152results about How to "Improve bearing efficiency" patented technology

The invention relates to multimedia communication technique, disclosing a multimedia communication method and the terminal design and implementation thereof, improving transmission reliability and communication quality. And the invention adopts ERRTP to provide a transmission layer packing form able to carry error resilient encoding solution related information on the basis of the existing RTP protocol, making multimedia data label the corresponding error resilient encoding solution related information while transmitted on ERRTP, thus merging error resilient mechanism into the transmission layer; in accordance with H.264 NALU structure, the invention provides a special ERRTP packing method and protocol header modification solution, able to integrate all NALU header bytes in the same ERRTP packet into its header, thus expressing important information of NALU in the ERRTP header and raising transmitting efficiency.

The invention discloses a multilayer grating bearing cylinder and a preparation method thereof. The multilayer grating bearing cylinder is formed by nesting at least two single-layer grating cylinders, and the densities of the meshes of the adjacent single-layer grating cylinders are different. The preparation method for the multilayer grating bearing cylinder made from a composite material comprises the following steps: producing a wood pattern for casting a soft mode, producing a silicon rubber soft mode, assembling a mould, winding the soft mode in an assistance manner, carrying out vacuum bag moulding, demoulding and carrying out after-treatment, and integrally moulding the multilayer grating bearing cylinder; or preparing the single-layer grating cylinders according to the steps, and then assembling the single-layer grating cylinders into the multilayer grating bearing cylinder. The preparation method for the multilayer grating bearing cylinder made from metal or engineering plastic comprises the following steps: preparing a casting mould for the disassembly components of the single-layer grating cylinders, melting and casting, welding, and then assembling the single-layer grating cylinders into the multilayer grating bearing cylinder; or moulding in one step by a 3D printing technology. The multilayer grating bearing cylinder has the characteristics of good structural stability, light mass, high mechanical properties, difficulty of structural overall buckling instability, simple and practicable preparation method, and low cost.

The embodiment of the invention provides a method for processing signals, a network device, and a system. The method comprises steps of: mapping a received first client signal into a first ODUflex; mapping the first ODUflex into an optical channel data branch unit Cn ODTUCn.X formed by X time slots, wherein the X is not an integer; and multiplexing the ODTUCn.X into an optical channel payload unit Cn ODTUCn. The method for processing signals provided by the embodiment of the invention is capable of increasing carrying efficiency when transferring small-granule service and is low in complexity.

The invention provides a network data flow balancing method and system. The method comprises that a shunting evaluation result of a network area to be shunted is obtained; and according to the shunting evaluation result, an object shunting network area capable of shunting within a preset range surrounding the network area to be shunted is determined, a shunting strategy is obtained, flows of the network area to be shunted are shunted to the object shunting network area according to the shunting strategy, and otherwise, the flows of the network area to be shunted are shunted to the object shunting network area via a newly established station. The method can be used to carry out shunting on the high flow or high load area in the present network, the area to be shunted can be positioned, the object shunting area can be determined, the load of the area to be shunted can be reduced, and the bearing efficiency of the object shunting area is improved; and via flow balancing among networks and cooperation among four networks, the network quality is improved, the network operation cost is reduced, resource and quality of the present network are ensured, and user requirements are met.

An anti-buckling supporting member with a lattice type double-rectangular-pipe cross section comprises two anti-buckling branches which are connected through a plurality of steel batten plates, wherein each branch adopts an anti-buckling supporting member provided with a linear core and a restraint concrete-filled rectangular steel pipe; long edges of the two branches are parallelly arranged at appropriate intervals, a lattice type member formed by connecting the plurality of steel batten plates which are distributed longitudinally is taken as a whole for common work, the steel batten plates and branch short edges, namely short edges of the restraint rectangular steel pipes, are in welded connection through trihedral angle welding seams; and end parts of the linear cross section cores of the two branches extend out of circumferential restraint members, and are connected through a ribbed plate to form an H-shaped cross section which can be connected with a frame member through a high-strength bolt and a connecting plate. The lattice type cross section can increase inertia moment of the whole cross section of the anti-buckling supporting member and the whole flexural rigidity, thereby particularly suitable for a design of a large-tonnage anti-buckling support member, the support end part is conveniently connected with the frame member, and the lower branch still can sufficiently play energy-dissipating capacity when eccentric bending moment is added.

