120results about How to "Maintain order" patented technology

Reference updating in a sliding compaction garbage collector may involve maintaining, for each logical region of the heap to be compacted, values that represent the range of addresses referenced by individual regions of the heap. For example, a highest-referenced address (HRA) represents the maximum address referenced by any object references in the respective region. Similarly, a lowest-reference address (LRA) represents the minimum address referenced by a region. When updating references during compaction, if the HRA and / or LRA for a particular region indicate that all references within the region point to addresses within a region of memory that will not be relocated during compaction, such as a dense prefix, the references with the particular region need not be updated. Maintaining HRAs and / or LRAs for region of heap memory may simplify determining whether or not references within individual regions require updating.

A method and an apparatus for community management in a virtual community are disclosed. The community management apparatus manages a management table as an electronic data containing, in correspondence with each other, the data on a community, the members of the community and the resource data providing the messages exchanged by members, and transfers the resource data from a predecessor community to a successor community. The community management apparatus receives the input of the transfer conditions. The predecessor community selected under the transfer conditions is acquired from the management table. The members corresponding to the acquired community are searched for in the management table and transferred to the successor community. The resource data corresponding to the acquired community is searched for in the management table and transferred to the successor community.

A user specifies a group by a user-defined query. An input order is assured among data of a same group. By outputting data belonging to a same group from the same node, an order inputted for a necessary portion is assured. By outputting data belonging to different groups from another node, processing in plural nodes is achieved to avoid reduction in performance.

A data display apparatus includes: an extraction condition setting section that sets, based on an original data row where a plurality of data are arranged in a predetermined order, an extraction condition of extraction data that is to be displayed on a predetermined display section; and an extraction data display section that displays, out of an extraction data row where the extraction data extracted from the original data row based on the extraction condition are arranged in the predetermined order, the extraction data that are within a predetermined range in a predetermined display size on the display section.

A mechanism for maintaining the first-in first-out order of commands in a multiple-input and multiple-output buffer structure includes a command number generator for generating and assigning a command number to each command entering the buffer structure, and a command number comparator for comparing the command number of the outgoing command at each buffer in the buffer structure to determine which command should exit. Both command number generator and command comparator have a cyclic counter that has a period greater than or equal to the total number of allowable buffer entries in the buffer structure. For maintaining order of posted and non-posted command queues, a pending posted write counter is used in the posted command queue to record the number of pending posted write command and each entry in the non-posted command queue is associated with a dependency counter.

The invention belongs to the technical field of network live broadcasting, and discloses a method for handling violations of live broadcasting websites, including: inspecting the illegal live broadcast room according to the patrol instruction issued by the super administrator; judging the violation type according to the inspection result of the super administrator on the illegal live broadcast room; Corresponding processing is performed on the violating live broadcast room according to the received processing instructions issued by the super administrator, wherein the processing instructions are issued by the super administrator according to different types of violations. The method of the present invention can detect and deal with violations in time periodically or when violation reports are received, and prevent long-term continuous transmission or large-scale transmission of violations from causing adverse effects, thereby regulating the order of live broadcast websites in a timely manner and purifying Internet space , to create a good Internet ecological environment. The invention also provides a corresponding violation processing device and an intelligent terminal of a live broadcast website.

Band control for every flow is made, and at the same time priority control is realized by a simple hardware configuration. A flow identification section 1 identifies the flow, to which each packet belongs. Flow identification information is notified to a flow setting information storage section 2. Based on such information, flow setting information is notified to a polishing section 3. In the polishing section, a rate measurement section 31 measures an arrival rate of the packet, and based on this arrival rate, a rate calculation section 32 calculates an arrival rate for the flow, to which the packet belongs. Then, a band comparative determination section 33 compares this arrival rate for the flow to information such as the minimum guaranteed band and the upper limit band previously set for this flow, and performs class setting for the flow for every packet. Flow identification information for each flow is stored in a schedule storage section 42 by class. A flow selection section 43 and a packet output section 44 selectively outputs the flow belonging to the high priority class.

An image layout device including an image alignment unit configured to align an image included in an image group based on an attribute of an image included in an image group, a layout selection unit configured to select a layout frame based on an order of a layout frame, which arranges an image, included in a template which is an arrangement object of an image and an attribute of the layout frame, an image selection unit configured to select an image based on an order of an image aligned by the image alignment unit and on the attribute of the image, and a selected image layout unit configured to arrange an image selected by the image selection unit in a layout frame selected by the layout frame selection unit.

A server carrier assembly includes a server carrier configured for receiving a server therein, and a cable collecting structure mounted to the server carrier. The cable collecting structure includes a bracket and at least one receiving portion extending from the bracket. A space between the bracket and the receiving portion is defined for collecting at least one cable of the server. At least one opening is defined in the bracket and configured for the cable of the server to extend there through.

