22 results about "Torchère" patented technology

The invention discloses a torch combustion monitoring and optimization control system based on multispectral infrared and visible light imaging, and the system comprises a multispectral imaging module which is used for synchronously collecting an infrared image and a visible light image of a torch flame, and carrying out the spatial registration, so as to obtain the multispectral radiation data of the flame; the physical model calculation module is used for calculating a first combustion state parameter according to the multispectral radiation data based on a Planck radiation formula and a grey body radiation model; the artificial intelligence calculation module is used for calculating a second combustion state parameter according to the multispectral radiation data by adopting a pre-trained multi-scale visual Transform network; the data fusion and correction module is used for fusing and correcting the first combustion state parameter and the second combustion state parameter by adopting a Kalman filtering algorithm so as to output a final combustion state parameter; and the closed-loop control module is used for dynamically adjusting the operation parameters of the torch according to the final combustion state parameters so as to optimize the combustion efficiency.

A tabletop torch comprised of an upright wooden log with a upwardly facing top surface that has a plurality of wick bores drilled vertically into it is described. The wick bores have wicks received in them through which to ignite and sustain the flame of the torch. Additionally the top surface is concave and includes a plurality of smaller shallower holes drilled downwardly across its surface. These holes along with the wick bores and the concave surface serve as reservoirs for candle wax and as the wax therein and on ignites the individuals flames from the wick join into a single larger flame.

The application provides a high-level torch, comprising: a torch barrel, the torch barrel comprising a plurality of torch barrel segments, adjacent torch barrel segments being connected through a connecting piece; a rod body; a tower, the tower comprising at least two tower columns, the tower columns being connected with the torch barrel through the rod body, adjacent tower columns being connected through the rod body, the tower columns comprising a plurality of tower column segments, adjacent tower column segments being connected through the connecting piece. The application strengthens the stability of the high-level torch and improves the lateral stiffness and overall strength of the high-level torch by forming a whole space truss structure of the tower and the torch barrel.

1. Name of the designed product: cup (anti-scald torch). 2. Use of the designed product: the designed product is used for the container of liquid beverage. 3. Design points of the designed product: in shape. 4. Picture or photo that best shows the design points: perspective view.

The utility model relates to a fuel gas pipeline structure of a torch incandescent light. The device comprises an incandescent light which is arranged at the top of a torch head and connected with an incandescent light gas supply branch pipe; the gas supply mechanism is connected with the incandescent light, the gas supply mechanism comprises a gas supply main pipe and an auxiliary main pipe, one end of the gas supply main pipe is connected with the fuel gas supply unit through a pressure regulating valve, and the gas supply main pipe is connected with a plurality of incandescent light gas supply branch pipes 1; one end of the auxiliary main pipe is connected to the gas supply main pipe between the fuel gas supply unit and the incandescent light gas supply branch pipes, and the other end of the auxiliary main pipe is connected with one or more incandescent light gas supply branch pipes through auxiliary main pipe branch pipes; one end of the combustion-accompanying gas supply pipeline is connected with a combustion-accompanying gas supply unit, the other end of the combustion-accompanying gas supply pipeline is connected with the auxiliary main pipe through a combustion-accompanying gas instrument control valve, and when the torch head cannot be ignited, the combustion-accompanying gas instrument control valve is opened. The incandescent light solves the problems that an existing incandescent light with a traditional design is unstable in combustion, not environmentally friendly, prone to blockage and prone to being affected by weather.

The invention discloses a batch infrared heating pipe vacuum treatment device and technology, and relates to the technical field of infrared heating pipe vacuum treatment.The batch infrared heating pipe vacuum treatment device comprises a placing frame and a pneumatic conveying mechanism, and the pneumatic conveying mechanism is installed on the side of the placing frame and comprises a conduction assembly installed on the side of the placing frame; the conduction assembly is composed of a vacuum pump, a high-pressure steel cylinder, a gas pipeline and a valve. By designing a multi-station synchronous processing system, batch clamping and continuous processing of the quartz tubes are achieved, a unique gas path switching mechanism is adopted, through a sliding guide mechanism and a specially-designed gourd block structure, efficient switching between the vacuumizing function and the inflation function is achieved, an efficient sealing technology is developed, and the sealing effect is improved. By combining an oxyhydrogen flame torch sealing technology, the sealing reliability and consistency of the quartz tube are ensured.

