64results about How to "Enough air" patented technology

The invention provides a pneumatic vehicular braking energy recovery and recycling device and a control method, which belong to the technical field of energy conservation and emission reduction of vehicles. The device provided by the invention is characterized in that in the checking brake process of a vehicle, an air compressor is connected with a drivetrain system of the vehicle by an electromagnetic clutch, the air compressor is driven to operate by using the inertia of the vehicle so as to recover the braking energy of the vehicle, and the high pressure air produced by the air compressor is stored in a high pressure gas cylinder; when a vehicle is accelerated, the high pressure air stored in the high pressure gas cylinder can carry out air-intake compensation on an internal-combustion engine, which facilitates the sufficient air acquisition of the internal-combustion engine under instantaneous conditions, and improves the dynamic property and acceleration performance of the internal-combustion engine, especially can shorten the air-intake response delay of a turbocharged internal-combustion engine when the internal-combustion engine is accelerated; and when the internal-combustion engine is started, the high pressure air can carry out additional air compensation on the air exhaust of the internal-combustion engine (in particular to a hybrid electric vehicle with an internal-combustion engine frequently controlled to start and stop) so as to reduce the discharge of noxious substances in a starting process of the internal-combustion engine.

An alternator for vehicles, the alternator being provided with a rotary shaft, comprising slip rings fixed to a rotary shaft to be rotated with the rotary shaft, brushes being placed to be in slide contact with the slip rings a brush holder that accommodates the brushes to be held therein; connection terminals fixed to the brush holder, brush leads electrically connecting the brushes to the connection terminals respectively, and a slip ring cover that covers the slip rings in cooperation with the brush holder, wherein the brush holder comprises first chambers in which the bushes are fixedly accommodated second chambers in which the brush leads are accommodated, the second combers communicating with the first chambers, and first air holes formed to open outside of the housing and formed as inlet/exhaust passages communicating with the second chambers.

The invention relates to an upper wind inlet deep-cyclone burner, with simple structure and high burning efficiency, wherein it comprises: an outer annular fiber cover, chassis, and the jamb with ejection tube; the chassis is divided into upper and lower layers; the upper layer is annular whose inner ring is embedded with thermal-insulated ring; the thermal-insulated ring and the upper circumference form the external annular gas groove matched with external annular fiber cover; the lower side of lower layer and the external gas inlet groove of jamb form the external annular fuel gas chamber through to the ejection tube; the connecting tube fixes the upper and lower layers; the channel of connecting tube connects the external annular fuel chamber and the external annular gas groove; the upper side of lower layer has the divert gas groove through to the ejection tube of central gas channel; the lower side of inner fire cover base has flange connected to the flange of divert gas groove; the inner fire cover base has connecting hole to connect the divert gas groove and the inner annular gas groove at the upper side of inner fiber cover base; and the inner annular gas groove has inner annular fire cover.

The invention discloses a method for promoting rosa multibracteata seeds to sprout. The method comprises the following steps including (1) rosa multibracteata fruit fermentation treatment; (2) seed drying in the air; (3) warm lamination: sphagna is sterilized in an autoclave sterilizer for 30 minutes, seeds are soaked for 24 hours in warm water and are mixed with the sterilized sphagna, meanwhile, sterile water is added, the sphagna mixed with the seeds is squeezed to a dry state by hand, the sphagna and the seeds are put into a reclosable bag, and the reclosable bag is placed into a 25 DEG C incubator for 8 to 16 weeks; (4) low-temperature lamination: the reclosable bag containing the sphagna and the seeds and subjected to warm lamination is placed into a 5 DEG C refrigerator, and the standing time is 4 to 16 weeks; and (5) seed sprouting. According to the method, measures of fruit fermentation, seed variable-temperature lamination and the like are adopted, the problems of low sprouting rate, long sprouting time and the like of the rosa multibracteata seeds are effectively solved, and the method has the advantages of simple process, low cost and the like. Through the implementation of the method, the sprouting rate is improved from 0 percent to 70 percents to 81.4 percents.

A device to deter finger sucking is a partial cover for the hand with at least one finger stall encompassing the finger or fingers usually sucked. The device can also have individual finger stalls, each accommodating one finger. The device has a ribbed cuff that is elastic so the child can put the device on and take it off himself. The device is made of a knitted fabric that is stretchable throughout. This characteristic makes it possible for the child to remove his finger or fingers from the one or more finger stalls and move the device upward on his arm and out of the way when eating, washing, for personal hygiene and certain school activities and thereafter quickly replace it on the hand with the finger or fingers in the one or more finger stalls. The child has complete control over its use. This device should be maintained on the hand or arm at all times except when bathing. The device can be colorful and decorated in a manner that is attractive to the child. The knitted fabric provides a dry unpleasant mouth feel and allows air to pass through the fibers so that no suction is attained during sucking. Without suction there is no satisfaction and the child is deterred from sucking his finger or fingers until he stops altogether.

