597results about How to "Improve capacity utilization" patented technology

A system and method for increasing capacity utilization of non-volatile storage devices within a group of non-volatile storage devices used to store data from at least one attached system are disclosed. A group of data sets is written to a first storage device as part of a write operation such as migration. A plurality of storage devices partially filled with data are designated as substitutes. The write operation to the first storage device is suspended upon receiving a request to read a data set stored in the first storage device, such as occurs in a recall operation. A second storage device is then selected from the plurality of substitute storage devices. The write operation is continued by writing data sets from the group of data sets included in the write operation that were not written to the first storage device to the selected second storage device. The requested data is then read from the first storage device. After data has been read from the first storage device, the first storage device may be designated as a substitute storage device so that the partially filled first storage device may be selected for continuing write operations. Data sets from substitute storage devices may be transferred or merged into a lesser number of storage devices during recycle operations to prevent the number of substitute storage devices from increasing beyond a predetermined limit or goal. Recycling operations in which data sets from different storage devices are transferred or merged may be performed by building a first queue including a list of filled tapes ordered according to the least amount of valid data and a second queue including all unassociated partially filled storage devices ordered by the amount of available storage space, and merging. The non-volatile storage devices may include tapes or tape libraries.

Load balancing and overload control techniques are disclosed for use in a SIP-based network or other type of network comprising a plurality of servers. In a load balancing technique, a first server receives feedback information from at least first and second downstream servers associated with respective first and second paths between the first server and a target server, the feedback information comprising congestion measures for the respective downstream servers. The first server dynamically adjusts a message routing process based on the received feedback information to compensate for imbalance among the congestion measures of the downstream servers. In an overload control technique, the first server utilizes feedback information received from at least one downstream server to generate a blocking message for delivery to a user agent.

A method, integrated system and in-vehicle Active Poster for processing mobile touch transactions including carpooling transactions. The integration includes a near field contactless or swipe smart card or other portable identification device which may be standalone, affixed to, or part of a mobile or hand held portable wireless communication device, a touch sensitive Active Poster also with swipe or near field contactless communication capability and also incorporating or in communication with GPS or other vehicle location services capability for the vehicle, a car pool management or other service provider's system and application and a host computer with networking capability.

There is provided a system and method for operating at least one electronic parcel compartment facility. The parcel compartment facility comprises several compartments in a number amounting to F, with which mailpieces of at least two user groups A and B having different access rights can be deposited into the compartments of the parcel compartment facility, whereby the parcel compartment facility is in communication with a central data processing unit. The occupation status of the compartments of the parcel compartment facility is transmitted to the data processing unit so that the number Y of different sizes of free compartments of the parcel compartment facility is stored in a memory of the data processing unit. The central data processing unit is also in communication with at least one mail distribution center where destination information about the mailpieces is acquired, whereby the destination information is associated with the parcel compartment facility. An exemplary method comprises specifying a period of time Z between a starting point in time and an ending point in time and storing the period of time Z in a data processing unit of the mail distribution center. The exemplary method also comprises acquiring destination information and sizes of the mailpieces in the mail distribution center using a data acquisition device. The exemplary method additionally comprises determining the X number of mailpieces whose destination information acquired during the period of time Z matches the destination information of the parcel compartment facility by the data processing unit of the mail distribution center and transmitting the number X by the data processing unit of the mail distribution center to the central data processing unit. The exemplary method further comprises comparing the number X to the number Y of free compartments and assigning X free compartments of the parcel compartment facility to a first user group A by the central data processing unit if Y≧X. The exemplary method also comprises transmitting a control command for the reservation of the X free compartments of the parcel compartment facility assigned to the first user group A by the data processing unit to a control unit of the parcel compartment facility, and subtracting the number X of reserved compartments from the number Y of free compartments for purposes of determining the number V of available compartments remaining in the parcel compartment facility. The exemplary method additionally comprises assigning at least some of the remaining available compartments V to a second user group B, if V>1 and transmitting a control command for a reservation of the compartments assigned to the second user group B from the data processing unit to the control unit of the parcel compartment facility. The exemplary method further comprises acquiring user identifications and / or mailing information through a user interface at the parcel compartment facility and associating a user and / or a mailpiece with the user groups A or B on the basis of the acquired user information and / or mailing information. The exemplary method also comprises controlling access to free compartments of the parcel compartment facility on the basis of the reservations made for the two user groups A and B and determining a point in time P by the control unit of the parcel compartment facility. The exemplary method additionally comprises canceling the reservations of compartments for the user groups A and B after the point in time P and releasing access to free compartments of the parcel compartment facility to all user groups.

