40 results about "Flare" patented technology

The utility model provides an adjustable flame bomb launching device, which relates to the technical field of flame bomb launching, and comprises a base, a support frame is arranged at the top of the base, a launching device main body is arranged at the top of the support frame, a gun barrel is arranged on one side of the launching device main body, a buffer device is arranged at the bottom of the support frame, and the buffer device is arranged on the base. A connecting device is arranged on the surface of the gun barrel, the buffering device comprises a sliding groove, a connecting plate is fixedly connected to the bottom of the supporting frame, when the buffering device is used, namely, when a flame bomb is launched, generated recoil pushes the connecting plate to slide in the sliding groove, and then a first damping rod and a first spring are extruded; the first damping rod is used for damping in the direction away from the supporting frame, due to the fact that recoil force can have force in the vertical direction, the first connecting block slides in the first connecting groove, the first damping rod is prevented from being broken, and buffering can be conducted to a certain degree.

The utility model discloses a sonic torch burner. The sonic torch burner comprises a Laval nozzle, a gas inlet of the Laval nozzle is connected with a gas outlet of the torch gas pipe, and a pressure regulating valve is arranged at one end, far away from the Laval nozzle, of the torch gas pipe; a flow velocity sensor for monitoring the airflow velocity is arranged at the narrow throat of the Laval nozzle; and the pressure regulating valve and the flow velocity sensor are connected with the controller. The utility model further discloses an elevated torch and a ground torch. Through the combined control of the pressure regulating valve, the flow velocity sensor and the controller, the airflow velocity at the narrow throat of the Laval nozzle is ensured to be sound velocity, so that the stable supersonic speed regulation and control of the combustible gas velocity at the outlet of the Laval nozzle are ensured, and the combustion stability is further realized.

To provide a preventive tool that prevents a flare dropped on a road from rolling or bouncing back and prevents the flare from adhering to a tire even if it comes into contact with a following vehicle. [Solution] A rectangular bag with an opening at one end is filled with an aqueous solution adjusted to have a higher viscosity than water, and the opening and the opposite edge are overlapped and welded together to seal the bag. The bag is comprised of a roughly cylindrical body 2 with a hollow section formed inside for inserting a flare. A binding band 7 is arranged around the body's periphery and has a band for fastening the body and a fastening part 8 for preventing the band from loosening. With a flare 10 inserted, the body is fastened with the binding band. This device allows workers to install flares in the correct position without having to step onto the lane when installing temporary tapers. It also allows flares to be installed in the correct position when dropping them from a work vehicle while driving to install them outside the outer lane line.

This application discloses a method and apparatus for UAV mission planning in weather modification. The method includes: detecting characteristic data of precipitation cloud systems to determine the current movement trend and current mission waypoint of the precipitation cloud systems, and determining the estimated target waypoint; planning a mission route from the current location to the estimated target waypoint; executing the mission route; determining whether to update the estimated target waypoint; if updated, executing the route planning steps with the updated estimated target waypoint; if not updated, reaching the current mission waypoint based on the mission route; determining the seeding operation area based on the characteristic data; planning the operation route according to the seeding operation area, and seeding flares based on it. This method solves the problems of low efficiency and high implementation cost of existing weather modification methods. It can improve the effective utilization rate of flares, save the economic cost of weather modification operations, and conduct weather modification operations accurately and efficiently.

The present application relates to ground flare technology field, disclose a kind of high burnout rate low-noise smokeless fully-enclosed ground flare system, including flare main cylinder, the inside bottom end of the flare main cylinder is fixedly connected with waste gas through main pipe, the outside top of the waste gas through main pipe is fixedly connected with multiple waste gas injection pipes, the outside of the waste gas through main pipe is fixedly connected with air distribution ring, the top of the air distribution ring is fixedly connected with multiple air injection pipes, the inside of the flare main cylinder is located above the waste gas injection pipe and is provided with power supply mechanism, the power supply mechanism can control air intake after being heated.The linkage of power supply mechanism and liquid backflow mechanism can adjust the size of air intake according to the size of waste gas intake by pure mechanical structure, so there is no need for complex control system and structure, which can reduce equipment cost and maintenance difficulty, thereby reducing the maintenance cost of flare system.

