37results about How to "Total increase" patented technology

A chopper regulator circuit has: a power output portion for a first and a second load; a first output detection portion detecting the output to the first load; a second output detection portion detecting the output to the second load; a first and a second reference voltage generation portion; an output control portion controlling the amount of outputted electric power based on a result of comparison between two input voltages; and a switching control portion switching which of the first and second loads to supply electric power to and switching what voltages to handle as the input voltages. The input voltages are so switched that, when electric power is supplied to the first load, the detected voltage detected by the first output detection portion and the reference voltage generated by the first reference voltage generation portion are handled as the input voltages and, when electric power is supplied to the second load, the detected voltage detected by the second output detection portion and the reference voltage generated by the second reference voltage generation portion are handled as the input voltages. Thus, a chopper regulator circuit is realized that can easily supply two loads with adequate electric power with minimum disadvantages such as an increase in the total number of components needed.

The present invention relates to a way of storing 3D images. The 3D image is composed of a stack of two-dimensional video data subsets represented by arrays of pixel data. Each array of pixel data is partitioned into a plurality of overlapping and adjacent vertical stripes of pixel data having a width at most equal to a cacheline of the memory. The upper most left stripe is stored first and each stripe is stored after the left adjacent stripe. When storing each stripe having multiple rows of pixel data, the upper row is stored first and the first pixel data of each subsequent row of the stripe is stored in a memory location coming after a memory location where the last pixel data of the preceding row in the stripe is stored.

A power conversion method comprising: charging a plurality of energy storage devices of a power converter from an input power source; and sequentially coupling and decoupling energy storage devices ofthe plurality of energy storage devices to an output. Charging the plurality of energy storage devices comprises maintaining at least two of the plurality of energy storage devices at substantially different potentials.

Embodiments of the disclosure are directed to a real-time payments settlement system based on distributed ledgers, which may be implemented with blockchain technology. The distributed ledgers may be separate and distinct and each ledger can be used to track, record, and settle transactions between users of a pool account. The ledgers may also be interconnected with one another by being connected to a main ledger, and this network of ledgers can be used to track, record, and facilitate settlement of transactions between users of different pool accounts that are associated with different ledgers. This provides redundancy, transparency, and data access controls, while enabling multicurrency, cross-border transactions to be quickly verified, performed, and settled on a per-transaction basis while reducing the capital requirements of its users.

The present invention relates to microbial fodder additive, and a kind of microbial fodder additive comprising beneficial microbes and their metabolites and its preparation process and use. The microbial fodder additive is the mixture of fermented liquid or dry powder obtained with Bacillus subtilis, Bacillus cereus, lactobacillus and Saccharomyices cerevisiae and through high density deep layer liquid fermentation. It may be prepared into different specific liquid or powder preparations. The microbial fodder additive has high live bacillus content, long product preserving period and less foreign bacteria contamination, and has the functions of raise fodder utilization, promote animal's growth, increase animal product yield and quality, etc.

The invention relates to a soil conditioner, an organic manure containing the soil conditioner and a preparing method thereof. 60.0 to 80.0 portions of pluck is selected according to the weight portion, 30.0 to 40.0 portions of food vinegar is added into the pluck after the pluck is crashed, the dipping extracting solution is concentrated, frozen out and crashed as the beneficiated burden material, then added into pulverized fuel ash after being atomized, 0.1 to 5.0 portions of the beneficiated burden material is selected according to the weight portion, 95.0 to 99.5 portions of pulverized fuel ash is added, and the beneficiated burden material and the pulverized fuel ash are uniformly mixed to be as the soil conditioner; 0.1 to 5.0 portions of the beneficiated burden material and 36.3 to41.2 portions of the pulverized fuel ash are selected according to the weight portion, 8.7 portions of carbamade with 46 percent of nitrogen content, and 50.0 portions of turf with more than 60 percent of organic substance content are added, and after the materials are uniformly mixed, the organic manure containing the soil conditioner is prepared. Through manuring the soil conditioner or the organic manure containing the soil conditioner, the growing conditions of soil microbes can be improved, the activity of the soil microbes can be energized, the physical behaviour of the soil can be improved, the deliverability of the soil nutrient can be enhanced, the plant growth can be promoted, the stress resistance and the disease resistance of the plant can be enhanced, and the yield per unit and the quality of the plant can be remarkably improved.