A pleated panel fluid filter filters fluid flowing along an axial flow direction and includes angled panels and / or progressively increasing flow channel width and / or skewed panel projections and / or flattened pleat tip bend lines.

A non-aqueous electrolyte to be used in a Li-ion battery includes a lithium salt, a cyclic carbonate, a linear carbonate and an alkyl fluorinated phosphate, of the following general formula wherein R1, R2 and R3, independently, are selected from the group consisting of straight and branched alkyl groups having 1-5 carbon atoms, and at least one of said alkyl groups is fluorinated, with the locations of said fluorination being at least β-positioned away from the phosphorous of said phosphate, such that said alkyl phosphate has a F / H ratio of at least 0.25, and said electrolyte solution is non-flammable.

The invention relates to a single-phase universal electric energy quality controller for power supply for electrified railways, and belongs to the technical field of flexible AC power transmission and distribution; the invention comprises a single-phase multi-coil transformer composed of a primary coil and n secondary coils, so that the secondary coils of the transformer can be connected in parallel with n voltage sources of current transformers; n capacitors are connected with n voltage source current transformers, so as to form a single-phase chain-type H-bridge current transformer with n chains; the AC terminal of the H-bridge current transformer is directly connected with the traction grid through a reactor. The invention has the functions of active power control, reactive power compensation and harmonic compensation, so as to resolve three-phase voltage unbalance, voltage fluctuation, low power factor and harmonic pollution and so on that exist in ER traction transformer stations, effectively lower the capacity of traction transformers, increase ER transport capacity and transportation capability. Moreover, the invention is characterized in small occupied area, little loss and low cost, in order to gain perfect harmonic suppression characteristics and dynamic response features, and provide convenience in industrial production and improve device reliability.

A radar level gauge system for determining the filling level of a filling material in a tank is disclosed. The system comprises a transmitter for transmitting measuring signals towards the surface of the filling material; a receiver for receiving echo signals from the tank; processing circuitry for determining the filling level of the tank based on said echo signal and adapted to compare said determined filling level with at least one preset threshold value and to produce an alarm signal in dependence of said threshold value; and a storage means for storing the preset threshold value, wherein said threshold value in said storage means is replaceable and / or adjustable. The alarm signal could indicate high level and / or overfill. The possibility of adjusting / replacing the threshold values enables adjustment of the alarm levels when the system is already installed. A corresponding method of operation is also disclosed

This invention relates to communication combined technique and discloses one Ethernet device overlap method and its system to freely dispatch higher band connection with multiple devices to realize high effective overlapping. This invention adopts linkage polymer method on multiple overlap terminals as stack linkage Ethernet devices. The linkage polymer method realizes linkage polymer and load even through terminal property list, Trunk list, mapping list and message transfer process.

The invention discloses a capacitor touch-control panel and a detecting method thereof. The capacitor touch-control panel comprises a laminiplantation substrate, and a plurality of rows of first sensing pads, a plurality of rows of second sensing pads and an interface connection pad that are arranged on the laminiplantation substrate. A plurality of rows of first sensing pads and a plurality of rows of second sensing pads are respectively arranged in parallel and are electrically connected with the interface connection pad respectively. Before the capacitor touch-control panel is not cut from the laminiplantation substrate, in virtue of the connection between a plurality of rows of first sensing pads and the interface connection pad, the connection between a plurality of rows of second sensing pads and the interface connection pad, as well as additional connection lines for connecting the first sensing pads with the second sensing pads, the electric connection in series or in parallel is formed; then, the state of the electrical connection between the first sensing pads and the second sensing pads is meanwhile or respectively measured and judged by the interface connection pad.

