36results about How to "Increase capture rate" patented technology

The embodiment of the invention provides an atomization base, an aerosol generating device and an aerosol generating product, a mounting groove and an air inlet communicated with the mounting groove are formed in the atomization base, the mounting groove is used for containing at least one part of the aerosol generating product, and the aerosol generating product comprises a plurality of first air channels; the atomization base and the aerosol generating product move relatively, so that the air inlet communicates with part of the first air channels in the multiple first air channels. According to the atomization base, the trapping rate of aerosol can be improved.

The utility model belongs to the technical field of dust removal in the material transportation process, and particularly relates to a dust removal system of a car dumper chamber, which comprises dust collecting covers, a dust remover, a dust removal fan and a chimney, the dust collecting covers are sequentially connected with the dust remover, the dust removal fan and the chimney through pipelines, the dust collecting covers are arranged at multiple points, and a jet fan is arranged opposite to an opening of at least one dust collecting cover. And a blowing and suction combined working mode is formed. The dust collection device has the beneficial effects that the dust collection device can be used for comprehensively collecting a plurality of dust raising points of the car dumper chamber, so that the working operation environment of the car dumper chamber is obviously improved, the wind speed is adjusted by matching with the working state of the car dumper, and the energy consumption of a dust removal fan can be obviously reduced. The blowing and sucking combined working mode is adopted, the direction of dust is controlled through airflow, and the dust collecting rate is increased. The turning plates are arranged in the side-suction and bottom-suction trough dust catching covers to adjust the air speed of the side-suction ports, so that materials are prevented from being sucked into a dust removal system, and safe and reliable operation of equipment is guaranteed.

The invention discloses a novel drunk driving behavior early warning recognition method and system, and the method comprises the steps: building a red face database, carrying out the analysis and processing of a face image obtained on site, judging whether a detected target object is suspected of drunk driving or not, and transmitting an early warning signal if the detected target object is suspected of drunk driving; and if not, returning to continue to collect the on-site face image. According to the method, by means of the red face recognition algorithm and the face recognition algorithm based on the database, real-time drunk driving behavior recognition can be achieved, drinking behavior recognition within a period of time can also be achieved, and the blank that recognition is missed due to the fact that the red face passes too fast but the concentration of residual alcohol in the body is still high is filled. The method based on red face detection can obtain higher drunk driving behavior recognition accuracy, and the method effectively expands the time range of drunk driving behavior recognition in combination with a face recognition method based on a database.

The utility model relates to dust removal board technical field, and disclose a kind of fixed structure of dust removal board for flue gas purification, including filter box, vibration plate is movably installed in the inside of filter box, installation component is fixedly installed in vibration plate bottom, the installation component contains the limiting frame fixedly installed in vibration plate bottom.The utility model compares with traditional fixed structure, the fixed structure is through positioning block one, positioning column and spring, it is convenient to limit and fix dust removal board, at the same time, through vibration motor drives dust removal board whole to vibrate, through dust removal board vibration design driven by vibration motor, effectively improve the dust removal efficiency, through the waste gas particle of adhering and shaking off, prevent accumulation and enhance particle collision, improve the capture probability, at the same time, vibration promotes particle more easily to fall off to filter box bottom, optimization collection process, reduce escape, improve collection rate.

The embodiment of the invention provides a shooting method, device and system and electronic equipment, and the method comprises the steps: determining a to-be-shot person set and person information based on a first image shot by a first camera; based on camera parameters of the second camera and position information in the personnel information, a photographable personnel set of the second camera at each rotation angle is determined from the to-be-photographed personnel set, and the setting positions of the first camera and the second camera are different; and based on the photographable person set at each rotation angle, determining a target angle from each rotation angle, and controlling the second camera to photograph at the target angle. According to the method and the device, the optimal rotation angle is determined and the low-point camera is controlled to shoot at the optimal rotation angle by determining the photographable personnel set and personnel information of the low-point camera at different rotation angles, so that missed shooting of personnel face photos caused by too many blind areas or improper camera angles is avoided; therefore, the snapshot rate of the face of the whole crowd is improved.

