26results about How to "Implement storage" patented technology

The utility model discloses a vertical nano imprinting equipment, include: frame, the frame is along the vertical direction and is provided with: solidification lamp subassembly, is used for solidification, imprinting roller subassembly, including movable roller, is used for imprinting, glue frame storage and feeding device, is used for storing and feeding glue frame, alignment platform subassembly, is used for receiving wafer, the utility model has the advantages that the overall structure is compact, and each mechanism is integrated in the three -dimensional space, reduces the space occupancy, and simultaneously has no long span's removal and carries distance, improves the efficiency.

The invention discloses a comprehensive maintenance method and system for construction of a composite wall of a comprehensive hub station through a cover-excavation top-down method, and relates to the technical field of rail traffic engineering construction. The technical problems of low maintenance efficiency, unbalanced temperature and humidity control, easiness in cracking and leakage and the like of the laminated wall under the working condition of top-down excavation are solved; the comprehensive system comprises mold curing, intelligent temperature and humidity control, cooling temperature control, heat preservation and moisture preservation and monitoring early warning, automation, refinement and traceability of the curing process are achieved, the moisture preservation and heat preservation period of the laminated wall is prolonged, the internal and external temperature difference is strictly controlled to be smaller than or equal to 25 DEG C, the concrete surface moisture content is controlled to be larger than or equal to 80%, and the impervious concrete curing period is controlled to be larger than or equal to 14 d. According to the construction method, the integrity and the anti-cracking and anti-seepage performance of the wall body are remarkably improved, the construction requirements of the large cover-excavation top-down composite wall are met, the construction convenience and the maintenance quality reliability can be effectively improved, and remarkable economic and social benefits are achieved.

This invention discloses a light-controlled molecular heterogeneous thermal storage device, belonging to the field of solar energy storage technology. The device includes a detachably connected first and second shell, both with mirrored inner surfaces. The first shell houses a light source assembly containing a xenon lamp and a first filter; the second shell has a magnetically attachable second filter on its top and multiple circular flow heat exchange channels running through its sides. A rotatable heat storage layer is fitted around each channel, and the interior is filled with a molecular light-switching material. A liquid metal thermally conductive layer is filled between the heat storage layer and the heat exchange channels. This invention achieves switching between natural light and auxiliary light modes through a detachable structure, adapting to different lighting conditions and enabling all-day operation; the rotating heat storage layer and mirrored inner wall ensure uniform illumination, and the liquid metal ensures efficient heat transfer, thereby significantly improving the energy storage and release efficiency of the molecular light-switching material and the system's controllability.

The application relates to the technical field of medical devices, and provides a pathological blade box which comprises a blade storage box, a blade pushing piece and an upper blade assembly; a letting slot is formed in the upper side of the blade storage box along the length direction of the blade storage box, and one end of the blade storage box is provided with a blade outlet slot which is in communication with the letting slot; the blade pushing piece comprises a sliding block and a pushing block; the sliding block is slidably connected to the blade storage box; the pushing block is arranged on the sliding block and movably penetrates through the letting slot; the upper blade assembly comprises a placing seat and a plurality of first elastic pieces; the placing seat is movably arranged in the blade storage box; and the plurality of first elastic pieces are arranged between the placing seat and the blade storage box so as to drive the placing seat to move close to the pushing block. Therefore, the use of the blade is facilitated.

The utility model belongs to the field of vegetable fresh -keeping technology, specifically is a kind of storage box for vegetable fresh -keeping transportation, including base, box and lid, the box is fixedly installed on base, the box surface has the lid of clamping, the cavity is opened in base, the water storage box is fixedly installed in cavity, the water pipe is fixedly connected in box, the water pipe surface is fixedly connected with several atomizing nozzles, the water pump is fixedly connected in cavity, the water pump is connected with water storage box, water pipe through connecting pipe and is connected, tray is arranged in the box, by atomized liquid, can carry out the cooling to vegetable, also avoid the wilting of vegetable due to water shortage, the freshness of vegetable is influenced, by water injection hole can be watered to water storage box, by the water storage box and water pump of setting in bottom can reduce the overall gravity center of box, make it place more stable.

The application provides a micro-capacitance measurement system, which comprises an integrated module, a main controller, a display module and an upper computer module; the integrated module generates a square wave signal by controlling the charging and discharging process of a to-be-measured capacitance; the main controller is used for collecting the square wave signal generated by the integrated module and calculating the capacitance value of the to-be-measured capacitance through the square wave signal; the display module is used for displaying the measured capacitance value in real time; and the upper computer module is connected with the main controller to realize remote monitoring and storage of data. The application improves the measurement precision of the pico-farad capacitance by improving the measurement technology.

