144results about How to "Increase effective capacity" patented technology

A scheduler at a base station may schedule packet data traffic based on a ranking metric that varies directly with the mobile station's scheduling downlink transmission rate and a delay factor indicative of the staleness of the corresponding queued data. The ranking metric may advantageously vary in a direct non-linear fashion with the delay factor to allow for delay sensitive data, such as VoIP data, to be scheduled with increased urgency when quality of service is about to be compromised. The scheduler may attempt to pack a multi-user downlink physical layer packet by selecting a tentative rate and determining if an aggregate amount of data in the packet may be increased by transmitting the packet at a lower rate. If so, additional queued data is added to the packet and the transmission rate for the packet is lowered. Such an approach allows for greater link efficiency to be achieved.

Configurable compression and decompression of waveform data in a multi-core processing environment improves the efficiency of data transfer between cores and conserves data storage resources. In waveform data processing systems, input, intermediate, and output waveform data are often exchanged between cores and between cores and off-chip memory. At each core, a single configurable compressor and a single configurable decompressor can be configured to compress and to decompress integer or floating-point waveform data. At the memory controller, a configurable compressor compresses integer or floating-point waveform data for transfer to off-chip memory in compressed packets and a configurable decompressor decompresses compressed packets received from the off-chip memory. Compression reduces the memory or storage required to retain waveform data in a semiconductor or magnetic memory. Compression reduces both the latency and the bandwidth required to exchange waveform data. This abstract does not limit the scope of the invention as described in the claims.

A system and method for metadata processing that can be used to encode an arbitrary number of security policies for code running on a stored-program processor. This disclosure adds metadata to every word in the system and adds a metadata processing unit that works in parallel with data flow to enforce an arbitrary set of policies, such that metadata is unbounded and software programmable to be applicable to a wide range of metadata processing policies. This instant disclosure is applicable to a wide range of uses including safety, security, and synchronization.

The invention provides a titanium metal vacuum cup and a manufacturing method thereof, belongs to the technical field of daily necessities, and solves the technical problems that a conventional vacuum cup is lower in corrosion resistance and attractiveness and the like. The vacuum cup comprises an outer cup body and an inner cup body, wherein the inner cup body is sleeved with the outer cup body; the orientation of cup rims of the inner cup body and the outer cup body is identical; the inner cup body and the outer cup body are sealed and fixed annularly at the cup rims; a vacuum interlayer is arranged between the inner cup body and the outer cup body; and both the outer cup body and the inner cup body are made of titanium metal pieces. The manufacturing method of the vacuum cup comprises the procedures as follows: a, blank preparation; b, expansion molding; c, cup bottom sheet installation; d, tailless vacuum pumping; and e, finished product blanking. The titanium metal vacuum cup has the advantages of good corrosion resistance, high attractiveness and the like.

A method for communication includes receiving signals transmitted over the air by first and second mobile stations on a common frequency channel in a wireless packet network, the signals carrying first and second data packets transmitted by the first and second mobile stations, respectively, the first and second data packets comprising respective, first and second headers. The received signals are processed so as to identify the first header. Responsively to the identified first header, signal values corresponding to at least a portion of the first data packet are reconstructed, and the reconstructed signal values are subtracted from the received signals so as to produce a modified signal. The modified signal is processed in order to identify the second header. The first and second data packets are demodulated using the identified first and second headers.

A method utilizing waste sulfuric acid and ferrous sulfate to produce polymeric ferric sulfate through oxygen pressurizing comprises the following steps: taking titanium white waste sulfuric acid and iron vitriol as main raw materials, adding a small amount of sodium nitrite as a catalyst, and reacting for 2-4 hours under the conditions of pumping in oxygen and pressurizing to obtain a polymeric ferric sulfate liquid product. The liquid product is dried to obtain a solid powdery polymeric ferric sulfate product. According to the invention, titanium white waste sulfuric acid and the byproduct iron vitriol are subjected to comprehensive treatment to treat wastes with processes of wastes against one another and change waste into valuable, so that comprehensive recycling of two major pollution sources of waste acid and iron vitriol for titanium white manufacturers is realized.

A method and system for stateful handling of packets in a network are described. In a client-server network environment, the stateful inspection of incoming protocols is offloaded from the server and distributed to the client device. The stateful inspection, as well as the provisioning of the client with the necessary functions required by the handlers, is referred to as Client Assisted Application Level Gateway (ALG). This version of ALG, in which the client performs or assists the server by performing at least some of the inspection and provisioning tasks, allows for a marked performance gain to the network gateway by reducing its packet inspection load.

