36results about How to "Reduce physical distance" patented technology

The present invention provides an information processing system, comprising a plurality of calculation nodes with an optical transmitter, which individually outputs a plurality of optical signals each having a different wavelength, and an optical receiver, which individually receives a plurality of optical signals each having a different wavelength, an optical transmission path connecting a plurality of the calculation nodes to each other, and optical pathway switching unit, lying in the optical transmission path, for transmitting the optical signal to the specific calculation node in accordance with a wavelength of the optical signal output from one of the calculation nodes.

The invention provides an ocular lens and a display device. The ocular lens comprises the components of a lens assembly with positive focal power or negative focal power, wherein the lens assembly comprises at least two lenses, in a direction of approaching an image source, a first lens and a second lens are successively arranged; a reflective linear polaroid which is arranged on one surface, which is next to the image source, of the first lens, or the surface of the second lens; a reflective circular polarid which is arranged on the surface of the first lens, wherein the reflective circular polaroid is arranged at one side, which is far from the image side, of the reflective linear polarid; and a quarter lambda wave plate which is arranged between the reflective liner polaroid and the reflective circular polaroid, wherein the first lens has positive focal power or negative focal power, the second lens has the negative focal power, the Abbe number Vd1 of the material of the first lensis higher than 50, and the Abbe number Vd2 of the material of the second lens is lower than 30. The ocular lens has advantages of relatively short working distance, relatively small lens size, low thickness of the lens and relatively high imaging quality.

The present invention provides a bispecific antibody capable of being combined with immune cells to enhance a targeting tumor killing capability, and a preparation method therefor and an application thereof. Antibodies and degradable nanoparticles are connected by using a chemical method, so as to make the one nanoparticle be connected to two or more antibody molecules at the same time, wherein one antibody can be specifically bound with immune cells, and the other antibody or the other antibodies can be specifically bound to tumor cells so as to achieve the effect of enhancing the capability of the immune cells for specifically killing tumor cells in a targeting way.

The present invention relates to the detection of traumatic brain injury by detecting Aβ protein aggregates associated with traumatic brain injury. These Aβ protein aggregates are detected using peptide and peptide mimic probes that preferentially associate with Aβ protein aggregates associated with traumatic brain injury.

A component mounting device with which an improvement in production efficiency may be achieved by adjusting the timing of the Q-axis rotation is provided.

An x-ray tube having a reduced spacing between the focal spot of an anode and an adjacent end wall of an evacuated enclosure is disclosed. This in turn positions the tube relatively closer to the chest wall of a patient during mammography procedures. In one embodiment, the x-ray tube comprises an evacuated enclosure having first and second ends interconnected by a cylindrical side wall. The evacuated enclosure includes a rotor assembly having a bearing assembly and a stem. An anode is rotatably supported by the stem of the rotor assembly and includes a target surface and an opposite second surface. The target surface is positioned to face the bearing assembly, while the second surface is positioned to face the first end of the evacuated enclosure, with no intervening structure interposed therebetween. A cathode is included to emit electrons for impingement on a focal spot of the focal track.

The invention relates to the technical field of gene sequencing data processing, in particular to a gene sequencing system and a sequencing method. The system comprises a central processing unit, an in-memory computing unit and a storage computing unit which can run in parallel at the same time, the central processing unit is used for calling and executing a central sequencing operator; the in-memory computing unit is used for calling and executing the in-storage sequencing operator, and the storage calculation unit is used for calling and executing the storage sequencing operator. According to the scheme, the processing steps in the gene sequencing process are unloaded to the central processing unit, the in-memory calculation unit and the storage calculation unit, so that the parallel processing of gene data is achieved, the parallel efficiency of different processing steps of gene sequencing is effectively improved, and therefore the performance of the gene sequencing processing process is improved.