This application provides a cloud platform storage system, method, device, and medium, relating to the field of cloud platform technology. The cloud platform storage system includes a compute node cluster and a storage node cluster. The compute node cluster includes multiple compute nodes, and multiple disks on these nodes constitute a MinIO object storage cluster for storing image resources and / or cloud disk backup resources. The storage node cluster includes multiple storage nodes, and multiple disk arrays on these nodes constitute an NFS storage cluster for storing cloud disk resources. The compute node cluster stores cloud disk resources in the NFS storage cluster through a cloud disk service, stores cloud disk backup resources in the MinIO object storage cluster, and stores image resources in the MinIO object storage cluster through an image management service. This approach meets the storage needs of users in small- to medium-sized cloud platform usage scenarios while reducing the complexity of system deployment and lowering the operation and maintenance costs of using the cloud platform.

The application discloses a high-efficiency doffer of a two-for-one twister, which comprises a moving part, a lifting part arranged on the upper portion of the moving part, a front-back moving part arranged on the upper portion of the lifting part, a doffer part arranged on the upper portion of the front-back moving part, and the lifting part drives the doffer part to move up and down and be positioned, and the front-back moving part drives the doffer part to move forward and backward and be positioned, the doffer part can perform doffing operation on the yarn cans, automatic doffing operation of the yarn cans is realized, the labor intensity of workers is reduced, and the production efficiency is improved; the doffer part comprises a doffer disc which is an inwardly-inclined plate-shaped structure and can simultaneously receive a plurality of yarn cans and simultaneously receive a whole row of yarn cans, and the doffing efficiency is improved; a straight baffle is arranged at the center of a can receiving bin, and an inclined baffle is arranged at the top of the can receiving bin, when the yarn cans roll into the can receiving bin, the inclined baffle blocks and positions one side of the yarn cans, the yarn cans are vertically dropped into the can receiving bin, and the collection and transfer of the yarn cans are facilitated.

The application discloses a main circulating pump of a converter valve cooling system and a vibration data acquisition method and device thereof, and the method comprises the following steps: acquiring a current signal of the main circulating pump of the converter valve cooling system; judging the working state of the main circulating pump of the converter valve cooling system according to the current signal of the main circulating pump of the converter valve cooling system; acquiring a vibration signal of the main circulating pump of the converter valve cooling system according to a set frequency corresponding to the working state of the main circulating pump of the converter valve cooling system; and storing the vibration signal of the main circulating pump of the converter valve cooling system in a corresponding database according to the working state of the main circulating pump of the converter valve cooling system. The application can accurately acquire the vibration signal of the main circulating pump of the converter valve cooling system under different working states.

The utility model discloses a kind of storage devices for bentonite sample collection, belong to bentonite storage technical field, including storage box and box cover, the inside of the storage box is provided with baffle, the middle part of the baffle is equipped with multiple placing holes, the inside of the placing hole is provided with storage cup, the inside of the storage cup is provided with sampling mechanism, the bottom of the box cover is provided with positioning mechanism, the utility model is through setting sampling mechanism, this process is through the cooperation of storage cup, cup cover, connecting cover and sampling shovel, realize the sampling collection and storage of bentonite, can avoid the cross contamination of multiple bentonite caused by repeated use of sampling shovel, improve the precision of bentonite collection storage.

The application discloses an experimental device for collecting fault signals of a combined bearing-rotor system of a rotary steering tool, which comprises a base horizontally fixed in a test site, a driving system installed on the top of the base, a main shaft fixedly connected to the output end of the driving system, a rotary steering tool simulation system comprising an eccentric adjusting mechanism and a combined bearing, and a signal collecting system comprising an acceleration collecting module and a data collecting module, wherein the acceleration collecting module is installed on the combined bearing, and the acceleration collecting module is in signal connection with the data collecting module. The application can simulate the fault state of the combined bearing-rotor system of the rotary steering tool under different working conditions on the ground, effectively collect fault signals, and provide a reliable experimental platform for the fault mechanism research and diagnosis algorithm development of the rotary steering tool.