Disclosed is a throw-out intelligent detection device and method. A throw-out intelligent detection device and method comprises an intelligent detection module, a display module, and a warning module. The intelligent detection module monitors and collects traffic conditions of tunnels and roads in real time, and transmits the traffic conditions to the display module, meanwhile, an internally embedded intelligent chip processor processes and judges a video image signal information through a background modeling step, a foreground detection step, a protected zone setting step, a foreground matching and updating step, and a throw-out judging step; if the throw-out exists, the display module displays the information of the throw-out in real time and sends a warning signal to the warning module, so as to remind the monitoring personnel to deal with the throw-out, thereby avoiding an accident. The throw-out intelligent detection device and method is not only able to intelligently detect the information of the throw-out, but the detection method is also able to avoid underreporting and false alarm at a certain degree, thereby providing an effective and executable solution for ensuring the traffic safety and the traffic order.

The invention relates to a nitrogen hybridized magnetic ordered meso-porous carbon adsorbent. The aperture of the adsorbent is within 3.8nm, the surface part of the adsorbent is graphitized, and the adsorbent comprises magnetic nano particles; the magnetic nano particles are iron oxide nano particles and iron nano particles. A preparation method of the adsorbent comprises the following steps: adding a meso-porous silicon SBA-15 template into an organic solution which contains furfuryl alcohol and ferric nitrate and is easy to volatilize, sufficiently mixing, performing thermal polymerization, subsequently carbonizing on the presence of an inert gas, finally removing silicon by using a strong alkali solution, and separating, washing and drying so as to obtain magnetic ordered meso-porous carbon; and dissolving the magnetic ordered meso-porous carbon into a strong acid solution, controlling the temperature to be less than 5 DEG C, adding aniline and ammonium persulfate, sufficiently mixing, washing and drying the complex after polymerization, and carbonizing on the presence of the inert gas so as to obtain the nitrogen hybridized magnetic ordered meso-porous carbon adsorbent. The adsorbent is high in adsorption efficiency, large in adsorption volume and short in adsorption balance time.

The invention relates to a method using a side-scan sonar to measure the tonnage of a ship. The method comprises the following steps: when a photoelectric sensor detects that ship passing signals exist, a tow fish arranged under water is started; the tow fish scans the side of a measured water area to acquire an underwater acoustic image of an underwater part of the ship; the sailing speed and the passing time of the ship are simultaneously measured, and the length of a ship body is calculated according to the product of the ship speed and the passing time; an underwater acoustic image of a measured area is acquired by a computer connected with the tow fish; then image processing is conducted on the underwater acoustic image of the measured area, so as to extract an acoustic shielding shadow of the measured ship; the draft depth of the ship body and the width of the ship body below a water line are acquired according to a combination of a projection relationship and measured environmental parameters; the total tonnage of the ship is calculated according to the length of the ship body, the draft depth, the width of the ship body below the water line, and a square model coefficient of the ship marked on a ship-borne certificate; and the difference between the total tonnage and the net tonnage of the ship marked on the ship-borne certificate equals to the actual-load tonnage of the ship.

A display for a bicycle includes a mount, a support arm pivotally mounted to the mount for movement between a storage position and an access position, the support arm having a hanger thereon for hanging the bicycle therefrom, and a cylinder assembly including a dampening cylinder operably connected to the mount and to the support arm to dampen movement of the support arm and to return the support arm to the storage position. The cylinder assembly includes a locking member configured to lock the cylinder in a retracted position to maintain the support arm in the access position and to release the cylinder to permit the support arm to return to the storage position. A clamp arm is mounted to the support arm for pivoting between a securing position to secure the bicycle on the hanger when the support arm is in the storage position and a release position to allow for removing the bicycle from the hanger when the support arm is in the access position. An actuating element is operably connected to the cylinder assembly and to the clamp arm to pivot the clamp arm between the securing position and the release position as the support arm is moved between the storage and access positions.

An apparatus and method using a valid bit in a cache entry address first-in-first-out (FIFO) to indicate when a cache entry can be flushed in a coherent memory domain. One embodiment of the invention involves a method for tracking a cache entry in a cache serving data transfers between a coherent memory domain and a non-coherent memory domain in a data processing system, including steps of storing an address corresponding to a cache entry in a FIFO register, using at least one register cell as a valid flag to indicate when the cache entry is still in the cache, and changing the valid flag based on one or more signals transmitted from the non-coherent memory domain. A second embodiment of the invention involves a data processing system or an I / O bridge host, having a cache and multiple cache entries, serving data transfers between a coherent memory domain and a non-coherent memory domain, including registers configured to store an address corresponding to a cache entry, wherein each FIFO register has a valid flag to indicate when the cache entry is still in the cache, and the valid flag can be changed based on one or more signals transmitted from the non-coherent memory domain.

