34 results about "M.2" patented technology

The design, fabrication, post-processing and characterization of a novel circular design SAW (Surface Acoustic Wave) based bio / chemical sensor in CMOS technology is introduced. The sensors are designed in AMI 1.5 μm 2 metal, 2 poly process. A unique maskless post processing sequence is designed and completed. The three post-processing steps are fully compatible with any CMOS technology. This allows any signal control / processing circuitry to be easily integrated on the same chip. ZnO is used as the piezoelectric material for the SAW generation. A thorough characterization and patterning optimization of the sputtered ZnO was carried out. The major novelties that are introduced in the SAW delay line features are: The embedded heater elements for temperature control, compensation and acoustic absorbers that are designed to eliminate edge reflections and minimize triple transit interference. Both of these attributes are designed by using the CMOS layers without disturbing the SAW performance.

A method and apparatus for dithering may provide filtering M bit data and performing a temporal / spatial compensation based on LSB of the filtered M bit data. The dithering may be performed on a selected frame. M-2 bits of the M bit data may be specified as a reference gray scale value resulting from the filtered M bit data. Temporal compensation may provide adding a weight of ‘0’ or ‘1’ to the reference gray scale value, for example M-2 bit data. Spatial compensation may include horizontal or vertical mirroring, and may be performed to represent whole gray scales without saturation.

A method and apparatus for dithering may provide filtering M bit data and performing a temporal / spatial compensation based on LSB of the filtered M bit data. The dithering may be performed on a selected frame. M-2 bits of the M bit data may be specified as a reference gray scale value resulting from the filtered M bit data. Temporal compensation may provide adding a weight of ‘0’ or ‘1’ to the reference gray scale value, for example M-2 bit data. Spatial compensation may include horizontal or vertical mirroring, and may be performed to represent whole gray scales without saturation.

The invention provides a circuit for scanning a keyboard. The circuit comprises N-numbered input ports, N*M-numbered keys, N-numbered row lines, M-numbered column lines, M-2-numbered output ports, M-2-numbered diodes, M-2-numbered first resistors, a second resistor and a voltage source, wherein N is a natural number; M is a natural number not less than 3; the row lines are respectively connected with the N-numbered input ports electrically; one end of the column lines is connected with the N-numbered row lines via N-numbered keys; the other end of the first column line is earthed; the M column line is simultaneously connected with cathodes of the M-2-numbered diodes electrically and the other end of the M column line is earthed via the second resistor; and the rest M-2-numbered column lines are simultaneously connected with the cathodes of the M-2-numbered diodes electrically and are electrically connected with the voltage source via the first resistors, and the other end of the M-2-numbered column lines is electrically connected with the output ports. The invention also provides a method for scanning the keyboard and electronic equipment comprising the circuit.

The present invention is directed to a connector with which negative pressure in the channel space in the connector can be prevented during luer removal, in a closed-system connector. A slit ( 49 ) is furnished in valve body ( 40 ) of three-way stopcock ( 100 ). During luer access and luer removal, first and second moving parts (M 1 and (M 2 ) to the left and right of slit ( 49 ) enter and withdraw from first and second valve body accommodating chambers ( 51 ) and ( 52 ), respectively. First and second valve body accommodating chambers ( 51 ) and ( 52 ) are formed outside of channel space (S), so the operation whereby first and second moving parts (M 1 ) and (M 2 ) enter and withdraw during luer access and luer removal does not affect the change in volume of channel space (S) and negative pressure can be prevented from occurring in channel space (S) by the aforementioned entry and withdrawal.

In an orientation optimization, at least one signal chain path starting from a signal source and passing through a series of M 2-pin logic cells is located according to a netlist. An output of the Nth 2-pin logic cell in the series of M 2-pin logic cells, where N<M, is set as a gravity point to attract an input of the (N+1)th 2-pin logic cell, thereby optionally flipping the (N+1)th 2-pin logic cell.

