65results about How to "Does not affect operation" patented technology

The utility model discloses a kind of polysilicon hydrogenation device silicon powder high-efficiency recovery system, including fluidized bed reactor, further including inner cyclone separator, double cyclone separator, metal filter and silicon powder collecting tank;Multiple inner cyclone separators are fixedly arranged in the top inside fluidized bed reactor by fixed support;The air outlet of multiple inner cyclone separators is communicated with the air inlet of gas collector, and the air outlet of gas collector is communicated with the reaction gas outlet in the top of fluidized bed reactor;The reaction gas outlet of fluidized bed reactor is communicated with the air inlet of double cyclone separator by pipeline, and the air outlet of double cyclone separator is communicated with the air inlet of metal filter by pipeline.The advantage is that: by three-stage gradient separation, silicon powder recovery efficiency is greatly improved;Silicon powder separated by double cyclone separator can be returned to fluidized bed reactor dense phase region through return chute pipe, realize raw material recycling, reduce silicon powder waste.

This utility model discloses a zero-discharge wastewater system for the tire industry, relating to the field of water treatment technology. The technical solution includes a first water treatment unit, a primary reverse osmosis unit, a primary reverse osmosis concentration unit, and a secondary reverse osmosis system for deep treatment. The first water treatment unit includes a raw water tank, a self-cleaning filter, an ultrafiltration system, and an ultrafiltration permeate buffer tank connected in sequence. The secondary reverse osmosis system for deep treatment treats the concentrated water from the second concentrated water tank using secondary reverse osmosis. By setting up a primary reverse osmosis unit, a primary reverse osmosis concentration unit, and a secondary reverse osmosis system for deep treatment, this application achieves high water utilization and low energy consumption requirements for the tire industry by treating the concentrated water from the second concentrated water tank using secondary reverse osmosis.

The application is particularly applied to a security risk dynamic evaluation and early warning system for information integrated monitoring, relates to the technical field of information security and industrial internet monitoring, and comprises a disaster energy capture and transient conversion module, a threshold triggering module, a terminal signal generation and emission module and a gradient heat insulation and anti-destroying protection module.In the application, the plug-in protocol adaptation and space-time synchronization alignment technology can access monitoring data and business system data of multiple types and multiple protocols without distinction, break the information barrier between different systems, provide a comprehensive, accurate and space-time unified data basis for risk evaluation, avoid risk omissions caused by one-sided data, and at the same time, build a hierarchical dynamic risk evaluation system, realize accurate quantification of risks and evolution trend prediction through adaptive weight adjustment and risk dynamic deduction.

The invention relates to the technical field of drawing recognition, and particularly discloses a CAD drawing intelligent recognition method which comprises the steps of drawing preprocessing, primary scheme drawing recognition, character recognition, character content standardization, table structure recognition and image-text alignment and output. Deformation, block shielding and multi-layer table recognition are realized through a multi-vertical-domain special small model, and text information standardization is completed in combination with a vertical domain large model subjected to electrical knowledge fine adjustment and an updatable AI knowledge base. An assembly line framework is adopted, independent deployment and flexible expansion of a multi-product line model are supported, and the newly-added model does not affect an existing system. The whole recognition error rate is reduced, unified specification of multi-source drawings is achieved, seamless joint of recognition results and an enterprise production system is guaranteed, and services can be provided for the outside through an API interface.

This utility model discloses a temperature and humidity control warehouse for storing premium soybeans, including a chassis, a placement compartment, and a temperature and humidity control mechanism. The outer compartment of the placement compartment is inserted into the chassis, and the top of the reinforcing frame on its inner wall is equipped with hooks, allowing for overall loading and unloading via hoisting equipment. The perforated panels inside the placement frame are used to stack bagged premium soybeans. The temperature and humidity control mechanism includes a humidification ring pipe and a heat dissipation cover. The humidification ring pipe supplies water through an inlet pipe, and nozzles spray humidification. A fan inside the heat dissipation cover works with a ventilation filter to create air circulation, maintaining stable temperature and humidity within the warehouse. This warehouse achieves rapid loading and unloading of large quantities of premium soybeans through mechanized hoisting, improving loading and unloading efficiency, reducing labor costs, and ensuring a constant temperature and humidity environment within the warehouse, reducing the impact of temperature and humidity fluctuations on the quality of the premium soybeans. It is suitable for storing premium soybeans.