The present disclosure provides a satellite-borne computable storage system and electronic equipment based on storage-computing integrated acceleration, which comprises: a computable storage controller configured to transmit satellite-borne remote sensing data to a storage-computing integrated accelerator, receive a feature label corresponding to the satellite-borne remote sensing data fed back by the storage-computing integrated accelerator, and organize the satellite-borne remote sensing data and the corresponding feature label into an object in an object-oriented management manner to realize storage control; the storage-computing integrated accelerator is configured to extract features of the satellite-borne remote sensing data to obtain the feature label corresponding to the satellite-borne remote sensing data; and a ZNS solid state disk is configured to perform feature label-based partition storage on the object under the control of the computable storage controller. The present disclosure realizes data storage based on feature label extraction, effectively shortens the data processing path to reduce data transmission power consumption, and improves the energy efficiency of neural network calculation through the storage-computing integrated accelerator, which provides the possibility for improving computing power.

The present application relates to a reversible solid oxide battery energy storage system, SOFC is H-SOFC with NH3 as energy storage medium to define power generation mode, SOEC is H-SOEC with NH3 as energy storage medium to define electrolysis mode; Power generation and electrolysis are coupled with a molten salt heat storage device to realize the heat neutrality of the system, and a self-circulating gas closed loop system supplies NH3 to H-SOFC and supplies H2 and N2 to H-SOEC through the recycling of hydrogen ammonia conversion. According to the reversible solid oxide battery energy storage method of the present application, in the power consumption peak, the power generation mode is enabled through H-SOFC; in the power consumption valley, the electrolysis mode is enabled through H-SOEC. According to the reversible solid oxide battery energy storage system and method of the present application, the decomposition and synthesis of NH3 are interrelated and converted with the change of chemical energy and electrical energy, and the effective storage of electrical energy is realized; at the same time, the heat storage device of molten salt is used to realize the storage of heat energy and achieve heat neutrality.

This invention provides a data processing method, apparatus, and electronic device based on multiple data streams, relating to the field of network security technology. The method includes: acquiring associated data; the associated data includes data to be processed and N-1 reference data, where the N data streams originate from N different servers; generating first hit data based on the associated data, storing the first hit data in a hit dataset, and determining a first index of the first hit data as its storage index in the hit dataset; the first hit data is successfully associated data; the first hit data includes at least one first data; storing the first index of the first hit data in a first index list corresponding to each first data, and determining the storage index of the first index in the first index list as a second index of the first data. This invention can improve data storage efficiency.

This utility model provides a portable quality inspection device, relating to the technical field of steel beam quality inspection equipment. The portable quality inspection device includes a first component, a second component, and a third component. The second component is detachably connected between the first and third components. A quality inspection data display area is embedded in the end face of the first component opposite to the second component. The second component is used to store marking tools or protective gear, and the third component is used to store a steel measuring tape. All three components—first, second, and third—are provided with a lanyard hole. The lanyard hole facilitates carrying the device by quality inspection personnel, and the second and third components can respectively store marking tools or protective gear and the steel measuring tape, preventing loss of these items and thus improving quality inspection efficiency.

The utility model provides glass curtain wall falls off risk detector, include: data processing host computer, force hammer, acceleration sensor, data processing host computer is connected with force hammer and acceleration sensor, force hammer and acceleration sensor install on the glass curtain wall of waiting for detecting, force hammer is used to produce vibration to the glass curtain wall of waiting for detecting, acceleration sensor is used for detecting the vibration frequency parameter of glass curtain wall and passes to data processing host computer, data processing host computer still is provided with wireless module, wireless module is 5G module, is used for connecting with cloud platform, the top of data processing host computer is provided with two M5 interfaces and is used for connecting with force hammer and acceleration sensor, the utility model provides a kind of efficient, accurate and easily used glass curtain wall falls off risk detection solution, not only improve building security level, also provide powerful tool for building management.

The invention relates to a piezoelectric-electret synergistically coupled low-frequency vibration energy taking device, which belongs to the technical field of vibration energy taking and comprises a coupling beam base, a cantilever beam fixed end, a piezoelectric cantilever beam, a movable end insulating mass block, an electret bracket, an electret film and a copper electrode plate, the cantilever beam fixing end is fixedly connected with the coupling beam base, one end of the piezoelectric cantilever beam is connected with the cantilever beam fixing end, and the other end of the piezoelectric cantilever beam is fixedly connected with the movable end insulation mass block and the copper electrode plate; the electret film is fixedly connected with the electret bracket; the copper electrode plate and the electret film are oppositely arranged in a non-contact manner; the piezoelectric cantilever beam comprises a metal pole plate in the center, an upper piezoelectric layer and a lower piezoelectric layer; and the piezoelectric component and the electret electrostatic component are respectively connected with an energy management circuit.

