145 results about "Intermediate storage" patented technology

The invention is suitable for the technical field of agent adding, and particularly relates to a water treatment agent adding method and system.The method comprises the steps that a technological process diagram of a sewage treatment pond is drawn, a water inlet and a water outlet are found out, online monitoring equipment arranged at the water inlet and the water outlet in advance is used for collecting technological indexes of sewage, and the technological indexes of the sewage are obtained; a water inlet index and a water outlet index are defined; the two ends of the backflow pipeline are located at a water inlet and a water outlet respectively, the deployment mode of verification equipment and an intermediate storage tank in the backflow pipeline is set, the verification equipment is used for reading the concentration parameter of backflow liquid in the intermediate storage tank, the concentration parameter is defined as a verification index, the backflow ratio is set, and the verification result is obtained. And creating a multi-level verification mechanism. By collecting real-time sensing data, predictive accurate dosing can be realized, the use efficiency of the medicament can be optimized, a data basis is provided for advanced adjustment of a dosing system, and the stability of effluent quality is greatly improved.

The invention relates to the technical field of database management and data migration, and discloses a database metadata migration method, device, equipment and medium, comprising: configuring a metadata type mapping correspondence between a source database and a target database, establishing a source database read connection and a target database write connection, and obtaining a source data definition statement of the source database, storing the source data definition statement in a standard format, reading the source data definition statement from the intermediate storage medium, converting the source data definition statement into a target data definition statement conforming to the grammar specification of the target database, and finally executing the target data definition statement in the target database to complete the creation of the metadata object. By introducing the metadata type mapping corresponding relation and the standardized storage mechanism, the metadata difference between the heterogeneous databases is converted into a conversion process capable of being automatically processed, so that manual intervention is reduced, the migration error rate is reduced, and the automation level and reliability of database metadata migration are improved.

According to the variable-component high-temperature super heat pump device and the operation method, a non-azeotropic mixed working medium serves as a technical core of a unit, two sub-compression-type cycles are arranged, an intermediate storage tank is arranged between the two sub-cycles, and the working medium is stored in the intermediate storage tank or extracted into a heat pump cycle on the basis of the heating temperature; and equivalently, the charge quantity of each heat pump is controlled, so that'on-line mobile charge quantity 'is realized, shutdown for working medium recovery is avoided, and high COP (coefficient of performance), low compression ratio and reliable operation are kept in a full-temperature area. Due to the adoption of the variable-component device, compared with the prior art, the heat pump has the advantages of higher heating efficiency and energy conservation.

System for calculating and collecting a road usage charge for a motor vehicle (1) powered by a drive unit (3), comprising a first control unit (20) arranged in or on the motor vehicle (1) and a second control unit (30) arranged outside the motor vehicle (1), wherein the first control unit (20) can exchange data with the second control unit (30), wherein the first control unit (20) generates a characteristic value dependent on actual energy consumption and / or actual exhaust emissions from data of the drive unit (3) during operation of the drive unit (3) and continuously stores it in a writable intermediate memory (23) of the first control unit (20), which reflects an environmental impact actually caused by the operation of the drive unit (3) in a defined time interval,wherein the first control unit (20) transmits the current value of the stored parameter to the second control unit (30) as part of the data exchange and clears the intermediate memory (23) after successful transmission of the parameter to the second control unit (30), and wherein the second control unit (30) calculates a road usage charge payable by the owner or driver of the motor vehicle (1) for that motor vehicle (1) for the time interval, characterized in that a first control unit (20) arranged in or on the motor vehicle (1) and a second control unit (30) arranged outside the motor vehicle (1) comprise, wherein the first control unit (20) can exchange data with the second control unit (30),wherein the first control unit (20) generates a data set dependent on actual energy consumption and / or actual exhaust emissions from data of the drive unit (3) during operation of the drive unit (3) and continuously stores it in a writable intermediate memory (23) of the first control unit (20), which represents an environmental impact actually caused by the operation of the drive unit (3) in a defined time interval, wherein the second control unit (30) transmits a formula to the first control unit (20) at the beginning of the data exchange, according to which the first control unit (20) generates a characteristic value for the time interval to be evaluated within the framework of this data exchange from the current values ​​of the stored data set, wherein the first control unit (20) transmits the generated characteristic value to the second control unit (30) and clears the intermediate memory (23) after successful transmission of the characteristic value to the second control unit (30),and wherein the second control unit (30) uses the transmitted parameter to calculate a road usage charge payable by the owner or driver of the motor vehicle (1) for that motor vehicle (1) for the time interval.