A system and method for metadata processing that can be used to encode an arbitrary number of security policies for code running on a stored-program processor. This disclosure adds metadata to every word in the system and adds a metadata processing unit that works in parallel with data flow to enforce an arbitrary set of policies, such that metadata is unbounded and software programmable to be applicable to a wide range of metadata processing policies. This instant disclosure is applicable to a wide range of uses including safety, security, and synchronization.

The invention relates to a washing machine with inertial stream and belongs to the technical field of washing equipments. A fixed opening inside a machine body of the washing machine is opened upward and forms an outer barrel with a water space, a reversible rotary inner barrel which is driven by an electric motor is contained and arranged inside the outer barrel, a group of corresponding upper and lower supporting elements of an upper part and a lower part of an inner wall of the inner barrel respectively extend towards a middle part of the inner barrel, and agitating rods are respectively arranged between the corresponding upper and lower supporting elements. The washing machine of the invention can generate powerful washing force thus remarkably improving detergency degree, has simple and compact structure, and can increase effective capacity of the washing barrel.

The invention provides a series battery pack capacity on-line monitoring and charging and discharging dual-state equalization circuit and method. The series battery pack capacity on-line monitoring and charging and discharging dual-state equalization circuit includes a storage battery pack, a gating switch array, a power dissipation loop, a polarity matching switch array, an isolation DC / DC converter, a bipolar differential voltage measurement circuit, a microcontroller unit, a charging and discharging current detection loop and a switch circuit unit. According to the series battery pack capacity on-line monitoring and charging and discharging dual-state equalization circuit and method, by controlling the gating switch array to separately charge and discharge each series section battery ofthe storage battery pack, the voltage of each series section battery is measured in real time, the discharge current and discharge quantity are calculated, the on-line detection of the storage battery pack capacity is realized, the bypass discharge and parallel supplement can be carried out on the series section batteries with high or low relative charge in the two states of charging and discharging.

A urine collection device comprises a collector to collect urine voided by a user; first and second outlets adapted to allow urine collected by the collector to drain from the device and a transfer passage adapted to transfer urine collected by the collector to a receptacle. The first outlet includes a flow rate variation device so constructed and arranged that an initial drain flow rate through the variation device is greater than a second drain flow rate through the variation device; and the second outlet comprises an overflow outlet adapted to allow urine collected by the collector to drain from the urine collection device at a third drain flow rate equal to or higher than the initial drain flow rate through the variation device.

A method of power control for use in a communications network having plural transceiver communications nodes therein, including, in an initiator node, transmitting a first signal at a first power level to a responder node; in the responder node, measuring and storing, a first signal level for the first signal and a first signal responder noise level; determining responder reception characteristic information; and sending a second signal to the initiator node; in the initiator node, measuring and storing, the second signal signal level and second signal initiator noise level; and sending a third signal to the responder node; in both the initiator node and the responder node, determining a subsequent data transmit signal power and data rate; and transmitting data at the subsequent data transmit signal power and data rate.

The invention discloses a power distribution scheme based on the maximum effective capacity and applied to a wireless multi-antenna virtual MIMO. The power distribution scheme is characterized in that for an MIMO system in a wireless network, the power control technology is applied to new users, the interference from the new users in existing users is limited to be kept at an acceptable level, and therefore the effective capacity of the existing users is guaranteed; through optimization of the guarantee of QoS in a cooperative V-MIMO, the power distribution scheme driven by the QoS of the new users is obtained; for a half-duplex / full-duplex system of the cooperative V-MIMO in the wireless network, the problem of optimization of the guarantee of QoS in the cooperative V-MIMO is established to be a strict convex optimization problem. According to the power distribution scheme based on the maximum effective capacity and applied to the wireless multi-antenna virtual MIMO, the optimal power distribution scheme supporting statistics of the QoS in the non-cooperative / cooperative V-MIMO system in the wireless network is promoted, the effective capacity of the new users can be maximized, the effective capacity of the existing users can also be guaranteed, and the power distribution scheme for the non-cooperative / cooperative V-MIMO system is evaluated through simulation.