The utility model discloses a kind of fireworks and fireworks are used without medicine ignition device, including plug sleeve, fuse, tight sleeve and the ignition assembly with some ignition chip, fuse is arranged in plug sleeve, ignition assembly is arranged in tight sleeve, and tight sleeve can limit the separation of ignition chip from its one end;Plug sleeve and fuse can be inserted into tight sleeve from the opposite end of tight sleeve under the action of external force, realize the abutment communication of one end of fuse and ignition chip, and tight sleeve also tight plug sleeve to clamp fixed fuse;Ignition chip can generate high temperature heat to ignite fuse after electrification.The fireworks and fireworks are used without medicine ignition device with simple structure, small size, good detonation effect, product consistency, stability, reliability and use safety and the like, very good meet the use demand of fireworks and other launch class products.

The invention relates to the technical field of industrial waste gas treatment safety equipment, discloses a laser direct ignition device for a release torch and a control method of the laser direct ignition device, and aims to solve the problems of low ignition reliability, dependence on auxiliary fuel and high maintenance cost in the prior art. High-temperature plasma fire cores are directly generated in flare gas flow through high-energy pulse laser, reliable ignition of main flare gas is achieved, and guiding flames and a fuel supply system matched with the guiding flames are thoroughly omitted; comprising a laser generator, a light beam transmission and focusing system, a lens protection and cooling system, a state monitoring unit and an intelligent control system, the laser generator is connected with the intelligent control system through a cable and provides an ignition energy source for the torch head. The light beam transmitting and focusing system is connected with the laser generator, ignition laser generated by the laser generator acts on a torch head to conduct torch gas laser ignition, and the lens protecting and cooling system is used for guaranteeing long-time stable operation of the laser generator and the light beam transmitting and focusing system.

The utility model belongs to the technical field of diffusion tower igniters, and particularly discloses a lifting type ignition assembly for a torch diffusion tower, which comprises a diffusion tower, channel steel I is arranged on the diffusion tower, a cylinder is fixedly connected onto the channel steel I, a DCS (distributed control system) is electrically connected onto the cylinder, a gas source pipe is detachably connected onto one end of the cylinder, and a lifting column is arranged on the cylinder. In order to solve the problem that in the prior art, the ignition gun can not exit from a combustion area after being used in the using process of an ignition assembly of a lower scattering tower, the effect that the ignition gun can exit from a torch combustion area after being used is achieved in the mode that the lifting column is arranged, and the ignition gun can exit from the torch combustion area after being used is achieved. The problem that the service life of the burning torch is shortened due to the fact that the burning torch cannot exit from a burning area after being used and is in a high-temperature environment for a long time in the public patent is solved.

The invention discloses handheld multi-tube cold firework launching equipment. The handheld multi-tube cold firework launching equipment comprises a heating assembly, a feeding assembly, a conveying assembly and an air blowing assembly. The feeding assembly is connected with the heating assembly and can input consumables into the heating assembly. The material conveying assembly partially extends into the heating assembly, the heating assembly is connected with the air blowing assembly, the material conveying assembly can push consumables in the heating assembly to the air blowing assembly, and the air blowing assembly can blow out the consumables; in the process of switching from the running state to the standby state, the handheld multi-tube cold firework launching equipment further comprises an intermediate state; when the handheld multi-tube cold firework launching equipment is in the middle state, the feeding assembly and the air blowing assembly are closed, and the conveying assembly keeps running. When the handheld multi-tube cold firework launching equipment is in the middle state, the material supply assembly and the air blowing assembly are closed, and the material conveying assembly keeps running, so that the consumables remaining in the heating assembly are pushed into the air blowing assembly, and the situation that the consumables are sintered in the heating assembly, and consequently the heating assembly is blocked is avoided. The invention further discloses a consumable heat management method of the handheld multi-tube cold firework launching equipment.

