267 results about "Linear distribution" patented technology

Exploiting the substantive reciprocity of internode channel responses through dynamic, adaptive modification of receive and transmit weights, enables locally enabled global optimization of a multipoint, wireless electromagnetic communications network of communication nodes. Each diversity-channel-capable node uses computationally efficient exploitation of pilot tone data and diversity-adaptive signal processing of the weightings and the signal to further convey optimization and channel information which promote local and thereby network-global efficiency. The preferred embodiment performs complex digital signal manipulation that includes a linear combining and linear distribution of the transmit and receive weights, the generation of piloting signals containing origination and destination node information, as well as interference-avoiding pseudorandom delay timing, and both symbol and multitione encoding, to gain the benefit of substantive orthogonality at the physical level without requiring actual substantive orthogonality at the physical level.

A method for capturing a digital panoramic image includes projecting a panorama onto an image sensor by means of a panoramic objective lens. The panoramic objective lens has a distribution function of the image points that is not linear relative to the field angle of the object points of the panorama, such that at least one zone of the image obtained is expanded while at least another zone of the image is compressed. When a panoramic image obtained is then displayed, correcting the non-linearity of the initial image is required and is performed by means of a reciprocal function of the non-linear distribution function of the objective lens or by means of the non-linear distribution function.

The distribution states of defects are analyzed on the basis of the coordinates of defects detected by an inspection apparatus to classify them into a distribution feature category, or any one of repetitive defect, congestion defect, linear distribution defect, ring/lump distribution defect and random defect. In the manufacturing process for semiconductor substrates, defect distribution states are analyzed on the basis of defect data detected by an inspection apparatus, thereby specifying the cause of defect in apparatus or process.

The invention discloses a vortex optical fiber formed by fiber cores on basis of linear refractive index distribution and a preparation method thereof. The vortex optical fiber is formed by fiber cores in linear refractive index distribution in a hot melting and twisting mode, and the refractive indexes of the fiber cores of the optical fiber are in linear distribution in the transverse direction and are in helical curve distribution in the longitudinal direction. Because of refractive index distribution, conduction optical waves can form radial phase differences, optical waves transmitted in the optical fiber can obtain orbital angular momentum, meanwhile vortex transmission is formed on light intensity and phase positions, and a vortex-like optical transmission mode is formed. The whole optical fiber has the advantages of being tiny in structure, flexible in operation, stable in system, high in antijamming capability and the like, and can be used for light beam generation, particle control, sensing application and other aspects.

The invention provides a monitoring method for a surrounding rock and full face tunnel boring machine shield interaction process. The method comprises the steps of: A, welding and installing pressure boxes to the outer surface of a shield for testing the extrusion force applied to the shield by surrounding rocks directly, placing cables of the pressure boxes in flexible cable-protecting casing pipes, and leading the cables into the shield and connecting the cables to a reading device; B, installing a surface strain sensor in each of the annular direction and the longitudinal direction of each monitoring point on the inner surface of the shield, and inversely calculating the extrusion force applied to the shield by the surrounding rocks according to the principle of elastic mechanics based on the tested annular and longitudinal strains of the inner surface of the shield; C, according to the acquired distribution rules of the extrusion force applied to the shield by the surrounding rocks, calculating the friction force borne by the shield on the premise of linear distribution of the extrusion force between two adjacent measuring points; D, according to the jamming state judging criteria and jamming risk coefficient calculation method, calculating whether the shield is jammed and giving early warning of a jamming risk level. The method solves the problem in monitoring of surrounding rock and shield interaction in a shield type TMB tunneling process, provides basis for the predictive analysis of jamming accidents and is of great importance for the safety of TBM tunneling.

The invention belongs to the technical field of fluid measurement, and relates to an internal and external composite array sensor for detecting a process parameter of fluid in a pipeline. The internal and external composite array sensor comprises an external electrode array and an internal electrode array, wherein external electrodes are fixed on the inner wall of the pipeline in a circumferential distribution manner; internal electrode are fixed on a supporting rod transversely passing through the internal part of the pipeline in a linear distribution manner; the supporting rod is made of a non-conductive material; and two ends of the supporting rod are fixed on the pipeline. The internal and external composite array sensor has the advantages of acquiring projections of distribution information of substances in the pipeline at more positions, improving the intensity and the uniformity of a sensitive field and increasing the information content of a fluid measurement system.

