39 results about "Hybrid array" patented technology

The invention provides a method for manufacturing a hybrid microlens. The method for manufacturing a hybrid microlens of a light guide plate by using semiconductor reflow processing includes: a first step, aligning a mask on a substrate coated with photoresist, wherein the The mask is formed with a light-transmissive first region and a plurality of light-impermeable second regions, and these second regions have different sizes and shapes to form a mixed array; a second step, performing at least one tilt in such a manner Exposure and vertical exposure, that is, the light radiated from the top to the bottom of the second region forming the mixed array has an asymmetric tilt angle in at least one direction; the third step is to develop the obliquely exposed substrate to obtain various The size and shape of the hybrid photoresist column; the fourth step, performing a reflow process to bend the hybrid photoresist column, so that the hybrid microlens pattern can be obtained; the fifth step, fabricating a concave emboss with a concave hybrid microlens pattern engraved therein a mold; and a sixth step of forming a light guide plate by using a concave die as a mold, so that a hybrid microlens pattern in the form of a convex pattern can be formed in the light guide plate.

A hybrid storage array one using two or more storage device tiers. In one implementation, two tiers may be provided by solid state drives (SSDs) and hard disk drives (HDDs). Host application access patterns of a certain type determined to be relatively slow, such as random writes, are detected. The random writes are collected and written to a special reserve space, such as a portion of the SSD storage tier, referred to as a write cache extension. The write cache extension absorbs such accesses that would otherwise be written to HDD storage directly. Data structures are created in a cache memory local to an array controller representing the location on SSD reserve space to which the writes were committed and a location in the storage system where they were originally intended to go. The write cache extension can be enabled all of the time, or only when the array controller write cache experiences certain operating conditions, such as when its utilization exceeds a certain predetermined amount. The approach improves the overall performance of the hybrid array.

A system and method for monitoring all the characteristic parameters of a DWDM communication system is implemented with two variants. Firstly, this is achieved by means of a specific grating spectrometer displaying a high resolution and a high-speed sampling of the measured values, and secondly by the application of an opto-electronic cross correlator as a purely electronic solution. The grating spectrometer is expediently a particular system in a mixed array according to Ebert and Fastie, wherein the light to be measured passes four times through the grating in a specific manner. The opto-electronic cross correlator can mix the working light with a reference light tunable in terms of its frequency to form an electrical low-frequency signal that is analyzed in a high-impedance operation.

A multimode seismic survey system is disclosed where seismic information for a given seismic survey is read out by different seismic units using different modes. Such multimode systems encompass hybrid arrays where information is read out via different output modes for a single seismic event, and other multimode arrays where seismic information is read out via different modes for different seismic events. The modes utilized in such arrays may include wireless, nodal and / or cable modes. The multimode arrays can be implemented using multimode seismic units or single mode seismic units. In any event, the multimode arrays can be utilized to achieve a combination of advantages associated with the different readout modes or to address any of various multimode mode contexts in relation to seismic surveys.

The invention discloses an analog and digital hybrid two-dimensional phased array radio frequency multiple-beam intelligent imaging system. The system comprises an antenna array and a corresponding receiving array; each receiving unit in the receiving array comprises a radio frequency receiving low-noise amplifier, down conversion frequency converters, a baseband low-pass filter and a multi-channel analog baseband multi-beam forming matrix unit. The array multi-beam imaging system can receive incoming radio frequency signals simultaneously, performs analog multi-beam forming and digital multi-beam forming sequentially, and forms two-dimensional image signal output. An artificial intelligent visual neural network or image processing software is adopted, and machine vision is utilized to replace human visual monitoring, and therefore, detection speed is higher.

The invention discloses a preparation method of a micro lens nanopore hybrid array structure. The preparation method comprises the steps of: firstly, preparing a micro lens array made of ultraviolet curing adhesive by adopting an ultraviolet nano-imprinting method; secondly, preparing a nano array template made of urethane acrylate through ultraviolet nano-imprinting; and finally painting ultraviolet light curing adhesive on the micro lens array, and preparing the micro lens nanopore hybrid array structure made of the ultraviolet light curing adhesive through ultraviolet nano-imprinting by utilizing the nano array template. The micro lens nanopore hybrid array structure is composed of the micro lens array, micron circular holes embedded in the periphery of micro lenses, micron triangles internally embedded in the micron circular holes, and nano holes formed in spaced regions among the micron circular holes and the micron triangles. The micro lens nanopore hybrid array structure overcomes the defects that the micro lens array cannot inhibit reflection of surface incidence light rays effectively and the surface mechanical performance of the nano array is weak at the same time; meanwhile, the technology is low in cost and simple in preparation, and the large-area batched preparation can be achieved.

The invention discloses a method for establishing a mixed storage array. The method comprises the following steps: S1, dividing a mixed array into three zones, namely a zone-I [HDD (hard disk drive) storage zone], a zone-II [SSD (solid state disk) random small reading storage zone] and a zone-III (SSD random small writing storage zone); S2, analyzing a data historical access behavior by utilizing parameters, namely request size, frequency and seed distance; S3, dividing data into three types according to stripes: S-I (cold data and sequential reading and writing type hot data), S-II (random small reading type hot data) and S-III (random small writing type hot data); S4, relocating the S-I type data to the zone-I, relocating the S-II type data to the zone-II and relocating the S-III type data to the zone-III, so that the data can be distributed reasonably while the reliability is guaranteed, and the performance of the mixed storage array is improved.