A robot device (1) has a central processing process (CPU) having a plurality of objects and adapted for carrying out control processing on the basis inter-object communication carried out between the objects, the central processing process controlling accesses by the plurality of objects to a shared memory shared by the plurality of objects and thus carrying out inter-object communication. Specifically, the central processing process generates pointers P 11 , P 12 , P 13 , P 21 , P 22 in accordance with accesses by the objects to predetermined areas M 1 , M 2 on a shared memory M, then measures the pointers by the corresponding number-of-reference measuring objects RO 1 , RO 2 , and controls the accesses in accordance with the number of pointers measured, thereby carrying out inter-object communication. This enables easy realization of smooth inter-process communication.

The invention relates to a method for constructing orthogonal sequence sets based on semi-bent functions. The method includes the following steps: S1, selecting vector semi-bent functions of m inputsand k outputs, wherein m and k are both positive integers, and a formula of m=2k+2 is met; S2, constructing 3*2k orthogonal sequence sets by using the vector semi-bent functions, wherein in the orthogonal sequence sets, the number of sequences of 2k orthogonal sequence sets is 2m-1, and the number of the sequences of 2k+1 orthogonal sequence sets is 2m-2; and S3, performing honeycomb arrangement on the orthogonal sequence sets according to a preset rule to ensure that the sequences in honeycombs are orthogonal to each other and the sequence sets of the adjacent honeycombs are orthogonal to each other. According to the method for constructing the orthogonal sequence sets based on the semi-bent functions disclosed by the invention, the corresponding number of orthogonal sequence sets can beconstructed by selecting the specific input and output and using the semi-bent functions, and thus the number of the sequences allocated by cells can be increased, and the problem that normal communication cannot be performed due to too many users can be solved.

In order to improve the transmission efficiency of medical image data for an area of interest having the potential to change at any time and guarantee the certain resolution rate, the invention provides a medical image data compression method. The method comprises: first two frames of images are transmitted; (N-1)th-frame image data and (N-2)th image data are buffered, wherein the N is larger than or equal to 3; the (N-1)th-frame image and (N-2)th image are converted into brightness matrixes and frequency spectrums F(M-1) and F(M-2) that correspond to all frames are obtained; according to the brightness matrixes and the frequency spectrums F(M-1) and F(M-2), an active region and a non-active region of Nth-frame image data are determined and predicted and an entropy in an active region of the (N-2)th-frame image data is calculated; on the basis of the active regions of the (N-2)th-frame image data and the (N-1)th-frame image data, entropies in the active regions of the (N-1)th-frame image data and the Nth-frame image data are calculated; and according to the determined entropies, image data needing compression and transmission are determined.

The invention provides a mobile artificial simulated rainfall device. A mobile artificial simulated rainfall device includes a beam for installing the rain device. The rain device includes several groups of water supply pipelines arranged in parallel along the beam. Each group of water supply A group of nozzles is installed at the end of the pipeline, and any adjacent three groups of nozzles form an equilateral triangle with a side length of 2.1m-2.5m. The mobile artificial rainfall simulation device provided by the invention realizes artificial rainfall while taking into account the cost, and the device has a simple structure, is easy to operate, and has an excellent rainfall effect.

The invention discloses a system for access control of a unidirectional light bus network based on priority level dynamic regulation. The unidirectional light bus comprises a convening node, M-2 intermediate nodes and a termination node, wherein M is no less than 3 and is a natural number, and data stream of each node on the unidirectional light bus is in a single service type. The system for theaccess control of the unidirectional light bus network based on the priority level dynamic regulation comprises a node criticality parameter computing module, a movable node duty ratio computing module, a tag value computing module and a priority level judging module; and according to the priority level judging module, when a request reaches a node on the light bus, data is sequentially transmitted according to the priority level. The invention improves liveness of the light bus, meets real-time requirements, ensures that all the nodes (users) on same light bus meets information transmission delay requirements respectively, and simultaneously achieves the purpose of improving the use ratio of the light bus.