30results about How to "Quality requirement" patented technology

A power consumption controlling apparatus controls power consumption of a high frequency amplifier to reduce the power consumption by adjusting a power supply voltage and a bias voltage of the high frequency amplifier which amplifies a high frequency transmitting signal. The power consumption controlling apparatus includes: a receiving circuit for receiving the high frequency transmitting signal amplified by the high frequency amplifier; an evaluating section for evaluating whether or not a receiving signal obtained from the receiving circuit satisfies a predetermined quality; and an adjusting section for adjusting the power supply voltage and the bias voltage in a range in which the receiving signal evaluated by the evaluating section satisfies the predetermined quality.

A link state routing communication device allowing path precalculation satisfying the required quality of a connection and reducing the call blocking probability is disclosed. A path satisfying a connection request can be selected from a plurality of precalculated paths which are stored for each destination in a memory. The precalculated paths reflect the latest link resource information using the feasibility check operation or precalculated path update operation. Therefore, a blocking probability of connection setup using precalculated paths can be decreased. In a border node, summarized information is calculated based on precalculated paths and therefore high-speed summarized information calculation is allowed, resulting in reduced computation load.

A modular synthetic grass turf assembly includes a plurality of synthetic grass units which are transportable, adapted to be laid flat on a field and fit side by side to provide a flat and continuous synthetic grass surface for activities. Each unit includes a flexible base sheet preferably with drainage grooves and bores if it is for outdoor use. A synthetic grass turf with an infill layer of particulate materials disposed interstitially between synthetic grass fibers is superposed on the base sheet to provide a grass surface with a required quality, and be fixed thereto or simply retained in place by the weight of the infill. A number of units may have irregular shapes or can be painted with different colors to illustrate letters, marks or logos. The modular synthetic grass turf assembly is conveniently transported from a storage facility to a site.

A method and system are presented for facilitating a PXE-compliant (Preboot Execution Environment) remote boot process between clients and multiple available servers on a network. Each server device can respond to a PXE-extended DHCP (Dynamic Host Configuration Protocol) Request message from any client device on the network. Each client can receive responses from the alternate servers, select a server from one of those responses, and be directed by that response to complete the remote boot process from the same server. Each server also employs a self-throttling process to prevent the server from responding to new PXE-extended DHCP request messages from additional clients while the server has insufficient resources to remote boot additional clients with the required quality of service. This automatically redirects those additional clients to other servers that can provide the required quality of service without affecting the remote boot of clients already being serviced by the server.

The present invention concerns a method for data transmission with assured quality of service, as well as a gateway program module (GWM) for it, a front-end facility program module (VVM) for it, a terminal program module (EM) for it, a gateway (UAG) for it, a front-end facility (INA) for it and a terminal (TERA) for it.According to the method, a terminal (TERA, TELA) requests from a gateway (UAG), connected to a data network (INT), a communication connection to a communication partner facility (TELB) with at least one predefined quality of service. The gateway (UAG) then requests from the data network (INT) the communication connection with the at least one predefined quality of service. The gateway (UAG) establishes the communication connection via the data network (INT) if the data network (INT) can provide at least the at least one predefined quality of service for the communication connection, or via a switched telecommunication network (PSTN), in particular, switching assured physical and / or logical communication connections, unless the data network (INT) can provide at least the at least one predefined quality of service for the communication connection.

A resonance-coordinating device for an audio and video can clamp a transmission cable. The device including: a main body. An adjustable part for making the main body clamps oppositely or for moving opposite to the main body to adjust location sets on the main body. A vibration absorbing unit with a holding part sets in the main body directly or indirectly and a suppresser that surrounds the transmission cable mounts on the holding part. By the way, present invention can reduce the resonance that causes by the electric current pass through the conductor and provide the required audio / video quality.

A method for video data stream integration and compensation includes using a discrete wavelet transform technique to compress and encode key frames of a video signal, and a discrete cosine transform technique to process interframe computations of the video signal, and automatically compensating and adjusting the video signal according to different factors. Since the key frames are not likely to be distorted when processed using discrete wavelet transform, and since the use of discrete cosine transform to process interframe computation facilitates realization of high-speed computations and permits fine macroblock computations, the reception quality of the video signal can be maintained.

