67results about How to "Strong influence" patented technology

A normally-closed liquid crystal display includes a component to selectively absorb characteristic leakage light occurring at black representation. Therefore, when black is displayed, occurrence of unnecessary leakage light due to partial depolarization of polarized light caused by a component of an LCD panel can be suppressed. It is therefore possible to provide a liquid crystal display in which display performance of black is improved to clearly display black.

The invention discloses a complex network clustering method based on the key influence of nodes, which comprises the following steps: sequencing nodes in a complex network according to the size of degree, wherein the subordinate community of each initial node is not determined; taking a node (the subordinate community thereof is not determined) with the largest degree as a core node of a community; beginning to build the community; determining the subordinate community of a node adjacent to the core node; after the community is completely built, taking a node (the subordinate community thereof is not determined) with the largest degree as a core node of a community; beginning to build a community; and repeatedly performing a process of community building until the subordinate communities of all nodes in the network are determined, thereby obtaining a final network cluster structure. By using the method disclosed by the invention, a clustering precision in the complex network is superior to that obtained by using a FN (functional network) clustering method; and the method plays a positive role in carrying out fine-grained reveal on a real cluster structure of the complex network.

The present invention relates to a new auxiliary system of cold start, preferably used in the internal combustion engines that use alcohol as fuel. The engines ‘Flex Fuel’ (alcohol/gasoline/GNV) are included in the possibility of the use of this invention. The cold starting system makes use of resistances (3) positioned in the entrance of the injectors (4); resistances (6) inside of each injector (1) or one resistance (5) for every pipe holder of nozzles (2), and the three possibilities can be used simultaneously, combined two by two or separately, depending on the necessity of warm up alcohol flow and the energy consumption. It can also make use of groups of resistances (11, 12, 13) positioned in the intake. Additionally one or two auxiliary injectors can be foreseen (supplementary) in the intake collector with the same alcohol heating system.

It is shown that a pressure pulse originating in a well is correlated to a pulse observed at a distant well with a characteristic time. The correlation time is directly related to the diffusion time scale arising out of the pressure diffusion equation. The relationship is affected by the source-observer or observer-observer distance but the correction is small for large distances. In practice, further corrections have to be included for finite width pulses. For these pulses, a practical scheme for continuous permeability monitoring is presented.

The invention discloses a self-inflating gasbag in a gastric lumen, which belongs to the technology field of medical and health instruments. The self-inflating gasbag comprises a sealed gasbag body filled inside with two gas-producing compounds that react to each other after being mixed to produce a gas, and a gastric-dissolved material packing the gasbag body form the outside thereof, wherein the two gas-producing compounds are insolated in different spaces inside the packed gasbag body. Compared with the prior intragastic water gasbag, the self-inflating gasbag has the advantages of simple use, easy placement, high level of comfort, function of inducing a feel of satiety, high safety and no risk to induce constipation, and the gasbag does not need to be placed or taken out through an operation.

The invention discloses an inhibiting method of complex component noise in the ultrasonic detecting signal in the non-destroying testing domain of ultrasound, which comprises the following steps: adjusting the parameter of the testing system to obtain the D scanning image through ultrasonic TOFD method; removing lateral wave in the D scanning image; proceeding one-dimension small-wave decomposition for the disposed A scanning signal and adjacent signal of the D scanning image without lateral wave; multiplying each grade detail wavelet of two signals to obtain new detail wavelet; reconstructing one-dimension small wave for each grade detail wavelet after the threshold value is disposed and the highest grade approximate wavelet of the disposed A scanning signal; obtaining the noise inhibited A scanning signal; disposing each row of A scanning signal to reconstruct D scanning image. The invention possesses strong adaptability to inhibit complex component noise in the signal, which has more robustness for the disposing result of different small waves.

The invention provides a production method of an aromatic home textile fabric. The production method comprises the following production steps: preparation of aromatic fibers, namely performing melt spinning on perfume and spinning raw materials by a blending process or a composite spinning process, and melting the perfume molecules in ultrafine fibers to obtain the aromatic fibers; and finishing of an aromatic textile, namely after the aromatic textile is prepared from the aromatic fibers, finishing the aromatic textile by a padding process or an impregnation process to obtain the aromatic home textile fabric. By the production method of the aromatic home textile fabric, a good fixation effect of a flavoring agent on the home textile fabric can be guaranteed, the aroma of the home textile fabric is kept for a long time, and a lasting aromatic effect of the home textile fabric is guaranteed. In the production method of the aromatic home textile fabric, the selected flavoring agent and other auxiliaries do not influence the color and strength of the textile, the comfort of the home textile fabric can be guaranteed without irritating the skin of a human body to generate allergic reaction, and environmental pollution is avoided.