This utility model relates to the field of emergency batteries and discloses a module structure for an integrated control system, comprising: a module housing with an opening at the top and a cell assembly inside; a cell assembly including multiple vertically placed and fixed cells, each cell including a cell tab; a module cover installed at the opening of the module housing, with an insulating post fixed to the top, and a positive / negative electrode lead-out pin fixed to the end of the insulating post away from the module cover; the positive / negative electrode lead-out pin including a tab busbar located in the middle, with a voltage and temperature acquisition plate on the top of the positive / negative electrode lead-out pin for conducting electricity and fixing the tab busbar integrated inside itself, and several tab busbar units corresponding to the cell tabs fixed at the bottom of the tab busbar; in this utility model, through internal integrated design, external interfaces are effectively reduced, space utilization is optimized, the assembly process is simplified, manufacturing costs are reduced, and maintainability is improved.

The utility model discloses a button cell mounting structure of disposable dental handpiece, including handle, machine head, handle both ends are operating end and connecting end respectively, operating end is equipped with illuminating lamp, handle is inlayed and is equipped with battery compartment, battery compartment is equipped with the lid, the outer surface of lid and the outer peripheral wall of handle are smooth transition, battery compartment is equipped with button cell, battery compartment is equipped with the mouth, the mouth is long strip, the conductive sheet of battery compartment is electrically connected with illuminating lamp, machine head is connected with operating end. Button cell meets the manufacturing cost of disposable dental handpiece, compared with traditional button cell mounting mode, the button cell of the application is inlaid in handle, does not affect the original size of handle, is favorable to the operation of doctor. Secondly, the structure still does not affect the overall shape and appearance of handle, is favorable to improving the aesthetic property.

This utility model provides an immersion thermal management system, comprising: a working chamber for housing a heating element; a cooling unit array located within the working chamber, the cooling unit array comprising multiple cooling units arranged at intervals, each cooling unit containing a flowing cooling liquid, the heating element being located between adjacent cooling units; a first heat exchanger connected to the cooling unit array via a liquid pipeline for cooling the cooling liquid; and a gas source connected to the working chamber via a gas pipeline for supplying a high thermal conductivity gas to the working chamber, the heating element being immersed in the high thermal conductivity gas, the high thermal conductivity gas flowing within the working chamber, transferring the heat generated by the heating element to the cooling units, thereby cooling the heating element.

The application discloses an electric cleaning brush, which comprises a brush handle assembly, a rotating assembly and a brush head assembly. The brush head assembly is provided with a driving motor and a transmission assembly. The driving motor drives a first brush disc and a second brush disc to rotate through a gear and a belt transmission structure respectively. The rotating directions of the first brush disc and the second brush disc are opposite, which effectively offsets the rotating unbalanced moment, improves the cleaning stability and the cleaning efficiency.

The application relates to the technical field of computer vision, in particular to a gesture recognition rotation locking method and device, equipment and a storage medium, wherein the method comprises the following steps: acquiring a hand video; extracting key points of each frame of the hand in the hand video to obtain hand 2D key points; projecting the hand 2D key points into a 3D space again to calculate hand 3D key points; calculating the rotation amount of each finger joint and the rotation amount of a wrist according to the hand 3D key points; judging whether the wrist of the current frame is in a rotating position according to the rotation amount of the wrist; if the wrist of the current frame is in the rotating position, acquiring the rotation amount of the finger joint of a historical frame to lock the finger joint; and applying the rotation amount of the wrist and the rotation amount of the finger joint of the historical frame to a template hand to obtain a virtual hand. The method can solve the technical problem that the prior art cannot accurately identify hand key points when the hand is seriously occluded.