A rustproofing composition has superior properties satisfying rustproofing quality requirements and work quality requirements for parts around tires, parts with pockets, and plate-bonded parts, and having volatile organic solvent of not more than 10 mass %. A rustproofing composition has 5 to 60 mass % of the overall composition of at least one kind of heat-polymerized drying oil in which oil having an iodine value of not less than 130 is heat-polymerized, and 1 to 50 mass % of the overall composition of at least one kind of wax selected from natural waxes and synthetic waxes, and / or at least one kind of rustproofing additive dissolved or dispersed in mineral oil type lubricant based oils, synthetic lubricant based materials or liquid saturated-hydrocarbon mixtures vegetable oil based semidrying oils, and vegetable oil based nondrying oils. In the rustproofing composition, nonvolatile content at 105° C. for 3 hours is not less than 90 mass %.

A tolerance analyzing / calculating system analyzes and examines the size tolerance of each component configuring a structure with respect to a size tolerance at the time of assembly of the structure designed with design data. This system comprises a size condition setting unit for defining design data, and the size tolerance of each component, a first analysis executing unit for obtaining a variance or a deviation by making a primary analysis with the use of the size tolerance defined by the size tolerance setting unit, and an optimum minimum gap calculating unit for calculating an optimum minimum gap value by inversely calculating a gap value, which satisfies quality required for a design specification value, with the use of the variance or the deviation obtained by the primary analysis executing unit.

An optical data transmission system having a hub, an optical router, and a plurality of optically pumped sources at a curb location, and a plurality of optical network units (ONUs). The ONUs generate and transmit respective data modulated pumping light to the curb location where it is received by the optically pumped sources, which convert it into the wavelength channels having predefined wavelength ranges assigned to respective ONUs. The optical router routes the wavelength channels for transmission to the hub.

A process of production of plant extracts, especially for the cosmetic products, according to which plant substances are blended, the plant substance blend is phase-extracted in the filtration bags in such manner, that the final extract is obtained by extraction of a filtration bag with water extract of the other filtration bag and the extract is subsequently pasteurized and preserved. The phase extraction including at least one operational phase in which one filtration bag containing the leached plant substances blend in one extraction vessel is extracted with water forming the partial extract and the other filtration bag containing a new plant substances blend is leached with the partial extract in the other extraction vessel forming the final extract. The device for execution of a process of production of plant extracts includes at least one basic circuit in which an extraction vessel containing a filtration bag, a circulation pump and a heat exchanger, whereas the filtration bag, the circulation pump and the heat exchanger being arranged in series; the device including a water reservoir with water supply and an input device for pH value adjustment and a final product reservoir; the water reservoir being connectable to a circuit and the said circuit being connectable to the final product reservoir and the said circuits being connectable mutually.

An image reproduction device for document processing has a nominal processing speed at which it can process sheets continuously at a nominal document quality. However, the image reproduction device is arranged to process sheets at a continuously variable processing speed including the nominal processing speed. The actual processing speed is selected in dependence on operational conditions. In particular, the device is arranged to gradually adjust the processing speed from one processing speed to another processing speed. A control structure is given to select the variable processing speed in dependence on operational conditions, and to operate the image reproduction device at the selected processing speed. In a particular application of the variable speed, a print job may be started at an increased processing speed and then gradually fall back to the nominal speed, giving a fast start and a shorter processing time for short print jobs.

A retardation film which has few foreign matter defects and small retardation nonuniformity and meets the required quality of a retardation film is provided with high productivity at a low cost by melt extruding a polycarbonate.The retardation film obtained by stretching and orienting a melt extruded film of a polycarbonate is characterized in that:(1) the polycarbonate constituting the film has a viscosity average molecular weight of 1.3×104 to 1.8×104;(2) the retardation R(589) within the plane of the film measured at a wavelength of 589 nm is 50 to 800 nm;(3) the retardation R (589) nonuniformity within the plane of the film is ±5 nm;(4) the average thickness of the film is 10 to 150 μm; and(5) the number of film defects as large as 100 μm or more is 2 or less / m2.

In order to measure the phase jitter of a high-frequency signal, a spectrum analyzer is used. The high-frequency signal (HF) to be measured is either multiplied by M and / or the output frequency of the variable frequency oscillator of the spectrum analyzer is divided by N, and both signals are set to the same frequency and mixed in a mixer. The output signal of the mixer is then evaluated in the preferably digital evaluating device of the spectrum analyzer according to the Fast Fourier Transformation principle. To this end, the spectrum analyzer requires only one additional mixer, frequency divider and / or frequency multiplier.

A code sequence transmission method capable of improving system throughput and user throughput by improving power utilization efficiencies of a control channel and a data channel including a plurality of signals having different required qualities is provided. In a mobile station, a bit sequence of a TFCI is transmitted within one frame a plurality of times repeatedly the bit sequence of each TFCI is multiplied by one bit of a bit sequence of an SI, a multiplication result is transmitted. It is thereby possible to transmit both the TFCI and the SI without providing a signal field of the SI in each frame.

