197 results about "Volume Unit" patented technology

The present invention relates to a system and method for high-speed and bulk backup, and more particularly to a system and method for high-speed and bulk backup, wherein the data dispersed into a volume unit is set up, again divided into numerous units such as blocks to perform multi-processes that those units are compressed and transferred sequentially to different storage devices by a plurality of multiple threads, consequently, the time required for backup and recovery as well as the time required for data compression can be reduced as several flows are running simultaneously within a process, in a backup system for protecting the data stored on the storage unit to store the data within a system from disasters, defects, accidents, etc. According to the invention, since a bulk data can be transferred much faster, compared to conventional methods wherein a volume is compressed and transferred by a thread in charge, it has an effect that the time required for backup and recovery can be reduced substantially as well as the compression rate can be increased on a large scale.

An audio signal processing apparatus and method in which power supplied to a power amplifier is controlled in a wide range from a small output power level to a large output power level in accordance with input audio signals. The apparatus includes an interface unit configured to convert input audio signals to digital audio signals, a digital signal processor configured to process the digital audio signals converted by the interface unit, a volume unit configured to adjust a volume of the digital audio signal processed by the digital signal processor and generate at least one volume modulated signal, and an amplifier configured to amplify the at least one volume modulated signal, wherein power supplied to the amplifier is based on a level of the digital audio signal converted by the interface unit and the at least one volume modulated signal from the volume unit.

A fluid power system comprises a pump with multiple independently variable outlets (11, 12, 13, 14), each of which is capable of delivering fluid in individually controllable volume units and a plurality of hydraulic loads (15, 16, 18, 20). A system of switching valves is configured to create fluid connections between the pump outlets and the loads. A control system commands both the pump and the switching valves, so as to create valve state combinations to satisfy load conditions as demanded by an operator The number of pump outlets (11, 12, 13, 14) connected to one or more of the loads (15, 16, 18, 20) is changeable to satisfy the flow required of the load due to the operator demand, each pump outlet being commanded to produce a flow depending on the status of other outlets connected a load to which the outlet is connected and the operator demand for that load.

The present invention provides an apparatus for dispensing fluid in preselected volumetric quantities. The apparatus comprises a valve positioned inline with a conduit holding fluid under pressure, a flow meter positioned inline with the conduit, a control unit communicatively coupled to the valve and flow meter, the control unit adapted to open and close the valve and detect data from the flow meter associated with the volume of fluid passing through the conduit, a units select switch having a plurality of preselected settings associated with a plurality of volumetric units, the units select switch communicatively coupled to the control unit, and an incrementing switch communicatively coupled to the control unit, whereby the control unit opens the valve responsive to activation of the incrementing switch thereby permitting fluid flow through the conduit until the control unit closes the valve responsive to the flow meter indicating a volume of fluid passed through the conduit substantially equal to a volumetric unit selected on the units select switch.

Multiple methods of supplying conditioned air to a room and components therefor are provided. A dual plenum system has a supply plenum for delivering supply air to the room and a return plenum for returning room air to an air handling unit. Conduits are provided to permit passage of the return air through the supply plenum without breaching the integrity of the supply plenum. Modular units permit a user to customize the supply and return apparatuses. A terminal unit having a controllable damper blade can be applied to a diffuser to permit the unit to be convertible between a constant volume unit and a variable volume unit. A thermostat generates signals that open and close the damper blade at determined intervals.

The invention relates to a self-born acid composite acid fracturing process for a high-temperature deep well carbonate rock reservoir. The process comprises the following work procedures of: (1) injecting slick water into a stratum through an oil pipe; (2) injecting non-crosslinked fracturing liquid into the stratum through the oil pipe; (3) injecting a self-born acid system into the stratum through the oil pipe; (4) injecting a gelled acid system into the stratum through the oil pipe in a low-displacement mode; and (5) injecting the slick water into the stratum through the oil pipe, wherein the volume proportions of liquid, accounting for the total liquid injected into the stratum, injected in the first to fifth work procedures are shown as follows: the slick water in the first work procedure accounts for 3 to 10 percent; the non-crosslinked fracturing liquid in the second work procedure accounts for 40 to 60 percent; the self-born acid system in the third work procedure accounts for 30 to 50 percent; the gelled acid system in the fourth procedure accounts for 3 to 10 percent; the volume proportion of the slick water in the fifth work procedure is 3 to 15 percent; and the volume unit is m<3>. Through the self-born acid composite acid fracturing process, the flow guide capability is improved by more than 140md.m, and the deep penetration effect of the high-temperature deep well carbonate rock reservoir is obvious.