The invention provides a design method for an axial flow impeller machine for confirming the flow model of the axial flow impeller machine. The method at least includes the circle component of vu2 and axial plane speed of vm2 which are at the exit of a vane and are distributed in a way of linearity along the radius of the vane, and the circle component and axial plane at the hub side is small while the circle component and axial plane at the wheel edge side is larger; the distribution functions of the circle component vu2 and axial plane speed vm2 at the exit of the vane are confirmed according to the external characteristic parameters and structure parameters as well as the flow model of the axial flow impeller machine; the axial flow impeller machine is designed according to the confirmed distribution functions of the circle component vu2 and axial plane speed vm2 at the exit of the vane. The invention also provides the vane of the designed axial flow impeller machine; wherein, the difference of the mounting angles for the wing models of the hub side and wheel edge side of the vane Delta Beta is equal to Beta h minus Beta s and is between minus 3 degrees to 10 degrees. The equipressure area at the back of the vane is distributed along the radial direction of the vane in strip. The invention can improve the efficiency of the impeller machine to reach 91 percent and improve the anti-cavitation erosion capacity.

The invention discloses a surface-plasmon-polariton spectral absorption device based on a periodic chirp structure. The surface-plasmon-polariton spectral absorption device comprises a substrate, a first metal layer and a plurality of gratings, wherein the first metal layer is positioned on the substrate; the plurality of gratings are positioned on the first metal layer; each grating comprises an insulator body positioned on the first metal layer and a second metal layer positioned on the insulator body; and the gratings are in linear chrip at least along the X direction or Z direction or along the two directions simultaneously. The surface-plasmon-polariton spectral absorption device disclosed by the invention has the advantages that since the period of the gratings adopts the linear chrip, the resonant wavelength is in linear distribution and covers larger spectral range, and the bandwidth of the whole forbidden band is realized and widened by properly adjusting a chrip coefficient of the gratings and a resonant cavity formed by an upper metal layer/insulator layer/lower metal layer, so that the possibility for realizing a low and flat reflecting forbidden belt is realized; and under the limiting condition of phase matching and sub-wavelength size, nearly-perfect absorption of the bandwidth can be realized by proper design.

The invention discloses an object absorbing device. The object absorbing device comprises a shell with the cross section being circular, a cavity with the cross section being circular is formed in the shell, and the cavity is provided with a closed end face and an opened end face. The opened end face forms an end face for absorbing an object, the closed end face is provided with a motor, and fan blades arranged inside the cavity are connected with an output shaft of the motor. The object absorbing device is characterized in that the closed end face is in an airtight state, and the fan blades are in linear distribution along the axis of the cavity. In the working process, the shell on the circumference of the opened end face can apply absorption force on the object under the condition that the shell makes contact with or does not make contact with the object. The object absorbing device can be widely applied to absorbing and grasping objects, is suitable for the objects with large surface roughness and can also be adaptive to the object tilting condition, and the advantage of being small in energy consumption is achieved as well.

The invention pertains to the technical field of a polymer Li-ion battery, in particular to a polymer Li-ion battery separator, comprising porous substrate, wherein at least one surface of the porous substrate is coated with an inorganic coating and an organic coating; the organic coating, shaped like an island and/or linear distribution, is coated on the surface of the porous substrate and/or the inorganic matter coating.

The invention discloses a method and a system for large-scale integrated circuit channel wiring based on parallel computation, and belongs to the field of integrated circuit design. The method comprises the steps as follows: dividing channel wiring problems on different layers into channel wiring sub-problems in each routing unit row, and abstracting the channel wiring sub-problems into a series of linear distribution problems in the routing units for computing; based on a distributed computation framework, carrying out multi-thread parallel processing on the channel wiring sub-problems to be solved; and optimizing the targets through the minimize distribution expense in the linear distribution problems in the routing units by modeling congestion degree, time delay and crosstalk parameters. According to the invention, the ultra-large-scale integrated circuit channel wiring problem can be quickly and effectively processed, and the interconnection crosstalk problem of process nodes with interconnection line width of 65 nm and below can be solved at the same time.

