25 results about "Electromagnetic flow" patented technology

This invention discloses a top-sealed water flow rate testing device for a water-cooled magnet coil, comprising a container assembly and a water-blocking assembly. The water-blocking assembly, used to block the coil under test, is disposed inside the container assembly, dividing the interior of the container assembly into a high-pressure water zone and a low-pressure water zone. The container assembly is provided with an inlet and an outlet, the inlet communicating with the high-pressure water zone and the outlet communicating with the low-pressure water zone. The water-blocking assembly includes a sealing cap and a sealing ring. The sealing cap is disposed on top of the central through-hole of the coil under test, and the outer side of the sealing ring is sealed to the inner wall of the container assembly, while the inner side is sealed to the coil under test. The advantage of this invention is that, through the setting of the water-blocking assembly, the inlet is connected to an external cooling water supply system. The flow rate entering the high-pressure water zone from the inlet can be measured by measuring the water flow rate entering the inlet using an electromagnetic flow meter, thereby realizing the testing of the water flow rate of a single coil under test.

1. Name of the product in this design: Converter (integrated right angle). 2. Application of this design: This design is used for electromagnetic flow meters. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: a 3D model.

The application provides a continuous reforming uniform mixing feed experiment system and method of a coiled tube heat exchanger, wherein: a first distribution orifice plate, a second distribution orifice plate and an outlet tube plate are sequentially and horizontally detachably arranged from an inlet end to an outlet end of a mixing cavity, a center tube extends upward from the bottom of the mixing cavity to between the second distribution orifice plate and the outlet tube plate and is vertically detachably arranged; a nozzle section between the second distribution orifice plate and the outlet tube plate on the center tube is detachably provided with a spray head; a gas flow meter and a blower are arranged on a gas pipeline connected to the bottom of the mixing cavity; a water pump and an electromagnetic flow meter are arranged on a water pipeline connected between a water storage tank and the bottom of the mixing cavity; the outlet end of the mixing cavity is provided with a tapered outlet that is contracted, and the tapered outlet is connected to the water storage tank through an outer pipeline to form a circulating pipeline. The round hole spray head is replaced by a nozzle spray head, the atomization capacity of the liquid phase is improved, and the gas-liquid mixing effect of the gas-liquid mixing device in the downcomer tank is improved.

This invention relates to the field of hydrogeological exploration technology and discloses a method for accurately predicting aquifer inflow by integrating conventional and electromagnetic flow logging. The method includes the following steps: Step 1: Well logging data acquisition. Electromagnetic flow logging and conventional logging are performed simultaneously in the target exploration borehole to obtain static and dynamic flow response amplitude curves, apparent resistivity curves, natural gamma curves, and sonic transit time data. This method for accurately predicting aquifer inflow by integrating conventional and electromagnetic flow logging data constructs a key parameter system covering four dimensions: "water storage space - recharge power - water storage capacity - permeability resistance." It also utilizes the powerful nonlinear fitting capability of a generalized regression neural network (GRNN) to establish a prediction model, effectively overcoming the shortcomings of traditional theoretical formulas in adapting to complex geological conditions.

The present application belongs to the field of warmers, and particularly relates to an outdoor gas warmer. The outdoor gas warmer comprises, from bottom to top, a gas source storage box, a valve body assembly and a combustion assembly, which constitute a tower-shaped main body as a whole; the gas source storage box is of a box structure, the valve body assembly is internally provided with an electromagnetic flow valve, a multi-pass composite gas valve, an igniter and a burner; the electromagnetic flow valve is used for controlling the gas flow, the multi-pass composite gas valve controls the gas flow direction and guides the gas to the igniter; the igniter is used for ignition; the combustion assembly comprises a glass tube with a lower end cover arranged on the burner to close the burner, and is provided with a gas valve for supplying the combustion gas into the glass tube. The present application can effectively improve the gas utilization rate, simultaneously heats through two forms of heat radiation and contact heat transfer, reduces the energy invalid loss, improves the temperature rising rate, in addition, can visually estimate the flame height to estimate the gas residual amount, can realize continuous and uninterrupted combustion and gas supply, and the use effect is obviously improved.

