31results about How to "Reliable cycle" patented technology

A shot shell such as would be utilized in a shotgun or the like, wherein the cartridge forming the shell has a collapsible extension removably or permanently engaging the shot end of the cartridge, with the cartridge configured to provide a un-compressed length of, for example, 2.50 inches (the minimum length of shell for conventional automatic or semi-automatic, magazine fed shotguns. The collapsible extension is configured to be compressed when placed in a spring-fed magazine, so as to provide increased magazine capacity when compared to standard length shells, while expanding when removed by from the magazine during a loading cycle, so as to facilitate reliable placement of the shell into the breach from the magazine. The collapsible extension in the loaded cartridge of the present invention is configured to be ejected from the barrel upon firing of the cartridge. The present system thereby provides a means to increase the capacity of conventional automatic or semi-automatic (i.e., pump actuated) shotguns, while reducing the likelihood of jamming or malfunction due to utilizing shells which are shorter than the firearm was designed to process.

The invention discloses a vertical coal dust corner tube boiler, which comprises a burner, a boiler body, an air preheating device, a waste heat water tank, a convection bank, an upper collecting box, a top collecting box, a boiler barrel and a lower collecting box. The lower collecting box is arranged at the bottom of the boiler body, and the upper collecting box and the top collecting box are arranged on top of the boiler body and communicated through a steam communicating pipe. The vertical coal dust corner tube boiler is characterized in that the burner is arranged at the bottom of the boiler body which adopts a vertical film type water cooling wall structure, four lowering pipes are arranged at four corners, and two ends of the lowering pipe and the film type water cooling wall are communicated with the upper collecting box and the lower collecting box respectively. The convection tube bundle is arranged outside the film type water cooling wall, the top of the convection tube bundle is communicated with a boiler chamber smoke outlet, and the bottom of the convection tube bundle is communicated with the waste heat water tank. The vertical coal dust corner tube boiler has the advantages of being compact in integral structure, simple in appearance display, small in covered area, low in steel consumption, big in boiler water circulation pressure difference and safe and reliable in water circulation and the like.

The invention discloses a three-return-stroke powder steam boiler. The three-return-stroke powder steam boiler comprises a boiler barrel, a hearth, a burnout chamber, a convection tube bundle, tail heat exchange equipment, a combustor, a slag falling device, a lower header and an upper header, wherein the lower header is arranged at the bottom of a boiler body; the upper header is arranged at the top of the boiler body; the combustor is arranged at the front part, the top, the bottom or the side part of the hearth of the boiler; the boiler body has a full-film type water-cooled wall structure, and four main downcomers are arranged at four corners; the convection tube bundle is arranged in a convection tube bundle flue, the convection tube bundle flue is longitudinally arranged, and the height of the convection tube bundle flue is equal to that of the hearth; the upper and lower ends of the convection tube bundle, the main downcomers and a film type water-cooled wall are communicated with the upper header and the lower header respectively; the burnout chamber and the hearth are longitudinally arranged abreast in a back-to-back way, and the height of the burnout chamber is equal to that of the hearth; the hearth, the burnout chamber, the convection tube bundle flue and the tail heat exchange equipment are sequentially conducted in series; two-stage combustion-supporting and denitration secondary air is distributed in the hearth. The three-return-stroke powder steam boiler has the characteristics of long flue gas flow, complete fuel combustion and high heat exchange efficiency.

The invention discloses a vegetable cultivation machine which comprises a heat-insulating box, wherein a plurality of cultivation trays are vertically arranged in the heat-insulating box through tray brackets; the vegetable cultivation machine is characterized by further comprising an environment control system; the environment control system comprises a nutrient solution circulating system, an air circulating system, a temperature control system and an illuminating system. The vegetable cultivation machine is energy-saving, has a simple structure, is capable of fully circulating the nutrient solution, is capable of controlling temperature, humidity and illumination and can supply sufficient nutrient solution, carbon dioxide and oxygen.

The invention discloses a three-return-stroke powder heat conduction oil boiler. The three-return-stroke powder heat conduction oil boiler comprises a circulating oil pump, a hearth, a burnout chamber, a convection tube bundle, tail heat exchange equipment, a combustor, a slag falling device, a lower header and an upper header, wherein the lower header is arranged at the bottom of a boiler body; the upper header is arranged at the top of the boiler body; the combustor is arranged at the front part, the top, the bottom or the side part of the hearth of the boiler; the boiler body has a full-film type water-cooled wall structure, and four main downcomers are arranged at four corners; the convection tube bundle is arranged in a convection tube bundle flue, the convection tube bundle flue is longitudinally arranged, and the height of the convection tube bundle flue is equal to that of the hearth; the upper and lower ends of the convection tube bundle, the main downcomers and a film type water-cooled wall are communicated with the upper header and the lower header respectively; the burnout chamber and the hearth are longitudinally arranged abreast in a back-to-back way, and the height of the burnout chamber is equal to that of the hearth; the hearth, the burnout chamber, the convection tube bundle flue and the tail heat exchange equipment are sequentially conducted in series; two-stage combustion-supporting and denitration secondary air is distributed in the hearth. The three-return-stroke powder heat conduction oil boiler has the characteristics of long flue gas flow, complete fuel combustion and high heat exchange efficiency.