A precious metal modification method of a titanium silicalite molecular sieve is characterized in that the method comprises the following steps: mixing a titanium silicalite molecular sieve, a precious metal source, and an organic alkali solution, treating the mixture in a closed reaction vessel at 100-200 DEG C for at least 2 hours, taking the product out at normal temperature and normal pressure, drying, and roasting to obtain the precious metal modified titanium silicalite molecular sieve product, wherein the water contained in the reaction vessel can form saturated water steam under the reaction condition, and has a weight ratio to the titanium silicalite molecular sieve being less than 1.2, and the treating capacity of the titanium silicalite molecular sieve is at least 10 g per liter of the reaction vessel volume. The method is low in cost, few in three-wastes, and high in efficiency, and the molecular sieve has good catalytic performance.

The invention discloses a method and a reaction system for liquid phase cycling hydrotreatment. In the method, part of a liquid phase product after the hydrotreatment is mixed with fresh raw oil in a cycling mode to form a liquid phase material; hydrogen is mixed into the liquid phase material; the hydrogen mixed amount is 1 to 20 times that of the dissolved hydrogen which makes the reaction system saturated under a reaction condition; the liquid phase material mixed and dissolved with the hydrogen is put into a reactor; a hydrogenation catalyst bed is arranged in the reactor and is immersed in the liquid phase material; the upper part of the reactor is provided with a gas phase space; a pressure control system communicated with the gas phase space is arranged on the reactor and controls the pressure in the reactor by controlling the gas exhaust quantity; and the liquid phase material dissolved with the hydrogen is put into the hydrogenation catalyst bed of the reactor to perform hydrogenation reaction. Compared with the prior art, the method ensures that the liquid phase cycling hydrotreatment can be controlled and operated stably, and obtain an ideal reaction effect.

The invention relates to a unified power energy quality controller based on the serial-connection multiplicity of transformers and a chain structure, which belongs to the technical filed of flexible AC transmission and distribution of an electric power system and the power electronic. The unified power quality controller comprises a single-phase serial-connection multiple transformer bank and a single-phase chain H bridge converter, wherein the transformer bank consists of m single-phase transformers which form the serial-connection multiple transformer bank together with n voltage source converters connected with n secondary windings of m single-phase transformers respectively; the single-phase chain H bridge converter is provided with n chains and is formed by connecting n DC voltage supporting units and n power source converters, and an AC port of the n-chain single-phase chain H bridge converter is directly connected with the electric fence through a reactor, m and n are signless integrals equal to or more than 2, and m is less than or equal to n. The invention can realize accurate current control, has high dynamic responding speed, and can solve the problems of the traction substation of an electrified railway that the three-phase voltage is unstable and fluctuates, the power factor is low and the harmonic pollution exists, and the like.

There is described a method and device for simulating a control and / or machine behavior of machine tools or production machines, in which data concerning the machine tools or production machines are transmitted to a simulation device by mans of an intranet and / or by means of an internet. The data can be automatically transmitted to the simulation device, whereby particularly after a change in an item of data from the quantity of data, this item of data is transmitted to the simulation device.

The invention relates to a technology and a device system for producing dimethyl oxalate by high-pressure carbonylation of industrial synthesis gases and producing ethylene glycol through dimethyl oxalate hydrogenation. The technology comprises the following steps: adopting industrial NO, O2 and methanol as raw materials for an esterification reaction to produce methyl nitrite; adopting industrial CO and methyl nitrite for a carbonylation reaction in a plate reactor to produce carbonylation products, which mainly include dimethyl oxalate and dimethyl carbonate; separating the carbonylation products to obtain dimethyl carbonate products; subsequently adding hydrogen into dimethyl oxalate in the plate reactor to produce ethylene glycol products; conducting the coupling recovery treatment on waste acids in the esterification reaction and purge gases in the carbonylation reaction for recycling. The device system comprises an esterification reaction system, a carbonylation reaction system, a coupling recovery system for purge gases and waste acids and a hydrogenation reaction system. The technology has the characteristic that device consumption is remarkably reduced, and particularly the nitric acid waste liquid recycling and purge gas recycling technologies as well as the separation technologies thereof are highly coupled; recycling of the raw materials in reaction waste gases is realized, and the effect is remarkable.