The invention discloses an automatic soldering device, comprising a support; a vibration disc, a transmission device, a skinning device, a tangent line device, a tin feeding device, a welding device and a control system mutually connected with all devices are arranged on the support; a guide groove for conveying a terminal is arranged on the vibration disc; the automatic soldering device also comprises an automatic infrared feeding sensing device. A corresponding horizontal moving cylinder of at least one group of a lower pressure plate and a straightening rear-pulling cylinder of a strengthening device, a lower skinning cutter and a skinning rear-pulling cylinder of the skinning device and a lower cutting port and a horizontal tangent line moving cylinder of the tangent line device is in linear distribution with the position of the pressure plate or a cutter edge. A welding assembly produced by adopting the automatic soldering device is high in size precision, improved in welding efficiency and excellent in welding quality.

The invention discloses an automobile air-conditioner control system. The automobile air-conditioner control system is used through a method comprising the following steps of receiving or acquiring signals, wherein the signals comprise a temperature air door opening degree signal; according to the received or acquired signals, judging whether a first heater is in the working region of the first heater or not; and if yes, controlling the first heater to heat air in a wind channel according to a preset power, wherein the preset power of the first heater is adapted to the temperature air door opening degree corresponding to a temperature knob. In addition, the invention also discloses a corresponding air-conditioner control device and an air-conditioner control method. According to the automobile air-conditioner control system disclosed by the invention, the wind temperature of a wind outlet in a preset region along with the changes of positions of a wind door and the changes of a gear tends to linear distribution, so that the comfortableness of a user is improved.

The present invention discloses a simple and easy dynamic distribution path optimization method. The method comprises the following steps: collecting demand orders through a network; performing analysis arrangement of the demands through a calculation method; according a current article category library, calculating the sizes and the weights of articles required by each demand department; inputting coordinates of demand destination onto an electronic map; establishing a distribution model, and performing dynamic regulation; calculating distribution line sequence numbers according to the optimization algorithm in areas, and employing linear distribution; and completing distribution amount, and outputting selected distribution line sequence numbers as optimized distribution paths; and displaying the output optimized distribution paths on the electronic map. The simple and easy dynamic distribution path optimization method is employed to complete the whole logistics transportation and distribution so as to improve the work efficiency of the logistics distribution work, reasonably arrange the vehicle distribution paths, realize reasonable line transportation, save the transportation time, increase the vehicle utilization rate and improve the enterprise competitiveness.

The invention provides a calculation method of soil engineering grid tensile force inside multilayer ribbed cushion layer; the method comprises the following steps: firstly judging a pile net composite foundation plane layout parameter, then determining equivalent linear distribution loads at a ribbed cushion layer surface, and the like; determining a cross section parameter of a ribbed cushion layer equivalent composite plate structure; and then based on an elastic grade beam analyzing method, determining a ribbed cushion layer deformation equation and an internal force equation from a deformation coordinate boundary condition; based on the ribbed cushion layer deformation equation and the internal force equation, calculating a soil engineering grid tensile force caused by the deformation when the embankment filled earth subsides; based on an internal force balance equation under an embankment filled earth transverse slide threshold status, calculating the soil engineering grid tensile force caused by the embankment transverse slide; and finally, superposing the soil engineering grid tensile forces caused by the embankment filled earth subside deformation and the transverse slide, thereby obtaining the needed soil engineering grid tensile force parameter. In condition that multiple layers of soil engineering grids are laid on the top cushion layer of the pile net composite foundation piles, the calculation method is able to precisely calculate the tensile force parameter of each layer of soil engineering grid inside the cushion layer.

A power converter design is disclosed with a novel approach to thermal management which enhances the performance and significantly reduces the cost of the converter compared to prior art power converters. The invention minimizes the heating of one power component by another within the power converter and therefore enables the power converter to work at higher power levels. Essentially, the power converter uses a heatsink having a high length to width ratio, a linear array of power components thermally coupled to the heatsink parallel to the long axis of the heatsink and a heat removal system which produces the highest cross sectional thermal flux perpendicular to said long axis. In addition, a number of ancillary thermal management techniques are used to significantly enhance the value of this basic approach. A specific circuit design for the power converter is not disclosed or discussed as the invention can be applied to any number of power converter electrical topologies. What is addressed is the specific thermal management of the three primary component groups found in any power converter; semiconductor devices, magnetic components and capacitors. The invention uses specific geometries and power component arrangements as well as strategic use of advanced thermal materials.