This invention relates to the field of intelligent monitoring and control technology, specifically to a toilet water-saving monitoring method and system based on sensor networks. The method includes the following steps: using a high-frequency pressure sensor to collect pressure gradient data from the inlet pipe and micro-vibration signals from the ceramic body, combined with the turbidity values ​​of the water body read by a turbidity optical probe, constructing a comprehensive flushing load demand matrix, calculating the optimal valve opening duration, and driving an electromagnetic flow regulating valve to perform variable flow flushing. In this invention, an integrated sensor network captures instantaneous pressure fluctuations and minute flow velocity changes within the pipe network in real time. Time-series behavior feature analysis logic accurately identifies abnormal leakage signals during non-flushing periods and triggers blocking commands, solving the problem of hidden water loss. Simultaneously, based on the vibration spectrum and turbidity parameters during use, a multi-dimensional load assessment model is constructed, intelligently calculating and executing a pulsed water injection strategy precisely matched to the current excrement phase state, completely avoiding ineffective flushing waste caused by fixed-volume modes.

This invention discloses an electromagnetic breast milk flow meter with bioimpedance correction and its measurement method, belonging to the field of breastfeeding monitoring technology. It includes a wearable fixing module, a sealing adapter module, and a core flow detection module. The core flow detection module integrates a miniature electromagnetic flow sensor, a bioimpedance electrode, and a turbine calibration component within its metering sleeve, forming a multimodal sensing system. A spiral guide channel is provided within the fluid channel, which, in conjunction with an arc-shaped probe and flush installation, guides the milk through in a laminar flow state. This invention also discloses a measurement method that uses a 50kHz-100kHz signal emitted by the bioimpedance electrode to identify air bubbles and fat particles, corrects the electromagnetic flow data, and uses a turbine encoder for dynamic verification. This achieves high-precision multi-parameter fusion measurement of breast milk flow and features adaptive wearability, quick disassembly and cleaning, and over-range audible and visual alarm protection.

The utility model relates to the technical field of precision mould cooling, and disclose a kind of precision mould cooling device, including support block, firm crosspiece, lower mould and upper mould, the inside of support block is equipped with the installation cavity for storing coolant, sliding vertical pole is sealingly slidably installed in installation cavity, the top of sliding vertical pole passes through lower mould and is connected at the bottom of upper mould, water inlet pipe is fixedly installed on the left and right ends above the rear side inner wall of installation cavity respectively, the export end of two water inlet pipes is fixedly installed with micro circulating pump respectively, the other end of two micro circulating pumps is fixedly installed with electromagnetic flow regulating valve respectively, water outlet pipe is fixedly installed on the left and right ends below the rear side inner wall of installation cavity respectively, the export end of two water outlet pipes is fixedly installed with micro radiator respectively, extruding plate is fixedly installed on the bottom of sliding vertical pole, two water inlet pipes are all located above extruding plate, two water outlet pipes are all located below extruding plate.The utility model improves cooling effect.

This utility model relates to an adjustable-capacity wastewater treatment facility, belonging to the field of wastewater treatment technology. The adjustable-capacity wastewater treatment facility includes: a filter box with a storage tank installed on one side; an adjustment mechanism located at the bottom of the storage tank to adjust the wastewater treatment capacity; a weighing pan with multiple support blocks at the top to limit and support the storage tank, which weighs the wastewater entering the tank; and wastewater flowing into the filter box via a delivery pipe, an electromagnetic flow meter, and a connecting pipe due to its own inertia when the solenoid valve is opened. The electromagnetic flow meter detects the flow rate of the passing wastewater through electromagnetic induction. A support rod and a fixing plate fix the storage tank to one side of the filter box. This allows for adjustment of the wastewater treatment capacity, improving the effectiveness of the wastewater treatment facility.

This utility model discloses a pressure flow meter for monitoring the seal of a shield tail, belonging to the field of shield tail pressure monitoring. It includes a sealing grease pipeline and a shield electromagnetic flow pressure meter. The shield electromagnetic flow pressure meter includes a pressure gauge head installed at one end of the sealing grease pipeline, an electromagnetic sensor installed at the lower end of the pressure gauge head, mounting flanges on both sides of the electromagnetic sensor, a pressure gauge screen installed at one end of the pressure gauge head, and a power interface and a signal interface installed on both sides of the pressure gauge head. This utility model, through its shield electromagnetic flow pressure meter, can not only accurately and systematically judge earth pressure or slurry pressure, thereby improving the ease of use of the pressure flow meter, but also, through the cooperation of the above structures, can accurately monitor and visualize the grease pressure and flow rate in the shield tail grease chamber in real time, thus significantly enhancing the practicality of the pressure flow meter.

