61 results about "Partial loss" patented technology

The invention discloses a multi-exposure image fusion method based on Laplacian pyramid decomposition, relating to the field of computer vision and the field of image / video processing; and the research over-emphasizes the image processing. With respect to the disadvantages of the loss of image details during multi-scale decomposition and reconstruction in the traditional fusion method based on the Laplacian pyramid decomposition, the method has the beneficial effects: the details of the input images are strengthened on a certain extent by means of an image detail strengthening method, and the partial loss of the details caused by pyramid mitigation and amplification is counteracted, so that the multi-exposure image fused images contain rich details and higher resolution.

Along with digitization of information, it has become more easy to share and use information over a broad range. It is very important to manage digital documents and documents obtained by printing the digital documents. After completion of a conference, each participant makes an MFP read a document image of a distributed reference. The MFP searches for a data file which matches the read document image with reference to information in a storage unit, and deletes the detected data file. If the number of pages of the read image is short, the data file cannot be detected, or the read document image shows a partial loss, the MFP generates a warning. Upon reception of a collection completion message, the MFP checks with reference to information in the storage unit if all data files associated with the conference are deleted. If a data file to be deleted still remains and that data file is printed, the MFP generates a warning.

The invention provides an integrative compressing method and device of an image. The integrative compressing method comprises at least one lossless encoding method and at least one loss encoding method. A basic encoding unit is an encoding sub-block with fixed size. For each encoding sub-block, both loss and lossless encoding methods are used for encoding the encoding sub-blocks for one time, saving encoding results with least R-D (Rate-Distortion) cost function values and marking the corresponding encoding method as an optimal encoding method. In the whole compression process, partial lossless compression and partial loss compression are carried out with ultrahigh image quality. For the lossless encoding which carries out compression by using a dictionary, the data in the dictionary is from N-byte data which is encoded by using the lossless method recently, and the traditional image compression method is only suitable for some image content. Through combining the plurality of lossless and loss encoding methods, for different image contents, the proper encoding method is selected from the view of acquiring the optimal encoding R-D performance, thereby the invention is suitable for compressing the image including the plurality of contents.

A process for removing phosphorus from solid poultry or animal wastes involving (a) mixing solid poultry or animal wastes with water and acid at a pH lower that about 5.0 and higher than about 3.0 to form (i) a liquid extract that contains suspended solids of about 3.5 g / L and soluble phosphorus and (ii) a washed solid residue (having a N:P ratio of at least more than 4 expressed on an elemental basis), (b) separating the liquid extract from the washed solid residue to form separated liquid extract and separated washed solid residue, (c) mixing the separated liquid extract with an alkaline earth base to a pH of about 8.0 to about 11.0, (d) mixing the liquid extract with a flocculant to form (i) precipitated phosphorus solids with P2O5 content greater than about 10% and (ii) a liquid, and (e) separating the precipitated phosphorus solids from the liquid to form separated phosphorus solids and separated liquid. The process is conducted at a temperature greater than about 5° C. and less than about 50° C. The solid poultry or animal wastes are not pretreated prior to mixing the solid poultry or animal wastes with water and acid; such pretreatments include those that may cause the complete or partial loss of oxidizable organic carbon and nitrogen.

The invention relates to a self-adaptation fault-tolerant control method of a quadrotor posture with parameter nondeterminacy, and belongs to the technical field of quadrotor helicopter posture control system fault-tolerant control. The thought of model reference self-adaptation control is applied, the feedback of states and errors of the states is introduced, and the direct self-adaptation fault-tolerant control method is designed. According to the method, compensation for the parameter nondeterminacy, external disturbance and actuator partial loss faults of a quadrotor helicopter system is achieved, and bounded tracking on the reference system state of the posture angle of a quadrotor helicopter is guaranteed.

According to an aspect of an embodiment, a method for interpolating a partial loss of an audio signal including a sound signal component and a background noise component in transmission thereof, the method comprising the steps of: calculating frequency characteristic of the background noise in the audio signal; extracting the sound signal component from the audio signal; generating pseudo noise by applying the frequency characteristic of the background noise included in the audio signal to white noise; and generating an interpolation signal by combining the pseudo noise with the extracted sound signal component included in the audio signal to supersede the partial loss of the audio signal.