Stator rings (11), (12), and (13) are sequentially stacked and connected along the axial direction so as to be arranged coaxially with the axis (P). The claw-shaped induction poles (22), (24), and (26) are arranged in sequence along the circumferential direction. When the axial end surface of the A-phase back yoke (21) is in contact with the other axial end surface of the B-phase back yoke (23), each claw-shaped induction pole (22) arranged at a predetermined interval in the axial direction, The base end portions of (24) sandwich and fix the α-phase toroidal winding (14) from both sides in the axial direction. When one axial end surface of the B-phase back yoke (23) is in contact with the axial end surface of the D-phase back yoke (25), each claw-shaped induction pole (242), The base ends of 26) clamp and fix the β-phase toroidal coil (15) from both sides in the axial direction.

The invention discloses an aeration treating method of tobacco floating seedling. The aeration treating method comprises the following steps of: before seeding and panning, mixing calcium peroxide with matrix according to the using amount of 150.0 to 450.0g / m<3> evenly, adding the calcium peroxide with the concentration of 0.09 to 0.27g / L into pond culture solution when the second true leaf and the sixth true leaf respectively grow out of the tobacco seedling, and other operations are respectively conventional technique. The aeration treating method can solve the hypoxic stress of floating seedling to tobacco seedling, improve the environment for the sprouting of tobacco seeds and growing of the root system of the tobacco seedling, improve the uniformity of seedling emergence, strengthen the activity of the root system of the tobacco seedling, enhance the growth of the tobacco seedling, improve the quality of the tobacco seedling, and is beneficial to culturing disease-free strong tobacco seedlings. The tobacco seedling cultured by adopting the method has the advantages of short seedling emergence time, high transplanting survival rate, strong field growth potential and the like. The invention has simple and convenient operation, low cost and good application prospect.

A recording method includes the steps of generating recording data in such a manner that, when m-bit data is converted into a data symbol of n bits (m G11B 20 / 10 H03M 7 / 14 16 17 4 2003 / 5 / 29 1477631 2004 / 2 / 25 1329910 2007 / 8 / 1 2007 / 8 / 1 2007 / 8 / 1 Sony Corp. Japan Sako Akiichiro Iguchi Tatsuya Furukawa Shunsuke li deshan 11038 The Patent Agency of the Chinese Council for the Promotion of International Trade (CCPIT) No.1 Waidajie, Fuxingmen, Beijing 100086 Japan 2002 / 5 / 29 156045 / 2002

The invention relates to a transistor and a forming method thereof. The transistor comprises a semiconductor substrate, and a gate structure located on the semiconductor substrate, wherein the gate structure comprises a gate medium layer and a gate electrode located on the surface of the gate medium layer, the gate electrode has a middle region and marginal regions located at both sides of the middle region, and work function adjusting ions are doped in the middle region of the gate electrode, so that the work function of the middle region of the gate electrode is different from work functions of the marginal regions of the gate electrode. Under fixed gate voltage, the density of current carriers in a channel region is improved, and performance of the transistor is improved.

Embodiments of the present invention provide a model training method in machine learning. The method includes: extracting features from training samples; using the extracted features to train a pre-built target model, and the nonlinear part of the target model is wherein, V∈R k×P , λ∈R k×k and D ∈ R P×P is the model parameter of the nonlinear part in the target model, X∈R P×N Represents the feature matrix of the training sample, X=(x 1 ,x 2 ,...x i ,...x N ), x i ∈ R P Represents the feature vector of the i-th training sample, and x i ∈ R P is a P-dimensional column vector, λ∈R k×k and D ∈ R P×P is a diagonal matrix. In addition, another aspect of the present invention provides a model training device in machine learning.

The invention discloses a resource ID management method and system for a distributed switch, relating to the field of network technology. The method comprises the following steps: network management equipment creates configuration information for a message forwarding service between two sub-switches, and sends the configuration information to the two sub-switches related to message forwarding, wherein the configuration information includes matching parameters and encapsulation parameters of the two sub-switches related to message forwarding as well as local resource IDs, and the local resource IDs are allocated to the two sub-switches related to message forwarding by the network management equipment to identify the matching parameters and the encapsulation parameters; and each sub-switch sets the matching parameters and / or the encapsulation parameters of the message forwarding service according to the received configuration information. According to the resource ID management method and system disclosed by the invention, the local resource IDs do not need to be mutually notified between each sub-switch, the communication load of each sub-switch can be reduced, and thus the message forwarding efficiency and the operation efficiency of the distributed switch can be improved.