This utility model discloses a grinding fluid circulation and filtration device, comprising two identical pump sets, a noise reduction component, a conveying component, and a filtration component. The noise reduction component is mounted on the pump sets, the conveying component connects the two pump sets, and the filtration component is mounted on the conveying component. The pump sets include a base and pump bodies (main and auxiliary pump bodies). The noise reduction component has a hinged soundproof cover, which is a double-layer steel plate structure (filled with sound-absorbing material) and has heat dissipation holes with inclined blades. The conveying component includes a main pipe A, a branch pipe A, a main pipe B, and a branch pipe B. A monitoring component containing an electromagnetic flow meter, a pressure sensor, and valve B is mounted on branch pipe B. This device improves reliability through parallel operation of the two pump sets, provides sound insulation and heat dissipation through the noise reduction component, and offers efficient filtration and easy drainage through the filtration component. Combined with the monitoring and control component, it achieves precise flow and pressure regulation, making it suitable for circulating and filtering grinding fluid in internal gear grinding.

The present invention relates to the provision of an electromagnetic flux control element that has a function for suppressing the reflection of electromagnetic waves and is easily manufactured by injection molding. An electromagnetic flux control element according to the present invention comprises: a first region for attracting electromagnetic waves or for radiating the electromagnetic waves propagating within it outwards from the electromagnetic flux control element; a second region for radiating the electromagnetic waves attracting the first region outwards or for attracting electromagnetic waves thereon; ribs arranged in at least one of the first region and the second region; and a sprue or gate mark arranged on a side face of the electromagnetic flux control element.Each rib extends in one direction along the direction of material flow from the sprue.

The application discloses an oxygen inhalation device with blood oxygen saturation monitoring and relates to the field of oxygen inhalation devices.The oxygen inhalation device comprises an oxygen inhalation mechanism, the oxygen inhalation mechanism comprises a humidification bottle, one end of the humidification bottle is fixedly connected with a tee joint, two ends of the tee joint are fixedly connected with an air inlet pipe and an air outlet pipe respectively, the top of the tee joint is fixedly connected with a flowmeter, and the oxygen inhalation device collects data through a blood oxygen indicator clamp, transmits the data to a communication control module through a signal line, and then drives an electromagnetic flow control valve to automatically adjust the oxygen flow, thereby replacing manual operation to eliminate hysteresis, prevent hypoxia or waste, and solve the problem of unstable connection, that is, first operating a fastening mechanism to make a suction cup higher than a shell, then pushing the suction cup to rise and tightly adhere to the bottom of an oxygen terminal of a wall by using a height adjusting mechanism, and finally ensuring balance by virtue of vertical adsorption force and gravity optimization, and eradicating the hidden danger that a traditional plug-in connection is easy to fall off.

This invention relates to a pure hydrogen gas stove with precise control of the hydrogen-air premixing ratio. It includes an electronically controlled pressure regulating valve, a fan, an expansion bladder, a pressure chamber, a constant pressure valve, an electromagnetic flow valve, a check valve, a gas turbulence device, a gas mixer, a gas mixing layer, a flow stabilizing chamber, a backfire prevention support layer, a gas preheating layer, a pre-combustion layer, an ignition surface, and a combustion radiation layer. Through the combined action of the electronically controlled pressure regulating valve, the expansion bladder, and the constant pressure valve under controller monitoring, the gas is kept at a constant pressure and introduced into the pipeline in a predetermined ratio, thus precisely controlling the hydrogen-air mixing ratio. Air then enters the mixer via the gas turbulence device and undergoes preliminary mixing with hydrogen before entering the stove body in a turbulent flow. The gas mixture layer, with its gradual design, fully mixes the gas before reaching the combustion layer. A fuzzy control algorithm is used to achieve real-time and precise control of the adjustment range of the electronically controlled valve and the fan, avoiding imbalances in the gas premixing ratio caused by valve and fan speed adjustments.

Disclosed is an insert-type electromagnetic flow sensor. The flow sensor includes an insert (12), first and second electrodes (44, 45) supported on opposite sides of the insert, and a drive coil (63) housed within the insert. The drive coil is misaligned with the midpoint (62) between the first and second electrodes, and / or the width of the drive coil between the first and second opposite sides at least partially overlaps with the corresponding interiors of the first and second electrodes. The drive coil includes at least five turns.