The invention belongs to the radar signal processing technology field and relates to an ISAR radar imaging method applied to signal deletion occasions. Sparsity generated by the effect of the imaging space on an emission signal is fully utilized, sparse sampling of echo of partial-loss double base ISAR is carried out to acquire measurement data, a sparse base is constructed in an imaging plane, and a high precision estimation value of imaging point space distribution is acquired through a reconstruction algorithm. The method is advantaged in that multiple restrictions based on a Fourier transform algorithm are solved, even under the condition of incomplete echo signals, the effect of target space distribution on the emission signal is utilized to construct the sparse base, only small-amount echo data is utilized, target space distribution characteristics can be reconstructed, imaging quality is almost not influenced by a large double base included angle, the imaging result has no radar sidelobe clutter interference, and super-resolution imaging can be realized.

Control features for a wind turbine that control the turbine over a range of wind speeds and under triggering conditions with reduced noise, cost, and reliability issues associated with other such controls. Control is accomplished via control electronics, which adjust the torque produced by the electrical output generation device (e.g., alternator) within the wind turbine. During normal operation, torque is adjusted for optimum aerodynamic performance and maximum output of power. In winds above rated power, the control circuit regulates torque to lower aerodynamic performance, as necessary to maintain desired power level output. In triggering conditions, such as during simultaneous control circuit failure and loss of some portion of the electrical output generation device in extreme winds, wind turbine control is accomplished by increasing torque (e.g., via a separate controller) from the electrical output generation device via shorting of windings, so as to cause retardation of blade rotation.

The invention discloses an automobile thermoelectric power generation device. The automobile thermoelectric power generation device is characterized in that the device comprises a semiconductor thermoelectric power generation module, and a voltage stabilizing module, wherein the high temperature end of the semiconductor thermoelectric power generation module is arranged at a high-temperature part in a vehicle, and the low-temperature end is arranged at an environment temperature part in the vehicle; and the output voltage is used for charging an automobile battery after being stabilized by the voltage stabilizing module. The thermoelectric power generation device provided by the invention can fully utilize the waste heat generated by the automobile engine to charge the automobile battery, thereby recovering a portion of losing energy and greatly saving energy and protecting the environment. The semiconductor thermoelectric power generation device needs neither chemical reaction nor a mechanical moving section, so that the device has the advantages of no noise, no pollution, no abrasion, light weight and long service life, and is appropriate for the application.

A magnetic bearing for supporting a spinning shaft in the radial direction and / or the axial direction includes a rotor formed on the shaft and a stator positioned around the rotor. Poles in the stator creates a magnetic field that supports the rotor. The number of poles is at least sufficient to produce a selected control force if there is an at least partial loss of current to one or more of the poles. The bearing also includes a set of permanent magnetic elements associated with the poles that create a homopolar, bias magnetic field. A controller connected to the poles is programmed with instructions to change the current to each pole in response to at least a partial loss of current to one or more of the poles and can include a current distribution matrix for determining a current value for each pole in such instances.

Proprioceptive feedback is provided in a residual limb of a person that includes forming a linkage between a pair of agonist and antagonist muscles, forming a sliding surface over which the agonist and antagonist muscles slide. The sliding surface can include a synovial sleeve, a bridge formed between the distal ends of bones, or a fixture that is osseointegrated into the bone. The invention also includes a system for transdermal electrical communication in a person that includes a percutaneous access device, a sensory device that communicates signals between a muscle and the percutaneous device, and a stimulation device in communication with the percutaneous access device. In another embodiment, a closed-loop functional stimulation system restores lost functionality to a person that suffers from impairment of a neurological control system or at least partial loss of a limb.

This invention relates to a means for compensating for a whole or partial loss of speech. The means has a sensor unit in the form of a Logometrix pseudo palate and a palatometer which sense the position of a user's tongue while endeavouring to articulate words or sounds. The sensor unit is connected to a comparator which makes use of suitable artificial intelligence algorithms (such as Multi-Layer Perceptron Neural Networks and Hidden Markov Models) together with a library of stored words and sounds as well as tongue positions and signals related to jaw and lip movement as well as inhalation and exhalation to match words or sounds and transmit the matched words or sounds to a loudspeaker. Preferably the output of the loudspeaker will simulate the natural voice of the user.