A user specifies a group by a user-defined query. An input order is assured among data of a same group. By outputting data belonging to a same group from the same node, an order inputted for a necessary portion is assured. By outputting data belonging to different groups from another node, processing in plural nodes is achieved to avoid reduction in performance.

Managing packets in a shared memory buffer involves linking buffered packets into a linked list in the order that the packets are written into the shared memory buffer, examining the packets in the order of the linked list to determine which packets are intended for available output links, and then dispatching the oldest packet that is intended for an available output link even if the packet is preceded on the linked list by packets that are older but are intended for unavailable output links. Packets are stored with NEXT pointers that establish the linked list and output link identifiers that identify the intended output links of the packets. The head of the linked list is identified by a linked list HEAD pointer. When a packet is dispatched, the packet is removed from the linked list by adjusting the linked list HEAD pointer or the NEXT pointer of the previous packet.

The invention discloses an express separation and self-fetching terminal system and method based on a three-axis mobile platform, and belongs to the technical field of intelligent logistics terminals.The system includes an article inputting platform, the three-axis mobile platform, express storage cabinets, a pickup terminal, a camera recognition module and a system information management module;the method comprises the following steps that step 1, a package enters a system device through an article inlet port and is temporarily stored on a loading platform, and a mechanical arm is pushed topick up a single package; step 2, according to bar code information and package size information collected by the camera recognition module, the express storage cabinets are automatically allocated for current packages, and the three-axis mobile platform intelligently separates and stores articles; step 3, the system notifies that there is a self-fetching article by means of short messages, the system automatically finds and compares a pick-up code when the article is picked up, the three-axis mobile platform takes the article out of the storage cabinet, and a pickup result is fed back to thesystem information management module for next-step processing. The method is convenient, fast and reliable, greatly improves the speed rate of an express logistics terminal, and has strong practicability.

The invention discloses a nuclear hazard forecasting and alarming platform and method based on a GIS (Geographic Information System), belonging to the field of hazard control. The nuclear hazard forecasting and alarming method comprises the following steps of: 1.obtaining forecasting results of a wind field and a turbulence flux; 2. carrying out proliferation simulation on a nuclear hazard; 3. obtaining hazard depth, withdrawing depth, iodine taking depth, hazard area, withdrawing area, iodine taking area, hazard start time and hazard duration time of a nuclear accident; 4. judging whether the hazard depth of the nuclear accident in a set proliferation simulation region is figured out, if the hazard depth is figured out, ending the method, and if the hazard depth is not figured out, returning to the step 2; and 5. forecasting and alarming the nuclear hazard based on the GIS and issuing online in real time. The invention provides a data support for dealing with nuclear crisis, providesa scientific basis for rapidly dealing with the nuclear crisis, and scientifically evaluating the result of the nuclear hazard, thereby guiding the public to rapidly take correct safeguard measures after the public are attacked, eliminating psychological pressure and unnecessary worry and guaranteeing the social stability and the everyday routines.

Packet cloning logic receives an original stream of packets communicated from a source device. The packet cloning logic generates a plurality of cloned packets for each packet contained in the original stream, wherein the plurality of cloned packets each comprise payload content of a corresponding (or counterpart) packet in the original stream. The packet cloning logic communicates to at least one packet assembly logic, the plurality of cloned packets. The packet assembly logic assembles at least one stream of packets corresponding to the original stream of packets for communication to at least one destination device.

A multi-stage CFR estimation method for multi-band OFDM-based UWB systems is provided. The method comprises obtaining a CFR estimation ĥr(1) by performing LS estimation using a channel estimation sequence from a received OFDM UWB frame; obtaining a CFR estimation ĥr(2) by applying a frequency-domain smoothing to the CFR estimation ĥr(1) with a first smoothing factor; obtaining a frame header which contains OFDM symbols transmitted with frequency-domain spreading on each OFDM symbol, and detecting signal signs based on a combination of two spread signals of the same OFDM symbol in the frame header with a decision directed mode and the CFR estimation ĥr(2) assisted; obtaining a CFR estimation ĥr(3) by using the signs and a finite-alphabet feature of the detected transmitted signals; obtaining a CFR estimation ĥr(4) by applying a frequency-domain smoothing to the CFR estimation ĥr(3) with a second smoothing factor; and obtaining a CFR estimation ĥr by averaging the CFR estimations ĥr(2) and ĥr(4).

This disclosure discloses an RFID tag supplying apparatus that supplies a substantially sheet-like antenna base on which an RFID circuit element provided with an IC circuit part that stores information and an antenna that transmits and receives information is disposed between a first tape and a second tape that are fed to a predetermined bonding position to be mutually bonded, comprising: a tape processing device that makes a tape orderly on said antenna base to prevent the generation of parts out of order in a tag tape including said first tape and said second tape.