The invention discloses a single-phase and three-phase combined in-phase power supply and transformation device which comprises a single-phase traction transformer, a three-phase YNd11 grounding compensation transformer and a single-phase in-phase compensation device thereof; the in-phase compensation device comprises an alternating current-direct current-alternating current (AC-DC-AC) converter; the traction transformer and the compensation transformer have equal effect to a three-phase and two-phase balance transformer with the phase of secondary side voltage being vertical; when in a normal state, the traction transformer, the compensation transformer and the in-phase compensation device jointly supply power for a transaction load by a specified proportion; when the compensation transformer or the in-phase compensation device exit the operation, the traction transformer can work independently in a short time; and a backup traction transformer can replace the traction transformer to work and can work on linear voltage different from that of the traction transformer. According to the device, the electric phase at the exit of a traction transformer substation can be canceled, so that the electric energy quality requirements mainly comprising the unbalance of three-phase voltage can be met, and the optimal configuration of traction power supply resources can be realized.

The invention provides a same-phase traction power supply system suitable for a high-speed electrified railway, and belongs to the technical field of traction power supply and electric power transmission and distribution. The same-phase traction power supply system includes traction transformers and a same-phase compensator which are mutually independent, and the traction transformers and a compensation transformer and a matching transformer in the same-phase compensator are of single-phase structures. The primary windings of the traction transformers and the primary winding of the compensator transformer form V, and a connection method of V is as follows: one end of the primary winding of the matching transformer is connected with one end of the secondary winding of the compensation transformer, and other end of the primary winding is connected to the positive electrode of a traction busbar; the other end of the secondary winding of the compensation transformer is connected to the ground or the negative electrode of the traction busbar, alternating current ports of one side of ''back-to-back'' converters are connected to the secondary winding of the compensation transformer, and the other side is connected to the secondary winding of the matching transformer; and the same-phase compensator adopting hybrid compensation configuration also includes a fixed capacitor branch circuit and a fixed reactor branch circuit. The same-phase traction power supply system suitable for the high-speed electrified railway can achieve an effect that the capacity of both active and passive compensation devices is the lowest configuration, and a relatively high capacity utilization rate of the transformers is maintained at the same time.

An inkjet printer having: a recording head provided with an ink nozzle for ejecting ink to a recording medium, the ink being cured by exposure to ultraviolet rays; an ultraviolet irradiation apparatus for applying ultraviolet rays to the ink ejected on the recording medium; and a light trap arranged between the recording head and the ultraviolet irradiation apparatus to prevent the recording head from being exposed to reflected ultraviolet rays emitted from the ultraviolet irradiation apparatus, wherein the light trap has an inorganic ultraviolet ray absorbent coated layer arranged on an ultraviolet ray receiving surface.

A system and method for recovering from write errors during writing of a moving storage medium suspend write current while allowing the storage medium to continue moving. The system and method continue to format data for writing while the write current is suspended and resequence the data for subsequent storage. Information is recorded to distinguish previously written data from current data with error correction pointers adjusted accordingly. Write errors may be detected in a track following streaming tape system based on data errors from a read back check or based on positioning errors of a read / write head servo system, for example. By allowing the storage medium to continue moving through the error event, the system and method improve speed, capacity utilization, and throughput of the storage and retrieval process.