1. Name of the designed product: cup (torch). 2. Use of the designed product: the designed product is used for drinking water. 3. Design points of the designed product: in shape. 4. Picture or photo that best shows the design points: perspective view 1.

The invention provides a powder making device, and relates to the technical field of powder making. The powder making device comprises an atomization platform, a powder making torch and two auxiliary torches, the powder making torch and the two auxiliary torches are all located above the atomization platform, the plane passing through the axis of the atomization platform and the axis of the powder making torch is a first separation plane, and the plane passing through the axis of the atomization platform and perpendicular to the first separation plane is a second separation plane; the powder preparing torch and the two auxiliary torches are located on the different sides of the second separation plane, and the two auxiliary torches are located on the two sides of the first separation plane. The side where the two auxiliary torches are located is the first side, the side where the powder preparing torch is located is the second side, and the direction of a first component force which is decomposed from force applied by the powder preparing torch to the liquid drops and points to the first side from the second side is opposite to the direction of a third component force which is decomposed from resultant force applied by the two auxiliary torches to the liquid drops and points to the second side from the first side. The speed of the liquid drops moving in the horizontal direction is reduced, so that the liquid drops are prevented from being blown out of the atomization platform.

The application discloses an automatic igniting inner flame transmission ignition pry device and an ignition control method, which comprises a fuel gas pipeline, a compressed air pipeline, a Venturi igniter, a flame detector and a PLC control system; the flame detector is connected with the PLC control system; the fuel gas pipeline and the compressed air pipeline respectively output media, which are mixed in the Venturi igniter in proportion to form an explosive mixed gas; the electric spark generated by the Venturi igniter ignites the mixed gas, and the explosion flame is transmitted to the high-altitude long-lasting lamp along the pipeline; the flame detector located at the high-altitude long-lasting lamp communicates with the PLC control system through a signal cable, and feeds back the long-lasting lamp flame signal to the PLC control system in real time; and the PLC control system completes ignition success logic determination, timing control and linkage adjustment of each valve. The application realizes remote one-key automatic ignition, can self-adapt to gas source working condition fluctuation, has high ignition success rate and stable operation, and meets the requirements of unattended, automatic and safe operation of an industrial torch.

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.

The utility model discloses a novel torch lamp, including lamp body subassembly and support subassembly, and lamp body subassembly includes windproof conical cover, lampwick connecting seat, fibre wick and conical oil drum, the outside of conical oil drum is equipped with conical lamp shade, and the lower extreme of conical oil drum is connected with support subassembly, the wick is connected with lampwick connecting seat, and one end of fibre wick extends to the above of lampwick connecting seat, and the other end extends to the inner chamber of conical oil drum after passing through the opening of conical oil drum, and lampwick connecting seat is connected with the upper end of conical oil drum, and conical lamp shade is pressed tightly and fixed in conical oil drum, the windproof conical cover is detachably equipped on lampwick connecting seat, and the lower extreme of conical lamp shade and the bottom surface of conical oil drum form the covering area, the support subassembly is located in the covering area, and the LED light source subassembly is arranged in support subassembly. The utility model gives consideration to oil lamp and LED lamp function, satisfies the user demand, and promotes the functionality and applicability, and can also quickly and conveniently dismount lamp body subassembly and lamp holder part, and the maintenance is quick and efficient.

1. The name of the design product: wall lamp (torch building block). 2. The use of the design product: for decoration and lighting. 3. The design points of the design product: in the overall shape of the product. 4. The picture or photo that best shows the design points: perspective view.

The application discloses a torch combustion monitoring and optimization control system based on multispectral infrared and visible light imaging, comprising a multispectral imaging module for synchronously collecting infrared images and visible light images of a torch flame and performing spatial registration to obtain multispectral radiation data of the flame; a physical model calculation module for calculating a first combustion state parameter according to the multispectral radiation data based on a Planck radiation formula and a gray body radiation model; an artificial intelligence calculation module for calculating a second combustion state parameter according to the multispectral radiation data by using a pre-trained multiscale visual Transformer network; a data fusion and correction module for fusing and correcting the first combustion state parameter and the second combustion state parameter by using a Kalman filtering algorithm to output a final combustion state parameter; and a closed-loop control module for dynamically adjusting operation parameters of the torch according to the final combustion state parameter to optimize combustion efficiency.