The utility model discloses a deep sea polymetallic nodule mining relay platform with bins, which is connected with a mother ship through a cable and comprises a platform base, a plurality of independently arranged bin limiting grooves, a clutch mechanism, conveying branch pipes corresponding to the bin limiting grooves, a platform beacon and a propeller. The propeller enables the relay platform and the mining vehicle to move synchronously; a pipeline switching assembly is arranged on the relay platform, one end of the conveying main pipe is connected with a mineral aggregate outlet of the mining vehicle, and the other end is communicated with the pipeline switching assembly; the conveying branch pipes selectively communicate with the conveying main pipe through the pipeline switching assembly. A clutch mechanism is arranged on the stock bin, the clutch mechanism comprises a rotatable clamping plate, and mechanical locking or separation of the stock bin and the limiting groove is achieved through hydraulic driving; each stock bin is provided with an independent buoyancy adjusting assembly and a self-propelling device; the mining vehicle is dynamically connected with the different stock bin conveying branch pipes through the short-distance conveying main pipe, and a multi-stock-bin parallel filling operation mode is formed.

The utility model relates to the technical field of train equipment, and particularly discloses an air purification structure and a ceiling lamp with the air purification structure, the air purification structure comprises a lamp body mechanism, a filtering mechanism assembled in the lamp body mechanism, and an air blowing mechanism assembled on the lamp body mechanism; the lamp body mechanism comprises a shell, a filtering chamber and a purifying chamber are formed in the shell, a mounting groove is formed in the bottom of the shell, a lamp bead disc is fixedly mounted in the mounting groove, and a lampshade is connected to the bottom of the mounting groove in a clamped mode; the filtering mechanism comprises a filtering box which is installed in the filtering chamber in a threaded mode, and a filtering element is placed in the filtering box; in the filtering process, airflow can be guided to the position of the lampshade, mosquitoes gathered at the position of the lampshade can be conveniently blown away, the situation that the mosquitoes are sucked into the filtering mechanism to cause blockage is avoided, the air purification function is prevented from being affected, and more convenience is brought to use.

This invention discloses an overvoltage protection circuit and multi-stage bypass method for an MMC power module. The circuit includes a bypass switch connected in parallel across the MMC power module. When the capacitor voltage of the MMC power module exceeds a set safety value, the bypass switch closes, bypassing the MMC power module. A thyristor is also connected in parallel across the MMC power module. When the thyristor breaks down due to overvoltage, a reliable short-circuit path is formed, bypassing the MMC power module and stopping the capacitor charging. The breakdown voltage of the thyristor is greater than the set safety value but less than the rated voltage of the IGBT in the MMC power module. This invention, through the double protection of the bypass switch and thyristor, ensures that the IGBT of the power module is not uncontrolled. When the power module is continuously charged, it is reliably bypassed, preventing the IGBT and capacitor from exploding, thus not affecting other power modules and the continued operation of the MMC converter valve flexible DC system, thereby improving system reliability.

The utility model discloses a solar tracking dolly based on composite transmission, comprising a dolly body and a dolly housing, the dolly housing is provided with a solar panel, when the dolly is under the condition of sufficient illumination, the solar panel converts light energy into electric energy and stores the electric energy in a capacitor bank; after being electrified, the trolley starts from the departure position determined by the positioning tail wing and runs according to a specified route, a motor is arranged in the trolley body, and a transmission structure is further installed in the trolley body. The transmission structure comprises a fixed shaft mounted on the lower surface of the vehicle body, a driven shaft mounted in the vehicle body, a one-way bearing mounted on the driven shaft, a gear transmission mechanism between a motor output shaft and the driven shaft, and a belt wheel transmission mechanism between the driven shaft and the fixed shaft; gear transmission, belt wheel transmission and cam transmission are combined together, the cam is directly driven by the first driven flange synchronizing wheel on the driven shaft, the left wheel is completely driven by means of inertia, the energy utilization rate of the trolley is further increased, and the continuous operation time of the trolley is further prolonged.