This application discloses a calcium-based carbon dioxide adsorbent, its preparation method, and its application, relating to the field of adsorbent technology. The preparation method of the calcium-based carbon dioxide adsorbent includes the following steps: obtaining calcium hydroxide, an unsaturated organic compound, magnesium oxide, and aluminum oxide; mixing the calcium hydroxide, unsaturated organic compound, magnesium oxide, and aluminum oxide and adding them to a solvent; heating and stirring to obtain a mixed suspension, wherein the unsaturated organic compound is an organic acid or an organic aldehyde; drying the mixed suspension to obtain a dried powder; subjecting the dried powder to medium-temperature combustion to obtain a calcium-based carbon dioxide adsorbent precursor, wherein the medium-temperature combustion temperature is 400–600°C; and subjecting the calcium-based carbon dioxide adsorbent precursor to a first high-temperature calcination to obtain the calcium-based carbon dioxide adsorbent, wherein the first high-temperature calcination temperature is 700–1000°C. This application solves the technical problem of poor adsorption performance of existing calcium-based carbon dioxide adsorbents.

The utility model relates to a chip structure capable of improving ACF conductive particle capture rate, which belongs to the technical field of chips and comprises a chip electrode and various types of protrusions arranged on the surface of the chip electrode, a plurality of conductive particles are captured on the chip electrode, the height of each protrusion is H, 50 nm < = H < = 2 / 3 d, d is the diameter of each conductive particle, and the diameter of each conductive particle is larger than or equal to 50 nm. Different protrusions are designed on the chip electrode, the effect of preventing the conductive particles from flowing is achieved, the capture rate of the chip electrode on the ACF conductive particles is increased, the number of particles captured on the surface of the chip electrode is increased on the premise that the density of the ACF conductive particles is not increased, and the risk of short circuit can be reduced while the conduction performance is improved.

This utility model relates to the field of industrial waste treatment technology, specifically a carbon dioxide capture device for reducing the alkalinity of red mud. It includes a reactor body with a central air inlet pipe vertically penetrating the bottom center. The top of the central air inlet pipe is connected to a double-layer annular distribution chamber via a rotary coupling joint. The double-layer annular distribution chamber is horizontally positioned in the lower part of the reactor body, and radial guide vanes are evenly distributed within its annular channel. The bottom outlet of the central air inlet pipe extends into a bottom annular pressure equalization chamber. A porous conical diffuser is fixedly installed below the bottom annular pressure equalization chamber. This carbon dioxide capture device for reducing the alkalinity of red mud enables more uniform distribution of flue gas in the red mud slurry, prolongs the gas residence time, and improves the reaction efficiency and capture rate of carbon dioxide with red mud.

The invention discloses a raw material bin self-exhausting dust suppression device, and relates to the technical field of dust suppression devices.The raw material bin self-exhausting dust suppression device comprises a material bin, the material bin is arranged on the ground, a hole is formed in the upper wall face of the material bin, and a dust collection chamber is fixedly installed on the hole. A plurality of metal square plates are arranged in parallel in a manner that the lengths of the metal square plates are gradually increased, and a labyrinth channel with a complex structure is formed in the dust suppression chamber. When dust-containing airflow passes through from bottom to top, the direction and the speed must be changed for multiple times, the airflow passes through the dense round hole arrays on the different metal square plates in sequence, and the probability of collision and condensation between dust particles and the wall surfaces of the metal plates and between the particles is greatly increased through the multi-stage and gradient blocking structure. Compared with a traditional structure with a single aperture or a simple baffle plate, the dust collector has the advantages that the primary dust separation efficiency is remarkably improved, and the load of a rear-end filtering assembly is reduced.

The utility model relates to an intelligent insect condition monitoring device which is characterized by comprising a top cover, a supporting column and an intelligent monitoring box which are sequentially connected from top to bottom, a trap lamp and a lampshade are arranged between the top cover and the intelligent monitoring box; an automatic insect trap is arranged in the intelligent monitoring box; the automatic insect trap comprises an insect sliding funnel arranged at the top of the intelligent monitoring box and a low-pressure processing bin arranged in the intelligent monitoring box; an air inlet section and an air outlet section are respectively arranged on the left and right sides of the low-pressure treatment bin; an outlet in the bottom of the insect sliding funnel is connected to the air inlet section through a conveying pipe; the conveying pipe is provided with a bladeless fan; when the intelligent insect situation monitoring device operates, airflow blown out of the bladeless fan is blown into the low-pressure treatment bin in an obliquely upward mode along the conveying pipe, and after penetrating through the middle of the low-pressure treatment bin and the airflow filtering module, the airflow is pumped away from the draught fan and discharged out of the low-pressure treatment bin. The technical problems that an existing intelligent pest situation monitoring device is poor in sorting effect on pests of different body types, and the pest bodies are prone to stacking and covering are solved.