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.

1. Name of the product in this design: Wall Lamp (Torch Two-Way). 2. Purpose of this design: To be used as a wall lamp for lighting purposes. 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.

1. The name of the design product: chandelier (torch building block). 2. The use of the design product: for decoration and lighting. 3. The design features of the design product: in the overall shape of the product. 4. The picture or photo that best shows the design features: perspective view.

1. Name of the designed product: baby teething stick (torch series). 2. Use of the designed product: baby teething stick. 3. Design points of the designed product: in shape. 4. Picture or photo that best shows the design points: design 1 perspective view. 5. Design 1 is designated as the basic design.

The present application belongs to the technical field of torch equipment, and particularly relates to a comprehensive venting torch, which comprises a pry body, a torch main body rotatably connected to the pry body, and a support seat arranged on the pry body and used for supporting the folded torch main body; a folding structure for driving the torch main body to rotate is further arranged on the pry body, and a wind rope structure corresponding to the torch main body is further arranged on the pry body; the wind rope structure comprises side folding frames arranged on both sides of the torch main body, and the side folding frames are rotatably connected to the pry body; a middle folding frame is further slidably connected to the pry body, and a traction wind rope connected to the upper part of the torch main body is arranged on the middle folding frame and the side folding frames; the wind rope on the middle folding frame cooperates with the folding structure to symmetrically pull the torch main body; and the present application effectively solves the problem that the existing venting torch is relatively troublesome to fold and unfold.

According to the torch system and method for extinguishing the torch incandescent light, long-time combustion of the incandescent light is replaced by continuous high temperature of an electric heating wire, and the combustion effect of air can be guaranteed under the condition that the incandescent light is extinguished and gas consumption is reduced. The temperature sensor is arranged at the position of the electric heating wire, the temperature sensor can transmit temperature signals of the electric heating wire to the controller, the controller adjusts the current of the electric heating water according to temperature feedback, the temperature of the electric heating wire is kept at a certain temperature, combustion of the air can be guaranteed, and low power consumption can be maintained. And meanwhile, a combined structure composed of multiple fins is used for reducing the diameter of the torch head without an emptying task, the anti-backfire function of the molecular seal can be achieved, and the gas consumption of the molecular seal can be effectively reduced. Therefore, the device can meet the requirement on the discharge amount of the torch, solves the difficult problems that the torch cannot be extinguished and the ever-burning lamp burns for a long time under the condition of internal leakage of the high-pressure emptying pipeline valve, and meanwhile, the natural gas is utilized to supplement the molecular seal fuel gas.

In welding torches, the amount of shielding gas ejected is suppressed while stabilizing arc generation. [Solution] The torch 100 comprises a gas diffuser 32, an orifice 35, and a nozzle 36. The gas diffuser 32 has three rows of holes 32a, 32b, and 32c arranged in a circumferential direction, each at different positions in the x-axis direction of the gas diffuser 32, and the holes 32a, 32b, and 32c of the gas diffuser 32 are arranged in a staggered pattern in the x-axis direction. The orifice 35 has two rows of holes 35d and 35e arranged in a circumferential direction, each at different positions in the x-axis direction of the orifice 35, and the multiple holes 35d and 32e of the orifice 35 are arranged in a staggered pattern in the x-axis direction.

The utility model relates to the technical field of torches, and provides a quick installation assembly and a torch, the assembly comprises an insertion section, an inner shell and an elastic piece. According to the quick installation assembly, the insertion section is arranged on the lower shell of the torch, and the clamping groove and the installation ribs are arranged on the insertion section; the upper outer shell of the torch is installed at the first end of the inner shell, and an open groove is formed in the second end of the inner shell, so that the second end of the inner shell has elastic allowance; an elastic piece with an installation section and a buckling section is arranged, the installation section is arranged in the inner shell, the buckling section is matched with the clamping groove, when the second end of the inner shell is arranged on the insertion section in a sleeved mode, the buckling section can be buckled on the clamping groove, the second end of the inner shell abuts against the installation rib, and therefore the upper outer shell and the lower outer shell of the torch are more convenient to install, higher in efficiency, more accurate in limiting and not prone to loosening. And the upper shell and the lower shell can be disassembled more quickly and conveniently only by unplugging the inner shell and the insertion section.