This invention relates to a fully automated conveyor distribution line device and method, belonging to the field of automated production line conveying and distribution technology. The invention provides a fully automated conveyor distribution line device, including a feeding conveyor component, a workstation conveyor component, workstation components, multiple sensors, and a control module. The control module has a built-in shift register, which is configured with physical storage bits corresponding to each sensor, workstation storage bits corresponding to each workstation component, and virtual intermediate storage bits arranged between adjacent physical storage bits. Relying on the shift register, the control module drives product attribute information to be temporarily stored in physical storage bits, then transferred and shifted step-by-step through virtual intermediate storage bits, synchronously flowing with the product conveying process and matching its position in real time. This eliminates information misalignment, resists human interference, adaptively adjusts the conveying cycle time, avoids material accumulation, and allows for the storage and traceability of processing information, significantly improving distribution accuracy and the level of production line automation.

The application discloses a multi-stage proportioning feeder for preparing anhydrous stemming, which comprises a vibrating group arranged on a rack, a grading sieve connected with the vibrating group, and a first discharge part, a second discharge part and a third discharge part arranged correspondingly to different screening spaces and arranged in sequence from top to bottom and comprising a first sieve screen and a second sieve screen. The application adopts "one-time screening after mixing", directly puts multiple particle size raw materials preliminarily mixed into a feeding hopper, and completes synchronous separation of three particle sizes in a single device. The process flow is greatly shortened, the use of auxiliary equipment such as an elevator, an intermediate storage bin and a multi-section conveying belt is reduced, and the compactness and integration of the overall production system are improved.

This utility model discloses an integrated portable intelligent air compressor, including a main body, a motor assembly located below the main body, cylinder assemblies located at both ends of the motor assembly, and an integrated control assembly located above the motor assembly. It also includes a first air path unit and a second air path unit integrated on the cylinder assembly and located on both sides of the integrated control assembly. This utility model eliminates the need for an additional air tank for intermediate storage of compressed air, saving space, expanding the application range of the air compressor, reducing energy consumption, and enabling intelligent control of the air compressor.

To provide an intermediate storage device capable of quickly calling a language model, a computer system and a preprocessing method for a computer command.SOLUTION: In the intermediate storage 300, when the inputted command 210 is the model manipulation command 331, the access controlling unit 340 forwards the model manipulation command 331 to the AI selecting unit 330 to make the selected language model 311 generate the output data 334, and makes the access controlling unit 340 generate the generation result 335 based on the output data 334, and when the inputted command 210 is the data-accessing command 332, the access controlling unit 340 accesses the corresponding document 321 from the data-storing unit 320 based on the data-accessing command 332.SELECTED DRAWING: Figure 2A

The invention discloses a hydrogen quality traceability system and method applied to the hydrogen energy industry, and relates to the technical field of hydrogen quality traceability. The system comprises a cloud server, a storage unit, a sampling inspection unit, a transportation unit and a remote management terminal, the cloud server serves as a system operation carrier, the storage unit carries out middle end storage on hydrogen, the sampling inspection unit carries out instant sampling inspection on the hydrogen quality at the two transfer ends in the hydrogen storage process, and the transportation unit is a hydrogen transportation link and carries out remote management on the transportation link. The remote management terminal carries out overall planning on the circulation process of hydrogen based on the cloud server, and the cloud server is in communication connection with the remote management terminal. A supervision unit, a circulation enterprise and a user are integrated on a unified platform, tracing is facilitated, the controllability is enhanced, the hydrogen is subjected to instant sampling inspection in the warehouse-out and warehouse-in links by adding the sampling inspection unit, the quality control degree in the hydrogen circulation process is enhanced, and the quality tracing effect is improved.

