60results about How to "Correct the imbalance" patented technology

A multi-threaded system for data management and other computationally intensive applications. The invention takes advantage of multi-core processors to attain high performance. Multi-core processors provide high performance by executing programs in parallel. The amount of performance gained is strongly dependent on the software implementation. To take advantage of the multi-core architecture, applications should be multi-threaded. The invention provides a uniform, configurable, and a consistent multi-threaded software structure that increases performance by distribution of tasks and workload between threads and allocating threads to different processing units, so as to run programs in parallel. The uniform structure of the threads, the ease of configuring the software, and its modularity simplify execution of complex projects and expedite application development.

Disclosed are methods and related devices for use with subjects with cerebral palsy or periventricular leukomalacia. In preferred embodiments, diffusion tensor imaging (DTI) is used to identify neural areas and transcranial magnetic stimulation (TMS) is used to stimulate neural pathways.

The following are provided in a washing machine: a drum (630) in which laundry is put; an ion elution unit that elutes metal ions and adds them to water; sensing means (701) for sensing imbalance at the time of rotation of the laundry tub; and imbalance correcting means (702). When the sensing means (701) senses imbalance in the drum (630) at the time of spin-drying rotation of the drum (630) performed after metal ion added water supplied from the ion elution unit to the drum (630) is supplied, the imbalance correcting means (702) corrects the imbalance by performing a processing different from a processing performed when imbalance is sensed in a case where the metal ion added water is not supplied. The different processing is not supply of tap water but balance correction rinsing in which the metal ion added water is supplied to the drum (630) and agitation is performed. With this structure, imbalance in the drum (630) at the time of spin-drying rotation can be corrected without any loss of the antibacterial effect added to the laundry.

A receiver uses a wideband intermediate frequency (IF) in the analog domain and performs low IF down-conversion in the digital domain, using low-power, high-speed, high resolution analog-to-digital converters. The receiver can be integrated into an integrated circuit as one of several receivers. Such an integrated circuit may include multiple transmitters using adaptive non-linear modeling pre-distortion. The non-linear modeling may include memory. Imbalance in intermediate frequency in-phase and quadrature signals may be corrected in the digital domains. DC offsets in the intermediate signal may be corrected in both analog and digital domains. In one instance, the receiver provides a feedback receiver for the adaptive pre-distorter in a transmitter on the integrated circuit.

In a database management system, responsive to imbalances appearing in amounts of data in databases to be used by database servers, loss in performance of database management system is reduced, and the imbalances in the performances of processing of the database servers, which execute access transactions, are redressed. Allocation of CPU resources for execution of the access transactions are determined by changing or maintaining the CPU resource allocations to the database servers. Amounts of data to be used respectively by the database servers during access transactions are obtained from each database and stored into a storage device. A ratio of CPU resource allocations is calculated based upon a ratio of the amounts of data stored for the respective database servers. The CPU resource allocations for the respective database servers are changed based upon the calculated ratio.

A receiver uses a wideband intermediate frequency (IF) in the analog domain and performs low IF down-conversion in the digital domain, using low-power, high-speed, high resolution analog-to-digital converters. The receiver can be integrated into an integrated circuit as one of several receivers. Such an integrated circuit may include multiple transmitters using adaptive non-linear modeling pre-distortion. The non-linear modeling may include memory. Imbalance in intermediate frequency in-phase and quadrature signals may be corrected in the digital domains. DC offsets in the intermediate signal may be corrected in both analog and digital domains. In one instance, the receiver provides a feedback receiver for the adaptive pre-distorter in a transmitter on the integrated circuit.

A method for treatment of wounds associated with the insertion of a medical implant, wherein an inorganic therapeutic agent containing potassium, rubidium, calcium and zinc cations is applied to the wound site on a silicone or bioabsorbable membrane. The therapeutic composition is provided in a long lasting, timed delivery formulation to improve the efficacy of the therapeutic agent. The membrane may contain a micro-texture to further control delivery of the therapeutic agent to the wound site.

The invention discloses a ketogenic-diet composition containing active polysaccharide, and preparation and application methods thereof; the composition is a food prepared through adding dietary fibers and the polysaccharide component having immuno-enhancing activity based on a general ketogenic-diet formula and through combination preparation and supplied for patients to conveniently eat; specifically, the ketogenic-diet composition comprises the used raw material by mass: 1 part of fats, 0.2-1 part of proteins, 0.2-0.4 part of the dietary fibers, and 0.01-0.2 part of the active polysaccharide. The preparation method comprises 5 steps of raw material cleaning, drying, mixing, sterilizing and packaging. The application method comprises that the ketogenic-diet composition is used as a dietary therapy substance to be directly eaten by cancer patients. In the ketogenic-diet composition, the dietary fibers required to be added are cleared up, and the proportion of the dietary fibers and the active polysaccharide is also cleared up; the tumor cells are selectively hungered through ketogenic-diet, physiological ketonemia is generated to regulate a key path of tumor generation and development through ketogenic-diet, and an antitumor action body is generated through ketogenic-diet. The ketogenic-diet composition is suitable for dietary therapy ofor all kinds of cancer patients.