The invention discloses a double-curved-surface floating type production oil storage platform. The platform comprises a floating body and a production deck. The vertical section of the floating body is of a uniparted hyperboloid shape or a rotary uniparted hyperboloid shape. A cylindrical central cabin is disposed in the middle of the floating body and along the axial direction of the floating body. An annular oil storage canine is disposed along the outer wall of the central cabin. The production deck is disposed on the upper end face of the floating body and provided with an oil-gas processing module, a water injection module, a water processing module, a power supply and distribution module, an auxiliary production module and a living building module. The platform has the advantages that the inherent defects of ship FPSO are overcome, the advantages of convenient moving and repeated using of traditional FPSO are inherited, stability and hydrodynamic performance of the platform are further improved, oil storage efficiency and bearing capacity are increased, building difficulty and cost are lowered, and a novel device is provided for efficient development of offshore oil fields.

The invention provides a method for direct communication between optical network units and a passive optical network system. The method comprises the following steps: a first ONU transmits a first data frame carrying an objective LLID and a source LLID to a passive optical coupler; first data frames received on an output port of the passive optical coupler are distributed on each input port thereof through the passive optical coupler, and passes through at least two input ports which are butted against each other; a first data frame ring returns to each input port of the passive optical coupler; each ONU in the passive optical network system receives the first data frame, and judges whether the objective LLID in the first data frame belongs to one of a main LLID and a broadcasting LLID; if the objective LLID belongs to one of the main LLID and the broadcasting LLID, the first data frame is processed; otherwise, the first data frame is discarded. According to the method, the direct communication between the ONUs can be realized; therefore, the service bearing efficiency is enhanced, the time delay between the ONUs is reduced, and the burden on a backbone network is lightened.

The invention discloses a message forwarding method and a message forwarding device based on an SRv6-TE path. In the method, a control module installs an SPT default route, an SPT node route and an SRv6-TE forwarding path into a forwarding module in advance; the forwarding module receives an SRv6 flow message carrying an SRv6-TE forwarding path, and analyzes the SRv6-TE forwarding path to obtain a plurality of segmented list members; the forwarding module analyzes the members of the current segment list to obtain an SRv6 domain identifier of the current SRv6 domain and a next waypoint, and forms an IPv6 destination address according to the SRv6 domain identifier and the next waypoint. The SRv6-TE forwarding path is formed by using the SRv6 domain identifier, the SRv6 node identifier and the SRv6 adjacent identifier which represent the topology, the path compression efficiency of the SRH of the SRv6 can be improved under the condition that the network scale is not influenced, and the message redundancy rate is reduced.

The invention relates to a carriage covering composite material with a silkworm cocoon-imitating winded and braided structure and a preparation method thereof. The carriage covering comprises six sets of yarn systems penetrating the composite material in circumferential, radial and axial directions. Characteristics are that: knitting yarn is arranged at every layers uniformly along the axial direction of a mandrel; winding yarn is winded layer by layer along the circumferential direction of the mandrel, and the knitting yarn and the winding yarn are interweaved layer by layer, so that the layers are overlapped with each other to form an interlocking structure; reinforcing rib yarn of the axial and circumferential directions is sandwiched among the winded and braided layers; and the fabric is penetrated by stitching yarn of the circumferential and axial directions along the circumferential and axial directions, and all the layers are connected to be a whole. The composite material is prepared according to winding and braiding principles of silkworm cocoons. The preparation method comprises following steps: (1) preparing the mandrel; (2) arranging the yarn; (3) winding and braiding; and (4) assembling and fastening. Carriage covering composite material processes excellent performances, such as high integrity, light weight, excellent wrinkle resistance and impact resistance. The composite material can be applied for locomotives and carriages of aerodynamic aerotrains with simulated wings.

The invention discloses a method and equipment for service bearing of a terminal. The method comprises the following steps: the terminal searches a service type of a service requested by a user; the terminal searches a communication module corresponding to data transmission rate of the service type according to the service type; and the terminal conducts service bearing according to the service request by the searched communication module. According to the embodiment of the invention, the service bearing is carried out on the service request by the communication module corresponding to the data transmission rate, and according to different requirements of different services for the transmission rate, various services are respectively put on networks with suitable transmission rates for bearing, so that the service bearing efficiency is increased.

The invention belongs to the technical field of ocean engineering, and relates to a multi-anchor-point mooring power installation anchor and an installation method thereof. The multi-anchor-point mooring power installation anchor is provided with a plurality of anchor eyes, can be connected with a plurality of floating structures at the same time, and is very suitable for the fields of offshore wind turbines, marine ranching, offshore solar power generation and the like which are arranged in groups or in pieces. Due to the design of the multi-anchor-point mooring power anchor, the horizontal load acting on an anchor body can be reduced or even eliminated, so that the load acting on the anchor body is mainly a vertical pull-up load, the load bearing mode of the anchor body is optimized, andthe bearing efficiency of the anchor body is improved. Due to the design of a normal wing plates, the resistance borne by a combined anchor can be reduced. In the recovery process of a booster, the normal wing plates gradually extend out of the anchor body, the normal loading area of the multi-anchor-point mooring power installation anchor is increased, and then the bearing efficiency of the anchor is remarkably improved. The anchor is high in installation efficiency, low in cost, high in bearing efficiency and good in loading mode, and the installation cost of an anchoring foundation can beremarkably reduced.

