16 results about "Mixing chamber" patented technology

The invention discloses production equipment of autoclaved aerated concrete blocks, comprising a feed inlet, a conveyer belt, a crushing stirrer, a feeding mixing chamber, a moving pouring chamber, a hardening curing chamber, a solid cutting machine, a sealed autoclaving chamber and a conveying hanging tool. The crushing stirrer is connected between the conveyer belt and the feeding mixing chamber. The feeding mixing chamber is connected between the crushing stirrer and the moving pouring chamber. The moving pouring chamber is connected between the feeding mixing chamber and the hardening curing chamber. The hardening curing chamber is connected between the moving pouring chamber and the solid cutting machine. An auto-metering display screen helps improve precision of material weighing; a grinding crushing chamber helps improve viscosity of prepared slurry; a speed governor helps improve intelligence level and production efficiency.

A liquid mist fire extinguisher, comprising a container for holding a gas and a liquid under pressure. The extinguisher has valve assembly at the upper end of the container, a valve for simultaneously releasing said gas and said liquid separately from the container, and a hose for feeding said gas and said liquid separately through a nozzle. The nozzle assembly includes means for feeding said gas and said liquid separately through a mixing chamber, and exiting orifices in an end surface of said nozzle assembly for issue of mixed gas and liquid in a fine mist.

The invention relates to an upper-air-intake dual-ring combustor which comprises a base, nozzles, a foundation seat and burner caps. The base is embedded on a panel and is internally provided with a fuel gas channel; the nozzles comprise a first nozzle and a second nozzle communicating with the fuel gas channel; the foundation seat is supported on the base and comprises an inner-ring seat body andan outer-ring seat body arranged on the periphery of the inner-ring seat body at an interval; the inner-ring seat body is provided with an inner injection pipe; the outer-ring seat body is provided with an outer injection pipe; the burner caps comprise an inner-ring burner cap and an outer-ring burner cap; the inner-ring burner cap covers the inner-ring seat body in a matching way; an inner-ringgas mixing chamber is formed between the inner-ring burner cap and the inner-ring seat body; the outer-ring burner cap covers the outer-ring seat body in a matching way; an outer-ring gas mixing chamber is formed between the outer-ring burner cap and the outer-ring seat body; a temperature sensing probe stretching out to the upper part of the inner-ring burner cap is arranged in the inner-ring seat body; and a check ring is arranged on the top face of the inner-ring burner cap in an upward extending way along the circumferential direction, and is located on the inner circumference of a fire hole of the inner-ring burner cap. According to the upper-air-intake dual-ring combustor, the influences of flame, smoke and the like on the temperature rise of the temperature sensing probe can be reduced, so that the temperature measurement accuracy and the service life of the temperature sensing probe are improved and prolonged.

The invention discloses a wet-type nano-vortex dust cleaning apparatus and dust cleaning method. It mainly consists of furnace, gas liquid mixing chamber installed on the top of furnace, gas liquid spraying mouth on sidewall, gas liquid expansion chamber connected with gas liquid mixing chamber, vortex dust cleaner in gas liquid expansion chamber, desilter on the bottom of furnace and cleaned gas and cleaned liquid discharge tubes on the furnace. It is characterized by: the vortex dust cleaner consists of hollow diversion awl on top and vortex foam dust chamber on bottom; the walls composed said chamber is seam blades which are combined with a loop of curved triangle blade out the chamber; and the circulator laying under the chamber and connected with the chamber is equipped with cleaned gas discharge tubes and foam liquid discharge tubes; the method mainly consists of gas liquid mixing and expanding, vortex foam filtering and filter plate combined deducting steps, the dust collection efficiency of nano-ultra-fine dust which particle size below 0.2 mum reaches 99.95%, the exhausted gas liquid can be used cyclically without pollution.

The invention provides a liquid mixing faucet. The faucet comprises a shell, wherein a liquid mixing branch pipe is arranged in the shell, a liquid inlet side pipe is arranged on one side of the liquid mixing branch pipe; the liquid inlet side pipe is buried in a faucet mounting table and is exposed below the faucet mounting table; a liquid soap bottle is fixedly connected below the faucet mounting table through a screw joint, a part of the liquid inlet side pipe is immersed in the liquid soap bottle; a liquid mixing chamber is further arranged above the liquid mixing branch pipe, and a liquidmixing rotating wheel is arranged in the liquid mixing chamber. According to the faucet, the liquid mixing branch pipe is selected, water flows from the liquid mixing branch pipe to generate negativepressure on the liquid inlet side pipe orifice, so that liquid soap can be drawn out from the liquid soap bottle through the liquid inlet side pipe, enters into the liquid mixing chamber to be diluted and mixed along with the liquid inlet side pipe, and finally flows out of the faucet; the concentration of the liquid soap in the mixed liquid is low, so that the damage to the skin can be reduced,in addition, the faucet can also select a normal water inlet pipe to enter the water for cleaning, so that the faucet is very convenient to use, the trouble of breeding bacteria is avoided by the liquid soap bottle, and a closed system is formed by the faucet, so that breeding of flying insects is avoided.

