8results about How to "Reduce connection complexity" patented technology

The utility model relates to pesticide crushing drying technical field, concretely is a kind of pesticide airflow crushing and drying process device, including air compressor, refrigeration dryer, heat exchange system, airflow crusher and auxiliary assembly, the refrigeration dryer is connected the air compressor, the heat exchange system includes waste heat recovery module and circulating temperature rising module, the waste heat recovery module is connected with the radiator of air compressor, the circulating temperature rising module connects the refrigeration dryer with the waste heat recovery module, the airflow crusher connects the circulating temperature rising module, the auxiliary assembly includes separator, dust collector and induced draft fan, the separator, dust collector and induced draft fan are sequentially piped connected in the export end of airflow crusher, and the structure utilizes the heat generated by air compressor to convert into the heating source of drying air, reaches the effect of drying air energy-saving temperature rising.

The utility model relates to direct drinking water equipment technical field discloses a kind of multifunctional integrated nanofiltration pipeline direct drinking water equipment, comprising: raw water tank;Pretreatment device, input and the output of raw water tank intercommunication;First ozone generator and micro-nano bubble generator, first ozone generator is connected with micro-nano bubble generator, and micro-nano bubble generator is communicated with pretreatment device;Precise filtration device, input and the output of pretreatment device intercommunication, and precise filtration device is also communicated with the output of micro-nano bubble generator;Second ozone generator and ozone mixer, the output of second ozone generator and ozone mixer intercommunication, and the input of ozone mixer and the output of precise filtration device intercommunication;Pure water tank, input and the output of ozone mixer intercommunication;End processing device.The utility model is high in integration, and good in sterilization effect, and stable in operating effect.

The invention provides a field programmable memory array, a writing method and a reading method. The field programmable memory array comprises a single readable and writable memory array, an addressing circuit and an access circuit. The readable and writable memory array includes m memory cells in 2i rows and 2j columns to perform a digital circuit function, and has a plurality of digital inputs and a plurality of digital outputs. The addressing circuit is configured to receive an n-bit input vector and is coupled between the readable and writable memory array and the access circuit. The n-bit input vectors are selected from a register conversion layer logic table, and the logic table comprises a plurality of n-bit input vectors and a plurality of m-bit output vectors. The FPMA utilizes the character line / bit line multiplexer characteristics of the memory array to realize the operation of a plurality of binary inputs and any number of binary outputs. The FPMA has the advantages that the connection complexity is reduced, the number of repeated flip-flops is reduced, and the grain area in an integrated circuit chip is saved.

The invention discloses an optimized query method based on multi-table statistical information cardinality estimation. The method comprises the following steps: constructing a star structure in an offline stage, and converting historical multi-table connection query into virtual key connection between nodes in the star structure; calculating and counting a structure cardinal number and a degree sequence in the star-shaped structure through a merged degree sequence, and compressing and outputting a finally obtained degree sequence through a streaming degree sequence; at the present stage, according to the connection condition of the multi-table connection query input in real time, the multi-table connection query is decomposed into a plurality of star structure instances, and after the degree sequence obtained in each corresponding offline stage is queried, the final cardinality upper bound estimation value of the whole query is obtained through middle structure merging iteration. According to the method, on the premise that the upper bound is estimated, the precision and efficiency of multi-table connection cardinal number estimation are remarkably improved, and the method is suitable for a query optimization scene of a relational database.

This invention discloses a through-type three-medium plate-fin heat exchanger and its manufacturing method, relating to the field of heat exchanger technology. It includes a pair of coolant manifolds and a pair of refrigerant manifolds, as well as refrigerant flat tubes and coolant flat tubes arranged between the pair of coolant manifolds. Adjacent coolant and refrigerant flat tubes share common air-side fins. The coolant flat tubes are sealed and connected between the pair of coolant manifolds, and the refrigerant flat tubes pass through the pair of coolant and refrigerant manifolds and are sealed and connected between the pair of refrigerant manifolds. This invention arranges both coolant and refrigerant flat tubes between the pair of refrigerant manifolds, with shared air-side fins between them, enabling coupled heat exchange between coolant, refrigerant, and air within a single heat exchanger core. The through-type structure of the coolant flat tubes passing through the coolant manifolds reduces pipe routing and space occupation, improves structural compactness, and reduces the pressure on the front-end module layout of the vehicle.

The application relates to the technical field of wastewater recovery devices, in particular to a wastewater treatment device for metal extraction, which comprises a decomposition cylinder, a liquid discharge valve is fixedly connected to the bottom end output port of the decomposition cylinder, an isolation disc is fixedly installed at the inner end of the decomposition cylinder, a plurality of support pipes are fixedly installed at the lower end of the isolation disc, a central rod is rotatably installed at the bottom end of the isolation disc, the output end of a driving motor is fixedly connected with the central rod, a guide pipe is fixedly installed at the inner end of the support pipe, helical holes are formed in the surface of the guide pipe, and a collecting device is arranged between the guide pipe and the support pipe. The device drives the electromagnetic rod to rotate through the output gear plate, so that the metal particles in the metal wastewater can be attached to the surface of the electromagnetic rod in the stirring and flowing process, and are guided into the output pipe along the helical holes, the treatment process and the metal recovery process are synchronously performed, compared with the simple sedimentation and discharge mode in the prior art, the device can effectively improve the recovery efficiency of heavy metal particles and reduce the waste of metal resources.

This invention relates to the field of crane accessory devices, and discloses a modular assembly fixture for an end beam assembly of a bridge crane, suitable for connection with the end beam. It includes a fixture body, an end beam connecting frame, and external auxiliary connecting frames. The bottom of the fixture body is a mounting base, and the end beam connecting frame is connected to the mounting base. The end beam extends from the end beam connecting frame and onto the mounting base. The fixture body includes a vertical support frame, with a set of edge connecting frames at each end. Two sets of external auxiliary connecting frames are located on the outer end of the end beam connecting frame away from the fixture body. This invention establishes a standardized connection between the main beam and the end beam through the assembly fixture. The modes of each set of connecting components are relatively uniform, reducing connection complexity. The fixture itself is designed for the structural foundation of the connection between the end beam and the main beam, and together with the edge connecting frames and external auxiliary connecting frames, it forms a double-limiting connection for the lateral position of the end beam.

The application discloses a single-piece attached piezoelectric array megasonic cleaning device, which comprises a shell and a piezoelectric array arranged in the shell, wherein the piezoelectric array comprises a piezoelectric substrate, a first electrode layer and a second electrode layer; the first electrode layer is arranged on a first surface of the piezoelectric substrate, and the second electrode layer is arranged on a second surface of the piezoelectric substrate opposite to the first surface; the first electrode layer comprises a plurality of independent electrode units; the second electrode layer is a continuous electrode structure, and the second electrode layer has a leading-out end which extends to one side where the first electrode layer is located; and a conductive connection layer is arranged on one side of the first electrode layer of the piezoelectric array, and the conductive connection layer is electrically connected with the plurality of independent electrode units and the leading-out end respectively. The application realizes uniform distribution of a sound field, partitioned frequency control, reduction of energy consumption and prolongation of the service life of the device by using an integrated partitioned piezoelectric array structure matched with a flange electrode leading-out design.