The invention discloses a lifting type release torch combustion control method and system based on incandescent lamp self-adaptive gas supply, relates to the technical field of combustion control, and aims to construct a gas pipe network-torch combustion virtual mapping through field monitoring equipment and a digital twinning real-time optimization technology, and integrate CFD simulation prediction flame form parameters, so as to achieve the purpose of controlling the combustion of the lifting type release torch. Training a gas supply strategy through a PPO algorithm; when it is detected that the release torch is started or the gas supply state of the incandescent light needs to be adjusted, target gas supply parameter data sent by a sensor are obtained; determining a gas supply parameter set according to the judgment result and the equipment identifier, and combining the characteristics of the bionic gas supply structure; whether the target gas supply parameter data is matched with a certain group of gas supply parameters in the gas supply parameter set or not is judged, and if yes, a gas supply adjustment prompt is sent to a background control server; and after receiving the prompt, the background control server determines a gas supply adjustment scheme in combination with a plasma low-carbon combustion technology, and controls the gas supply adjustment equipment to execute the adjustment scheme.

Automated systems and methods are provided for continuous monitoring of the flaring of waste gas at an industrial facility, which employ an RGB camera operably coupled to a gateway device by a data communication interface. The RGB camera is configured to capture time-series color image frames of a flare and communicate the time-series color image frames to the gateway device. The gateway device includes an image processing module and a flare optimization module executing on the gateway device. The image processing module is configured to process the time-series color image frames to determine at least one flare parameter that provides a qualitative measurement of the combustion efficiency of the flare over time. The flare optimization module is configured to adjust relative amount of waste gas to at least one assist gas for the flare based on the at least one flare parameter to continuously optimize the combustion efficiency of the flare.

The present invention provides a floating flare system. A floating flare system capable of receiving and burning a combustion target from one or more marine structures may include a floating body provided as a structure floating on the sea; and a flare tower installed on the floating body.

The problem of the presence of excessive flare in maskless photolithography systems is addressed by a system and method that utilizes an aerial imaging system to monitor flare associated with the maskless photolithography system.

This invention relates to the field of flare tower technology and discloses an intelligent integrated flare tower, including a flare tube. Flanges are fixedly installed at both ends of the flare tube. Grooves are formed on the left and right sides of the top of each flange, and lifting lugs are installed within these grooves. A pipe is fixedly installed on the outer side of the flare tube. An annular groove is formed on the top of the upper flange, and stops are symmetrically fixedly installed within the annular groove. A sliding groove is symmetrically formed on the inner wall of the annular groove near the center of the flare tube, and a sliding rod is fixedly installed within the sliding groove. A slider is fitted around the sliding rod. This invention enables automatic straightening of the flare tube during installation, facilitating better docking. It also features indicator lights for easy lifting operations and automatic lubrication of the ball bearings used during straightening, ensuring smooth ball bearing rotation and guaranteeing the normal operation of subsequent straightening processes.

In some embodiments, systems, apparatus and methods for erecting a flare stack into at least one upright operating position includes a flare stack transporter configured to carry the flare stack in one or more lowered positions. At least a first retractor can be selectively actuated to help draw at least part of the flare stack in a first direction and at least a first guide can be used to help move at least part of the flare stack in a second direction until the flare stack is in at least one upright operating position.

A flare system operable at ultra-low nitrous oxide (NOx) emission levels without utilizing a surface burner. The flare system includes a flare stack and a burner assembly positioned in the flare stack between a closed plenum and an open exhaust chamber, the burner assembly and the flare stack defining an excess oxidant passage for routing excess oxidant between the plenum and the exhaust chamber. The burner assembly includes: a body defining a central passage through which oxidant and waste gas flow, the central passage being separated from the excess oxidant passage, a burner tip defining an open tip passage through which the oxidant and the waste gas flow from the central passage into the exhaust chamber, and a swirl plate positioned upstream of the burner tip. The swirl plate operates to direct and anchor a combustion flame ignited in the exhaust chamber.

The utility model relates to the technical field of oil and gas exploitation, in particular to a system, a device and a well site for monitoring a release flare flame system, and the system comprises a visible light image acquisition module, a thermal imaging module and an infrared monitoring module, the device comprises a shell and the system for monitoring the flame of the release flare, wherein the system for monitoring the flame of the release flare is arranged in the shell; the device for monitoring the flame of the release flare is adopted in a well site. By means of the arrangement, the scheme that in the prior art, a thermocouple is adopted to monitor the flame of the release torch is replaced, and therefore the phenomenon that the sensitivity of the thermocouple is reduced due to the fact that the thermocouple is prone to damage due to the fact that mountainous climate is changeable and hydrogen sulfide gas has high corrosivity is avoided; the adaptive capacity of the system to different working conditions and the sensitivity degree of flame state monitoring are improved.