The invention provides a novel arabinose crystallization method and device. Aiming at the defects of the traditional arabinose production process, arabinose in an anhydrous molten state at a temperature of 150-170 DEG C is taken as a raw material, and then sprayed downwards in a mist form from a distributor on the top of a mixer; and solid arabinose with the granularity of 30 meshes or less servesas a seed crystal and is sprayed from bottom to top. The method comprises the following steps: mixing the materials in a first cavity (mixing chamber) according to a dry basis ratio of 2/1 to 1/4; spirally descending the mixed materials along inner walls of the mixer under the factors of spray air and self-gravity so as to reach a third cavity (discharging chamber) via a second cavity (settling and cooling chamber), discharging the materials with excellent mixing effect in the discharging chamber via a discharging hole, ascending incompletely mixed small particles to the first cavity (mixingchamber) along with upwind via a blower pipe so as to complete secondary mixing and crystallizing. According to structural division, the mixer comprises a mixer outer wall, a liquid phase injector, asolid seed crystal feeder, a solid seed crystal air pipe, an air blower, a material collector and a discharging hole.

The invention discloses an isolation drainage heating stirrer. The drainage heating stirrer comprises a housing, a base, a pressing execution cover and a heater, the bottom end of the housing is disposed on the base, and the pressing execution cover is embedded at a top end of the housing, the interior of the housing is provided with a drainage chamber, a drainage isolation chute, and a mixing chamber from top to bottom, the drainage chamber is communicated with the mixing chamber through the drainage isolation chute, and the inner center of the housing is further provided with a longitudinalmandrel, the top end of the longitudinal mandrel is slidably coupled to the center of the pressing execution cover, the bottom end of the longitudinal mandrel is coupled to the base, and the heater sleeves on the longitudinal mandrel, the central outer surface of the longitudinal mandrel is slidably disposed with an isolation block that cooperates with the drainage isolation chute, and the top endof the isolation block is cooperatively coupled with the bottom end of the pressing execution cover. The heating stirrer solves the function of the isolation drainage and mixed stirring functions ofthe liquid medicine.

The invention provides a mining area coal bunker concrete preparing system and a coal bunker building method, and relates to the technical field of mine coal bunkers. The system comprises a material main haulage roadway, a belt main haulage roadway, an aggregate chamber, a coal bunker, a mining area connection roadway and a stirring chamber; the material main haulage roadway is internally providedwith the aggregate chamber, the aggregate chamber communicates with the mining area connection roadway, the mining area connection roadway communicates with the stirring chamber, the stirring chamberis located above the coal bunker, and the belt main haulage roadway communicates with the top of the coal bunker; the aggregate chamber is internally provided with a material matching device, the mining area connection roadway is internally provided with a belt conveying device, the stirring chamber is internally provided with a stirring device and a concrete chute, the upper end of the concretechute in the length direction cooperates with the stirring device, and the lower end of the concrete chute can be adjusted to any position of the side wall of the coal bunker; and by building the coalbunker through the system, continuous preparation of concrete can be achieved. Through the mining area coal bunker concrete preparing system and the coal bunker building method, the problem that during mining area coal bunker manufacturing, concrete raw materials are fed repeatedly, and material stacking is caused is solved, and the working efficiency is improved.

The invention discloses a residual heat absorbing boiler for CO, comprising an inlet, a combustion chamber, a combustor, an evaporation chamber and an outlet; a smoke mixing chamber is arranged above the inlet and below the combustor. According to the invention, the structure is simple; the design is scientific and reasonable; CO in waste gas is combusted fully, and is discharged so as to greatly increase combustion efficiency, and to be beneficial to residual heat absorption of CO, and no pollution is generated.

The mixing apparatus includes a first container, wherein the first container comprises: a first port; and a mixing chamber. The mixing apparatus further includes a second container where the second container is adapted to receive the first container, and a seal disposed between the first container and the second container. In addition, the mixing apparatus includes a channel between the first port and the mixing chamber, where the channel is defined by the seal and the first container. In some examples, the seal includes: a first seal portion; and a transition seal portion, the transition portion includes a seal split; and an air intake channel.