The embodiment of the invention discloses a PDF file analysis method and system. The method comprises the following steps that type judgment is conducted on an input PDF file through a model scheduler; according to the type of the PDF file, text content of the PDF file is extracted in a multi-concurrency mode through a text content extraction cluster, and an extraction result is stored in an intermediate storage; the text content is pulled from the intermediate storage through a large model analysis cluster, and text understanding and task reasoning are conducted in a multi-concurrency mode; and sequentially performing field format verification, logic verification and holder head information verification on the original result of the large model analysis cluster through a hierarchical verification system, correcting a sample which fails in verification, and merging a correction result into a result which passes the verification. According to the embodiment of the invention, computing resources are fully utilized, the processing efficiency is improved, and the workload of manual result checking is reduced.

The invention discloses an AOS sulfonation improvement process which comprises the following steps: a) adopting a jacketed pipeline type reactor, carrying out sulfonation reaction under the regulation and control of a refrigerating unit, and controlling the reaction temperature to be 10-25 DEG C; b) arranging an intermediate storage tank, and controlling the retention time of a sulfonated product to be 30-60 minutes; c) carrying out segmented temperature control on the neutralization stage through three groups of independent cooling coils, wherein the temperature error of each stage is less than or equal to 1 DEG C; d, the flow speed of chilled water is increased through a circulating pump, and the heat exchange area is increased by 50%-100%; and e) dehydrating the alpha-olefin raw material before sulfonation until the water content is less than or equal to 50ppm. The feeding stability of the raw material alpha olefin in the sulfonation process is improved, and the generation of byproducts is effectively reduced.

Hydraulic braking system (30) for a land vehicle, with at least one wheel brake (48, 50) assigned to a wheel of the land vehicle; a master brake cylinder (36) which is hydraulically connected to the at least one wheel brake (48, 50), wherein the master brake cylinder (36) is configured to move hydraulic fluid into the at least one wheel brake (48, 50) when the brake system (30) is actuated by the driver; a pump (58) whose output is hydraulically connected to the at least one wheel brake (48, 50) and the pump (58) is designed to move hydraulic fluid into the at least one wheel brake (48, 50); a variety of valve arrangements (42, 44, 46, 54, 56, 60); a control unit (68) configured to control the pump (58) and the plurality of valve arrangements (42, 44, 46, 54, 56, 60); and an intermediate storage tank (10) which is hydraulically connected to the at least one wheel brake (48, 50) and an inlet of the pump (58), wherein the intermediate storage tank (10) includes a return element and is configured to - to accommodate a hydraulic fluid reserve volume during a rest state of the brake system (30), - to provide the pump (58) with the absorbed hydraulic fluid reserve volume during an actuation state for displacement into the at least one wheel brake (48, 50), and the return element comprises a piston (16) limiting the intermediate storage (10) and a first spring (22) acting on the piston (16), characterized in that the restoring element further comprises a second spring (24), wherein the first and the second spring (22, 24) are arranged such that the first spring (22) causes a restoring force directed in a first direction and the second spring (24) causes a restoring force directed in a second direction.

This utility model belongs to the field of storage equipment technology, specifically disclosing a pharmaceutical intermediate storage device, including a tank body, a tank bottom, and a drying box. The tank body and the tank bottom are fixedly connected by a valve. The side wall of the tank body has a first vent hole and a second vent hole. An outer tank is fitted outside the tank body. The side wall of the tank bottom is configured as a vent plate, and an outer bottom tank is fitted outside the bottom. The drying box is fixedly connected to the circular hole. A sealing plug is detachably connected to the top of the drying box, and a third vent hole is opened on its side wall. This utility model increases the dehumidification area by setting the tank body and tank bottom for layered storage and dehumidification. By setting the sealing plug, the silica gel particles can be replaced individually, reducing the entry of external moisture. By setting the vent holes, the dehumidification area can be increased, improving storage efficiency.