The invention discloses a new large-capacity enclosed ground flare, which includes a combustion chamber, a plurality of burners arranged in the combustion chamber, exhaust gas branch pipes connected with the plurality of burners, and an ignition control system; the exhaust gas The branch pipe is connected through the gas collecting main pipe; the characteristic is that the cross-section of the combustion chamber is rectangular, and the burners are arranged in rows in the combustion chamber. Since the combustion chamber is designed as a rectangular combustion chamber, it can be designed according to the shape of the site plot, reducing the floor space and saving land resources, so as to meet the requirements of multiple production devices or multiple factories sharing the torch system, thus adapting to various designs of processing capacity. The processing capacity of a single seat can reach 300t/h~1000t/h, far exceeding the processing capacity of the cylindrical combustion chamber. Combined with the arrangement of burners in rows and rows, the arrangement of burners is simpler, which is beneficial to simplify the hierarchical pipeline and control, facilitate inspection and maintenance, and ensure that each burner gets enough air to improve the combustion effect.

The invention provides a burner of a direct-injection type cooker combustor. The burner of the direct-injection type cooker combustor comprises a burner body and nozzles. An outer annular mixed gas cavity, a center gas inlet tube and a pre-mixed cavity are formed in the burner body. The outer annular mixed gas cavity is communicated with the pre-mixed cavity through a gas guiding hole formed in a partition plate. The lower end of the center gas inlet tube is fixedly connected with a center gas inlet hole in the partition plate. The gas guiding hole surrounds the center gas inlet hole. The lower end of the center gas inlet tube is communicated with the pre-mixed cavity. The nozzles are opposite to the center gas inlet hole and the gas guiding hole. The gas guiding hole is of a circular truncated cone shape. The nozzles are arranged on gas outlet holes formed in a nozzle base. The portion, located on the center of an annular gas inlet cavity, of a direct gas inlet tube is provided with gas outlet holes. The nozzle base is arranged in the pre-mixed cavity or the nozzle base is arranged below the pre-mixed cavity. Gas and air are mixed in advance in the pre-mixed cavity. Sufficient air is guaranteed. The gas and the air enter the outer annular mixed gas cavity to be further mixed after being compressed and released by the gas guiding hole, and therefore the purposes that the gas and the air are completely mixed, the gas is burned completely, and energy is saved are achieved.

The invention discloses an oil-containing sludge incineration system for a pressurized fluidized bed and an incineration treatment method. The process comprises the following steps: introducing preheated pressurized air into a fluidized bed incinerator, adding oil-containing sludge into the incinerator to pressurize and combust under a fluidized state, and supplementing auxiliary fuels to keep a combustion state stable if combustion heat is insufficient; enabling high-temperature pressurized wet flue gas generated in the incinerator to preheat pressurized air for combustion of the fluidized bed incinerator, preliminarily cooling the pressurized air into medium-temperature pressurized wet flue gas; continuously performing dust-removal denitration treatment on the flue gas to obtain medium-temperature pressurized clean wet flue gas, and recycling separated fly ash; recycling sensible heat of the medium-temperature pressurized clean wet flue gas through a waste heat recycling system, andrealizing up-to-standard emission through treatment such as a follow-up decompression system and a dehumidifying system. Reduction, harmless and resource utilization as well as energy conservation andemission reduction are realized on the oil-containing sludge, so that combustion efficiency can be greatly improved, equipment unit area processing ability is improved, and emission of harmful substances in flue gas is reduced.

A small volume capacity pump is used to pressurize a small air tank, and the tank is used to top off pressure in an automobile tire or other receptacle. The tank preferably has a reservoir measuring 200-300 cc, and is pressurized to at least 500 psi. The pump preferably has a low volume capacity of 200-300 cc/min, thus requiring at least 15-45 minutes to refill the reservoir to its full operating pressure when empty. A pump can be operated by a DC or AC motor, which can be housed along with, or separately, from the pump. Especially preferred embodiments also include an automatic pressure regulator that can be set to deliver a desired pressure to a receiving device, and a trigger that controls release of air from the tank to the regulator.