The invention discloses rice husk ash concrete and a preparation method thereof. The rice husk ash concrete is prepared from, by weight, 284-369 parts of cement, 21-64 parts of rice husk ash, 21-64 parts of fly ash, 12.7 parts of silica fume, 503.5 parts of sands, 977.4 parts of pebbles, 2 parts of water reducer and 195 parts of water; the unit of weight proportioning is kg/m<3>.

The invention discloses refined jute-kenaf fiber and a preparation method thereof. The fiber fineness of the jute-kenaf fiber is greater than 600 Nm, the fiber whiteness is greater than 50, and the strength is greater than 2.5 cN/dtex. In the degumming process of the preparation method disclosed by the invention, a method of combining bio-enzyme degumming with traditional chemical refining is adopted so as to further remove colloid from the jute-kenaf fiber and refine the jute-kenaf fiber without damaging the strength of the jute-kenaf fiber. The refined jute-kenaf fiber disclosed by the invention has the advantages of high fineness, high strength and good spinnability, and can be independently spun or blended with cotton, silk and other fibers to prepare top-grade products, thereby overcoming the defect that the jute-kenaf fiber cannot be applied to the field of top-grade products; and meanwhile, the antibacterial, humidity-absorbing and breathable functions of the product are increased, the varieties of the product are enriched, raw materials such as cotton, silk, chemical fiber and the like can be partially replaced, and the pressure on resource shortage is reduced.

The embodiment of the invention provides a communication data analyzing method and device. The communication data analyzing method comprises the steps that history communication data of S users is obtained, wherein the history communication data is used for representing the history communication states of the S users, and S is a natural number larger than or equal to 2; the history communication data of the S users is analyzed, and K user clusters formed by the S users are determined, wherein one user cluster comprises at least one user, correlative communication characteristics exist between the users belonging to the same user cluster, and K is a natural number larger than or equal to 2; for each user cluster, the first user in each user cluster is determined, wherein the first user is the user who has the highest impact strength in all the users in the user cluster, and the impact strength is used for representing the size of impact. By means of the communication data analyzing method and device, users who are high in impact strength in a social network can be found, and convenience is brought to the promotion of a variety of information.

A viewing device for a stereo projection system, having a first and a second viewing window, each having an optically filtering filter layer system, wherein each viewing window has a filter spectrum in the visual spectral range having a plurality of pass bands that are separated from each other by blocking regions, and wherein each pass band of the filter spectrum of the first viewing window is covered by an associated blocking region of the filter spectrum of the second viewing window. Each filter layer system can be designed as an absorption filter layer system having a plurality of substances absorbing in differing spectral ranges, wherein at least one of the absorbing substances is a cyanine dye in the supramolecular configuration of a J-aggregate.

A lighting apparatus includes first light emitting elements and second light emitting elements, and a control circuit. The first light emitting elements the second light emitting elements are dispersedly disposed in a predetermined region. The first light emitting elements are more densely disposed in a periphery portion than in a center portion of the predetermined region. The second light emitting elements are more densely disposed in the center portion than in the periphery portion of the predetermined region.

The present invention relates to device, system and method for counting the number of cycles of a periodic movement of a subject, e.g. for step counting of a person. To enable more precisely counting the number of cycles of a periodic movement of a subject based on discontinuous accelerometer data the proposed device comprises an input unit (21) for receiving discontinuous accelerometer data over time indicating movement of at least a body part of the subject, a classifier (22) for classifying the movement of the subject into one of several movement classes based on said discontinuous accelerometer data, each movement class being related to a different range of speed of a periodic movement, a storage (23) for storing a table including for each movement class a periodicity value per time unit, and a movement calculation unit (24) for calculating the number of cycles of the periodic movement of the subject per time unit, for a predetermined time or continuously over time by use of the periodicity of the movement class, into which the movement has been classified.

A lighting apparatus includes: first light emitting elements; second light emitting elements having chromaticity values in a same chromaticity range as the first light emitting elements; and a control circuit including a mode switch for controlling the first light emitting elements and the second light emitting elements separately. The control circuit selectively executes a first mode which causes the first light emitting elements to emit light and a second mode which causes the first light emitting elements and the second light emitting elements to emit light. The mode switch switches between the first mode and the second mode.

A lighting apparatus includes first light emitting elements and second light emitting elements having chromaticity values in a same chromaticity range. A ratio of a greatest value of a spectral distribution of combined light in a range of 500 nm to 560 nm inclusive to a smallest value of the spectral distribution of the combined light in a range of 500 nm to 650 nm inclusive is 0.85 or less. The combined light is a combination of light emitted by the first light emitting elements and light emitted by the second light emitting elements.