a continuous wave radar signal processing method based on single-target triangular linear frequency modulation, which comprises the steps that radar generates a multi-period symmetrical triangular linear frequency modulation continuous wave and transmits the multi-period symmetrical triangular linear frequency modulation continuous wave; an echo signal received by the radarand a local oscillator signal are mixed, and pass through a low-pass filter to obtain an up-regulation frequency band difference frequency signal and a down-regulation frequency band difference frequency signal; FFT processing is carried out on the up-regulation frequency band difference frequency signal and the down-regulation frequency band difference frequency signal to obtain a difference frequency spectrum, the difference frequency spectrums of multiple periods are accumulated, a threshold is set, frequency points exceeding the threshold are obtained, equal frequency points are found outand subjected to zero setting, and fixed clutters are eliminated; a relation between the remaining frequency points and a speed distance is established to obtain a target distance and a speed; and thesignal is enabled to pass through a band-pass filter of the residual frequency points to obtain a target angle. According to the invention, the positions of the frequency points of clutters in the same period in the up-regulation frequency band and the down-regulation frequency band are not changed, so that the frequency points are set to be zero by setting the threshold and comparing the frequency points, in this way, the clutters can be well eliminated, the signal-to-noise ratio is not reduced, and the method is easy to implement.

The invention belongs to the technical field of medical waste treatment and particularly discloses a medical waste temporary storage system for an inpatient area. The medical waste temporary storage system comprises an outer shell, an upper storage area and a lower storage area are arranged in the outer shell, and the upper storage area and the lower storage area are separated through a supportingplate. The upper storage area is cylindrical and is partitioned into at least four upper partition storage chambers through partition plates, a rotating shaft is arranged in the center of the upper storage area, and the upper partition storage chambers rotate along with the rotating shaft. A body fluid storage chamber, a blood bag storage chamber and a glass storage chamber are arranged in the lower storage area. An upper input port corresponding to the upper storage area is formed in the outer shell, and three lower input ports corresponding to the lower storage area are formed in the outershell and correspond to the body fluid storage chamber, the blood bag storage chamber and the glass storage chamber respectively. An upper fetching port is formed in the top end of the outer shell, alower fetching port is formed in the side wall of the lower portion of the outer shell, an upper fetching port cover is arranged in the upper fetching port, and a lower fetching port cover is arrangedin the fetching port of the lower storage area.

The invention discloses a personnel respiration and heartbeat detection method based on a millimeter wave radar, and belongs to the field of radar signal processing, and the method specifically comprises the steps: firstly, the radar transmits a linear frequency modulation pulse string signal to a to-be-detected target human body, and receives pulse echo signals containing clutters; a sampling matrix is formed through dechirp processing and discretization; then, fast Fourier transform is performed on each row of the matrix to obtain a time-distance image Rp (m, n); each column of Rp is used as a distance unit, and clutters of all distance units are eliminated by using the center of a constellation diagram; then, the noise power average value of each distance unit is taken as a threshold, a target existing in each distance unit is detected by adopting a unit average constant false alarm, and Doppler demodulation is performed according to the position of the target; finally, a separation waveform of respiration and heartbeat are reconstructed according to a demodulation result; cycle estimation on single breath or heartbeat is performed in the reconstructed waveform; and breathing and heartbeat waveforms and real-time frequency estimation of the pulse signals are output. The algorithm is simple, and the calculation amount is reduced.