89 results about "Relative index" patented technology

The invention provides an information reporting method and device as well as an information transmission method and device. The information reporting method comprises the following steps that a secondcommunication node receives a reference signal sent by a first communication node and determines a reference signal relative index and/or channel state information; and the second communication nodereports a set to the first communication node, wherein the set comprises at least one of the following information: the reference signal relative index and the channel state information. By the adoption of the technical scheme, a problem that a beam-related information report is not flexible and poor in adaptability in the correlation technique is solved, the capacity of the second communication node is reported, and then the first communication node can indicate the beam reporting or reference signal resource configuration meeting the user capability, so that the stability of the beam-relatedinformation report is improved.

A transparent conductive multilayer body of the present invention is characterized by having: a transparent film base; an SiO_x film (x is no less than 1.5 and less than 2) which is provided on one surface of the above described film base in accordance with a dry process, and has a thickness of 1 nm to 30 nm and a relative index of refraction of 1.6 to 1.9; an SiO₂ film which is provided on the above described SiO_x film and has a thickness of 10 nm to 50 nm; and a transparent conductive thin film which is provided on the above described SiO₂ film and has a thickness of 20 nm to 35 nm.

This invention relates to one memory data management method, which comprises steps of memory formatting and data storing and reading, wherein, the memory formatting is to divide memory into guide area, index area and data area; the guide area content comprises data area set property, index area set property, memory data block size, index size; the data area is to store several memory blocks; index area stores each data blocks relative index; each index content comprises data generation time and sum number.

The invention discloses an enhancement type correlation search system taking commodity as the media. The system consists of four modules of a data updater module, an indexer module, a search service module and a controller module. By extracting the relationship between a search term and an article of the search term and using a vector model, the similarity between search terms is calculated to get the inner links between commodities; the invention also discloses a method thereof. By using the mapping relation between search terms and the commodities, a meaning relative index and a literal relative index are established, thereby improving the quality of searching clue words of the meaning type correlation search and ensuring the commended correlation words companies with the marketing pace.

This invention relates to memory database access and index method, which comprises the following steps: establishing relative data joints memory list according to the needs; establishing relative index list that is the data structure based on balance two-branch tree mode with dynamic distribution order; distributing the string priority memory list of the index list and scanning and analyzing several inquires given; distributing the property inquires priority orders to determine the distributing rules.

This invention discloses one realization system for real name of mobile terminal, which comprises mobile system and communication network, wherein, the network comprises IMSI/MSISDN number connected with HLR and user identification information mapping relationship management data unit and user identification information data unit IDDB. This invention also discloses one method to realize mobile terminal, which comprises register and offset method for relative index and modification operation through HLR and RegDB.

The invention discloses a method for selecting a bidding advertisement keyword during the release of a search engine bidding advertisement, which comprises the steps of: determining an advertiser, a released search engine, and a plurality of bidding advertisement keywords to be selected; calculating the performance price index PI on the determined search engine, the relative index BI relative to the determined advertiser, the competition index RI relative to the determined search engine, and the correlation degree DI relative to a selected document of each bidding advertisement keyword; calculating a characteristic value of each bidding advertisement keyword according to the calculated PI, BI, RI and DI of each bidding advertisement keyword; and comparing the calculated characteristic values of the bidding advertisement keywords, and selecting the bidding advertisement keyword with the maximum characteristic value as the bidding advertisement keyword selected when the search engine bidding advertisement is released. The method ensures that the advertiser can select a bidding advertisement keyword which is more suitable for the advertiser when the search engine bidding advertisement is released.

The invention discloses a route list condenser and a relative method, wherein the condenser comprises an interface module, a condense route module, a condense route control module, a non-condense route module, a non-condense route control module, and a route index module, the interface module receives a route message to be classified and sent to the route index module to search relative index in a route index list, the condense route module and condense route control module according to index and route message modify a condense route list, and feedback a condense route index to the route index list, the non-condense route module and the non-condense route control module according to the index and route message modify the non-condense route list and feedback a non-condense route index to the route index list. The invention can represent most condense route message via little condense route list, to reduce the space occupied by route list, and improve the route number stored in same route space.

The invention discloses an intelligent measurement method for the total emission of the water pollutants. In a sampling period Delta t ranging from 5 minutes to 30 minutes, sewage is continuously and automatically sampled in regular time and uniformly mixed according to flux Qi; 24 hours (or 48 hours) are taken as an analysis period Delta T, the consistency of the pollutants is detected by a pollutant online measurement instrument as shown in formula (III), and the total emission of the pollutants in the analysis period can be worked out as shown in formula (I) and formula (II). The intelligent measurement method of the invention can improve the real-time of sampling and the science and accuracy of the monitoring result, can reduce the detection times of relative indexes, and effectively reduce the monitoring cost. When the intelligent measurement method of the invention is used for improving the existing pollutant total quantity monitoring system, the problems of overproof emission by stealth, excessive emission, and unscientific calculation of the total emission of the enterprise pollutants, etc., which exist in some current enterprises can be solved, and the environmental protection monitoring and the law enforcement level can be effectively improved.