The invention discloses a repetitive-control-based method for controlling a compensation current of a DSTATCOM (Distribution Static Synchronous Compensator). The method comprises the following steps of: (1) acquiring a grid voltage, a load current and the compensation current; (2) extracting current commands from the load current; and (3) carrying out repetitive control and PI (Proportional-Integral) control according to the current commands, and then, outputting voltage commands to the DSTATCOM. According to the repetitive-control-based method for controlling the compensation current of the DSTATCOM, the no-static-error tracking of the low-order harmonics, comprising fundamental harmonics, of the DSTATCOM can be achieved, the compensation accuracy of the DSTATCOM is improved, the compensation bandwidth of the DSTATCOM is increased, and the compensation capability and accuracy of the DSTATCOM with unbalanced loads are improved, so that the DSTATCOM can have harmonic compensation and suppression capabilities, the use of passive filters at the outlet side of the DSTATCOM is reduced, the harmonic performance of the compensation current of the DSTATCOM is improved, the harmonic output is reduced, and the pollution to a power grid is reduced.

The embodiment of the invention discloses a distributed file system capacity balancing method and device. All OSDs included in a storage pool are subjected to initialized PG distribution according to a crush algorithm, and the target average number of PGs in the storage pool is calculated; whether PG numbers corresponding to all the OSDs exceed the target average number or not is judged according to the PG distribution; if yes, it is shown that the PG distribution is not balanced at the moment, and the weights of the OSDs are adjusted according to a pre-stored weight adjusting command; every time the weights of the OSDs are adjusted, all the OSDs in the storage pool are subjected to the PG distribution again through the crush algorithm according to the adjusted weights, the adjusted PG distribution is obtained, whether the PG numbers corresponding to all the OSDs exceed the target average number or not is judged according to the PG distribution, if not, the weights of the OSDs stop being adjusted, and the PG distribution meeting capacity balance is obtained. Thus, by constantly adjusting the weights of the OSDs, the PG distribution is balanced, capacity balance is achieved accordingly, and the capacity utilization rate of a distributed file system is effectively increased.

The invention discloses a method and device for transmitting and processing emergency medical information data. The method comprises the following steps: acquiring vital sign data by a monitor, generating physiological status alarm data and dividing the vital sign data into parameter data and waveform data; according to mobile communication network performances, selecting compression types of the waveform data and compressing the data; respectively encapsulating the physiological status alarm data, the parameter data or the waveform data to form corresponding data packets; according to time sequence and / or types of the data packets, dividing priorities of the data packets; and according to sequence of the priorities, sending the data packets to a remote data center via a mobile communication network. The method and device have the beneficial effects that by detecting and analyzing the mobile communication network performances and selecting processing and transmission modes matched with the network performances, including the compression mode selection, the priority division and the like, the capacity utilization ratio of the mobile communication network is increased, the more efficient data transmission mode is realized and the real-time property and integrality of the data transmission is improved.

The embodiment of the invention provides a reception / transmission combining method. The method comprises the following steps: receiving and caching data symbols that are transmitted at least twice by a transmitting terminal relative to a group of data, wherein the data symbols are acquired after modulating the data by the transmitting terminal; and combining the received data symbols and subjecting to channel equalization, and then obtaining the combined received data by means of demodulation and decoding. The embodiment of the invention also provides a reception / transmission combining methodsystem and a reception / transmission combining device. The reception / transmission combining method demodulates and decodes the received data symbols that are transmitted at least twice after channel equalization, achieves the effect of symbol-level reception / transmission combination of the data, effectively improves the system performance, reduces the frame error rate and the bit error rate, and increases the channel capacity and the spectrum utilization rate of the system.

The invention discloses a method of intertidal zone wind power for accessing a power grid. The method comprises the following steps: step 1, determining an influence factor set; step 2, evaluating the power grid state; step 3, dividing the planning area into supply districts which are of different layers, connected but independent; step 4, carrying out load prediction, and performing load characteristic analysis and prediction with some emphasis; step 5, formulating a transformer substation layout and a wire frame scheme; step 6, analyzing wind power consumption capacity in the planning area and each supply district; step 7, determining wind power integration mode of the intertidal zone wind power access applicable for each power supply district; step 8, carrying out scheme optimization; step 9, providing the final suggestion. By virtue of the method, in the power grid planning phase, the wind power resource characteristics and the power grid operation requirements can be both considered about to realize that the total investment cost for power grid construction is optimized.