The invention provides a biomass particle combustor. The biomass particle combustor comprises feeding equipment, combustion equipment and blast air supply equipment, wherein the feeding equipment comprises a material pipe; the combustion equipment comprises an inner fire outlet pipe and an outlet fire guide pipe; the blast air supply equipment comprises a blast pipe, an outer air box and an inner air box; the inner air box is arranged inside the outer air box, and the blast pipe is communicated with the outer air box and the inner air box; the material pipe penetrates through the inner air box to be communicated with the inner fire outlet pipe; the inner fire outlet pipe is arranged on the outer wall of the inner air box and penetrates through the outer air box, and vent holes are formed in the inner fire outlet pipe; the outlet fire guide pipe is fixed to the outside of the outer air box to sleeve the part, outside the outer air box, of the inner fire outlet pipe, and a gap is reserved between the outlet fire guide pipe and the inner fire outlet pipe and communicated with the outer air box. The biomass particle combustor is reasonable in structural design, low in cost and high in combustion efficiency.

The invention discloses a stevia two-section floating plate cutting seedling culture method. Floating plates are used for stevia cutting seedling culture; one floating plate seedling culture plate water pool is arranged in the tree shade, and the other floating plate seedling culture plate water pool is arranged in the sunshine; firstly, the stem sections of the stevia are cut in the floating seedling culture plate in the tree shade; after the rooting and survival, the stem sections and the floating plate are jointly transferred into a sunshine water pool for culture and seedling strengthening. The seedling culture method has the advantages that the cutting survival rate can be improved; the strengthening seedling can be cultured; meanwhile, the seedling culture management work quantity can be reduced; the work efficiency is improved.

An apparatus and method for adjusting a throttle plate of a throttle assembly of an internal combustion engine is disclosed. A throttle linkage mechanically connects a throttle actuator to the throttle assembly with a deadband therebetween. The deadband allows the throttle plate to remain in a closed position during initial movement of the throttle actuator and initial acceleration, thereby reducing overall engine noise.

The invention discloses a shallow shaft side infiltrating irrigation water saving irrigation method. Compared with the prior art, the method is high in technical content, low in work amount, low in facility cost, and small in floor space of a main facility, and ground operation is not influenced. Equipment is not needed to move in a production process, and manpower and energy are saved. No pipeline exists underground, and ploughing and turning up soil are not influenced. A self-flowing method is used, and almost not power is needed in an irrigation process. Water is irrigated from the lower part of a plough layer, irrigated water does not infiltrate through a soil surface, so surface soil continuous permeability is maintained, and breath of roots of plants is not interrupted, and development of the plants is not inhibited. The method would not make nutrition be washed away. The surface of soil keeps a dried state all along, and the soil layer is loose, air and optothermal are sufficient, biochemical action is active, and large amount of nutrient contents and carbon dioxide are generated, so plant growth is flourishing. The method keeps the surface of the soil layer dry and loose, and stops underground water evaporation, so water saving effect is more obvious. The method is worthy of popularizing and using.

A water-jet personal watercraft comprises a body including a hull and a deck covering the hull from above, the body being configured to form an engine room inside thereof in which an engine is mounted, and the deck being provided with a first opening configured to guide air from outside into the engine room, and a steering handle provided on an upper portion of the body, the steering handle including a steering shaft having a base portion where the steering shaft intersects an upper surface of the deck, wherein the first opening is provided on the upper surface of the deck at a position defined between the base portion of the steering shaft and a substantially center position between a front end portion of the body and the base portion of the steering shaft.

A gas supply apparatus with improved control is provided. The gas supply apparatus provides gas at an outlet junction. The apparatus includes a gas mixer for gasses from primary and secondary supplies to a given ratio. The apparatus also includes a gas reservoir supplied by the gas mixer. A tertiary supply valve is also included and connected in parallel with the reservoir. The tertiary supply valve is adapted to connect the outlet junction to a tertiary gas supply when gas is not being supplied to a mixer by the primary and/or secondary supply.

The invention relates to a chain plate type turner, comprising a frame, a travelling mechanism, a turning mechanism, a crushing mechanism, a fresh air mechanism and a spraying mechanism. The turning mechanism comprises supporting rollers, chain plates laid on the supporting rollers and a turning driving mechanism driving the chain plates to move; the supporting rollers are slidably arranged on theframe along a vertical direction; the chain plates form a first inclined surface, a second inclined surface and a third inclined surface along the moving directions of the chain plates; and an inclination angle alpha1 between the first inclined surface and the horizontal plane is an acute angle and is larger than the inclination angle alpha2 between the second inclined surface and the horizontalplane. The crushing mechanism is arranged above the joint of the first inclined surface and the second inclined surface and used for crushing fermented materials passing through the crushing mechanism. The air outlet of the fresh air mechanism is arranged above the second inclined surface and used for sucking in air from places out of the frame and guiding air in space between a frame body and thechain plates. The chain plate type turner of the invention is additionally provided with the fresh air mechanism, so oxygen supply is more sufficient, anaerobic bacteria are inhibited, and the generation of odor is controlled.