55results about How to "Improve simultaneity" patented technology

A method for supporting coexistence in a mobile station for supporting a coexistence mode of WiMAX and secondary wireless communication system while considering subchannel allocation, the method comprises, requesting a band adaptive modulation and coding (AMC) for adjacent subcarrier permutation to a base station by transmitting first coexistence information, after the secondary wireless communication is turned on, and requesting a release of the adjacent subcarrier permutation to the base station by transmitting second coexistence information, if the secondary wireless communication system is turned off. Accordingly, it is possible to provide simultaneity of different wireless communications when a sleep mode is used and improve simultaneity of different wireless communications even when the sleep mode is not used.

A plurality of measurement electronic device units (10, 20) each having a measurement detector connected thereto and thus having a measuring function are connected in series by connectors to be capable of mutually conveying measurement data and signals, and one (10) of the plural measurement electronic device units serves as a parent device having a function of transmitting/receiving measurement data and signals to/from an external device (5). Each of the control parts (21, 22) of the plural measurement electronic device units (10, 20) has a memory storing a measured value, and the parent device sends a measured value save command to a trigger line (44) in response to a request from the external device (5) to the parent device so that the measurement electronic device units including the own unit are caused to simultaneously save measured values in the control parts (21, 22).

The invention provides a mechanical loading flow chamber device for co-culturing in-vitro cells. The device comprises an upper flow chamber, a lower flow chamber, a permeable film, a first perfusion system and a second perfusion system, wherein the permeable film is arranged between the upper flow chamber and the lower flow chamber and used for separating the upper and lower flow chambers and two kinds of different cells can be inoculated onto the upper surface and the lower surface of the permeable film; the first perfusion system is communicated with the upper flow chamber through a first passage way; and the second perfusion system is communicated with the lower flow chamber through a second passage way. In the invention, micropores of the permeable film allow the two kinds of co-cultured cells to be connected through synapses and keep mutually permeated perfusates in the upper and lower chambers in seepage balance so that cytokines are vertically diffused. The upper and lower chambers can apply flow shear stresses onto the cells on the two sides of the film respectively, so that the two kinds of cells can bear the shear stress while being co-cultured on line respectively. The device can culture two kinds of different cells in vitro in the same environment and can apply double shear stresses in different modes onto the two kinds of cells at the same time.

The invention relates to a medical used measuring instrument, in particular to an instrument utilizing a laser speckle technology to perform the measurement to the blood flow of the eyeground, to be exact, the invention is a measuring instrument of the laser speckle method eyeground blood flow, which comprises a laser speckle collector, a data processor of which the input end is connected with the output end of the laser speckle collector and a terminal display of which the input end is connected with the output end of the data processor. The invention adopts face scanning, the mechanical and electronic control parts of a measuring mechanism and is simple compared with SLDF/HRF, therefore, the cost of the instrument is relatively lower, and the operation is relatively easier. In addition, the invention also fills up a vacancy in the aspect of the study of an eyeground blood flow imaging instrument in China, the invention is helpful for quickening the study of the disease caused by the change to the eyeground blood flow in China, simultaneously, a diagnosis can be performed to a relevant disease through the measurement to the blood flow. Through the study to the rule of an eyeground blood flow change, the invention is in favor of preventing the disease related with the blood flow such as glaucoma and diabetes mellitus.

The invention relates to an apparatus for simultaneous online assay of nitrites and nitrates in water samples with improved sensitivity and accuracy, enhanced capacity of anti-interference against salinity, reduced assay costs, and simplified operation.

The invention relates to a dynamic spectrum access method. Spectrum signals in surrounding environments are continuously perceived by cognitive users to obtain and access spare authorized user spectrums, and surrounding signal spectrums are continuously perceived when the authorized user spectrums are accessed. Interference signals in spectrum detection are estimated by the aid of radio-frequency signals of the cognitive users, the influence of transmission signals of the cognitive users on spectrum detection is eliminated, and spectrum detection and spectrum access are simultaneously performed by the cognitive users. Specifically, characteristics of the radio-frequency signals of the cognitive users are extracted, the interference signals in spectrum detection signals are estimated, the influence of the transmission signals of the cognitive users on spectrum detection is eliminated, spectrum perception and spectrum access of the cognitive users are simultaneously realized, and the problem of difficulty in current perception dynamic spectrum access is solved.