The utility model relates to the technical field of bird repelling equipment, and particularly discloses a photovoltaic panel bird repelling device which comprises a bottom frame and a supporting rod. Infrared sensors are fixed to the two sides of the inner wall of the mounting box respectively, two shielding plates are fixed to one side of the mounting box, a sound simulator is fixed to one side of the mounting box and located between the shielding plates, and a rotating motor is fixed to the interior of the bottom frame; the output end of the rotating motor is fixedly connected with the bottom of the supporting rod, surrounding birds are detected through the infrared sensor, when the birds appear, different sounds are made through the sound simulator, then the birds can be effectively repelled, and by adjusting the position of the mounting rod at multiple angles, the birds can be effectively repelled. According to the device, whether birds exist or not can be detected more comprehensively, the repelling range is expanded, the device can be moved to the position above a photovoltaic panel to adapt to the photovoltaic panels of different heights, flexibility is improved, and the bird repelling effect is also improved.

This application discloses a data center cooling system, belonging to the field of data center cooling systems. The system includes rack units, each with interconnected rack units on its sides and back, housed within a sealed server room. A cooling airflow layer is located at the top of the sealed server room. This data center cooling system features a modular design for the rack units, but adjacent racks share a heat-conducting plate. Heat is transferred to the cooling airflow layer via heat pipe phase change principle and dissipated by variable frequency fans, forming an overall cooling capacity. Simultaneously, each rack unit has an independent cooling system with copper pipe cooling plates, a circulating pump, and a heat exchanger. Temperature changes are monitored online by temperature sensors within each rack to evaluate the effectiveness of the overall cooling architecture. Cooling compensation is then implemented through the independent cooling architecture, effectively saving energy and facilitating targeted maintenance without affecting overall operation.

The invention discloses a low-invasion tunnel forced centering support and a mounting method thereof, and belongs to the technical field of tunnel safety monitoring, the low-invasion tunnel forced centering support comprises two right-angle connecting plates, two supporting rods, a top plate and a forced centering base, and each right-angle connecting plate is composed of a first vertical plate and a second vertical plate which are perpendicular to each other; when the device is installed at the vertical corner of the side wall of the vehicle avoiding hole and the side wall of the main hole, the first vertical plate is attached to the side wall of the main hole, one part of the second vertical plate is attached to the side wall of the vehicle avoiding hole, and the other part of the second vertical plate extends out of the side wall of the main hole. A second vertical plate of the right-angle connecting plate above is horizontally connected with a top plate, part of the top plate is located in the vehicle avoiding hole, part of the top plate protrudes out of the side wall of the main hole, and a forced centering base is installed on the top plate and used for installing a measuring instrument and automatically monitoring a plurality of tunnel sections in front and back areas of a corner; the two supporting rods are arranged between the two sides of the top plate and the right-angle connecting plates below the top plate and used for improving the bending resistance and vibration resistance of the top plate, and the stability of the forced centering support is guaranteed.

The utility model relates to a turnout position redundancy acquisition device, which comprises a power supply unit (PSU), a point switch automatic shutter and a communication unit (CU), the power supply unit (PSU) is connected with the point switch automatic shutter, and the communication unit (CU) is respectively connected with vehicle-mounted equipment, a trackside resource manager, a trackside electronic unit and existing turnout acquisition equipment. The redundancy collection device further comprises a trackside intelligent target controller (TIOC) connected with the communication unit (CU), the switch machine automatic opening and closing device comprises four groups of nodes, three groups of nodes are connected with existing turnout collection equipment, the rest group of nodes are connected with the trackside intelligent target controller (TIOC), and therefore redundancy collection of the turnout position of the trackside signal equipment is achieved. Compared with the prior art, the system has the advantages that the influence of state acquisition faults of the switch machine is reduced, the operation efficiency and safety of the whole rail transit network are improved, and the like.

The utility model discloses a secondary voltage withstanding tester for high-voltage power equipment, which is used for secondary voltage withstanding test. The ceramic shell is of a box body structure with a top opening, and the top opening of the ceramic shell extends towards the side face of the ceramic shell to form a notch; the support assembly is rotationally arranged on the side, away from the opening, of the ceramic shell, the support assembly comprises a rotary disc connected with the ceramic shell and a mounting disc arranged on the side, away from the ceramic shell, of the rotary disc, and a plurality of support units annularly and evenly arranged in the circumferential direction of the mounting disc at intervals are arranged on the side, away from the rotary disc, of the mounting disc; through the arrangement of the ceramic shell, an enough insulation effect can be provided without influencing personnel operation, and through the arrangement of the support assembly, the device can be effectively arranged outdoors or indoors needing to be installed.