The present application relates to the technical field of handling equipment, and particularly relates to an intelligent logistics cargo handling equipment, which comprises an AGV trolley and further comprises: a box frame; a pushing slide and a lifting slide, which are uniformly driven by an electric drive mechanism arranged in the box frame; a carrying box body, which is uniformly provided with an inclined storage channel inside, and the inner wall of the discharge end of the inclined storage channel is provided with a self-adaptive discharge mechanism. Thus, the present application realizes automatic transfer of materials across the conveying belt in the whole process, greatly reduces the dependence on manual work and cost, and improves the transfer efficiency. Through the collaborative design of the electromagnetic flow guide plate, the elastic buffer, the roller and the negative pressure adsorption hole, the material posture is accurately corrected, the bump damage is reduced, the material is regularly arranged, the self-adaptive discharge mechanism is linked with the lifting action, the materials are orderly discharged in layers, the structure is simple and reliable, is suitable for various materials and sites, is convenient to maintain, and effectively solves the pain points of low efficiency and poor stability in the traditional way.

The application is suitable for the cross technical field of electrochemical energy storage and electromagnetic fluid mechanics, and discloses a method, system, device and medium for strengthening mass transfer of liquid metal batteries based on an external magnetic field of a permanent magnet, the method comprising: constructing a model of a liquid metal battery and externally arranging a permanent magnet on the model; obtaining a discharge current by discharging the liquid metal battery, and interacting the discharge current with an external magnetic field generated by the permanent magnet in a positive electrode region to obtain a Lorentz force in an azimuthal direction; generating Joule heat through the discharge current, performing iterative calculation of a fluid heat transfer physical field to obtain a converged temperature distribution, forming thermal-driven flow, and coupling vortex flow driven by the Lorentz force to calculate a flow velocity containing a rotating vortex flow characteristic; and based on the converged flow velocity, using a rare substance transfer physical field to strengthen the mass transfer process in the positive electrode region. The application effectively relieves the accumulation of negative electrode metal ions at the interface by externally arranging the permanent magnet, and improves the discharge performance of the battery.

The utility model discloses a kind of liquid culture medium filling is prevented from spilling equipment, including filling head and the electromagnetic flow valve of fixed installation at the top of filling head, the outside of filling head is provided with anti-overflow component, the inside of filling head is provided with anti-overflow component;Anti-overflow component is used to prevent overflow to the bottle mouth of liquid culture medium, anti-overflow component is used to prevent overflow to the liquid outlet of filling head, anti-overflow component includes fixed ring, the surface of fixed ring and filling head is fixedly connected, the bottom of fixed ring is fixedly connected with left and right two sliding sleeves, the utility model relates to liquid culture medium filling technical field.The liquid culture medium filling is prevented from spilling equipment when filling, the bottle mouth of culture medium is capped by cover plate in anti-overflow component, to prevent the problem of spilling from occurring, the degree of compaction of cap is adjusted by adjusting bolt simultaneously, to avoid the situation of being too tight or too loose from occurring.

The utility model discloses a transfer device for electromagnetic flowmeter relates to electromagnetic flowmeter technical field, including fixed establishment, fixed establishment is provided with several, several fixed establishment includes antiskid board, fixed plate and connecting component, antiskid board is provided with two, two antiskid board is close to the side of electromagnetic flowmeter with electromagnetic flowmeter outer surface is mutual adhesion, fixed plate is provided with two, two fixed plate is close to the side fixed connection in antiskid board outer surface, connecting component sets up in fixed plate outer surface. The utility model discloses through setting up fixed establishment, solved because the device lacks the location fixing of electromagnetic flowmeter, when the device moves to the road section of more jolting, and electromagnetic flowmeter produces violent shaking, collision because of losing the location constraint, thereby causes the damage of electromagnetic flowmeter's problem.