The invention discloses a self-balancing liquid supplementing and exhausting device for temperature control equipment. The self-balancing liquid supplementing and exhausting device comprises a liquidpump, a liquid outlet pipeline, a working pipeline and a liquid return pipeline, and further comprises a heater barrel and a liquid inlet pipeline, and further comprises a liquid supplementing water tank, a liquid supplementing pipe and an exhausting pipe. The self-balancing liquid supplementing and exhausting device can solve the problem that when a liquid pumping pump is used for pumping liquid,air in the pump and pipelines of the pump must be manually exhausted into the pump every time the pump is started.

The invention specifically discloses a method for catalyzing coke-carbon dioxide gasification based on chemical-looping principles, belonging to the field of coal gasification. The method comprises the following steps: conveying a catalyst into a gasification furnace for contact with a raw coke material so as to realize coke-carbon dioxide gasification, wherein the catalyst releases oxygen duringgasification; conveying the catalyst having released oxygen into a calciner for calcining so as to reduce the structure of the catalyst; and conveying the catalyst into the gasification furnace for participation in coke-carbon dioxide gasification again. The method can realize cyclic utilization of the catalyst during catalytic oxidation and calcining reduction, improves the recycling rate of thecatalyst and has the advantages of high recycling rate, easiness, reliability, convenience in implementation, etc.

The invention discloses a rolling bearing system of an automobile motor. The system comprises a housing of the motor, bearing components and a motor shaft provided with a first oil path along an axisdirection. The two opposite surfaces of the housing are provided with the bearing components, the motor shaft and the bearing components are in fitting installation to form a support for the motor shaft, and upper parts of the two bearing components are provided with oil inlet holes. The bottom of one bearing component is provided with an oil groove connected to an oil pool, and the oil inlet holeof the upper part is connected to a liquid out port of the first oil path. The oil inlet hole of the upper part of the other bearing component is connected to the oil pool, the lower part of the bearing component is also provided with an oil groove which is connected to a liquid in port of the first oil path, and an oil liquid loop is formed between the two bearings of the motor through the firstoil path in the motor shaft. The invention aims to provide the rolling bearing system of the automobile motor with the prolongation of the maintenance period of the motor bearings and the increase ofthe reliability of the bearings.

The invention discloses a vertical type coal dust corner tube boiler which comprises a burner, a boiler furnace, a high temperature air preheater, a coal economizer, a low temperature air preheater convection tube bundle, an upper collecting box, a top collecting box, a boiler barrel and a lower collecting box. The lower collecting box is arranged at the bottom of a boiler body, and the upper collecting box and the top collecting box are arranged at the top of the boiler body and are communicated through a vapor communicating pipe. The vertical type coal dust corner tube boiler is characterized in that the burner is arranged at the top of the boiler body, the boiler body is of a vertical type tubular membrane type water-cooled wall structure, four down pipes are arranged at four corners, and the down pipes and two ends of the membrane type water-cooled wall are communicated with the upper collecting box and the lower collecting box respectively. The convection tube bundle is arranged on the outer side of the membrane type water-cooled wall, the bottom of the convection tube bundle is communicated with a hearth smoke outlet, and the top of the convection tube bundle is communicated with the high temperature air preheater. The vertical type coal dust corner tube boiler has the advantages that an integral structure is compact, the appearance is arranged simply, an occupied area is small, steel consumption is small, water circulating differential pressure of the boiler is large, and water circulation is safe and reliable, and the like.

The present invention provides a movement output apparatus for controllably moving a movement output means in at least two spatial dimensions, the apparatus including: a cog means with a first diameter; a ring with a track formed on an inner surface of the ring, the track having a second diameter which is larger than the first diameter; wherein: the cog means is rotatable by first driving means; the ring is rotatable by second driving means; the cog means is arranged to move, in use, along the track; and the movement output means is attached to the cog means, whereby, in use, movement of the cog means effects movement of the movement output means, and the movement of the movement output means is controllable by control of the first and second driving means to produce substantially linear movement of the movement output means to produce substantially linear movement of the movement output means.

An explosive composition for use in telescopically expanding non-lethal training ammunition comprises tetrazene and paraffin wax. The explosive composition can be used as a primer and/or as a source of energetic material in a telescopically expanding non-lethal training cartridge; it can be used to propel a projectile from a telescopically expanding non-lethal training cartridge; and/or it can be used to expand telescopically a non-lethal training cartridge within a host gun.