The invention discloses a method for sequence flight control of multiple unmanned aerial vehicles. The method includes that a 4D flight path, including space coordinates and time coordinates, of eachunmanned aerial vehicle is pre-generated according to an unmanned aerial vehicle sequence flight scheme and inputted into a flight control system of each unmanned aerial vehicle; in sequence flight, an active control and passive control combined control method is adopted; under normal communication conditions, each unmanned aerial vehicle flies according to waypoint information sent in real time by a ground station to each unmanned aerial vehicle, so that active control in sequence flight control of the multiple unmanned aerial vehicles is realized; under abnormal communication conditions, each unmanned aerial vehicle is controlled by the corresponding flight control system according to the corresponding pre-inputted 4D flight path, so that passive control in sequence flight control of themultiple unmanned aerial vehicles is realized until communication conditions return to normal. Compared with the prior art, the method has advantages of high safety and control flexibility.

An imaging method for taking an image using an imaging apparatus including an imaging device which includes first rows of pixels including first groups of light receiving elements and second rows of pixels including second groups of light receiving elements; first charge transfer lines; and second charge transfer lines, includes steps of: consecutively performing a subject-illuminating imaging and a subject-non-illuminating imaging, responsive to an input of an imaging instruction; reading out the charges accumulated in the first groups and the second groups of light receiving elements, and transferring the charges via the first and second charge transfer lines, respectively, after the subject-illuminating imaging and the subject-non-illuminating imaging; and acquiring an image by the subject-illuminating imaging and an image by the subject-non-illuminating imaging from the charges having been read out and transferred from the first groups and the second groups of light receiving elements, respectively.

The invention discloses a dynamic tester capable of cascading with a great amount of channels, comprising a master station and slave stations, wherein, the slave stations are configured through master station software to form a large scale tester; data acquisition and transmission of each slave station are independently realized under the control of the synchronous signals of the master station; a 16-channel slave station is formed by a 16-channel basic terminal and a computer; the mater station is formed by a synchronous control unit and a computer; the slave station is connected with the mater station through a synchronous interface; and the synchronous control of a plurality of the slave stations is finished through a synchronous control unit in the mater station and an application program in the computer by the slave station, thus dynamic data acquisition of an arbitrary channel is realized. In the invention, the synchronous dynamic tester capable of cascading with a great amount of channels is formed in a cascading manner; the synchronous control unit realizes the simultaneity of data acquisition, and strictly synchronizes among channels, thus improving work efficiency, reliability and expandability of the tester.

This invention relates to a method for increasing safety of information transmission by fingerprint identification, which utilizes personal fingerprint data and identifying technology to inosculate personal fingerprint character in trade information and bind them together including the following steps: 1, collecting fingerprint data from a fingerprint device, 2, loading its data onto data to be transmitted, 3, picking up data from transmitted data, 4, determining source and integrality of data by fingerprint verification.

The invention relates to an innovative contact switching mechanism of a tapping switch for a transformer. A center hole of moving contacts penetrates an integrated pin; two bearings are embedded at two ends of the integration pin respectively; each bearing is embedded into a sliding block; each sliding block abuts against a spring; each spring is supported on a support; the supports are fixed on a main shaft; fixed contacts are circumferentially distributed on the main shaft; every fixed contact is connected with a transformer coil tap through a cable. The operation mode of the innovative contact switching mechanism includes that every moving contact is driven to be circumferentially switched and in bridging joint between the two corresponding adjacent fixed contacts to switch on a circuit when the main shaft is controlled to rotate and accordingly a shift regulating task of the tapping switch is achieved. The innovative contact switching mechanism is characterized in that the penetration serial connection is performed on the butterfly-shaped moving contacts which are pairwise folded through squeezing caps which are arranged at two ends of the integration pin respectively to apply the elastic pre-tightening force for axial condensation. According to the innovative contact switching mechanism of the tapping switch, the contact is simultaneous, the structure is simplified, the combination is flexible, the switching is synchronous, the reversing is accurate, the temperature rise is low in value, the resistance is stable, the operation is reliable, and the torque is light.