Embodiments of the invention provide an image processing method and an image processing device. On one hand, a to-be-processed image is divided into at least two blocks; then, each data block is identified to get the identification result of each data block, wherein the identification result of each data block indicates whether each data block is a content data block or a background data block; a background removal threshold of each data block is obtained according to the identification result of each data block; and the background of each data block is removed according to the background removal threshold of each data block. Therefore, through the technical scheme provided by the embodiments of the invention, the problem of over-processing and partial loss of image content caused thereby due to unified background removal of a whole image in the prior art is solved.

A method for judging low excitation voltage of excitation of loss-of-excitation protection of camera feature that square root mean square value criterion and pulse wave square root mean square value criterion are used as main criterion to accurately distinguish loss-of-excitation fault from deep phase advance operation of camera, and complete loss-of-excitation fault and partial loss-of-excitationfault can be identified. At that same time, the high value criterion of the average value is use as the auxiliary criterion to check the protection, the setting value does not need to be set according to the minimum excitation voltage when the dodging adjuster is in normal operation, The average low value criterion can be set according to the minimum excitation voltage in normal operation of thedodging adjuster, and can be used as the auxiliary criterion of the excitation low voltage criterion to prevent the excitation low voltage criterion from being rejected due to the inverter state or abnormal working condition.

The invention provides a true random number generating circuit and an information security chip, applicable to an integrated circuit design field. According to the invention, by adopting the true random number generating circuit which comprises a noise signal modulation module and a high-pass digital filter module, corresponding mixed noise signals are generated after random noise signals undergo modulation, direct current components of the random noise signals are filtered completely to obtain high frequency random noise components, and then the true random number of high quality in correspondence with the high frequency random noise components is outputted, so as to solve problems that random number sequences are unevenly distributed and high frequency portion has partial loss in the prior art.

An image forming apparatus includes a transfer belt onto which a toner image formed on an outer surface of a photosensitive medium is transferred. The transfer belt moves along a predetermined closed path while being supported by a plurality of rollers. A protection unit protects the transfer belt by being attached to at least one of an inner surface and an outer surface of a non-transferring region of the transfer belt. A control unit controls the transfer belt so that an overlapping part where the protection unit is attached to the transfer belt, and a seam part where two ends of the transfer belt are connected stops at a predetermined location after printing. The image forming apparatus substantially prevents partial loss of an image by preventing wrinkles in the transfer belt.

The invention relates to a method for extracting active ingredients from maca. The method comprises the following steps: pulverizing: performing super-micro pulverizing and wall-breaking treatment on a maca raw material to obtain maca wall-broken super-micro powder; deactivating enzyme: performing lighting enzyme deactivation pretreatment on the obtained wall-broken super-micro powder by adopting pulse intense light; flash extracting: mixing the obtained wall-broken super-micro powder and absolute ethyl alcohol for dissolving, extracting the mixture into a flash-type extractor, and after the extraction, filtering to obtain extract liquid; and freeze drying: freeze drying the obtained extract liquid in an environment at the temperature of 20 DEG C or lower, thus obtaining the maca extract rich in the active ingredients. The method has the following beneficial effects: (1) the flash-type extraction can maximally keep the active ingredients of the plant, the active ingredients are not damaged by heating, less solvent is used, the extraction time is short, the efficiency is high, a cutter is abrasion-proof, the structure is compact, and the use is safe and reliable; and (2) myrosinase is deactivated by adopting the pulse intense light method, so that partial loss of the functional ingredients of a product is avoided , and the content of the functional ingredients is increased.

The present invention is aimed at techniques for detecting the “partial loss” of an upper layer frame. One technique envisions a detection platform adapted to determine whether a packet is a final packet for a particular upper layer frame. A comparator platform then compares packets received free of transmission errors with variables indicative of whether all received packets in the particular upper layer frame have been received correctly when a final packet is detected. A transmission platform then sends a signal indicative of whether the packets received without transmission errors constitute the particular upper layer frame so that lost packets can be retransmitted quickly.