A single mode fiber is provided which is suitable for high-speed, large-capacity optical communication and for optical wiring. The single mode fiber has a first cladding region with a uniform refractive index, a core region with a refractive index higher than that of the first cladding region, and a second cladding region including at least four air hole regions placed in the first cladding region. Optimization can be achieved by making the distance from the center of the core region to the air hole regions equal to 2-4.5 times the core radius, and the air hole radius equal to or greater than 0.2 times the core radius. It is preferable the core radius be 3.2-4.8 μm, the relative index difference of the core region from the first cladding region be 0.3-0.55%.

The invention relates to a ceramic brick prepared from aeolian sand. The ceramic brick comprises the following raw materials by weight percent: 50-60% of Uxen aeolian sand. 20-28% of Tuke clinker, 12-20% of Uxen white clay and 2-8% of magnesite. The ceramic product is prepared by the steps of ball milling, smashing, sieving, deironing, forming and firing at the temperature of 1080-1220 DGE C. According to the invention, the aeolian sand enriched in Inner Mongolia is used as a main ceramic-making material, which is beneficial to low-cost desert control and leads the production cost of the ceramic product to be greatly reduced; and the prepared ceramic product has the advantages of excellent quality, small size difference, low water absorption and high strength, and relative indexes reach the requirement of national detection standards.

The invention relates to a manufacture method of a polarization maintaining optical fibre, which comprises the following steps: a mandrel and stress application performs are depositionally made with a deposition method, the mandrel and a quartz sleeve are melted to be draught into an optical fibre perform with a fibre core and a covering, and the two stress application performs are respectively inserted into two holes of the perforated optical fibre perform to form a combined optical fibre perform. The combined optical fibre perform is put into a fibre drawing tower for drawing to be made into a panda type polarization maintaining optical fibre. During drawing, the temperature in the drawing tower is controlled within 1700 DEG C to 2000 DEG C, the optical fibre drawing tension is controlled at over 30g, and the optical fibre drawing speed is controlled at over 300m/min. The invention has simple process and high reliability. The high-tension and high-speed drawing reduces the fluctuation of the optical fibre drawing speed so as to improve the geometrical consistency of the optical fibre, optimize the service performances of the polarization maintaining optical fibre, and improve the drawing production efficiency, and thus the capacities of tension screening, dynamic fatigue and tensile resistance of the polarization maintaining optical fibre meet or are even superior to relative index requirements.

Disclosed is a single mode optical waveguide fiber having alternating segments of positive and negative dispersion and dispersion slope. The relative indexes, the refractive index profiles and the radii of the segments are chosen to provide low total dispersion and dispersion slope. Preferred waveguides in accordance with the invention exhibit a dispersion over the range of 1520 to 1625 nm which at all times has a magnitude which is less than 2, and more preferably less than 1 ps/nm2-km. The total dispersion of the waveguide fiber is in the range of about -2.0 to +2.0 ps/nm-km at 1550 nm. The waveguide also features a low polarization mode dispersion.

The invention relates to a dispersion compensation fiber for carrying out dispersion compensation at a C waveband and a module thereof. The structure of the dispersion compensation fiber comprises a fiber layer and a cladding and a sunken cladding, and an annular lading, a matching lading and a pure quartz cladding coat outside the fiber core in sequence, wherein the relationship that delta 1 percent>delta 3 percent>delta 4 percent>delta 5 percent>2 percent is satisfied, the difference range of relative index of refraction comprises the following sequence: delta 1 percent is 1.5 percent-2.0 percent, delta 2 percent is -0.7 percent to -0.5 percent, delta 3 percent is 0.4 percent-0.6 percent, delta 4 percent is -0.15 percent to -0.05 percent and delta 5 percent is 0; and the radius range of the fiber core and various claddings from R1 to R5 comprises the following in sequence: 1.4-1.6 micrometers, 4.3-4.8 micrometers, 6.8-7.8 micrometers, 10-15 micrometers and 38-63 micrometers. The dispersion compensation fiber has high negative dispersion and negative dispersion gradient at an optical communication window of C waveband, so an optical communication system working at C waveband window is easy to update, optical fibers can more easily insert into a communication link to meet the transmission requirements of high-speed high-capacity system and the miniaturization of the dispersion compensation module can be more easily realized.