A motor vehicle comprises an internal electrical energy source (2), a rechargeable battery (4) for intermediate storage of electrical energy from the source (2), a drive system (6, 7) powered by the electrical energy, and a control unit (8) for controlling the power of the internal source (2) at least on the basis of the state of charge of the battery (4). The control unit (8) is switchable between a normal operating mode and a restricted mode, wherein a first interval (Δ1) of states of charge that the battery (4) can assume exists, and the control unit (8) is configured to operate the internal source in normal operating mode when the state of charge of the battery (4) is within the first interval (Δ1), and not to operate the internal source in restricted operating mode when the state of charge of the battery is within the first interval (Δ1).

The invention discloses intelligent archive unmanned storage equipment, and belongs to the technical field of storage equipment. The system comprises an archive repository, a plurality of archives are fixedly installed in the archive repository, a pickup window is formed in the archive repository, an intelligent robot is placed in the archive repository, a pushing device is fixedly installed in the archive repository, and a display window and a storage window are formed in the archive repository. A plurality of partition plates are evenly and fixedly connected in the archive library, a middle storage assembly is fixedly installed in the archive library, the middle storage assembly comprises two power shafts rotationally installed on the side wall of the archive library, and a motor is fixedly installed in the archive library. Under the condition of the same occupied area, compared with a traditional intelligent rotary cabinet, the archive stock reserve adopted by the scheme is increased by 25%, and archive storage space is saved for a user; archive management personnel do not need to run back and forth in the warehouse for searching, and the archive management personnel can conveniently and quickly store and take archives in time.

The utility model relates to the technical field of storage circulation, especially is used for the intermediate storage circulation device of circuit board subassembly's placement, the utility model discloses circulation box and module board, circulation box has the internal space for accommodating circuit board subassembly, and circulation box top opening, and module board detachably sets up in the internal space of circulation box, and module board is provided with at least one cavity for accommodating circuit board subassembly, the bottom lower surface of circulation box is provided with stacking positioning structure, and the top edge of circulation box is provided with first through -hole, and the bottom edge is provided with second through -hole, and the position of first through -hole and second through -hole corresponds, is used for when two circulation boxes are stacked up and down, and fastener passes through the second through -hole of upper circulation box and the first through -hole of lower circulation box to fix two with the utility model discloses that the stability of circuit board subassembly in the intermediate storage circulation device has been improved, and the intermediate storage circulation device can be stacked, and it is not easy to drop, and the carrying efficiency is high.

Autonomous energy buoy for generating electrical energy from water movement, comprising a housing that floats on water or is anchored stationary in the water, a flywheel system with at least one rotor and an antiweight module that is set into rotation or oscillation by wave motion or current, an electromagnetic induction system with at least one magnet and a coil for converting the mechanical motion into electrical energy, an energy storage module for intermediate storage of the generated electrical energy, a light or signal module for supplying lighting devices or navigation systems, wherein the buoy is operated autonomously and independently of the grid.

Storage device (120) that receives read and write commands from a host (102), wherein the storage device (120) has the following: a non-volatile memory (124), part of which is called intermediate storage (IS) memory and another part is called main storage (MS) memory, wherein the IS memory (132) has lower write and read latencies, greater endurance and lower storage density and capacity than the MS memory (134); and an intermediate storage (IS) manager (334) that is configured to predict host activity and to select and execute a relocation scheme based on the predicted host activity in order to selectively relocate one or more parts of data from the IS storage (132) to the MS storage (134) according to the selected relocation scheme; where the IS Manager (334) is configured to: to update the predicted host activity from time to time and to select and execute another migration scheme based on the updated predicted host activity; and to identify and store further potential host activity patterns (128) based on at least one activity log (126) and to generate and store further relocation schemes, each of which is associated with one of the identified further potential host activity patterns; the further relocation schemes are available for selection and execution by the IS Manager (334) after generation and storage.