Embodiments of the present invention provide systems, devices and methods for improving the efficient deployment and configuration of networking equipment within a network build-out. In certain embodiments of the invention, an iterative analysis of inter-node equipment placement and connectivity, and inter- and intra-node traffic flow is performed to identify a preferred deployment solution. This analysis of deployment optimization takes into account both configurations from a network node perspective as well as from a network system perspective. Deployment solutions are iteratively progressed and analyzed to determine a preferred solution based on both the cost of deployment and satisfaction of the network demands. In various embodiments of the invention, a baseline marker is generated from which the accuracy of the solution may be approximated that suggests to an engineer whether the deployment is approaching an optimal solution.

The invention discloses an instruction, processor, system and method which allow application level software to explicitly request a temporary performance boost, from computing hardware. More specifically it relates to advanced management of working frequency of a processor in order to achieve the performance boost. Preferably a processor according to the invention may be implemented in electronic exchanges or similar applications where peak periods may occur.

The invention discloses a dynamic spectrum resource allocation method and system between two RATs. According to the method, a spectrum resource is divided into a fixed frequency band DB and a flexible frequency band FB; the fixed frequency band DB is allocated to two RATs statically and the flexible frequency band FB is allocated to two RATs dynamically, wherein the dynamic allocation mode comprises two modes of initiative switching and passive switching; dynamic spectrum resource allocation is performed for one time at each time interval delta t1, when the delta t2 is larger than the delta t1, the initiative switching mode is adopted, and when the delta t2 is equal to the delta t1, the passive switching mode adopted; the system comprises a dynamic spectrum allocation unit DFDU, a network monitoring and reporting unit and a spectrum configuration unit. The method and system disclosed by the invention are used under the condition that the two RATs coexist, can automatically allocate spectrums according to load conditions in the network, then balance system loads and improve the whole capacity of the system and increase the utilization ratio of spectrums.

A method for modifying a titanium silicalite molecular sieve by a precious metal source is characterized in that a mixture of modification liquid and a titanium silicalite molecular sieve is treated in a closed reaction vessel at 120-200 DEG C for at least 2 hours, and then the product is dried and roasted, wherein the water contained in the reaction vessel can form saturated water steam under the reaction condition, and has a weight ratio to the titanium silicalite molecular sieve being less than 1.2; the modification liquid comprises a silicone source, a titanium source, water, organic base, a precious metal source, and a reducing agent; the weight ratio of the titanium silicalite molecular sieve to the modification liquid is 100:(1-150); and the treating capacity of the titanium silicalite molecular sieve is at least 10 g per liter of the reaction vessel volume. The method needs no mother liquor separation, omits procedures of filtration or washing, greatly reduces environment pollution, improves volume utilization efficiency of high pressure equipment, increases productivity, reduces preparation cost, and improves the environmental protection and economic benefits of the synthesis.

A pixelated detector assembly comprising a stack of thin detector crystals, each detector crystal having a pair of planar surfaces bound by edges substantially thinner than the dimensions of the surfaces. The stack is disposed such that the radiation to be detected is incident on one set of edges of the stack of detector crystals. The dimension of the planar surfaces in the general direction of incidence of the radiation incidence is sufficient to ensure that substantially all of the high energy photons to be detected are absorbed within the depth of the detector assembly. Each of the detector crystals has a two-dimensional pixelated anode array formed on one of its planar surfaces. A cathode is formed on its opposite planar surface, preferably covering substantially all of the surface. The position of interaction of a photon in the plane perpendicular to the direction of the incident radiation, is determined by which of the detector crystals in the stack detects the absorption, and by which of the rows of pixelated anodes in that crystal detects the absorption. The depth of interaction of a photon is determined by the location of the particular anode pixel in the above-mentioned row of pixelated anodes where the photon absorption is detected. The detector assembly is thus able to detect the point of interaction of a photon in all three dimensions.