The utility model provides a cyclone separator. The cyclone separator comprises a cylinder body, a gas inlet pipe, a gas outlet pipe and a gas strengthening assembly, the cylinder is provided with a top cover and a bottom cover. An air inlet is formed in the side face of the cylinder. The gas inlet pipe is communicated with the gas inlet, the radial direction of the gas inlet pipe is perpendicular to the radial direction of the cylinder, and the gas inlet pipe is used for introducing gas into the cylinder; a first pipe opening of the air outlet pipe is formed in the barrel, a second pipe opening of the air outlet pipe penetrates out of the barrel from the bottom cover and is used for being connected with a vacuum pump, and a gap is formed between the first pipe opening and the top cover; the gas strengthening assembly is arranged in the barrel and used for strengthening the rotation momentum of gas moving from the gas inlet to the first pipe opening. The cyclone separator has a high dust grabbing rate, the particulate matter discharge amount is reduced conveniently, and the influence on the environment and follow-up processes is reduced. Meanwhile, when the cyclone separator is used as pretreatment equipment, the load of subsequent equipment can be reduced, and the service life of the cyclone separator is prolonged.

This utility model discloses a volatile solvent exhaust gas collection tank for a vacuum pump and its vacuum pump assembly. The key technical features include a tank body with an inlet and an outlet. The outlet is located at the end of the tank body furthest from the inlet. A cooling assembly is provided on the tank body, including a first cooling pipe located inside the tank body. The exhaust gas entering the tank body is cooled through the first cooling pipe, causing it to condense into liquid and be discharged through a drain outlet. The outlet is located at the end of the tank body furthest from the inlet, allowing the volatile solvent to flow through most of the tank body, thus improving the capture rate of the volatile solvent. The outlet achieves pressure balance inside and outside the tank body. The entire tank system is small in size and can be mounted on a frame together with the vacuum pump for easy movement.

The invention discloses a gas-solid phase catalytic reaction, rectification and separation integrated method, which is characterized in that a phthalonitrile high-temperature mixed gas discharged by a phthalic acid gas-solid phase continuous ammonification reaction directly enters a separation system without cooling, and the separation system comprises three packed towers: the first packed tower is used for separating most organic components in the reaction mixed gas; a crude product separated from the bottom of the first packed tower is transferred to a third packed tower for rectification separation, and gas discharged from the top of the first packed tower enters a second packed tower; the second packed tower is used for separating moisture and organic components in the gas, and the separated gas is returned to the phthalic acid gas-solid phase continuous ammonification reaction system; and the third packed tower is used for rectifying and separating the crude product separated by the first packed tower to respectively obtain a low-boiling-point substance, a phthalonitrile product and a high-boiling-point substance. The method has the advantages of relatively simple equipment composition, simple process, easy realization of industry, effective utilization of temperature, high trapping rate, high yield and high product purity.

The invention provides an air-borne pollen aeration sheet sampling membrane and a sampling method. The air-borne pollen aeration sheet sampling membrane comprises: a substrate; the adhesive layer is arranged on the upper surface of the substrate; the adhesive layer is covered with the release layer, and the substrate, the adhesive layer and the release layer are sequentially arranged in the height extension direction of the airborne pollen aeration sheet sampling membrane; an acquisition area is arranged on the release layer. The pollen collecting device can continuously and efficiently collect pollen while reducing manual intervention. It can be ensured that a sample is kept pure in the collection process, and external pollution is effectively prevented.