The utility model discloses a multi-gas combined type incandescent light, a high-altitude torch and a ground torch, which relate to the technical field of burner ignition and comprise a circular concave low-pressure gas nozzle, a low-pressure gas nozzle, a high-pressure gas nozzle, a high-pressure gas nozzle, a high-pressure gas nozzle and a high-pressure gas nozzle, the round concave low-pressure gas nozzle is connected with the low-pressure explosion-proof breather valve through a low-pressure mixed fuel gas pipe, a low-pressure closed venturi tube is arranged on the low-pressure mixed fuel gas pipe, and a high-pressure closed venturi tube is arranged on the high-pressure mixed fuel gas pipe; the center of the direct-fired gas nozzle is provided with a cylindrical gas nozzle, the circumference and the bottom of the cylindrical gas nozzle are provided with a plurality of gas holes, the center of the bottom of the cylindrical gas nozzle is provided with a hydrogen-containing gas nozzle, the hydrogen-containing gas nozzle is connected with a hydrogen-containing gas pipe, and a fuel gas thermocouple is arranged on the outer wall of the upper cylinder of the direct-fired gas nozzle; the round concave low-pressure gas nozzle, the high-pressure gas nozzle and the direct-fired gas nozzle are arranged in the same combined combustion cavity, and the combined combustion cavity is communicated with an inlet of the deflagration pipe.

To detect abnormalities early and make facilities energy-efficient.SOLUTION: A monitoring program for monitoring flares that occur when excess gas at a facility is incinerated causes a computer to function as a classification unit 132 that classifies the state of the flare by inputting image data of an area where a flare is generated into a classification model 104, an estimation unit 134 that estimates parameters of the excess gas by inputting the image data into an estimation model 106, and an output unit 136 that outputs the flare state classified by the classification unit 132 and the parameters of the excess gas estimated by the estimation unit 134.SELECTED DRAWING: Figure 4

The application discloses a kind of X-ray solar flare automatic detection method and system based on dual-mode trigger and nested interruption, which comprises: obtaining satellite X-ray flux data, and pre-processing to obtain standard flux sequence;Standard flux sequence is simultaneously monitored by dynamic parallel dual-mode trigger of ultrafast mode and conventional mode;When any mode meets trigger criterion, parallel double end determination mechanism of conventional attenuation determination and nested interruption truncation is used, event end time is obtained, and flare event closed loop interval is determined;For each flare event closed loop interval, the maximum flux value and the corresponding peak time are extracted, the peak time is reversed backtracking, the start time is corrected, and the flare event and the corresponding start and end time are output.The present application greatly improves the detection rate of strong flare, effectively controls the error of time parameter determination, and eliminates the uncertainty of subjective research and judgment;Lightweight algorithm and high physical interpretability are suitable for engineering low-power deployment.

A method for operating a flare includes obtaining sensor data associated with emissions of the flare from sensors of a sensing unit associated with the flare. The method also includes determining, based on the sensor data, one or more control decisions for at least one controllable element associated with the flare to achieve a control objective for the flare. The control objective is associated with the emissions of the flare. The method also includes generating display data corresponding to the one or more control decisions. The method also includes operating a display device to provide the display data to a user.

This invention relates to the field of airborne flare spraying technology, specifically to a lightweight airborne flare pyrotechnic rack with an attitude adaptive adjustment mechanism and its application. The rack includes a drone and a loading mechanism located under the drone's wing. The loading mechanism includes a fixed platform and a drive unit and a telescopic rack housed within the fixed platform. This invention achieves a lightweight design and streamlined shape for the telescopic rack through a telescopic movable frame structure and sequentially connectable front fairings. The fairings allow the telescopic rack to be fully retracted, maintaining low drag during drone flight. When the telescopic rack is fully extended, a linkage locking mechanism between a round rod and a clamping rod enables mechanical locking of the telescopic rack.