The application provides a water distribution lane structure of a mine underground drainage pump house, belongs to the technical field of mine underground drainage, and is characterized in that: a first water distribution well and a second water distribution well which are independently arranged are respectively connected with a water sump and a water distribution lane, and a shared intermediate water distribution lane is further connected between the first water distribution well and the second water distribution well; each water distribution lane is respectively connected with a water suction well, and at least one water distribution gate valve is arranged at the connection between the first water distribution well, the second water distribution well, the water sump and the intermediate water distribution lane; the application can ensure the operation of the mine underground drainage system when any water sump is cleaned under normal water inflow, can facilitate cleaning and reduce the labor intensity of workers, and can reduce the engineering quantity.

This invention discloses an integrated aerospace service system for planning and processing, belonging to the field of civilian satellite observation and services. The system includes a mission coordination and integrated management subsystem, a space information management subsystem, and an information comprehensive analysis subsystem. The system is designed and implemented using a "system + service" approach, effectively achieving system iteration, stability, and resilience. The system fully utilizes multi-satellite joint mission planning algorithms and remote sensing image intelligent analysis algorithms, enabling integrated planning and processing services. This invention effectively solves the problems of slow response speed, incomplete response chains, and poor service product quality when facing major events.

A sulfur dioxide multi-stage circulating absorption device belongs to the technical field of flue gas desulfurization and manganese resource recovery equipment, and comprises more than three groups of treatment unit modules which are connected in series, the treatment unit module comprises an absorption tower and a storage kettle, an air inlet is formed in the side wall of the lower portion of the absorption tower, an air outlet is formed in the top of the absorption tower, the absorption tower is further provided with a tower slurry inlet and a tower slurry outlet, the storage kettle is provided with a kettle slurry inlet, a kettle slurry outlet and a slurry discharge port, the tower slurry outlet is communicated with the kettle slurry inlet, and the kettle slurry outlet is communicated with the tower slurry inlet through a slurry inlet pipe. The slurry inlet pipe is provided with a circulating pump, and the storage kettle is provided with a stirring system; and the air outlet of the previous treatment unit module is communicated with the air inlet of the next treatment unit module. Each absorption tower is provided with a completely independent ore pulp circulating system, ore pulp can be fully stirred in the storage kettle, deposition and hardening of solid particles at the bottoms of the absorption towers or in pipelines are avoided, the device is particularly suitable for treating ore pulp containing solid substances such as manganese dioxide, and long-period continuous and stable operation of the device is guaranteed.

The utility model provides a power plant building construction dewatering structure which comprises a coil pipe, an aluminum pipe is vertically arranged in the middle of the interior of the coil pipe, an upper layer filter plate is arranged on the aluminum pipe in a penetrating mode, and the bottom of the aluminum pipe is fixedly connected with a sludge collecting net cylinder through a fixing plate. According to the utility model, the lower-layer filter screen plate, the outer peripheral wall of the sludge collecting net cylinder and the inner peripheral wall of the ring cylinder are arranged to be of a clearance fit structure, so that the lower-layer filter screen plate and the sludge collecting net cylinder can be smoothly lifted up along with the aluminum pipe and then separated from the ring cylinder, and the sewage cleaning is more convenient; a sealing ring with an expansion function is arranged in a gap formed among the lower-layer filter screen plate, the sludge collecting net cylinder and the inner circumferential wall of the ring cylinder, so that filtering leakage can be effectively avoided, and meanwhile, the sealing ring has a contraction function, so that the operation of separating the lower-layer filter screen plate and the sludge collecting net cylinder from the ring cylinder is not influenced; compared with the prior art, the cleaning device has the advantage that dirt in the ring cylinder can be cleaned more conveniently and quickly.

