86results about How to "Avoid multiplication" patented technology

The invention features a flow-through capacitor system that achieves enhanced power efficiency by sequential control and actuation of at least two or more flow-through capacitor cells within the flow-through capacitor system. Alternatively or in addition, power efficiency is enhanced by integrating the purification stages of the system, for example, by placing more than one cell within a single cell casing. Preferably, integrated stage flow-through capacitors are controlled sequentially.

The invention discloses a method for multi-input multi-output transmission for precoding. The method comprises the following steps: a fundamental matrix is selected, a column vector is selected from the fundamental matrix according to the dimension of a precoding matrix under each rank, the precoding matrixes are combined into codebooks, and the codebooks are respectively stored into the transmitting end and the receiving end of a multi-input multi-output transmission system; the receiving end selects precoding matrixes from the codebooks, and feeds back the indexes thereof to the transmitting end; the transmitting end uses the precoding matrixes corresponding to the indexes when the next transmission is performed, performs linear transformation in spatial domain to signals to be transmitted and then transmits the signals. The invention also discloses a method for multi-input multi-output codebook coding for precoding. The method enables the system to meet the feedback expenses and obtains good performance gain.

A method and system for generating and receiving a combination bet may include presenting a plurality of betting events in a display resembling a slot machine. In one embodiment, the user may place a total wager for a combination bet prior to knowing what the betting events are. Placing the bet may “spin” the reels to randomly generate a plurality of betting events, and success in the combination bet may require that each individual bet is a winner. In another embodiment, the user may be able to “spin” the reels prior to placing the bet. Betting events still may be randomly generated, but the user may have the ability to select the events on which to wager. Events may comprise in-live sporting events, and the user may have the ability to select various event features, such as the type of events displayed and the odds for each event, in order to customize the betting experience to the user's interests and risk tolerance.

The use of flagellin and flagellin related polypeptides for reducing cancer treatment side effects in mammals is described.

A method and apparatus provide control of a neutral idle (NI) clutch to allow a vehicle with automatic engine start-stop functionality to utilize the NI state as a transitional shift state, either upon or just prior to engine shutdown, to minimize driveline disturbances. By controlling the NI state, the vehicle driveline is decoupled and torque multiplication is prevented upon engine restart. Execution of an algorithm unloads the engine upon shutdown, and unloads or partially loads the engine as a designated NI clutch reapplies during an engine restart event. The NI clutch may be a component of a multi-speed automatic transmission, e.g., a 6-speed or an 8-speed transmission, having a plurality of torque transfer mechanisms or clutches. One of these clutches is designated as the NI clutch, and this designated NI clutch may be selectively actuated to enter the NI state in conjunction with engine shut down/restart.

A method for checking the compliance of a checked optical characteristic of a checked ophthalmic lens (30) relative to an expected optical characteristic, from a non-deformed pattern (40) and a deformed pattern (20) each having a non-uniform contrast, the method includes the steps of: a) determining (A) an image pattern (50), which is the image of the deformed pattern through the checked ophthalmic lens, in predefined optical conditions, b) combining (B) the image pattern with the non-deformed pattern to form a test pattern (60), c) comparing (C) the test pattern with at least one reference pattern (70), and d) deducing (D) the compliance of the checked optical characteristic with the expected optical characteristic on the basis of the preceding comparison. A device for implementing such a checking method is also described.

The present invention provides a porous cellulose gel having a high mechanical strength capable of being operated at a higher flow rate, and a method for producing the same. To a suspension liquid of cellulose particles, a crosslinking agent in an amount of from 4 to 12 times the amount of the cellulose monomer in terms of moles and an alkali in an amount of from 0.1 to 1.5 times the amount of the crosslinking agent in terms of moles are added continuously dropwise or added dividedly over a prescribed period of time, whereby flow rate characteristics of a resulting porous cellulose gel can be enhanced. According to the invention, the production efficiency of a polymer substance, such as a nucleic acid and a protein can be enhanced.

This invention is for a method of treatment of rabies once the patient develops signs and symptoms of rabies with the intent to save the patients from death and disability using insulin combined with various anti rabies viral therapeutic, pharmaceutical, biochemical, and biological agents or compounds with added supportive therapies administered through OM, SAS, IVB, IV, and IA routes. An embodiment provides devices for intranasal delivery of therapeutic agents to olfactory mucosal area. Another embodiment uses the technology to deliver the therapeutic, pharmaceutical, biochemical, and biological agents or compounds to the subarachnoid space and ventricular system by using continuous catheters and Ommaya reservoir at the same time. The present method incorporates breaking the blood brain barrier to allow the entry of the anti rabies therapeutic agents into the neuropile. Additionally, an embodiment incorporates cooling of the brain and inducing hibernation to preserve the brain from damage due to rabies.