A package boiler (10) of unitary construction embodying based on the particular pressure and temperature conditions required thereof a predetermined standard profile selected from a plurality of standard profiles collectively capable of providing within a range of design pressures up to 1050 psig and a range of design superheater outlet temperatures up to 750 degrees F steam production within a range of 20,000 to 180,000 pounds per hour, and embodying based on the nature of the fuel to be burned therewithin a front wall (14, 14') of predetermined construction selected from front walls (14) of rigidized ceramic fiber for use when the fuel being burned therewithin is light oil and natural gas, front walls (14) of heavy castable refractory for use when the fuel being burned therewithin is heavy oil and other special fuels, and front walls (14') that are fully water-cooled.

The invention discloses a biomass full-film type wall boiler. Front-film type walls, two-side-film type walls and rear-arch-film type walls are communicated between a corresponding lower collection box and an upper boiler cylinder of a boiler body of the biomass full-film type wall boiler to form a hearth with a fire grate in an enclosing mode, and the lower collection boxes are communicated with the rear-film type walls and the two-side-film type walls to form a flue with the upper boiler cylinder and a lower boiler cylinder in an enclosing mode. The hearth is designed to be of a full-film type wall structure, the weight of the boiler is reduced, air impermeability of the hearth is increased, the heating area is enlarged, it is beneficial to lower the temperature of the hearth, and generation of nitrogen oxide is inhibited; on the basis of the mentioned structure, the film type wall structure is also adopted for the flue, the heating area is enlarged, it is beneficial to lower the temperature of smoke discharged by the flue, the air leakage rate is reduced, and heating efficiency of the boiler is improved.

In a device for guiding and tensioning supply lines for working tools movable along a straight guide, e.g. supply lines of a hydraulic hammer drill on an advance mounting, the advance of the working tool is implemented by means of a revolving transport chain driven by a sprocket wheel, and the supply line(s) are guided between the connections on the fixed guide and the connections on the working tool by a tension roller which causes a deflection about 180° and is movable in advance direction downstream the working tool conjointly therewith in the same direction but at half the advance speed, wherein the tension roller is slidably guided on the guide for the working tool transversely to its rotation axis, and wherein a pinion engages the transport chain for driving the movement of the tension roller and interacts with a fixed chain on the opposite side. To realize a controlled movement of the tension roller in both direction, a further transport wheel (14) for the advancement of the tension roller (8) is mounted onto the shaft (23) of the pinion (22) that engages the transport chain (4), for interaction with a fixed chain, a rack, a fixed traction rope, or the like.

The invention discloses a 3D printing online high-temperature ultrasonic milling system based on a main shaft without a cooling hole. The 3D printing online high-temperature ultrasonic milling systemcomprises a wireless power transmission mechanism, a transduction luffing mechanism and a cutter handle. The transduction luffing mechanism is arranged in an inner cavity of the cutter handle, a mainshaft shell sleeves the cutter handle, and a sealing sleeve is arranged between one end of the main shaft shell and the cutter handle. The sealing sleeve is in clearance fit with the cutter handle, sealing rings are arranged between the sealing sleeve and the cutter handle at intervals, and cutter handle air holes are formed in the portion, between the two sealing rings, of the cutter handle at intervals in the circumferential direction. Air inlet holes are formed in the portions, corresponding to the cutter handle air holes, of the sealing sleeves, the air inlet holes are connected with an air cooling device, and air outlet holes are formed in the portions, outside the sealing sleeves, of the lower end of the cutter handle at intervals in the circumferential direction. According to the 3Dprinting online high-temperature ultrasonic milling system based on the main shaft without the cooling hole, cold air is fed into the cutter handle to reduce the internal temperature, heat of an amplitude-change pole is prevented from being transmitted to a transducer by coating a heat insulation coating, and the working stability in a high-temperature environment is ensured.

The invention discloses an automatic collecting and filling device of ball projectiles for recreation and a collecting method of the automatic collecting and filling device. The automatic collecting and filling device comprises a track and inclined ground, wherein the track is mounted on a ball projectile vehicle body and allows the ball projectile vehicle body to move thereon, the inclined ground is arranged below a shooting range of the ball projectiles, one or more ball projectile return grooves are formed in the middle of the inclined ground, a ball projectile conveying belt for conveying the ball projectiles in the ball projectile return groove to a centralizing point is disposed at the tail end of each ball projectile return groove, a collector for collecting the ball projectiles on the ball projectile conveying belt in a centralized manner is mounted at the other end of the ball projectile conveying belt, and a ball projectile lifting device for lifting the ball projectiles inside the collector to a ball storage cabin in a centralized manner is connected to the bottom end of the collector.

The present invention provides a fuel supply device for motorcycle, a fuel flow direction of a fuel filter setting nearby the lower side of a storing box is orientated as vehicle width direction, a fuel feeding pipe being connected to a fuel injection device from a fuel box by way of the fuel filter is configured to descend towards the fuel injection device from the fuel box always, a fuel refluxpipe for cycling overfull fuel to the fuel box from the fuel injection device is always ascending towards the fuel box from the fuel injection device, a recycle pipe branching from a part higher thanthe fuel filter at middle part of the fuel reflux pipe extends by means of be always descending to connect to the fuel filter.