The invention provides a Godunov format one-dimensional and two-dimensional coupling technology-based mountain flood numerical simulation method. The method comprises the steps of acquiring corresponding data, discretizing a slope surface of a small watershed in a mountainous and hilly area by adopting a quadrilateral unstructured grid firstly, describing a motion process of overland flow of mountain flood by adopting a complete two-dimensional shallow water equation, taking a rainfall process as a driving item of a two-dimensional model, and calculating a numerical flux at a grid interface by adopting a Roe format; discretizing a mountain flood channel by adopting a one-dimensional finite volume unit, calculating a numerical flux at a unit interface by adopting an HLL format, and performing centralized inflow processing on inflow of a two-dimensional slope surface in one dimension; and realizing water volume exchange calculation of the two-dimensional slope surface and the one-dimensional channel by adopting a weir flow formula. According to the method provided by the invention, not only water power information of the mountain flood in the channel but also detailed water power information of the mountain flood on the watershed surface can be obtained; and the method has a clear physical mechanism, and only the roughness parameter of the whole model needs to be calibrated, so that the method is still suitable for areas lack of hydrological data.

[Object ] This invention aims to optimize an entire storage system by equalizing the access counts in appropriate units.

[Solution] When migrating data in pool volumes to equalize the data access counts, which data migration—data migration in units of pages or data migration in units of volumes—is most appropriate is judged based on the information stored in an access information table storing access information, which is the information about the access counts for the data stored in the disk drives and, based on the judgment, data is migrated in units of pages or volumes so that the data access counts are equalized among groups. The data migration is repeated until the data access counts are equalized among the groups.

A bunchy hollow fiber membrane is characterized with the high flexibility and strong tension resistance. An external diameter of a fiber bundle of the fiber membrane is 0.3 to 3 mm. An internal diameter of a single fiber is 0.1 to 1.0 mm, a fiber wall is 0.05 to 1mm, the porosity is 50 t0 90 percent, and a membrane separation pore diameter is 0.01 to 1um. The breaking tension of each hollow fiber membrane bundle is 0.2-25.0kg, and the purified water penetration flux is 600-10000l/m² per hour at 0.1MPa and 25 centigrade degrees. A multi-pore membrane made with the present invention is provided with the advantage that a narrow-tube membrane is provided with a large external area; compared with a hollow fiber membrane, packing density within a volume unit is not greatly changed; the production efficiency is high; and so on.

A modular and compact adsorbent bed structure is disclosed for use in an adsorption-based gas separation plant. The conventional adsorbent bed in a gas separation plant is replaced with a plurality of modular adsorbent bed units connected to make the adsorbent bed structure. Modular adsorbent bed units of this invention provide higher capacity of product per unit volume of adsorbent material (i.e., increased adsorbent utilization) as compared to that obtained from conventional adsorbent beds. The modular design requires lower fabrication costs; is easier to transport; has less maintenance and repair requirements; and is easier to load with adsorbent material.

A voxel database can store and manage a set of voxel records in a voxel table. Each of the records can have a unique voxel identifier. Each voxel record can include a set of different sensory attributes. The sensory attributes can include visual attributes, spectral signature attributes, olfaction attributes, audition attributes, gustation attributes, somatsensory attributes, and material composition attributes. Uniquely defined voxels of voxel database can be a volume unit on a grid (regular or non-regular) in three dimensional space, which is a voxel space. A correspondence can exist between voxels in the voxel space and volume units of a real world volumetric space from which geospatial data was directly gathered and encoded within the voxel database. Voxel space can be mapped to simulation space. Thus, simulators can consume data of the voxel space to generate three dimensional immersive environments having multisensory output.