The utility model discloses a mosquito trapping and killing device which comprises a supporting rod component, a power device is matched through the supporting rod component, an insect catching bin is installed below the power device, the supporting rod component penetrates through the insect catching bin, the supporting rod component is filled with attractant, and the attractant is diffused after the power device works. The insects are trapped in a large range through diffusion of the attractant, and the mosquitoes are guided to enter through lamplight, so that the trapping and killing efficiency is improved.

The present invention provides a carbon dioxide capture method and capture system with low energy consumption and high capture rate, which is conducive to reducing energy consumption and improving capture rate. The method comprises: introducing the cooled adsorbed flue gas into the adsorption tower that has completed the desorption link to perform the cooling operation of the adsorption tower in the adsorption link, and subjecting the cooled adsorbed flue gas to secondary adsorption treatment in the adsorption tower; the adsorption tower after the cooling operation is pressurized, and then the flue gas to be adsorbed that has been pressurized for the first time, cooled by the first heat exchange with the adsorbed flue gas, pressurized for the second time in the residual pressure recovery machine, and cooled by the second heat exchange with the circulating gas is introduced into the adsorption tower for adsorption treatment until adsorption saturation is reached, and the adsorbed flue gas is obtained through adsorption treatment; the adsorption tower in the adsorption link performs the desorption link after adsorption saturation: the adsorption tower is pressurized, and then the heated circulating gas is introduced to heat it, and then vacuumized to obtain carbon dioxide product gas.

The present invention discloses a medium frequency furnace smoke capture system, comprising a smoke capture device, a spark arrester, a bag filter, a fan and a smoke exhaust pipe connected in sequence, the smoke capture device comprising a feeding platform, two medium frequency furnaces working alternately in front and behind are arranged beside the feeding platform, a ladle car is arranged on one side of the medium frequency furnace in working state, a smoke hood movable forward and backward is arranged between the two medium frequency furnaces in front and behind, the smoke hood covers one of the medium frequency furnaces and the ladle car, a feeding car for feeding into the medium frequency furnace is arranged on the feeding platform, a longitudinally arranged smoke exhaust main pipeline is arranged above the feeding platform, an automatic switching valve is arranged between the smoke exhaust main pipeline and the smoke hood, and the automatic switching valve can control the air volume switch according to the actual position of the smoke hood. A medium frequency furnace smoke capture system of the present invention has the advantages of simple process, high working efficiency, low cost loss and good smoke capture effect.

The present invention provides a device and method for capturing and storing carbon dioxide, which belongs to the field of carbon dioxide capture, and includes a flue gas boosting module, a flue gas and liquefied natural gas heat exchange module, a flue gas hydrate generation module, a flue gas hydrate decomposition module, a flue gas hydrate residual gas cooling energy and compression energy recovery module, and a liquid CO 2 Capture module and flue gas hydrate deep-sea storage module. The present invention fully utilizes the cold energy of liquefied natural gas to capture and liquefy carbon dioxide in flue gas, fully utilizes the cold energy of liquefied natural gas to generate flue gas hydrates, and increases the pressure of flue gas and the proportion of carbon dioxide therein through the hydrate method; reduces the compression cost of flue gas and the energy cost of hydrate generation, and the generated flue gas hydrate can be used to capture liquid carbon dioxide through the cold energy of liquefied natural gas, and can also be directly stored in the deep sea.

The application provides a chemical chain reaction hydrogen production system and method. The system comprises a hydrocarbon conversion syngas reactor, a first gas-solid separation device, a syngas oxidation reactor, a second gas-solid separation device, a hydrogen production reactor and a third gas-solid separation device; the product outlet of the hydrocarbon conversion syngas reactor is connected with the feed inlet of the first gas-solid separation device, the gas phase product outlet of the first gas-solid separation device is connected with the gas feed inlet of the syngas oxidation reactor, the gas phase product outlet of the syngas oxidation reactor is connected with the feed inlet of the second gas-solid separation device, the solid phase product outlet of the syngas oxidation reactor is connected with the solid feed inlet of the hydrogen production reactor, and the product outlet of the hydrogen production reactor is connected with the feed inlet of the third gas-solid separation device. The technical scheme provided by the application can realize continuous methane efficient conversion, carbon dioxide capture and high hydrogen production rate and hydrogen purity.