The invention relates to a clamping and compacting tool for forestry cultivation. The clamping and compacting tool for forestry cultivation comprises a seedling clamping device and a bagging and compacting device. By the tool, pot cultivation operation of six fig seedlings or other crops can be finished at a time. The problem that a seedling is damaged when a seedling culture machine discharges soil is avoided; and meanwhile, the working efficiency is greatly improved.

An average current and voltage measuring method and equipment for SCR set is disclosed. The current and voltage equalizing coefficient of each bridge arm for SCR set is measured in intermittent pulse mode of pulse power supply, which is composed of average voltage measuring power supply and average current measuring power supply, both of which are switched by switch and relay. Two synchronizing transformers are used to provide synchronizing signals for synchronizing sampling with measuring. Its advantages are low cost, less electric consumption, and high measuring precision and speed.

A hydraulic system of a hydraulic self-moving type movable transformer train breaks through a traditional mode that an end support and a single set of electro-hydraulic control reversing valves control a support and a group train simultaneously, and the thinking that one set of electro-hydraulic control reversing valves and multiple sets of hydraulic control reversing valves are adopted for controlling in a grouping and partitioning mode. The hydraulic system comprises the electro-hydraulic control reversing valves; part of function ports of the electro-hydraulic control reversing valves are used for controlling related actions of the end support, such as lifting of a stand column, stretching and contracting of a balanced oil cylinder and a pushing oil cylinder and other actions; the other function ports of the electro-hydraulic control reversing valves are used for being communicated with control ports of the hydraulic control reversing valves in the partitions to achieve the reversing action of the hydraulic control reversing valves; each hydraulic control reversing valve is provided with two control ports k1 and k2; when the control ports k1 are at high pressure, an A1 port and an A2 port of the hydraulic control reversing valves work and plate trailers descend; when the control ports k2 are at high pressure, an A3 port and an A4 port of the hydraulic control reversing valves work and the plate trailers ascend; each set of hydraulic control reversing valves are arranged in the middle of the corresponding partition of the plate trailer, and are used for controlling the ascending and descending actions of the plate trailers inside the left end partition and the right end partition.

The invention provides a method of detecting data in detection apparatus and a detection apparatus which can improve simultaneity of data from two detection parts. In a rotary encoder, the times of obtaining first data (Dsin) and second data (Dcos) in a data detection period (T) is greater than three, such as five. During such over-sampling, as the times of obtaining the first data (Dsin) and the second data (Dcos) is greater than three, the arithmetic mean of the first data (Dsin) obtained at the time points of odd number times is used to determine a first detection value (Esin); the arithmetic mean of the second data (Dcos) obtained at the time points of even number times is used to determine a second detection value (Ecos); and the first detection value (Esin) and the second detection value (Ecos) are both corresponding to a time (t3) in the middle of the data detection period (T).

The invention relates to a ship attitude calculation method and system based on a GNSS (Global Navigation Satellite System). The ship attitudes comprise heeling and trim. The method comprises the following steps of: taking two test points on the central axis of a hull; setting GNSS receiving devices at the test points, and monitoring the GNSS locations of the test points in real time through the GNSS receiving devices; establishing a space coordinate system, and forming corresponding space coordinates of the GNSS locations in the space coordinate system; and determining the attitude of a ship based on the change condition of the space coordinates corresponding to the two test points. The invention provides a simple and reliable method for calculating the attitude of a ship and solving the problems in related technologies.