The invention provides a physical operation method for a flash chip. The flash chip comprises a plurality of storage blocks for bad blocks. The physical operation method is as follows, each storage block for a bad block is divided into a plurality of small blocks, the erase operation is carried out in each storage block, and the write operation or the read operation is carried out in each small block. The invention also provides another physical operation method for a flash chip, which comprises: each storage block for the bad block is divided into a plurality of small blocks, the small block containing the bad page is unavailable, and other small blocks are available; some or all of available small block in two or more than two storage blocks for bad block are recombined into a new storage block; and the physical operation is carried out in each new storage block. The physical operation method for the flash chip provided by the invention, i.e. subdividing the original bad block and reorganizing the good small storage block in the original storage block for bad block, can promote the effective storage capacity of the flash chip, thereby promoting the economic benefit.

The invention discloses a method and system for increasing available capacity and service life of an SSD (solid state disc). The method comprises the following steps: partial space is divided from an SSD and taken as a shadow area of the SSD, and a copy hash table and a second hash table are initialized in the shadow area; a plurality of buckets are divided from an internal storage, wherein the buckets and block groups are arranged in a one-to-one correspondence manner, and are identical in quantity; the space except the space occupied by both the copy hash table and the second hash table is divided into multiple different small areas which are in one-to-one correspondence with the block groups; the distribution of a file system on the SSD is analyzed; a query tree for recording addresses of meta data blocks and data blocks is generated according to the analysis result; the request of users is received; and whether the request is a meta data block request or a data block request can be judged according to the query tree. According to the invention, the repeated delete technology is applied to the data blocks, and the Delta coding technology is applied to the meta data blocks, so that the overall written times of the SSD experiences can be reduced, and finally the available capacity of the SSD is increased, and the service life of the SSD is prolonged.

The invention provides a multilayer ceramic capacitor, which comprises a plurality of superposed superposing units, wherein each superposing unit comprises a first ceramic dielectric layer and an inner electrode layer formed in a partial area on the surface of the first ceramic dielectric layer; each superposing unit also comprises a second ceramic dielectric layer which covers the inner electrode layer and an area which is not covered by the inner electrode layer on the surface of the first ceramic dielectric layer; and a distance from the surface of the second ceramic dielectric layer far from the first ceramic dielectric layer to the surface of the inner electrode layer far from the first ceramic dielectric layer is 0.56 to 2.1 micrometers. By the multilayer ceramic capacitor with the structure, height difference and gaps are eliminated, inner electrode layers of two adjacent superposing units can be accurately aligned, and the reliability and effective capacity of the multilayer ceramic capacitor are higher. Furthermore, the invention provides a preparation method for the multilayer ceramic capacitor.

Configurable compression and decompression of waveform data in a multi-core processing environment improves the efficiency of data transfer between cores and conserves data storage resources. In waveform data processing systems, input, intermediate, and output waveform data are often exchanged between cores and between cores and off-chip memory. At each core, a single configurable compressor and a single configurable decompressor can be configured to compress and to decompress integer or floating-point waveform data. At the memory controller, a configurable compressor compresses integer or floating-point waveform data for transfer to off-chip memory in compressed packets and a configurable decompressor decompresses compressed packets received from the off-chip memory. Compression reduces the memory or storage required to retain waveform data in a semiconductor or magnetic memory. Compression reduces both the latency and the bandwidth required to exchange waveform data. This abstract does not limit the scope of the invention as described in the claims.

The invention discloses a resource distribution method for a relay network with energy harvesting nodes based on a QoS demand and belongs to the technical field of wireless communication. According to the method, a relay network system is employed. The system comprises a sending end, a receiving end and a relay node. The sending end and the relay node can harvest energy and communicate through utilization of the harvested energy. In communication at the relatively long distance, in order to improve the communication security and reliability and reduce the problems such as the communication interference, a relay technology is employed. According to the resource distribution method for the relay network researched by the invention, the energy harvesting and the relay technology are combined, system resources namely subcarriers and the power are jointly distributed, so the effective capacity is maximized in the communication process of the relay network, and the communication performance is improved.

This application provides a discharge control method of a lithium ion battery pack, which includes the steps of: sampling and detecting single-cell voltage of the battery pack to calculate minimum value of the single-cell voltage; when the minimum value of the single-cell voltage reaches preset discharge terminal voltage of the single cell, controlling a load to switch a discharge circuit off to stop discharging. Compared with a method in which the discharge terminal voltage of the battery pack is set manually in the prior art, the voltage management method can prolong the discharge time of the battery as more as possible, can increase the effective capacity of the battery, and prevents capacity attenuation of the lithium ion battery due to over-discharge of the single cell and prevents reduction of cycle life.