The invention disclosed in this application relates to a pharmaceutical formulation prepared from the biotyped variety of the medicinal plant, Phyllanthus amarus which is useful for the treatment of Hepatitis B (both acute and chronic), Hepatitis C (both acute and chronic) and other related viral infections of the liver with antihepatotoxic and liver cell regenerating potentials and immunomodulating properties. The invention confirms, that when pars of the biotyped variety of the medicinal plant, Phyllanthus amarus are extraceted separately with a polar solvent alone, polar solvent and water in specific ratios and water alone and when such extracts are mixed together, the resultant formulation has all the essential antiviral and biological properties, while the individual polar or aqueous extracts alone does not possess one or more of these properties. The present invention also relates to a process for the preparation of the above said new pharmaceutical formulation with biological and chemical standardisation protocols.

A method for sterilizing fruits and vegetables includes irradiating a surface of fruits and vegetables with UVA, while the surface of the fruits and vegetables is in contact with chlorine water containing sodium hypochlorite having a chlorine concentration of 5 ppm or more. According to the method for sterilizing fruits and vegetables, the fruits and vegetables can be quite efficiently sterilized by chlorine water having a quite low concentration, that is 5 ppm or more, slightly higher than that of tap water. Further, multiplication of bacteria in the sterilized fruits and vegetables can be effectively prevented, while a residual chlorine concentration in the sterilized fruits and vegetables is significantly reduced.

Disclosed is a non-natural ceramide compound effective for a sphingosine kinase activator, and thus useful for a skin disease treating agent. The sphingosine kinase activator enhances production of sphingosine-1-phosphate to show various physiological activities provided by sphingosine-1-phosphate. The physiological activities include the effects of: controlling multiplication and differentiation of keratinocytes, multiplication of fibroblasts and collagen synthesis, resulting in treatment of wounds, recovery of damaged skin functions in atopic dermatitis and psoriasis; inhibiting wrinkles and skin irritation caused by ultraviolet rays, followed by improvement of wrinkles and inhibition of skin aging; and reducing skin atrophy, which is a typical side effect of local application steroids. Therefore, the sphingosine kinase activator is useful for a skin disease treating agent for treating skin wounds, wrinkles, atopic dermatitis, eczema, psoriasis, or skin atrophy caused by side effects of local application steroids.

The invention discloses a totally blind recognition method for a coding parameter of a convolutional code, which mainly solves the problems of incapability of realizing totally blind recognition and high calculation complexity existing in the prior art. The technical scheme provided by the invention is that: (1) the code length n, the input information bit length k and the register length m are solved according to the mutual check relationship between a convolutional code coder and an information code word; (2) when the code rate k/n is 1/n, two adjacent bits of the code word in the convolutional code bit stream are taken in sequence to construct an analysis matrix C, and fast Walsh-Hadamard transformation is used for the analysis matrix C to solve a generator matrix G; and (3) when the code rate k/n is (n-1)/n, the first to (n+1)th bits of the code word in the convolutional code bit stream are taken to construct an analysis matrix C, and fast Walsh-Hadamard transformation is used for the analysis matrix G to solve a basic check matrix H; and thus, the totally blind recognition for the coding parameter of the convolutional code is finished. According to the totally blind recognition method, the problem of totally blind recognition for the coding parameter of the convolutional code under the conditions of knowing no priori knowledge and containing an error code are solved well, and the operation complexity is simplified; and the totally blind recognition method can be used for multi-cast communication and intelligent communication.

The invention discloses a coding and decoding method of a transmission control protocol based on network coding. The method optimizes the coding method at a network coding layer, distinguishes normaldata packets or redundant packets, adopts different coding ways for different types of data packets, and realizes the coding for normal coding data packets by adopting a direct exclusive or way; and for redundant data messages, the coding coefficients are randomly selected from a certain row in a Vandermonde matrix, and redundant coding data packets are obtained according to the coding coefficients by using a linear coding method, so that the coding complexity is reduced; in a network layer, the design of the head of the coding data packets is optimized, and the coding coefficients and parameters needed for decoding are considered comprehensively, which shortens the overhead of coding the heads and improves the transmission efficiency; and a decoding algorithm is optimized in the network coding layer, which makes a Gaussian elimination process more simple, thereby reducing the decoding complexity.

The invention provides a method and a system for carrying out peak clipping to wideband signals, the system includes an error signal generation module, a filtering module, a time-delay module and a superposition module, and the method includes the following steps: the error signal generation module generates an error signal e(n) according to the difference value of the peak envelope of an input signal x (n) and a preset peak-clipping threshold A0; the filtering module receives the error signal and filters the error signal by using an FIR filter to obtain a cancellation signal c(n); the time-delay module calculates the total delay of the error signal generation module and the filtering module, and delays the input signal to output a time-delay signal, the delay value of the time-delay signal is equal to the total delay; the superposition module superposes the cancellation signal and the time-delay signal for peak clipping. The method and the system of the invention utilize the FIR filter to filter the error signal so as to generate the cancellation signal, and completes the peak clipping of the signals by superposition, thus being easy to be realized, consuming less hardware resource and avoiding the spread of the frequency domain and the regeneration of the peak value.