A base transceiver station (200) that transmits same data to a plurality of mobile stations (300) using a common channel includes a maximum transmit power detector (41) that detects a maximum transmit power value at each spreading factor during transmission of the data from a transmit power of the data transmitted to the plurality of mobile stations (300) in cells controlled by the base transceiver station (200), and a transmit power determination unit (42) that determines a transmit power at each spreading factor based on the relation between the maximum transmit power values detected and the spreading factors.

A peak suppression threshold value control unit receives an input of quality requirement information, such as a modulation system and coding ratio, from a baseband signal generation unit, determines a threshold value of a peak suppression unit based on the quality requirement information and outputs the threshold value to a peak suppression unit. The peak suppression unit applies a peak suppression control to a baseband signal input from a baseband signal generation unit based on the threshold value and outputs a signal (i.e., a peak suppression signal) applied by the peak suppression process.

A topping sheet forming method includes: feeding a textile original fabric, obtained by weaving longitudinally aligned tire cords into a cord fabric by use of weft yams; cutting off the weft yarns at a predetermined widthwise position to divide the textile original fabric into a plurality of narrow textile original fabrics; and topping at least one surface of the narrow textile original fabric with unvulcanized rubber.

It is possible to automatically correct a six-plane body mesh pattern so as to satisfy the required quality. A device for generating a mesh pattern for analysis comprises: surface mesh generating device for generating a surface mesh pattern of an analysis object by acquiring shape model data on the analysis object and mesh control data including required quality of an analysis mesh model; internal mesh generating device for generating an internal mesh pattern of the analysis object according to the generated surface mesh pattern; device for calculating the element quality of surface meshes; quality evaluating device for evaluating calculated element quality according to the required quality; and mesh correction device for shifting a surface mesh node point not satisfying the required quality in the direction to improve the quality.

In order to measure the phase jitter of a high-frequency signal, a spectrum analyzer is used. The high-frequency signal (HF) to be measured is either multiplied by M and / or the output frequency of the variable frequency oscillator of the spectrum analyzer is divided by N, and both signals are set to the same frequency and mixed in a mixer. The output signal of the mixer is then evaluated in the preferably digital evaluating device of the spectrum analyzer according to the Fast Fourier Transformation principle. To this end, the spectrum analyzer requires only one additional mixer, frequency divider and / or frequency multiplier.

The invention is targeted mainly at a process for the preparation of a semifinished product comprising a PAEK-based resin and reinforcing fibers, comprising the stages of:a. preparation of a dispersion comprising a PAEK-based resin in the pulverulent form dispersed in an aqueous phase comprising a surfactant;b. bringing the reinforcing fibers into contact with said aqueous dispersion;c. drying the fibers impregnated with dispersion; andd. heating the impregnated fibers to a temperature sufficient for the melting of the resin, so as to form a semifinished product, characterized in that the surfactant is a thermally stable surfactant. It is furthermore targeted at the dispersion of use in said process. Finally, it is targeted at the semifinished products capable of being obtained and also at their use in the manufacture of composite materials.

A power driving assembly (17) serves for rotating a disc brake (2) being resurfaced by means of a disc brake lathe (1) mounted onto the caliper mounting brackets (3) of a vehicle wheel hub assembly (4). The power driving assembly (17) comprises a motor (18) and a shaft (19) for transmitting the power from the motor (18) to the disc brake (2). The shaft is a flexible shaft (19), which is connected to a gear (15) of a gearbox (15′), which again is connected to the disc brake (2). The motor (18) and the disc brake (2) can be correctly connected to each other quickly and easily.

An arrangement for drying air, particularly for a compressed air installation of a rail vehicle, includes an air dryer that receives air that is to be dried, via an air dryer inlet. In order to optimize the arrangement with regard to external conditions prevailing in the region of a rail bound transportation route to be travelled, an air conditioning installation is provided that supplies air to an air conditioning installation outlet, the air dryer inlet being connected, by way of an air channel particularly designed as an air conduit, to the air conditioning installation outlet such that at least one portion of the air supplied from the air conditioning installation forms the air that is to be dried. The invention also relates to a rail vehicle that includes such an arrangement, and also to a method for drying air.

A code sequence transmission method capable of improving system throughput and user throughput by improving power utilization efficiencies of a control channel and a data channel including a plurality of signals having different required qualities is provided. In a mobile station, a bit sequence of a TFCI is transmitted within one frame a plurality of times repeatedly, the bit sequence of each TFCI is multiplied by one bit of a bit sequence of an SI, a multiplication result is transmitted. It is thereby possible to transmit both the TFCI and the SI without providing a signal field of the SI in each frame.