The invention relates to a bending-resistant multimode fiber comprising a core layer and a cladding. The refractive index profile of the core is in [alpha] power exponent function distribution. The bending-resistant multimode fiber is characterized in that the cladding successively comprises, from inside to outside, an inner cladding, a first sunk cladding, a second sunk cladding, and an outer cladding; the core layer has a distribution index [alpha] from 1.9 to 2.2, a radius R1 from 23 to 27[mu]m, and a maximum relative index of refraction [delta]1 from 0.9 to 1.2%; the inner cladding has a radius R2, a unilateral radial thickness R2-R1 from 0 to 6.0[mu]m, a relative index of refraction difference [delta]2 from -0.3 to 0.03%; the first sunk cladding has a radium R3, a unilateral radial thickness R3-R2 from 2.5 to 6.0[mu]m, and a relative index of refraction difference [delta]3 from -0.6 to -0.2%; the second sunk cladding has a radium R4, a unilateral radial thickness R4-R3 from 6.0 to 10.0[mu]m, and a relative index of refraction difference [delta]4 from -0.3 to -0.2%; and the outer cladding is a pure silicon dioxide glass layer. The bending-resistant multimode fiber has excellent bending resistance and broad bandwidth performance.

The invention relates to a nondestructive measurement method of chlorophyll in a leaf. The method comprises the steps of irradiating the leaf and a reflector plate by rays with two (or three) specific wavelengths, and calculating a relative index (or actual content) of chlorophyll content according to the reflectivity, wherein the index (or actual content) and the total content of chlorophylls (or content of chlorophyll a, content of chlorophyll b, and total content) have obvious correlativity (or quantitative functional relation), so as to estimate and calculate or restore the content of chlorophylls (or calculating chlorophyll a, chlorophyll b and total chlorophyll content) in the leaf according to the correlation. The method disclosed by the invention is not limited by the thickness of the leaf while the error is rapidly amplified by the existing transmission-type colorimetric assay method when the thickness of the leaf is large and the absorptivity A is greater than 1.0. According to the scattered reflection measurement method disclosed by the invention, diffuse reflection is carried out at any level inside the leaf, and the effect of the thickness of the leaf is small. The method disclosed by the invention is low in detection cost of the chlorophyll; no consumable items are used; and the technical preparation process of a conversion model is not needed.

The invention relates to a single mode fiber with a low damping coefficient. The single mode fiber with the low damping coefficient comprises a core layer and a cladding layer and is characterized in that the radius r1 of the core layer is 3.9-4.6Mum, the relative index of refraction delta1of the core layer is 0.08%-0.24%, the core layer covers an inner cladding layer, an concaving inner cladding layer, an auxiliary outer cladding layer and an outer cladding layer from interior to exterior, wherein the radius r2 of the inner cladding layer is 8-15Mum, the relative index of refraction delta2 of the inner cladding layer is-0.30 %--0.05 %,the radius r3 of the concaving inner cladding layer is 14-20Mum, the relative index of refraction delta3 of the concaving inner cladding layer is -0.6 %--0.2 %, the radius r4 of the auxiliary outer cladding layer is 35-50Mum, and the relative index of refraction delta4 of the auxiliary outer cladding layer ranges from -0.35 % to -0.05 %. The outer cladding layer is a pure silicon dioxide glass layer. The single mode fiber with the low damping coefficient has the advantages that the damping coefficient of a fiber is reduced, and through the reasonable design on the section face of each core and cladding layer of the fiber, the fiber is provided with a MFD equal to or larger than 8.7Mum; the section face of the fiber adopts a multilayer step-pattern concaving cladding structure, the wide cladding structure is used for limiting fundamental mode reveal, and a good improvement function on the bending loss of the fiber is achieved.

A computer system and method for product testing, analysis and scoring wherein the method includes defining at least one critical to quality (CTQ) parameter for product performance, defining a product test plan to verify product performance against one or more CTQ parameters, conducting and monitoring product testing, determining relative index performance scores, constructing a scorecard for products tested, and optionally modifying the product scorecard. The system and method is useful for clients (i.e. store retailers or merchants), product vendors (i.e. product manufacturers or distributors of products), testing laboratories, customers (i.e. direct consumers of the products), and product performance intermediaries (i.e. testing coordinators and testing data analysts). This system and method allows these parties to interact, exchange information, and display information in tabular and graphical formats for determining how similar products perform relative to each other.

The invention provides a method for preparing a core film of a planar optical waveguide device. The method comprises the steps that the core film is formed by silane, nitrous oxide and germane gas in a deposition mode; under a certain temperature, annealing treatment is carried out on the core film. When the gas flow of the silane is smaller than 175 sccm, the gas flow of the nitrous oxide is smaller than 3000 sccm, and the gas flow of the germane gas ranges from 12 sccm to 30 sccm, and the difference between the relative index of refraction of the prepared core film and the relative index of refraction of a coating film ranges from 0.75% to 1.5%. According to the method, the proportion of germane gas in the mixed gas is increased by reducing the gas flow of the silane and the gas flow of the nitrous oxide, the limiting effect caused by a mass flow controller on the flow of the germane gas is avoided, and thus the germanium-doped silicon dioxide core film with a high refractive index and low stress is obtained without increasing the number of mass flow controllers.