The invention relates to the communication technology of internet of things, and particularly relates to a data transmission system of internet of things. The data transmission system comprises a core network consisting of internet and a mobile communication network, wherein the internet and the mobile communication network are respectively connected with a plurality of reinforcing servers; the reinforcing servers connected with the internet divide the fixed internet of things terminal based on regions; the reinforcing servers connected with the mobile communication network divide the mobile internet of things terminal based on regions; the internet of things terminal in each region is packaged; an information storage unit is arranged between each group of internet of things terminals and the corresponding reinforcing servers. By adopting the structure, wired and wireless information crossing is effectively reduced and the bearing efficiency of the core network is enhanced. Besides, the cost of infrastructure construction can be effectively reduced by relevant region division with the base station formed by the mobile communication network. Finally, limited storage space can be efficiently utilized by a buffering adaptive storage region.

The invention discloses a construction method for an ultra-high-performance concrete corrugated steel web composite box girder bridge. The construction method comprises the steps that a U-shaped groove structural part of each span of box girder is prefabricated according to the design requirements at first; a bridge floor middle plate is prefabricated according to the prefabricated U-shaped groove structural part; a bridge abutment and a bridge pier are constructed, the prefabricated U-shaped groove structural part and the bridge floor middle plate are hoisted in position, transverse connecting steel bars are bound, and after transverse wet joints are poured, the complete box girder is formed; the next bridge pier is constructed, a second box girder is hoisted in position, corrugated steel webs of the adjacent box girders are welded, longitudinal connecting steel bars between the adjacent box girders are bound, longitudinal wet joints between the adjacent box girder segments are poured or a cross girder is casted in place, and a continuous bridge structure is formed; after wet joint concrete reaches the designed strength value, top plate prestressed steel strands are tensioned; and the above steps are repeated, so that the multi-span continuous bridge structure is completed. According to the construction method for the ultra-high-performance concrete corrugated steel web composite box girder bridge, the box girders are light in weight and small in torsional distortion, the bridge floor plate load distribution capacity is good, construction and erection are convenient, and the construction method has wide application prospects in large and middle span bridges.

The invention discloses a transmission method of control message in monitoring system, its character: it includes the steps: it packages the control message produced by the node into communication message, and the control message is added in the communication frame head to compose the communication message packaged with multiple control messages; it transfers the communication message to the communication control layer of the reciprocal node; the control layer receives and analyzes the communication message to recover the control message, and transfers the control message to application control layer.

The invention discloses a high-rigidity light launching box and relates to a launching box used for supporting, fixing, transporting and storing missiles. The high-rigidity light launching box is high in both circumferential rigidity and longitudinal rigidity and light and can provide large storage space for the missiles, and the stress on the corners of the launching box can be effectively diffused. The high-rigidity light launching box comprises an outer skin, an inner skin, longitudinal ribs and ring ribs evenly distributed between the outer skin and the inner skin. The ring ribs are connected with the outer skin and the inner skin through glue respectively, the ring ribs are installed on the inner skin in a sleeved mode, small rounded corners are adopted for the corners of the inner skin, the outer skin and the ring ribs, the space between the inner skin and the ring ribs is filled with a heat preserving layer, reinforcing blocks are arranged on the corners of the heat preserving layer, filling interfaces are arranged on the longitudinal ribs, a 35-degree laying layer is adopted for the inner skin, the longitudinal rib laying layers and the ring rib laying layers respectively comprise 0-degree laying layers and 90-degree laying layers, the proportion of the laying layers of the longitudinal ribs is as follows: n 0 degree: n 90 degrees= 2:1- 3:1, and the proportion of the laying layers of the ring ribs is as follows: n 90 degrees: n 0 degree= 2:1- 3:1.

The invention relates to a multi-rotor aircraft. The multi-rotor aircraft comprises a landing gear, a middle framework, a plurality of extending frames and power end heads, wherein the extending frames are connected with the middle framework; each power end head is positioned on each extending frame. The multi-rotor aircraft has the advantages that the structure adopts the modularizing design and manufacturing technology, so that the splitting package and transportation and site quick assembly functions are realized; the extending frames are designed according to an equal-strength principle, so that the weight of an aircraft body is reduced under the condition of ensuring strength and rigidity to meet property requirements, and the potential of oil-powered engines and large-size rotors in increasing cruising ability and load ability is fully realized.