The utility model provides a stroke guiding tire mold limiting structure which comprises a limiting convex block arranged on an upper cover, the limiting convex block is clamped in a sliding groove in the inner side of a middle sleeve at the bottom of an upper heating plate of a vulcanizing machine in a sliding mode, an installation frame is arranged on the upper cover, a lead screw is arranged on the installation frame, and the top of the lead screw penetrates through a hole in the upper heating plate of the vulcanizing machine and extends out. A rotary knob is arranged on the lead screw, the lead screw is further sleeved with a check ring in a sliding mode, and a buffering piece is arranged between the check ring and the rotary knob. The limiting structure can buffer and absorb energy for movement of the upper hot plate of the vulcanizing machine through the buffer piece, and the limiting convex block is prevented from directly impacting the inner side of the sliding groove, so that part displacement or looseness caused by complete transmission of impact force to the whole mold during mold opening is effectively prevented, meanwhile, the operation of the mold and the function of the original limiting structure are not influenced, and the service life of the mold is prolonged. And the maintenance and adjustment frequency of each part is reduced.

The application provides a kind of lumped module unit.The lumped module unit includes: master control module, multiple units, multiple power supply modules and bus.Master control module is connected with multiple units simultaneously through bus, and multiple units are connected through bus.Multiple power supply modules include main power supply board for powering master control module and multiple auxiliary power supply boards for powering multiple units respectively.The application controls all units by single master control module, reduces the number of controllers and reduces hardware cost.At the same time, multiple power supply modules power master control module and each unit separately, and any unit failure does not affect the overall operation, avoiding the need for each sub-machine to be equipped with a controller in the traditional master-slave architecture, achieving modular control at a lower cost, and significantly improving overall operating efficiency.

This invention provides a method and system for controlling railway regenerative braking energy and new energy access based on maximum demand optimization. The method includes: monitoring the real-time power output from the grid on the high-voltage side of the traction substation and the power output from the traction bus on the low-voltage side, and calculating the average power output within a preset rolling time window; determining historical load data, regenerative braking energy data, and configuration parameters of the energy storage system for the traction substation; determining a discharge power threshold based on a preset maximum demand reduction value; comparing the average power output with the discharge power threshold; determining a discharge control command when the average power output reaches or exceeds the discharge power threshold; and executing the discharge control command to control the energy storage system to release the stored regenerative braking energy and / or the accessed new energy power. This invention enables efficient synergistic utilization of regenerative braking energy and new energy sources, significantly reducing railway operating electricity costs while improving system reliability.

This application relates to a catalytic cracking coke generator, a regeneration system, and a regeneration method. The coke generator, from bottom to top, includes a pre-lifting zone, a reaction zone (either a bubbling fluidized bed or a turbulent fluidized bed), and an outlet zone. The pre-lifting zone is connected to the bottom of the reaction zone and the regenerator, while the top of the reaction zone is connected to the outlet zone. At least one fuel oil inlet is provided at the outlet of the pre-lifting zone or at the bottom of the reaction zone. When the coke generator and system of this application are used in fluidized catalytic cracking reactions with high reaction heat, a coke source can be provided from the reaction system to the regenerator, solving the reaction heat balance problem without affecting the regeneration process and without damaging the physical and chemical properties of the catalyst.

The application discloses a pipeline electric heat tracing device based on heat work compensation and belongs to the technical field of electric heat tracing devices. The pipeline electric heat tracing device comprises a reinforcing shell, a pipe laying device, a wire feeding device, a wire collecting device, a skin effect cable and a driving device. The heat tracing mode of the application is to break the core of each heat tracing steel pipe, and the heat tracing steel pipes are independent of each other. The automatic arrangement of the heat tracing steel pipes and the skin effect cable is realized by the pipe laying device, so that the heating of the surrounding of the pipeline is more uniform. When special-shaped equipment such as a filter and a valve appears in the pipeline, the skin effect cable is lengthened by the cooperation of the wire collecting device and the wire feeding device, and is freely wound on the special-shaped equipment, so that the problem that the special-shaped equipment is difficult to heat is overcome. The whole pipe laying device and the reinforcing shell are designed to be detachable, each pipe laying device is disconnected for replacement of the heat tracing steel pipe, and even if the heat tracing steel pipe has a cavity, subsequent dismounting or cutting of the heat tracing steel pipe does not affect the operation of the whole heat tracing loop.