This invention provides an automatic clamping and changeover system and method for engine housings. By setting up a fixture library and a lifting device, it can store and transfer fixture components of various specifications. By setting up a changeover robot, it can automatically disassemble and assemble the fixture components on the final assembly pallet, improving the efficiency of changeover. During the changeover process, only the fixture components on the final assembly pallet need to be replaced, which is quick and easy, and the fixture components are small in size and occupy little storage space. By setting up the final assembly pallet, the engine housing can be rotated around a first axis and a second axis by a preset angle, and can be locked after rotation, so that the engine housing can be rotated to the optimal assembly angle, which can be adapted to the operator, making it convenient for the operator to perform installation operations and improving the convenience and accuracy of installation operations. At the same time, different angles can be switched by rotation to adapt to various workstations.

The application discloses a belt conveyor roller parameterized design control system, which comprises a parameterized window input module, a two-dimensional drawing generation module, a three-dimensional model generation module, a finite element simulation checking module and an outsourced part standard part database module. The system can realize the functions of belt conveyor roller design calculation, strength checking, two-dimensional / three-dimensional parameterized modeling, finite element analysis, three-dimensional drawing and finite element analysis result output, and has great significance in realizing the storage, processing, management and sharing of engineering data of the structure, accelerating the design speed, shortening the product production cycle, reducing the design and production cost, improving the product reliability and dynamic simulation simulation.

The application relates to the technical field of electric correlation parameter measurement, and provides a booster station high-voltage equipment temperature field online monitoring method and system. The method comprises the following steps: investigating high-voltage power supply equipment in a booster station, and determining the installation positions of multiple sets of infrared dual-view thermal imaging devices; starting the multiple sets of infrared dual-view thermal imaging devices, synchronously collecting visible light images and infrared thermal images of the high-voltage power supply equipment in respective monitoring areas, fusing and displaying the infrared thermal images and the visible light images in the same field of view to obtain dual-view images; acquiring key point temperature values and temperature field distributions of the high-voltage power supply equipment in the respective monitoring areas in real time and online through the infrared dual-view thermal imaging devices, monitoring the collection areas corresponding to the temperature field distributions in real time, tracking and displaying the highest temperature value, the lowest temperature value and the average temperature value in the collection areas, and realizing online and real-time monitoring of the temperature field of the high-voltage equipment in the booster station.

The application discloses a kind of installation devices of photovoltaic module, including main frame, traction power unit and handling unit, main frame includes gantry walking frame and component mounting unit, gantry walking frame can cross the two sides of photovoltaic matrix unit and walk, component mounting unit is used to carry photovoltaic module;Traction power unit is movably connected with gantry walking frame and can be locked;Handling unit is used to grab and carry photovoltaic module carried by component mounting unit;And when traction power unit is in the locked state, traction power unit can drive gantry walking frame to walk;When traction power unit is in the active state, traction power unit can drive handling unit to walk in gantry walking frame.In the installation device, the artificial workload can be greatly reduced, the precision requirement of equipment is greatly reduced, and there is no need to configure RV\harmonic and other precision components, which helps to improve the positioning effect during installation.

This invention provides a method for cleaning liquid tanks based on region division, comprising the following steps: dividing cleaning areas in a 3D design platform based on construction procedures and contamination attributes; establishing corresponding cleaning standards for each cleaning area and associating them; performing cleaning and recording process data; and generating digital archives based on the recorded data. This method enables refined and efficient management of cleaning work, providing initial baseline data for the operation, inspection, and maintenance of ship liquid tanks.

The utility model relates to a double ink duct pay-off device for large space construction, it includes ink duct box and water absorption sponge, the ink duct box whole presents oval, both ends are set up as conical, just the ink duct box is divided into two detachable parts of upper and lower, namely ink duct cover and ink duct groove body, the inside of ink duct groove body is provided with the clamping groove, water absorption sponge fills in the ink duct groove body, the water absorption sponge is provided with the vacancy site that matches with the space of clamping groove and ink duct line, and the ink duct line penetrates water absorption sponge and both ends respectively from the both ends of ink duct box stretches out, the utility model discloses through the unique double ink duct design, has realized the automatic take -up and dip of ink duct line and dip ink function, has improved pay-off efficiency greatly.