This invention discloses a carbon dioxide adsorbent material that is easy to dissociate and regenerate. Its main effective phase component is a graphite-like carbon nitride / Al2O3 / CuO phase. This invention has the following advantages: 1. It improves the capture rate of low-concentration carbon dioxide indoors, reducing the time required for capture and purification; 2. It reduces the energy consumption and indirect carbon emissions caused by the adsorbent dissociation and regeneration process; 3. It increases the capture-regeneration cycle frequency of the carbon dioxide adsorbent, achieving long-term indoor carbon dioxide purification.

The utility model provides a commercial kitchen fireproof range hood, which relates to the technical field of range hoods and comprises a range hood body, a smoke exhaust pipe is fixed on the range hood body, a fireproof component is arranged on the range hood body and comprises a dry powder extinguisher, and the output end of the dry powder extinguisher is fixedly connected with a pipeline. When a fire occurs in the commercial kitchen, the glass tube is fixed in the second stop block, organic solutions with different expansion coefficients are contained in the glass tube, the glass tube is broken after the organic solutions are subjected to thermal expansion at different temperatures, and after the glass tube is broken, the spraying head is fixed to the end, away from the dry powder fire extinguisher, of the glass tube, and the spraying head is fixed to the bottom of the hollow tube. The first stop block descends due to gravity, so that dry powder in the dry powder fire extinguisher enters the hollow pipe through the pipeline and is sprayed out from the through hole formed in the spraying head, flame is completely extinguished through the dry powder, and the technical problem that automatic fire extinguishment cannot be achieved when a fire occurs in a commercial kitchen is solved.

The invention discloses a two-stage foam dust removal system for mining, comprising a cyclone dust removal component (11), a dust removal chamber (12), a foam breaking component (13), and a negative pressure component (14) connected in sequence from left to right; a foaming component for generating foam is provided above the dust removal chamber (12), and the output end of the foaming component is connected to a nozzle (51) of a conical structure located in the dust removal chamber (12) through a conveying pipe group (25); a foaming net group (4) for secondary foaming is rotatably installed in the conveying pipe group (25), and the nozzle (51) is arranged to rotate downward by 0-60°, and is angularly positioned by a limit assembly thereon. The two-stage foam dust removal system for mining and the control method thereof not only effectively improve the foam utilization rate and dust coverage rate, greatly reduce energy consumption, solve the problem of dust-containing foam pollution, but also ensure that the ejected foam fully collides with the dust-containing airflow, thereby improving the dust capture rate.

The present application belongs to the technical field of bulletproof material test and evaluation, and relates to a target frame for fragment scattering angle test and a test method. The target frame comprises a target plate target frame, a back effect plate target frame, a connecting screw rod and a fixing device. During the test, the target plate is fixed on the target plate target frame by using a clamping device, and then the back effect plate is fixed on the back effect plate target frame and placed behind the target plate target frame by using the fixing device, the two are connected by using the connecting screw rod, and the target plate target frame and the back effect plate target frame are both fixed on the test table by using the fixing device. The test method measures the fragment scattering radius, confirms the number of perforations, and calculates the fragment scattering angle through a formula. The present application realizes the controllable distance between the target plate and the back effect plate, and realizes the adjustable gap of the target plate itself through the double target plate target frame. The present application has the advantages of simple operation, convenient disassembly and assembly, lightness, easy carrying, improved test efficiency and the like, and can measure the fragment scattering angle of 14.5 mm armor-piercing incendiary bomb after penetrating the target plate under the conditions of 100 m distance and 0° normal angle.

The utility model provides a kind of rope head catcher and pneumatic conveying device, belong to automatic unpacking technical field, including tank body and screening assembly.The upper portion of tank body is provided with feed inlet, and the lower portion of tank body is provided with discharge port, feed inlet and discharge port are respectively used to connect pneumatic conveying pipeline, to form the pneumatic transmission path from top to bottom in the inner chamber of tank body;Screening assembly is set in the inner chamber of tank body and is located between feed inlet and discharge port, and screening assembly includes first screen and second screen, first screen is inclined along first direction from top to bottom, and second screen is inclined along second direction from top to bottom, and first direction and second direction are opposite;Material is along pneumatic transmission path and passes through screening assembly, to screen rope head or chippings by first screen and second screen.The utility model provides a kind of rope head catcher, improves the capture rate of rope head and chippings, improves impurity screening efficiency, guarantees the continuity and stability of production, and reduces maintenance cost.