This invention specifically relates to a rotary air preheater for a pulverized coal boiler with a waste gas feeding and storage system. It includes an air preheater shell, hot-section heat storage plates, and cold-section heat storage plates, as well as at least one air intake and a supporting frame. The hot-section and cold-section heat storage plates are placed inside the air preheater shell, with the hot-section heat storage plates positioned above the cold-section heat storage plates. The air intake is located on the side of the air preheater shell, and the supporting frame is placed between the hot-section and cold-section heat storage plates. This invention achieves the purpose of opening the rotary air preheater shell to extract warm air by cutting the outer ring of the cold-section heat storage plates, thus completely solving the problem of a significant increase in flue gas temperature after the pulverized coal feeding system is stopped when a traditional waste gas feeding pulverized coal boiler is converted from a tubular air preheater to a rotary air preheater.

The present invention relates to an apparatus (1, 21, 26, 31) for intermediately storing and conveying containers (11) in at least one conveying direction, comprising: a multi-row intermediate storage unit (3); a plurality of container outlet channels (4, 10) disposed downstream of the multi-row intermediate storage unit in the conveying direction; and at least one movable container outlet connector (17, 18, 22, 23, 27, 28, 32, 33), each designed to connect to at least one row (131-133) of the multi-row intermediate storage unit. 20 ) Receive containers to discharge and distribute them to the plurality of container outlet channels.

The invention relates to a carbon black granulation master batch external circulation system and a use method thereof.The system integrates a product storage tank, a cyclone separator, a dust collection fan, a dry-method granulator and a central processing system, and core equipment of the carbon black granulation master batch external circulation system forms closed-loop association through material flow and air flow; the unit serves as a material processing unit; the cyclone separator is used as a grading unit and is connected with a feeding part of the dry-method granulator; the product storage tank is used as an intermediate storage unit and is connected with a feed of the cyclone separator; the dust collection fan serves as an auxiliary unit, is connected with the top of the cyclone separator and is responsible for airflow and dust recovery; the control unit comprises airtight valves and a central processing system, and the airtight valves are mounted at outlets of the cyclone separator and the product tank and are matched with frequency conversion to control the feeding amount. By optimizing the equipment configuration and the technological process, efficient granulation of the carbon black, efficient recovery of the master batch and stable improvement of the product quality are achieved, and the method can be widely applied to the post-treatment process of the carbon black.

The utility model discloses an explosion-proof pesticide intermediate storage tank, and relates to the technical field of storage tanks. The heat preservation device comprises a mounting shell, a first polyurethane heat preservation shell is fixedly connected to the inner wall of the mounting shell, a sliding shell drives a plurality of connecting plates, a plurality of clamping shells and a plurality of sliding blocks to slide on the inner wall of a top shell and move in the direction away from the center of the top shell, and the heat preservation device further comprises a mounting mechanism. Then a plurality of clamping shells drive a plurality of sliding blocks to fall off and make contact with the inner wall of the sleeve shell, then a top shell is pulled to drive a rubber plug to make contact with the inner wall of the storage tank, the top shell covering the storage tank is rapidly opened, then materials on the inner wall of the storage tank are taken out, and after the operation is completed, the storage tank is closed by reversely operating the content; by means of the operation, the storage tank can be quickly opened and closed, the time needed for mounting and dismounting is effectively shortened, and therefore the overall working efficiency of machining is improved.

The present application relates to a kind of waste incineration power plant boiler fixed discharge water high-temperature purification reuse method and system, the method includes the following steps: S1, fixed discharge water is sent into high-temperature buffer regulating and storing unit and is balanced water quantity fluctuation and preliminary sedimentation;S2, fixed discharge water in high-temperature buffer regulating and storing unit is sent into high-temperature iron removal filter unit and is iron removal filtration;S3, the fixed discharge water after filtering of high-temperature iron removal filter unit is sent into waste heat recovery cooling unit and is heat exchange, waste heat recovery cooling unit cold side feedwater heat exchange after being sent into boiler deaerator and / or feedwater system;S4, the fixed discharge water after heat exchange is sent into intermediate storage unit to balance water quantity fluctuation;S5, the fixed discharge water in intermediate storage unit is sent into depth desalination unit and is depth desalination, and the water production of depth desalination unit is sent into boiler and / or directly into boiler deaerator after being treated by chemical water treatment.The present application can realize the high-temperature iron removal of fixed discharge water, waste heat recovery, depth desalination and same level reuse.