The invention discloses manufacturing equipment and a manufacturing method for an electrode of a power type lithium ion battery. The manufacturing equipment comprises a vibration disk, a foam metal die, an electrode solid-state filler powder box and foam metal, wherein the foam metal die is arranged on the vibrating disk; the electrode solid-state filler powder box is arranged above the foam metal die; and the foam metal is arranged in the foam metal die. The foam metal with the characteristics of high electric conductivity, high thermal conductivity, large specific surface area, uniform and small through holes and the like is adopted as a current collector, and a skeleton structure of the foam metal is inserted into powdery active substances for pressurization to obtain an electrode plate with strong binding force, so that the active substances difficultly fall, the electric conductivity of the active substances of the electrode is effectively improved, internal resistance is lowered, heat produced by the battery is reduced, radiation is facilitated, and the service life of the battery is prolonged; and in addition, a solid-state active substance is used for directly filling the foam metal without an aqueous solution or a non-aqueous solvent, so that the obtained electrode plate is not required to be baked to remove the solvent, the manufacture period of the battery is shortened, energy consumption is reduced, and production cost is saved.

The invention discloses a preparation method of a battery-grade graphite-activated carbon composite material. The preparation method comprises the steps that 1, plant raw materials are washed clean with water and then contained in a metal tank, the metal tank is sealed and put into a muffle furnace, heating is conducted at the constant temperature of 450 DEG C to 650 DEG C, the temperature is naturally decreased to room temperature, and black solid activated carbon is obtained; 2, the obtained black solid activated carbon and graphite are put into a ball milling tank according to the mass ratio of 3:1-1:1, an appropriate amount of hydrochloric acid with the concentration of 0.2 M to1.0 M, an appropriate amount of sulfuric acid with the concentration of 0.1 M to 0.5 M, an appropriate amount of acetic acid with the concentration of 0.5 M to 1.2 M and an appropriate amount of water are sequentially added into the ball milling tank, ball milling is conducted for 0.5 hour to 2 hours under the condition that the ball-material ratio is equal to 1:10-1:20, and then acid washing and water washing are sequentially conducted, wherein sulfuric acid, hydrochloric acid and acetic acid are subjected to ball-milling washing three times to five times separately, and the water is subjected to ball-milling washing until the pH value of eluate is 6.8 to 7.2; 3, the washed graphite-activated carbon mixture is subjected to suction filtration and dried in an atmospheric environment, and the battery-grade graphite-activated carbon composite material is obtained. The preparation method has the advantages of being simple in process, rich in raw materials, short in manufacturing cycle and low in energy consumption and has good economic benefits, environmental benefits and social benefits.

The invention provides a solid state disk and an access control method thereof, and a solid state disk controller. The solid state disk controller comprises a host interface unit, a buffer unit, a storage interface unit and a compression / decompression unit, wherein the host interface unit is connected to a host, receives data from the host and sends data to the host; the buffer unit is connected to the host interface unit, and provides buffer for data transmission between the host interface unit and the compression / decompression unit; the compression / decompression unit is connected to the buffer unit, compresses data transmitted by the host to a storage unit, and decompresses data transmitted by the storage unit to the host; and one end of the storage interface unit is connected to the compression / decompression unit, while the other end is connected to the storage unit of the solid state disk for read-write operation on the storage unit. The effective capacity of the solid state disk is increased under the condition that the physical capacity of the solid state disk is fixed.

A urine collection device comprises a collector to collect urine voided by a user; first and second outlets adapted to allow urine collected by the collector to drain from the device and a transfer passage adapted to transfer urine collected by the collector to a receptacle. The first outlet includes a flow rate variation device so constructed and arranged that an initial drain flow rate through the variation device is greater than a second drain flow rate through the variation device; and the second outlet comprises an overflow outlet adapted to allow urine collected by the collector to drain from the urine collection device at a third drain flow rate equal to or higher than the initial drain flow rate through the variation device.

The present invention relates to an oil storage tank equipped with a floating bed type inner floating roof. The oil storage tank structure has a tank body and an inner floating roof which lies on the liquid surface inside the tank. The inner floating roof includes filling bags and a resilient sealing tube. The filling bags, separated by isolation sheets, are filled with floating plates. The resilient sealing tube is disposed around the entire circumference of the filling bags, and is in contact with and biased against the inner wall of the tank body.