The invention discloses a solar flare monitoring method, device and equipment, and the method comprises the steps: obtaining X-ray flux data, and processing the X-ray flux data to obtain to-be-processed data; judging according to a preset judgment condition and the variable quantity of the to-be-processed data in a preset time period, and determining a starting moment of the flare event; and based on a preset flare event grading table, determining an upgrading moment of the flare event according to the to-be-processed data obtained after the starting time, and determining an ending moment of the flare event according to the obtained variable quantity of the to-be-processed data. According to the invention, through the variable quantity of the X-ray flux data, the change characteristics of the flare activity can be accurately captured; timeliness is high, and instant response to solar activity changes is ensured; the treatment process is simple, and the operation difficulty and complexity are reduced; and meanwhile, the activity characteristics of the solar flare can be quickly captured when the solar flare appears, the data are analyzed in real time to automatically trigger corresponding alarm information, and the efficiency and accuracy of early warning and response of the solar activity are greatly improved.

Embodiments presented provide for a testing of flare streams. Classification of flare streams are performed by artificial intelligence in normal and low-light conditions by processing visual data of the flare stream system in a computer arrangement to achieve visual data results and performing a postprocessing of the visual data results to produce postprocessing results.

The present invention relates to a body (2) located in air vehicles; at least one gas discharge element (E) on the body (2), which enables the discharge of hot waste gases; at least one cartridge (F) launched from the body (2) against thermally guided threats directed to the body (2), so that the cartridge (F) is used for defense purposes; a launcher unit (3) located on the body (2) to extend outward from the body (2) and launching a cartridge (F) against thermal threats directed to the body (2), wherein the launcher unit (3) is located on a side of the gas discharge element (E) that discharges hot air; at least one rotation mechanism (4) which is located on the body (2) in a rotatable manner, thus enabling the launcher unit (3) to which it is attached to orient itself towards a thermal target; a casing (5) located to substantially surround the launcher unit (3), serving as a casing for the launcher unit (3), connected to the rotation mechanism (4), and transferring movements of the rotation mechanism (4) to the launcher unit (3) and protecting the launcher unit (3) from external factors.

The present application belongs to the technical field of high-acid gas field gas production, and particularly relates to a fuel gas flow regulation method and system for a flare eternal flame, which obtains the instantaneous fuel gas flow required by the flare through a natural gas instantaneous venting gas amount calculation formula and a fuel gas calculation formula; obtains the size of the flow-limiting nozzle required by the flare according to the obtained instantaneous fuel gas flow required by the flare and the corresponding relationship between the instantaneous fuel gas flow required by the flare and the size of the flow-limiting nozzle required for regulation; and selects the branch in which the flow-limiting nozzle corresponding to the size of the flow-limiting nozzle required is located according to the size of the flow-limiting nozzle required, and controls the branch to be turned on. The specific control information is calculated before regulation, and the control information is actually information for controlling the branch to be turned on or turned off, so as to control the branch to be turned on or turned off, and adjust the fuel gas flow of the flare eternal flame to the required flow value. Therefore, the method of the present application is simple and accurate in implementation process, and has low regulation difficulty and high regulation efficiency.

A multicolor strobing pyrotechnic flare including a plurality of alternating pyrotechnic layers. The plurality of alternating pyrotechnic layers includes n pyrotechnic layers and the n pyrotechnic layers include m different pyrotechnic layer types, n is 2 to 2,000 and m is 2 to 2,000. The n pyrotechnic layers include a first pyrotechnic layer and a second pyrotechnic layer and the first pyrotechnic layer includes a first pyrotechnic compound and the second pyrotechnic layer includes a second pyrotechnic compound. Burning of the first pyrotechnic compound emits a first color and burning of the second pyrotechnic compound emits a second color and the first color and the second color are different.

The application discloses a dynamic sealing device for a petrochemical flare system. The device comprises a cylinder, a first baffle and a second baffle. The cylinder is used for being installed on the petrochemical flare system; the first baffle is arranged on the inner wall of the cylinder; the second baffle is arranged in the cylinder; and a gas flow channel is defined between the first baffle and the second baffle. Compared with a conventional dynamic sealing device, the occurrence of a nitrogen flow rate peak is moved from the center of the flare to the vicinity of the cylinder wall. At the same nitrogen flow rate, the flow field can be more sufficient to resist the invasion of external air. Therefore, the dynamic sealing device for the petrochemical flare system is safer. Under the condition of keeping the same sealing effect, the dynamic sealing flare head of the annular channel can save the consumption of nitrogen.