31results about How to "Reliable cycle" patented technology

The present invention relates to a small four-stroke gasoline engine with oil mist lubrication. The lubrication oil way of the engine includes a crankshaft chamber B, a camshaft chamber C, an upper rocker arm chamber D and a condensation chamber E. The camshaft chamber C communicates with the upper rocker arm chamber D via a tappet cavity 13. The upper rocker arm chamber D communicates with the condensation chamber E. An oil mist chamber A is surrounded by an upper case body 3 and a lower case body 4 at the side of the crankshaft chamber B, the bottom of the oil mist chamber A communicates with the crankshaft chamber B. An oilsplash impeller 2 is fixed on a crankshaft, which extends into the oil mist chamber A. An oil way 12 is provided on the upper case body 3 between the oil mist chamber A and the camshaft chamber C. An oil return way 15 is provided on a cylinder head assembly 5. An oil return way 14 is provided on the upper case body 3. An upper interface of the oil return way 15 communicates with the upper rocker arm chamber D, a lower interface of the oil return way 15 communicates with the oil return way 14, and a lower interface of the oil return way 14 communicates with the crankshaft chamber B. The conventional lubricating mode is changed by the structure of the invention, which makes use of the pressure change during the reciprocating movement of a piston assembly 8 to attain the circulation of oil. The structure is simple, reliable in operation and has small consumption in power.

The invention belongs to the field of constructional engineering and mechanical engineering, and particularly relates to a continuous drilling and cyclic pouring integrated piling tool. According to the technical scheme, the continuous drilling and cyclic pouring integrated piling tool comprises a power connecting piece, a circulating device, a drill bit component, a bottom cleaning mechanism anda pouring mechanism, wherein the circulating device comprises a circulating drilling barrel and a spiral piece, both ends of the circulating drilling barrel are respectively connected with the power connecting piece and the drill bit component or the circulating drilling barrel, and the spiral piece is connected with the circulating drilling barrel; the drill bit component comprises a drill bit base, a drill bit seat and a drill bit, the drill bit seat is connected with the drill bit base, and the drill bit is connected with the drill bit seat; the bottom cleaning mechanism comprises a connecting rod and bottom cleaning blades; and the pouring mechanism comprises a pouring channel and a control piece. The invention provides a novel continuous drilling and cyclic pouring integrated piling tool, and the piling drilling and cyclic chip removal and continuous pouring efficiency is improved.

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 invention relates to the technical field of waste heat recovery, in particular to a module-type waste heat vapor generator. The module-type waste heat vapor generator comprises a heat transfer basic module and a steam separator (7), wherein a steam outlet of the upper end of the heat transfer basic module is connected with an inlet of the steam separator (7) through a steam guiding pipe (10). A first outlet of the upper end of the steam separator (7) is connected with a steam discharge pipe (6). A second outlet of the lower end of the steam separator (7) is connected with a water drain pipe (9). The water drain pipe (9) is connected with a water collecting pipe (12) at the lower end of the heat transfer basic module to form a circulation loop. The module-type waste heat vapor generator is novel and simple in structure, the heat transfer basic module can be designed according to the size of quantity of smoke, steam and the number of the heat transfer basic module is decided according to the size of thermal power, and the problems that design, manufacture and use of the waste heat recovery are cockamamie are solved. Work efficiency of design, manufacture and management is improved, safety of thermal power and water circulation is guaranteed, and reliability of steam-water separation is guaranteed, and the module-type waste heat vapor generator is convenient to manufacture, assemble and operate, reliable in circulation, and easy to control.

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.

A novel heat pump system capable of carrying out a cooling (refrigerating) operation or a heating (room heating) operation with ammonia and carbon dioxide, natural media, utilized in a combined state. The heat pump system (1) comprises a combination of an ammonia cycle (2), and a carbon dioxide cycle (3), and is characterized in that a carbon dioxide medium is circulated in the carbon dioxide cycle (3) by heating or cooling a part of the cycle, in addition to utilizing a natural circulation phenomenon in which a liquid head difference is formed in a carbon dioxide medium in the cycle without incorporating a compressor in the cycle, structural members of the ammonia cycle (2) being installed in a place isolated from a machine for cooling and heating an object material.