30results about How to "Intense heat" patented technology

An exhaust emission control apparatus is provided which is equipped with an additive injector to inject additive such as a urea aqueous solution into an exhaust pipe through which exhaust emissions flow. The exhaust pipe includes a straight section and a bent section. A catalyst such as a SCR (Selective Catalytic Reduction) catalyst is disposed downstream of the straight section. A hollow protrusion is formed on an outer peripheral wall of the bent section substantially in parallel to a longitudinal center line of the straight section. The protrusion has an opening formed in one of opposed ends thereof which communicates with inside the bent section. The additive injector is designed to produce a cone-shaped spray of additive and installed on the other end of the protrusion to inject the cone-shaped spray of additive into the exhaust pipe without interfering with at least a downstream edge of the opening.

A tray support insert and method of use for supporting one or more trays within a reactor chamber. The tray support insert includes at least one annular member which rests upon a support shoulder within the reactor chamber.

A joint for connecting pipe sections is provided in which a portion of the joint includes a first pipe section, a first reducer fitting section, a first flange attached to the first pipe section and having holes for receiving fasteners, and a fluid conduit (such as a pipe sleeve) positioned inside at least a portion of the first pipe section and the first reducer fitting, wherein the fluid conduit forms an annular space defined by the outside surface of the fluid conduit wall and the inner walls of the first pipe section and the first reducer fitting. The annular space separates the heat-sensitive flange, a flange gasket, and the flange fasteners from high-temperature fluids flowing in the fluid conduit, thereby allowing for the use of lower rated and less expensive components than would otherwise be required in a direct heat contacting arrangement.

A device is disclosed that uses a flow-control methodology to control sprays at very high precision and frequency. The device is based on an enhanced Coanda effect. The control flow is selectively applied to the region in which we desire the jet to vector and control the profile (width) of the jet. In one embodiment, the control flow is applied at the desired circumferential location by the action of a rotting disk with a flow passage of a size that spreads the jet the desired amount. The size of this flow passage may be controlled by using two overlapping disks with large holes in each. By rotating one disk relative to the other, the size of the resultant passage can be modified.

A combustor liner is provided having first and second annular bands which define an overlapping circumferential joint area, wherein a weld is disposed in the joint area encompassing substantially all of the axial length of the joint area. A method for producing such a combustor liner is also provided.

The invention discloses a preparation method for green tea wine. The preparation method comprises the following steps of S1, taking fresh tea leaves for airing, then performing enzyme deactivation, controlling the temperature of enzyme deactivation to be 290 to 310 DEG C, performing smothered enzyme deactivation for 2 to 4 minutes, then thoroughly frying the tea leaves for 3 to 5 minutes, and kneading and frying the tea leaves to obtain green tea; S2, performing temperature rise and heating on the green tea, mixing the heated green tea with sorghum for wetting and steaming materials; S3, adding distiller's yeast and yeast into first grain raw materials obtained in the S2 for fermenting large dregs; S4, adding rice hulls into the fermented large dregs, and then performing distillation and solid-liquid separation to obtain large dreg wine and second grains, wherein the large dreg wine is the green tea wine. According to the green tea wine prepared according to the scheme, the wine yield is higher, effective ingredients are retained to the maximum extent, the mouthfeel and the quality of the green tea wine are effectively improved, and the problems that the green tea medicated wine is mostly prepared by soaking, and the pharmacological function of the green tea wine is limited due to the fact that green tea medicated wine difficultly simultaneously guarantees the wine yield and effective ingredients are solved.

The present invention involves a water-based vessel for the production of desalinated water and concentrated brine. The former is usable for drinking water in areas that lack sufficient potable water, while the latter may be used as fuel in electricity production. The invention additionally includes capabilities of providing electricity, food, and lodging in response to emergency conditions.

A device is disclosed that uses a flow-control methodology to control sprays at very high precision and frequency. The device is based on an enhanced Coanda effect. The control flow is selectively applied to the region in which we desire the jet to vector and control the profile (width) of the jet. The control flow is introduced through multiple control flow ports surrounding the primary nozzle and adjacent to the Coanda surface. By selectively opening and closing different control flow ports the motion and profile of the jet can be controlled.

The invention discloses a T-shirt with comprehensive function. The T-shirt is weaved from Coolmax fibers and cotton fibers and is made through antibacterial treatment. The T-shirt is provided with a strip-shaped medicinal material layer corresponding to the spinal column of the human body. The medicinal material layer coats the back part of the T-shirt through textile glue and comprises sinalbin, tourmalinite powder and vanillyl butyl ether. The front or/and the back of the T-shirt is provided with a fluorescent layer made from a fluorescent fabric. The lower edge of the T-shirt forms a turnover part, which can be turned inward the T-shirt and be fixed inside the T-shirt to form a double-layer fabric. The double-layer fabric can cover the navel of the human body. The insides of the shoulders of the T-shirt are provided with massage projections, which are filled with round cobbles. The T-shirt comprises short sleeve parts, which are uniformly provided with meshes, the diameter of each mesh being 1-2 mm. The T-shirt is excellent in breathability and massage curative effect and provides good visual impact when worn by people. Moreover, the T-shirt can prevent people from catching cold during afternoon nap.

A composition and method for protecting personal care components, advantageously labile active personal care components, from decomposition during high temperature drying, employing water-soluble hydrolyzed polysaccharide encapsulants. Also disclosed is an additive for a personal care composition comprising a personal care component that is at least partially encapsulated within a hydrolyzed polysaccharide encapsulant. Also disclosed is a method for protecting a composition containing labile biologically active particles which comprises encapsulating at least a portion of the biologically active particles within hydrolyzed polysaccharide particles, thereby protecting said portion of said biologically active particles.

The proposed method and device relate to acousto-optics and laser technology and can be attributed, in particular, to acousto-optical (AO) laser resonator Q-switches, AO devices for extra-cavity control of single-mode (collimated) and multimode (uncollimated) monochromatic and non-monochromatic laser radiation, i.e, AO modulators, AO frequency shifters, and dispersion delay lines for visible and middle IR wavelengths (0.4-5.5 μm). The object of the method and device is providing a geometry of AO interaction in laser resonator Q-switches so that to optimize the preset parameters of the Q-switch in accordance with the system requirements to the laser operation mode depending on the intended use of the laser, more specifically, lower control RF power and capability of operation without additional efficiency loss with multimode or uncollimated laser radiation.