A field-effect transistor including: a support substrate, an active area forming a channel; a first active gate which is associated with a first face of the active area; source and drain areas which are formed in the active area and which are self-aligned on the first gate; a second insulated gate which is associated with a second face of the active region opposite the first face of the active region. According to the invention, the second gate is self-aligned on the first gate and, together with the first gate, forms a mesa structure on a support substrate.

This detection method comprises: a step during which a receiver measures the quantity of light reflected by an object when the object is illuminated by an emitter for at least two different emitter—receiver pairs on the same side relative to the object, a step of calculating at least two characteristic values from the measured values, and a step of determining at least one position of the object by directly reading a table indexed by the two characteristic values, the content of said table being predetermined and set before said measurement step.

The invention relates to a large frequency deviation estimation and correction method for quadrature frequency division multichannel signal carriers, comprising the following steps: time domain frequency deviation estimation of frequency deviation, and time domain frequency deviation correction according to estimation results. The invention also comprises the following steps: smooth processing of the time domain frequency deviation estimation is performed, namely a low pass filter is adopted to smooth down peak values and valley values of time domain frequency deviation estimation values; after the time domain frequency deviation correction, Fourier transformation is performed; frequency domain frequency deviation estimation is performed on transformation results; frequency domain frequency deviation estimation results or time domain frequency deviation estimation results after smooth processing participate in time domain frequency deviation correction once again. The method of the invention overcomes limitation of the prior frequency domain algorithm on frequency deviation estimation and has the advantages of capability of processing large frequency deviation, capability of guaranteeing smooth signal processing, capability of quickly tracking frequency deviation caused by movement, and capacity of being conveniently realized in an integrated circuit design.

The invention provides an iterative clipping and filtering method for reducing the peak-to-average ratio of an OFDM signals. The method comprises the steps of: firstly, calculating OFDM time domain signal power, and carrying out clipping on the real parts and imaginary parts of the OFDMs exceeding a power threshold P0 according to a clipping factor [alpha]; secondly, converting the OFDM time domain signals after the clipping into OFDM frequency domain signals by means of FFT conversion, and carrying out frequency domain filtering; then converting the signals after the frequency domain filtering into OFDM time domain signals by means of IFFT conversion, and finishing one time of iterative clipping and filtering processing; and finally, according to a maximum iterative number, repeating the above iterative clipping and filtering process. In the method, an OFDM system does not need to transmit additional information, additional processing on the OFDM signals on a receiving end for compensating the influences of the clipping processing on a sending end is not needed, the clipping factor [alpha] is suitably selected, the clipping processing is completed only by means of additive operation, and frequency domain filtering can be directly carried out on the processing result by means of the FFT conversion; in addition, in the iterative clipping and filtering process, a work clock multiplexing FFT/IFFT conversion unit higher than a sampling rate is adopted, and realization resources inhibited by the peak-to-average ratio are saved.

A lip of an air inlet of a turbojet pod intended to be fastened to an air inlet downstream structure includes at least one electric heating element for defrosting. The electric heating element being fitted with at least one electrical connector able to be connected to at least one corresponding electricity supply connector of the downstream structure. The lip breaks down into at least two identical structures set end-to-end on a periphery of the air inlet.

There are provided a method and an apparatus for treating organic matter-containing water, the method and apparatus being capable of inhibiting the multiplication of microorganisms in an activated carbon column and a reverse osmosis membrane separator and performing stable treatment over long periods of time in a process including active carbon treatment and subsequent RO membrane separation treatment with an ultrapure water production system for use in electronic device manufacturing plants. The method for treating organic matter-containing water includes an oxidizer addition step of adding an oxidizer to organic matter-containing water, an activated carbon treatment step of treating the organic matter-containing water that has been subjected to the oxidizer addition step with activated carbon, and a reverse osmosis membrane separation step of feeding the organic matter-containing water that has been subjected to the activated carbon treatment step into a reverse osmosis separation means, in which a combined-chlorine-based oxidizer is used as the oxidizer.

Pulverulent mixtures containing hydrogen peroxide and hydrophobised silicon dioxide are used for the controlled release of hydrogen peroxide and/or oxygen. The controlled release can take place in a time-delayed manner or by the application of pressure. Hydrogen peroxide can be released into aqueous or pulverulent media and in emulsions, gels, creams or pastes.