Equipment for inspecting persons and luggage for accessing restricted areas which comprises a machine for controlling the content of hand luggage, preferably an X-Ray machine; a walk through gate detector for detecting the presence of metal objects on persons; an admission conveyor for trays with luggage disposed at the entrance of an X-Ray machine; the walk through gate detector being located upstream the X-Ray machine to create a personal inspection area with access to the admission conveyor; a collection conveyor for collecting the trays containing luggage and personal objects, disposed at the outlet of the X-Ray machine; and a secondary conveyor disposed parallel to the collection tray conveyor, to re-direct the trays with suspicious luggage.

The invention discloses an anti-explosion cover cap assembly of a power lithium battery. The anti-explosion cover cap assembly consists of a top cover, an anti-explosion sheet, an insulating ring, a pore plate and a sealing ring from the top to bottom in sequence; a plurality of convex laser welding lines are arranged on the upper end plane of the top cover; and the laser welding lines are used for enabling the anti-explosion sheet and the top cover to be welded. The top cover and the anti-explosion sheet are welded through the laser welding lines, without needing an edge wrapping structure, so that an edge wrapping process is omitted and secondary damage to the anti-explosion sheet caused by the edge wrapping process also can be avoided; in addition, the laser welding lines are relatively attractive in appearance and high in reliability, so that the safety can be further reinforced; and meanwhile, the overall height of the cover cap is lowered and the effective capacity of the battery is improved, so that the service life of the battery is prolonged.

A seawater battery of dissolved oxygen type includes a battery frame (1), n pieces of metal anode plates (2), n pieces of inert cathode plates (3), current collectors and wires (5). The battery frame (1) is consisted of an upper base (6) and a lower base (7), wherein the upper base and the lower base are respectively consisted of an outer ring and a central fixing component. The fixing component is connected with and fixed to the outer ring by a connector, and n pieces of metal anode plates are inserted on the connector so as to construct a cylindrical or frustum-shaped structure. The inert cathode plates are inserted between the metal anode plates along radial direction of the outer ring, and are connected with and fixed to the outer ring and the fixing component of the upper base and the lower base. The metal anode plates are welded in series by wires constituting the anode of the battery and the inert cathode plates are welded in series by wires constituting the cathode of the battery.

The invention discloses a QoS driven D2D security communication resource distributing method. The QoS driven D2D safety communication resource distributing method comprises the steps that a system model of a D2D heterogeneous cellular network with an eavesdroping function is constructed, and a protection frame of QoS and statistical safety is set up for the constructed system model; a security constraint for QoS and D2D users is set up based on the constructed frame, the D2D users are maximized, and the effective volume capacity of the security constraint is limited to honeycomb users, and a resource distribution optimizing problem related to subchannel allocation and power allocation, namely, an optimizing problem of integer constraints and nonconvex problem combinations is set up; the posed optimizing problem is solved through a two-step method, and QoS driven D2D security communication resource distribution is completed. According to the method, a resource and power distributing scheme based on honeycomb statistics QoS guarantee and aiming at D2D communication is studied in a resource reusing mode, the system throughput can be increased through the provided scheme, the complexity is low, and the performance of the method is superior to that of an existing method.

The invention discloses a cache selecting strategy based on classification forecasting. According to the strategy, objects are divided into two types including 'only one-time access' objects and 'more than one-time access' objects by using naive bayesian classification thinking. The 'only one-time access' objects are prevented from being placed in a cache, and the price for classification time and space based on naive bayesian is small. In a caching process, pictures which are not forecasted accurately are compensated through a historical information sheet, and the error probability is reduced. In addition, the forecasting weight of 'only one-time access' is dynamically adjusted according to real-time conditions of the cache, and therefore, the cache can be utilized effectively. Pre-judgment before a replacement algorithm is cached, and cache selecting strategy can be used with an optional cache replacing algorithm. While the complexity of the algorithm of the cache is not changed, the cache hit rate is increased, SSD writing is reduced, and the service life of SSD is prolonged. Meanwhile, machine learning thinking is guided into the cache, and a new consideration is provided for research of the cache algorithm.

The invention provides a novel nanometer scarfing gas, including liquid mother solution composed by hydrocarbons or alkane compound, is characterized in: also including one or several adjuvant mixed in the mother solution. The scarfing gas has advantages of high burning value, complete burning, quickly cutting, and regular shape of flame easy controlling, good efffect of cutting or soldering.