This application relates to the field of flow measurement technology, specifically to a flow measurement method for a non-full-pipe electromagnetic flowmeter. The method includes: acquiring laser pulse signals emitted by a laser level gauge in the non-full-pipe electromagnetic flowmeter and receiving echo signals; obtaining fluid velocity in real time through electrodes at preset heights on the inner wall of the pipe; acquiring initial matching echo signal points for each pulse signal point in the laser pulse signal, and acquiring the Reynolds number of the fluid in the pipe at the acquisition time of each pulse signal point; acquiring the disorder degree of each pulse signal point; acquiring the local disorder clustering degree of each pulse signal point and the correlation degree of each pulse signal point through the disorder degree distribution of preset nearest neighbor pulse signal points, and optimizing the disorder degree; screening mismatched pulse signal points and rematching them with echo signal points; and acquiring the fluid flow rate in the pipe. This application aims to improve the accuracy of flow measurement using a non-full-pipe electromagnetic flowmeter.

The application discloses a bullet-head-shaped pipe-inserted electromagnetic flow sensor, and belongs to the technical field of liquid flow measurement. The sensor comprises a bullet-head-shaped pipe, a magnetic circuit assembly and electrodes. The magnetic circuit assembly is composed of an I-shaped core and a cylindrical coil wound on the central column of the I-shaped core. The bullet-head-shaped pipe is a combined structure of a semi-elliptical body and a cylindrical body. The I-shaped core is fixed in the pipe by a high-molecular adhesive. The electrodes are fixed on the pipe wall and in the magnetic field range. The I-shaped core is formed by laminating silicon steel sheets or industrial pure iron. The cylindrical coil is optimized in terms of wire diameter, number of turns and other parameters and is excited by direct current. The electrodes are made of corrosion-resistant and wear-resistant materials and are fixed by screw connection. The application can generate a uniform and stable magnetic field, promote the smooth flow of fluid to reduce turbulence and vortex, has the advantages of high measurement precision, reliable structure, simple installation and maintenance, and can meet the requirements of high-precision flow measurement for production control and trade settlement.

This utility model belongs to the technical field of tea oil production and processing equipment, specifically disclosing a cooling device for tea oil production. The device includes a main body, with a motor fixedly connected to its upper surface. The output end of the motor is fixedly connected to a rotating shaft via a coupling. A hinge is fixedly connected to the outer surface of the rotating shaft, and a condenser tube is fitted onto the outer surface of the hinge. Both ends of the condenser tube are fixedly connected through the surface of the main body, and a first electromagnetic flow valve is fixedly connected to one end of the condenser tube. This utility model utilizes a feed pipe to inject tea oil requiring cooling into the condenser tube through the first electromagnetic flow valve. The motor is started, driving the rotating shaft to rotate, which in turn drives the hinge to rotate. The hinge stirs the tea oil entering the condenser tube, ensuring that the temperature of the tea oil remains consistent throughout the cooling process, preventing localized overheating or underheating that could affect the quality of the tea oil.

This invention relates to the field of e-commerce goods sorting technology, specifically to an e-commerce goods sorting device, including an L-shaped base plate. A weighing and conveying module is fixed to one side of the top of the L-shaped base plate. The weighing and conveying module includes a support plate fixedly connected to the L-shaped base plate. Conveying rollers are rotatably connected to both ends of one side of the support plate. A conveyor belt is driven between two of the conveying rollers. A grooved airbag is fixed to the outside of the conveyor belt. The grooved airbag is filled with water. Multiple hoses (first and second) are connected and fixed to one side of the grooved airbag. In this invention, by placing goods onto the water-filled grooved airbag, the water cushions the impact of the goods, protecting them. The water squeezed out of the grooved airbag flows from the overflow valve inside the hose to the water-receiving balloon. The weight of the goods is calculated based on the water flow rate measured by an electromagnetic flow meter, achieving both cushioning and indirect weighing of the goods.

1. Name of the product in this design: Electromagnetic flow meter dual-chamber housing. 2. Application of this design: Housing for an electromagnetic flow meter. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: 3D view 1.

This invention relates to the field of electromagnetic flow analysis technology, providing an electromagnetic flow testing method and system for robots. The method involves obtaining electromagnetic flow state description variables from the target electromagnetic flow test data by mining flow state indicators based on the target electromagnetic flow test data. Then, based on these variables, task discrimination is performed to obtain past injection task discrimination results and amplified injection task discrimination results. Based on these results, the target robot is controlled to perform automated injection processing. After accurately and comprehensively identifying the past and amplified injection task discrimination results of the target electromagnetic flow test data, the target robot can be controlled using these results to flexibly and adaptively achieve automated injection processing.