The invention relates to complex probiotic for treating and preventing allergic diseases as well as a preparation method and a preparation of the complex probiotic. The complex probiotic is characterized by being prepared from strain composition shown in the description in percentage by weight.

A washing machine capable of minimizing tangle and damage of the laundry is disclosed. The washing machine includes: a wash shaft installed perpendicularly at a lower center of an inner tub, and rotated by a rotational force transferred from a motor; a wash plate orbiting about a rotational center of the wash shaft to form a stream of water; and a movement converting unit for converting a rotational movement of the wash shaft to a orbiting movement of the wash plate.

A main unit 2 and a subsidiary unit 4 include two inverters 6m, 8m and 6s, 8s, and PWM control circuits 26m, 26s, respectively. A changeover switch 20 operates to simultaneously connect the inputs of the two inverters of the main unit 2 and the inputs of the two inverters of the subsidiary unit 4 in series or in parallel. An imbalance detecting circuit 28 detects imbalance in the input voltages to the two inverters of the main unit 2, and provides the detection result to the PWM control circuits 26m and 26s. The PWM control circuit 26m controls the inverters 6m and 8m of the main unit 2 in accordance with the detection result supplied from the imbalance detecting circuit 26m, and the PWM control circuit 26s controls the subsidiary unit 4 in accordance with the detection result supplied from the imbalance detecting circuit 26m. The input current to the main unit 2 is larger than the input current to the subsidiary unit 4.

The invention provides application of indole-propioponic acid to preparing medicine for controlling rheumatoid arthritis, and relates to the technical field of rheumatoid arthritis disease treatment.Through the indole-propioponic acid, occurrence and development of experimental arthritis can be remarkably inhibited, and joint swelling symptoms are effectively relieved. The indole-propioponic acidcan inhibit a proinflammatory cell Th1 and a follicular helper T cell (Tfh) and increase the proportion of an anti-inflammation T regulatory cell (T regulatory, Treg). The indole-propioponic acid canalso reduce expression of proinflammatory factors IL-1beta, IL-6 and IL-17A in serum and anti-CII (anti-type II collage antibody), and can increase secretion of beta-endorphin with the analgesic effect. The indole-propioponic acid has anti-inflammation and immunosuppression effects, the unbalance state of immune cells in organisms can be corrected, and the aim of controlling rheumatoid arthritisis thus achieved.

A device/method for the control of a charge operation and the State Of Charge (SOC) of an electrical Energy Storage System (ESS), e.g. a battery, that includes a multitude of cells is provided. The ESS is electrically connected to a propulsion system of a vehicle in order to power an Electric Motor. The method includes charging the ESS from an electrical power source, e.g., the grid, when the vehicle is at standstill, stopping the charging when the SOC level of the ESS is above a maintenance limit for the SOC level of the ESS, monitoring the battery and/or performing a service operation of the ESS after the ESS has been charged to a SOC level above the maintenance limit for the SOC level of the ESS, deliberately discharging the ESS to lower the SOC level. The SOC level of the ESS is reduced to a take-off limit for the SOC level of the ESS which is set in order to allow the vehicle to be controlled to use regenerative braking for charging of the ESS under subsequent driving when the vehicle is restarted and takes off.

A medical resource introduction device includes: a database access unit that accesses a medical resource database storing medical resource combination information and operation status information; an inoperable medical resource detection unit that detects an inoperable medical resource, based on the operation status information; a surplus resource determination unit that, in a case where the inoperable medical resource detection unit detects the inoperable medical resource, investigates whether there is a medical resource of which status is changed to a standby state due to an occurrence of the inoperable medical resource, based on the medical resource combination information, and determines that the medical resource is a surplus resource in a case where there is the medical resource of which status is changed to the standby state; and an introduction unit that introduces the surplus resource to any of the plurality of medical facilities.

The invention relates to an oral-taking rehydration salt, which is prepared from the following raw materials in parts by weight: 0.4 to 0.9 part of sodium chloride, 0.5 to 1 part of sodium citrate, 0.2 to 0.6 part of potassium chloride, 2-5 parts of anhydrous dextrose, 0.2 to 1 part of fruit powder, and 0.02 to 0.5 part of a compound additive, wherein the compound additive is prepared by mixing zinc gluconate and bifidobacterium animalis Bb-12. The oral-taking rehydration salt disclosed by the invention has good curative effect on infantile diarrhea.