This disclosure discloses a tag label producing apparatus comprising: a printing device; a transmitting / receiving device that performs information transmission / reception; a feeding device that feeds said tag medium; a coordination control portion; a communication determining portion that determines whether or not information transmission / reception has succeeded; and a decision portion that decides a feeding-stop condition for stopping feeding based on a feeding condition for the transmission / reception, and a feeding-condition for printing to a print area; wherein: said coordination control portion controls in coordination operations of said feeding device, said transmitting / receiving device, and said printing device so as to stop feeding based on said feeding-stop condition decided by said decision portion and to perform retry of said information transmission / reception when said communication determining portion determines that said information transmission / reception has failed.

The invention discloses a method for automatically identifying false litigation in a case. The method comprises the following specific operation steps: step 1, adding rules; step 2, rule analysis; step 3, character recognition; step 4, action processing. After the false litigation study and judgment is completed, for the cases suspected of false litigation, data such as positions, legal bases, affirmation facts and case settlement modes corresponding to illegal situations can be automatically obtained, and the data can be displayed to case handling inspectors in a visual form. The method can be applied to civil borrowing and labor reward tracing cases in the civil judicial field, assists the inspector in case handling decision, improves the case handling efficiency of the inspector, savesjudicial resources, maintains normal judicial order, improves judicial authority and judicial credibility, and protects legal rights and interests of citizens, legal persons and other organizations.

A server carrier assembly includes a server carrier configured for receiving a server therein, and a cable collecting structure mounted to the server carrier. The cable collecting structure includes a bracket and at least one receiving portion extending from the bracket. A space between the bracket and the receiving portion is defined for collecting at least one cable of the server. At least one opening is defined in the bracket and configured for the cable of the server to extend there through.

The invention relates to a method for utilizing a fingerprint as a traffic ticket. The method comprises the following steps that: a ticket purchaser fills in a ticket purchasing sheet; ticket-selling staff collects a fingerprint of the ticket purchaser, and stores the ticket purchasing sheet and the fingerprint of the ticket purchaser in a ticket database; a ticket processing system compares the stored information with the prior data information and judges whether the ticket purchaser is a repetitive ticket purchaser or a person with low credit standing or not; the ticket is sent to a non-repetitive ticket purchaser with high credit standing; the train number, the seat number, the departure location, the departure time and the arrival location are bond with the fingerprint of the ticket purchaser; when passengers enter a station, the passengers press the fingerprints, and according to the fingerprints, whether the passenger can enter the station or not is checked; when the passengers leave the station, the passengers press the fingerprints, and according to the fingerprints, whether the passenger can leave the station or not is checked; when one passenger traffic work is finished, the ticket processing system automatically carries out the check of passenger departure and arrival; if no passenger departure information is in the ticket database, the passenger is considered as ticket evasion; and corresponding credit standing value of the fingerprint of passenger in the ticket database is reduced.

The invention relates to a library book taking and returning robot system. The library book taking and returning robot system comprises a moving module, a lifting module, a robot shell, a mechanical arm module, a book storing and taking module and a mechanical lock; the lifting module is installed on the moving module and moves along with the moving module; the robot shell is arranged on the lifting module and can be driven by the lifting module to ascend and descend; the mechanical arm module is arranged on the robot shell and comprises a long arm part, a short arm part, a clamping arm part and a small arm part; the book storing and taking module is arranged on the robot shell and comprises a box body, and further comprises a book lifting mechanism, a book pushing mechanism and a book ejecting mechanism which are arranged on the box body, wherein the book lifting mechanism is used for lifting books into or out of the box body, the book pushing mechanism and the book ejecting mechanismare arranged on the two sides of the box body correspondingly, and books can be transferred between the book lifting mechanism and the lifting mechanism in a matched mode; and the mechanical lock isarranged on a bookshelf and is used for fixing residual books on the bookshelf. Compared with the prior art, the library book taking and returning system integrates book taking and returning functionsof a library, is high in action execution efficiency, and can realize intelligent and unmanned book arrangement of the library.

The invention discloses a charging pile with an anti-theft function. A billing control unit is connected with a measuring meter through an RS485 to achieve intercommunication. The billing control unit is connected with a human-computer interaction device through an LVDS or a parallel port to achieve interaction. The billing control unit is connected with a charging controller through a CAN bus to achieve intercommunication. The charging controller is connected with a power unit to achieve control over the power unit. The charging controller is connected with a charging port. An anti-theft device is connected with the charging port and further connected with the billing control unit to achieve interaction. The anti-theft device is adopted for protecting the charging port of the charging pile, illegal operation can be effectively banned, the operation order of the charging pile is effectively kept, and good social benefits and economic benefits are achieved.