The invention provides a method for preparing a carbon fiber composite material reflector and a carbon fiber composite material reflector. The method comprises a step of preparing a reflector panel, areflector radial reinforcing rib, a reflector circumferential reinforcing rib and a reflector back plate; and a step of assembling the reflector panel, the reflector radial reinforcing rib, the reflector circumferential reinforcing rib and the reflector back plate into the carbon fiber composite material reflector. The preparation method of the carbon fiber composite material reflector and the carbon fiber composite material reflector provided by the invention can realize the high light weight rate of the reflector and the low-cost preparation in a small batch under the premise of ensuring the surface shape precision of the reflector.

The invention provides a distributing method and a distributing device for temporary block flow. The allocation method includes the steps: A, setting up application according to the TBF (temporary block flow) of a mobile station, and selecting a PDCH (packet data channel) bank from a distributed PDCH; B, as for each PDCH in the PDCH bank, making statistics on the size of the TBF with data transmission on the PDCH so as to obtain a first size; and C, when the first size corresponding to one optional PDCH in the PDCH bank is smaller than the maximum multiplexing degree of the PDCH, distributing the PDCH bank to the TBF of the mobile station. By means of TBF distribution according to the scheme, the bearing efficiency of the PDCHs can be improved on the premise that user perception is fundamentally unaffected.

The invention relates to direct-acting gear speed increaser (decelerator), which is driven by the lever balancing the gravity, and since only one point of engagement of two gear teeth bear sliding friction coefficient produced by certain gravity at any ratio of transmission, the problem that higher ratio of transmission will result lower efficiency of transmission in the field of speed increaser (decelerator). Said invention has simple structure, easy production, and high efficiency of transmission. Since it can set any ratio of transmission just by adjusting the relative parameter of the diameter ratio of gear without increasing the collocated amounted of gear, it has small volume and lower weight. And three collocated amounted of symmetrical planetary gear improve the meshing ratio of gear teeth, and increase the supporting efficiency of speed increaser (decelerator) significantly while steady operation. Said speed increaser (decelerator) can suit the speed increaser in wind generator, as well as the field which need high ratio and super high ratio of transmission with certain supporting ability.

The invention belongs to the technical field of oceanographic engineering, and relates to a novel light power installing anchor and an installing method. The novel light power installing anchor is mainly composed of a wing plate, an anchor bar and a connecting rod. The wing plate is formed by symmetrically splicing two triangular flat plates. The connecting rod is installed at the tail portion ofthe wing plate. The anchor bar is of an inverted V type structure composed of two trapezoid flat plates and is symmetrically fixed to the wing plate. A propeller can be fixed at the tail portion of the novel light power installing anchor through a shear pin, and the novel light power installing anchor, the propeller and the shear pin are combined to form a combined anchor; the combined anchor is put in seawater, an installing anchor chain is released, and the combined anchor penetrates into soil; the installing anchor chain is tensioned, the shear pin is cut off, the propeller is pulled out, and the novel light power installing anchor is left in soil; a working anchor chain is tensioned, and the angle of the novel light power installing anchor is adjusted; the propeller is used for installing a next novel light power installing anchor after being taken out. The novel light power installing anchor has the advantages of being light in weight and high in bearing efficiency, improving thesinking and penetrating depth in soil and reducing cost.

The invention discloses an arched girder combined type concrete continuous girder bridge structure. The arched girder combined type concrete continuous girder bridge structure comprises a plurality of main piers. A pier top stand column and a pier top girder section are arranged at the top of each main pier and connected with two arched girder combined frames arranged on the two sides of the pier top stand column and the pier top girder section. Each arched girder combined frame is composed of a lower string arched box girder and an upper string box girder. The upper string box girders are horizontally arranged and stretch out from the two ends of the pier top girder sections to the two sides of the main piers in the bridge direction. The lower string arched box girders are obliquely arranged and stretch out from the lower ends of the pier top stand columns to the two sides of the main piers in the bridge direction. The lower string arched box girders and the upper string box girders are joined on the two sides of the main piers. The upper string box girders are pulled, the lower string arched box girders are pressed, and therefore the lower string arched box girders and the upper string box girders reach force balance; and the girder axes of the lower string arched box girders arch up, part of bending moment generated by self eight is counteracted, and an arched structure which is mainly pressed and even in stress distribution is achieved.