Method for loading and unloading carbazole or its derivatives with hydrogen, wherein the loading and unloading takes place in three separate steps, namely a loading of the carbazole with hydrogen, an intermediate storage and a discharge of the hydrogen-loaded carbazole, wherein: the loading is carried out by a carbazole loading cell (2) which includes a PEM membrane electrolyzer or an electrochemical hydrogen pump, the intermediate storage of the carbazole in a carbazole storage container (5) serving as an intermediate carbazole storage container, and The discharge of the hydrogen-loaded carbazole is carried out by a carbazole discharge cell (8) which includes a fuel cell in which the hydrogen-loaded carbazole is converted into electrical and thermal energy, wherein the carbazole storage container (5) is arranged between the PEM membrane electrolyzer or the electrochemical hydrogen pump and the fuel cell.

This application discloses a method, apparatus, and device for querying and storing data in NAND Flash. By counting the data frames stored in NAND Flash using a preset time unit (such as date) as the dimension and recording the count value corresponding to the data frame, when querying data of a certain value (such as a certain day) stored in NAND Flash, a leapfrog search can be performed based on the count value of the time unit, skipping intermediate storage areas that do not meet the search target. This achieves the purpose of quickly locating and obtaining the data to be queried, saving time and other resources compared to searching for data stored under a certain value of a time unit in NAND Flash.

The utility model discloses a Co-60 medium-release wastewater transportation shielding structure which comprises an outer shell, a cover plate is arranged at the top of the outer shell, a supporting base is arranged at the bottom of the outer shell, an inner layer which is integrally connected is arranged in the outer shell, frames are arranged between the outer shell and the inner layer respectively, and arc-shaped modules are arranged on the inner sides of the frames. According to the utility model, through the layered shielding design of the housing and the inner layer, the dose rate is accurately controlled; the arc-shaped modules are modularly combined into a lead alloy structure, so that the maintenance cost is reduced; by means of modular splicing of the arc-shaped modules, seam treatment is optimized, and direct leakage is reduced; and the thermal expansion safety margin requirement under the filling rate of 90% is met.

A time efficient, data sequence decode process is provided. The process includes decoding, by a decoder, a series-variant data sequence, where the decoding includes storing, by the decoder in intermediate storage, received timestep values of the series-variant data sequence, and lookahead data processing, by the decoder, a specified number of future timestep values of the series-variant data sequence from a particular timestep. The lookahead data processing for the particular timestep proceeds based on the specified number of future timestep values from the particular timestep being stored by the decoder in the intermediate storage.

The invention relates to an intermediate storage device (22) for temporarily storing an electrolyte (24) and for filling a battery cell (14) with the electrolyte (24), comprising a storage section (28) for receiving and temporarily storing the electrolyte (24), a filling section (30) for filling the electrolyte (24) located in the storage section (28) into the battery cell (14), and a pressure device (32) for applying pressure (P) to the electrolyte (24) located in the storage section (28) during filling. The invention further relates to a method for filling a battery cell (14), a battery cell (14), and a vehicle.

The invention relates to the technical field of integrated circuits, and discloses a memory configuration method and device, electronic equipment, a storage medium and a program product. The method is applied to a configuration engine, and the configuration engine is connected to the starting end of a cascade chain formed by connecting a plurality of memories in series through cascade signals. The method comprises the following steps: receiving a configuration instruction, determining a to-be-configured target memory, and obtaining a position identifier of the target memory in a cascade chain; broadcasting the position identifier to the cascade chain, so that the target memory enters an activated state and feeds back a ready signal, and the other memories enter a bypass state to transparently transmit passing data; after the ready signal is detected, configuration data are output, so that the configuration data are sequentially transmitted along the cascade chain and directly reach the target memory through the intermediate memory in the bypass state, and the target memory receives the configuration data and completes configuration operation. According to the scheme, the configuration efficiency can be improved.