This invention relates to a means for compensating for a whole or partial loss of speech. The means has a sensor unit in the form of a Logometrix pseudo palate and a palatometer which sense the position of a user's tongue while endeavouring to articulate words or sounds. The sensor unit is connected to a comparator which makes use of suitable artificial intelligence algorithms (such as Multi-Layer Perceptron Neural Networks and Hidden Markov Models) together with a library of stored words and sounds as well as tongue positions and signals related to jaw and lip movement as well as inhalation and exhalation to match words or sounds and transmit the matched words or sounds to a loudspeaker. Preferably the output of the loudspeaker will simulate the natural voice of the user.

The invention discloses a process for sub-critically extracting useful components from high-water-content plant raw materials. In the process, liquefied methyl ether is taken as a solvent, useful components in high-water-content plant raw materials can be extracted at the normal temperature, a process for drying, airing or manual drying plant raw materials is eliminated, partial loss of useful components of the plants in a raw material drying process is avoided, and heat-sensitive and photosensitive components in plants are particularly prevented from being damaged by decomposing. The process plays a certain role in dehydrating during extraction of useful components from plants, and has contribution to the post-treatment of plant residues. A method disclosed by the invention can be used for extracting various effective components such as plant pigments, alkaloids, plant general glycosides and the like, and is particularly suitable for extracting processing of capsochrome, marigold phytoxanthin, nicotiana alkaloids, ginseng general glycosides and the like.

A yarn of exfoliated graphite as a base material that is improved so as to have enriched flexibility free from any stick-out of exfoliated graphite at ordinary bending processing, thereby avoiding any partial loss of exfoliated graphite at twisting or braiding operation for preparing of a gland packing. Yarn (1) for gland packing is produced by filling the interior of tubular member (3) obtained by knitting or folding Inconel wire (2) of 0.1 mm diameter with fibrous exfoliated graphite (4) in the form of a fiber with a cross section set so as to exhibit an aspect ratio, being a quotient of width (h=w / t) divided by thickness (t), of 1 to 5.

A TiCN base cermet, which comprises 5 to 30 mass % of a binding phase comprising a binding metal of Co and / or Ni and hard particles bound by the binding metal, wherein a part of the hard particles comprise a core-containing structure particles composed of a core part containing TiCN and a peripheral part, and the core-containing structure particles comprise first core-containing structure particles having a peripheral part containing the binding metal and second core-containing structure particles having a core part and a peripheral part both containing the binding metal. The TiCN base cermet exhibits excellent resistance to thermal shock and to partial loss.

The invention discloses a water-collecting tank of a high-level water-collecting cooling tower. The top of the inner wall extends to the oblique upper side in a direction forming an angle alpha with the horizontal direction; a stream guidance water baffling plate is positioned on the top of the outer wall; the stream guidance part of the stream guidance water baffling plate extends along the same direction as the extending direction of the top of the inner wall; the angle between the stream guidance part of the stream guidance water baffling plate and the horizontal direction is beta; the angle beta is more than or equal to the angle alpha. The stream guidance water baffling plate is adopted by the water-collecting tank for guiding the air flowing through the water-collecting regions so as to reduce the partial loss of the air in flowing through the water-collecting regions, reduce resistance, as well as enable the cooling water to fully enter the water-collecting tank after flowing through a water-collecting sloping plate so that the water splashing to the outer side of the water-collecting tank is avoided.

The invention provides a megnetron sputtering cathode system which comprises an annular target material and a magnetic assembly that is rotatably arranged in the annular target material. The magneticfield line of the magnetic assembly penetrates through the annular target material. The magnetic assembly moves relative to the target material. The magnetic field line change which is formed by the magnetic assembly on the surface of the target material prevents a boundary effect of the target material through function of a fixed magnetic field, reduces partial loss of the target material and improves film plating quality.

The invention provides a true random number generating circuit and an information security chip, applicable to an integrated circuit design field. According to the invention, by adopting the true random number generating circuit which comprises a noise signal modulation module and a high-pass digital filter module, corresponding mixed noise signals are generated after random noise signals undergo modulation, direct current components of the random noise signals are filtered completely to obtain high frequency random noise components, and then the true random number of high quality in correspondence with the high frequency random noise components is outputted, so as to solve problems that random number sequences are unevenly distributed and high frequency portion has partial loss in the prior art.