The utility model discloses a kind of in-sequence relay type trappers, it is related to sintering furnace technical field, including trapper main body one, trapper main body two, bypass pipeline one and bypass pipeline two, trapper main body one and trapper main body two head end are provided with main air inlet one and main air inlet two, trapper main body one and trapper main body two are provided with several bypass air inlet one and bypass air inlet two along pipeline length direction, several bypass valves one are provided on bypass pipeline one, bypass valve one is used for controlling the on-off between bypass pipeline one and the pipeline of trapper main body one at its location, several bypass valves two are provided on bypass pipeline two, bypass valve two is used for controlling the on-off between bypass pipeline two and the pipeline of trapper main body two at its location;The utility model can greatly improve trapping rate, lengthen cleaning interval period of trapper, lengthen pump oil replacement cycle, lengthen pump cleaning maintenance cycle, improve the performance of sintered part.

The present invention discloses an ash discharge device for a turning flue of an incineration boiler, aiming to provide an ash discharge device for a turning flue of an incineration boiler, which can effectively improve the ash capture rate in the flue of the incineration boiler, thereby reducing the fly ash rate of the flue gas. It includes an ash hopper assembly and an ash capture device arranged at the bottom of the turning flue, the turning flue includes a vertical front flue and a vertical rear flue, the ash hopper assembly includes a turning connection channel, a front ash hopper arranged at the lower end of the vertical front flue, and a rear ash hopper arranged at the lower end of the vertical rear flue, one end of the turning connection channel is connected to the upper part of the front ash hopper, and the other end of the turning connection channel is connected to the upper part of the rear ash hopper, the ash capture device includes a plurality of vertical ash blocking members extending upward and downward, the vertical ash blocking member of the ash capture device is arranged in the front ash hopper or the rear ash hopper, and the vertical ash blocking member extends downward from the upper part of the front ash hopper or the rear ash hopper.

The invention relates to a recovery method for separating n-heptane in tail gas in an ibuprofen synthesis process by adopting double-tower extractive distillation. The process comprises the following components: a mixer (M1), an n-heptane removal tower (T1), an n-heptane removal tower condenser (CL1), an n-heptane storage tank (C1), an n-heptane removal tower reboiler (H1), a capture tower (T2), a capture tower condenser (CL2), an organic matter storage tank (C2), a capture tower reboiler (H2), a condenser (COL), a centrifugal pump (P1) and a centrifugal pump (P2). The method for removing the n-heptane in the industrial tail gas by the capturing process comprises the following steps: introducing the tail gas containing the n-heptane into an n-heptane removal tower (T1), introducing a capturing agent into a capturing tower, and capturing the n-heptane in the tower by the capturing agent. And after the n-heptane is completely captured, the obtained mixed solution enters a capturing tower (T2). Effective separation is carried out in the capture tower (T2), organic matter mixed liquid is extracted from the tower top, and capture liquid is extracted from the tower bottom. The obtained capturing liquid circularly enters the capturing tower, so that the recycling of the capturing agent is realized. The technical method for capturing the n-heptane in the ibuprofen synthesis process is economical and environment-friendly.

The application belongs to the technical field of carbon dioxide capture, and discloses a high-energy-efficiency intelligent electrochemical carbon capture system, a capture unit, two closed loops for alternately operating, and a closed loop for capturing and releasing carbon dioxide, wherein the closed loop is composed of a capacitive adsorption device, an inductor and a metal oxide semiconductor field effect transistor; an energy storage and purification unit is used for purifying and storing energy of the captured carbon dioxide in the capture unit by means of a double-layer capacitor voltage transformation separation device, and the electric energy discharged from one capture unit is stored for supplying power to the closed loop of another capture unit; the double-layer capacitor voltage transformation separation device captures carbon dioxide during the energy storage process; and an energy monitoring unit is used for monitoring the alternately operating precise control of the capacitive adsorption device in the capture unit, realizing stable operation monitoring of the capture process, and supplementing the energy of the capacitive working loop in the energy storage and purification unit.