32results about How to "Help optimize" patented technology

The invention provides a method for measuring the conductivity of the powder material. The method comprises the following steps: (a) keeping the powder material to be measured in a cylinder shape and applying a certain pressure P to the powder material until the shape of the cylinder powder body can be kept stable; (b) measuring the length L, the cross-sectional area S and the resistance R of thecylinder powder body; and (c) calculating the conductivity of powder material based on the formula that Sigma is equal to L divide (R multiply S). The invention further provides a device for measuring the conductivity, which comprises a powder container, two conductive pistons, a pressure device, and a resistance measuring device. By adopting the method and the device, the conductivity of the powder material to be measured in a pressurized state can be measured, thereby the conductivity of the powder material to be measured in an operating pressure can be quantitatively provided. The relationship of the conductivity of the powder material to be measured varying with the pressure P can be obtained through changing the pressure value of the powder material to be measured and measuring the conductivity thereof. The method facilitates the selection of the electrode material, the optimization of the electrode material formulation and the integrated design of the battery system.

The invention provides a kit for highly-sensitively detecting the number and the functions of T cells. The kit comprises a micro-porous filter membrane double-chamber culture dish, a culture medium for a double-chamber filter membrane system, a T cell culture solution, a 96-well plate coated with an ELISPOT culture plate of anti-human IFN-gamma, TNF-alpha, IL-2, CD4 and CD8 monoclonal antibodies and a cellulose membrane, a mouse anti-human CD3 monoclonal antibody solution, AP enzyme-labeled streptavidin, and a chromogenic solution. The invention also provides a method for detecting the T cells. The kit and the method are capable of highly-efficiently detecting the T cells.

The invention discloses an associated scanning method for a WiMaX system and a device therefore; wherein the method comprises the following steps: a mobile station transmits CDMA code to one adjacent base station in an adjacent base station aggregate, so as to initiate the association with the adjacent base station; within a presetting time bucket after the mobile station transmits CDMA code to the adjacent base station, a distance measurement response message from the adjacent base station can not be received, or under the condition that the distance measurement response message which is in a continued state is received, within the associated time of the adjacent base station, the mobile station retransmits the CDMA code to the adjacent base station; by adopting the invention, the probability of associated succeed of MS and the adjacent BS can be increased.

An off-axis free-form surface optical system polarization aberration analysis method belongs to the field of optical system polarization characteristic analysis technology. In order to solve the problem that the existing polarization aberration analysis method cannot comprehensively evaluate the non-axisymmetric system with free-form surface, the method Establish a free-form surface polarization ray tracing model; obtain the phase aberration of the system through Pauli decomposition; obtain the two-way attenuation of the system through singular value decomposition; obtain the phase delay of the system through singular value decomposition; add a free-form surface; repeat steps 1 to 4 , get the phase aberration, two-way attenuation and phase delay of the off-axis free-form surface optical system, and make the difference with such aberrations of the off-axis system without free-form surface, and obtain the polarization image of the free-form surface on the off-axis optical system The impact of the difference; adjust the Zernike coefficient characterizing the free-form surface to obtain the influence of the free-form surface on the distribution of the overall polarization characteristics of the system. Integrating scalar aberration into vector aberration for overall analysis helps system optimization.

The invention discloses a layered networking method based on a master-slave node communication network. The method comprises the steps that a master node sends a broadcast command calling a certain level of slave nodes to be connected to the network and actively delays time to wait for the slave nodes to apply for being connected to the network; all the slave nodes which receive the network connection command and are not connected to the network randomly select a certain time and carry self addresses to actively send network connection request commands to the communication network; after waiting is over, the master node sequentially performs point-to-point network connection determination on the neighbor nodes applying for network connection of the slave nodes within the period of time, and the master node distributes levels to the slave nodes; the master node performs point-to-point communication with the slave nodes which are already connected to the network and obtains the neighbor node information recorded and saved by the slave nodes; if the neighbor nodes are not connected to the network, the master node performs the network connection determination on the neighbor nodes and distributes the levels to the neighbor nodes; the steps are repeated until the neighbor nodes of all the slave nodes are all connected to the network. According to the layered networking method based on the master-slave node communication network, manual intervention is reduced, and the intellectualization and the communication success rate of the communication network are improved.

Provided is a thin inductor component. The element (BD) has a main surface and a side surface perpendicular to the main surface. The inductor wiring (20) extends parallel to the main surface within the body (BD). The first vertical wiring (71) extends from the inductor wiring (20) in a direction toward the main surface, and the first support wiring (41) extends parallel to the main surface. The inductor wiring (20) has a wiring main body (21) and a first pad (22) provided at an end portion of the wiring main body (21). A first vertical wiring (71) and a first support wiring (41) are connected to the first pad (22). The first support wiring (41) is disposed on the opposite side of the wiring main body (21) with the first pad (22) therebetween. When a virtual tangent line D1 is drawn at a connection position between the wiring main body 21 and the first pad 22 with respect to a central axis C1 of the wiring main body 21 when viewed from the thickness direction, the first support wiring 41 extends parallel to the virtual tangent line D1 from the first pad 22, and a central axis A1 of the first support wiring 41 and the virtual tangent line D1 are located on different straight lines.

The invention provides a network topological graph automatic discovery method based on network probes under incomplete information. According to the method, under the condition of incomplete information, a network is divided into a plurality of zones effectively, affiliation relation between network equipment and each zone is provided, and connection relation between each probe and each zone is obtained, and thus network topology is discovered, and the method helps to realize further optimization of the network and improve safety performance of the network and the like. Compared with the existing method, the method only needs to obtain a certain amount of communication information, does not require communication between every two network equipment or special hardware support, does not need to send data packages actively to interfere the network, and can utilize the probes repeatedly to gradually refine the network structure, and has wide applicability.

The invention provides a multifunctional vehicle bus interference device, which includes a bus monitoring unit, a parameter setting unit, a control unit and a signal conditioning unit, wherein the parameter setting unit is connected to the control unit; the control unit is connected to the bus monitoring unit ; The signal conditioning unit is connected to the control unit. The interference device can generate a signal that is used to simulate the transmission lines of other electrical and electronic equipment on the train to interfere with the MVB bus when transmitting signals, and output it to the MVB bus to test the reliability of the operation of the MVB bus when there is an interference signal sex and stability.