The invention discloses a production method of sour soybean milk with good flavor. The method comprises the following steps: with kilogram and liter as the mass unit and volume unit respectively, adding water to the soybean at a mass-volume ratio of (1:4)-(1:6), adding NaHCO3, stirring uniformly and soaking for 6-14 hours at normal temperature; grinding the soaked soybean in hot water at 80-90 DEG C, sieving and boiling to obtain soybean milk; based on the volume of the soybean milk, adding (5-8)% of sucrose, (0-1)% of lactose and (0-1)% of glucose, wherein the percent is according to mass-volume ratio; after sufficient dissolution, treating at a temperature of 70-121 DEGE C; cooling, and inoculating 0.02-0.06g/L ready-to-use starter or adding an activated leavening agent accounting for (5-8)% of the soybean milk by volume; culturing for 12-18 hours at 30-37 DEG C, and refrigerating to obtain sour soybean milk with good flavor. By adopting the method disclosed by the invention, the obtained sour soybean milk does not have beany flavor and is moderately sour and sweet, refreshing in taste and uniform in texture.

The invention provides a method for generating a random structure of a continuous fiber composite material and predicting the elastic performance of the continuous fiber composite material. The method comprises the following steps: generating a fiber model by a particle swarm algorithm, and optimizing the fiber model according to fiber jumping treatment to obtain particle space random distribution information for generating a three-phase RVE finite element model; and performing finite element simulation operation on the three-phase RVE finite element model to obtain a prediction result. Based on a representative volume element generation strategy of the particle swarm algorithm, the distance among fibers is controlled by the particle swarm algorithm in the process of generating the representative volume element, the requirement for the material volume percentage is fulfilled while fiber random distribution is ensured; and based on efficient generation of the representative volume unit and a homogenization theory, an elasticity prediction finite element model is established, a periodic boundary condition is applied, and the elasticity performance prediction result of the material can be obtained by microscomic finite element simulation, so that the efficiency of elasticity performance prediction is improved.

The invention relates to a three-dimensional woven material based on symmetry of a space group, the woven geometric structure of the woven material is the structure which extends and is woven in three-dimensional space in the form of continuous yarns, the yarn section in a representative volume unit in the woven geometric structure can meet the symmetry of points described in a space point group,and the woven structure integrally shows three-dimensional woven fabric, which is mutually interwoven in the three-dimensional space and obtained by using translation symmetrical operation described by the space group to carry out translation on the representative volume unit. The new three-dimensional woven geometric structure which meets the symmetry of the space group is deduced via the woven material by taking the representative volume unit capable of meeting the symmetry of the point group as a basic structure unit, and a new three-dimensional woven material type with excellent geometricstructure and performance can be obtained by studying the process feasibility and predicting the fiber content, by volume percentage, of the corresponding three-dimensional woven fabric. An array of the woven material adopts the shape of a regular hexagon, so that the motion trajectory of a yarn carrier is convenient to realize, and the production is easy to organize.

The invention relates to a device for the extraction of water from atmospheric air (8), with a flowing adsorbent or absorbent, in particular a saline solution (3), comprising a hygroscopic salt for the adsorption or absorption of the water, whereby the adsorption or absorption occurs along an adsorption or absorption path (7). A reduction in the assembly requirements and an increased yield of (potable) water per volume unit of the construction or absorbent/adsorbent (3) can be achieved, whereby the flowing adsorbent (3, 13) or absorbent (3, 13) is arranged, at least along the adsorption or absorption path (7), essentially on a guide element (1, 16, 19, 22, 24) for guiding the adsorbent (3) or absorbent (3) particularly along a given track.

The invention discloses a macro-performance prediction method forshort-fiber reinforced composites based on deep learning. The steps include generating a representative volume unit by using a random adsorption method, calculating the macro-performanceof the material based on the homogenization method of the numerical simulation, and establishing a training sample set corresponding to the macro-performance of the fiber distribution image, and constructing a training convolutionalneural network and the like on the basis of the training sample set. The method combines the advantages of deep learning in the field of image recognition and uses convolutional neural networks to extract features. Through fitting the sample distribution, the accurate and fast response relationship between the fiberdistribution images and the macro-performance is realized.The method solves the problem that the traditional machine learning method is used as a proxy modelin which the extracted the features of thefiber distribution information are incomplete and the training precision is low. Furthermore, considering that the number of network layers is deepened and the training samples are less likely to beoverfitted, the sample is expanded by using the rotation and symmetric transformation of the fiber distribution image, so that the training precision is effectively improved, and the model maintainsgood robustness withina certain range outside the sample space.