会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 93. 发明专利
    • DE1451676A1
    • 1969-01-30
    • DE1451676
    • 1964-10-06
    • SANMORI ROGER LAURENT JEAN BAP
    • BAPTISTE SANMORI ROGER LAURENT
    • F01B7/12F02B75/18F02B75/24F02B75/28
    • 1,067,069. Two stroke I. C. engines. R. L. J-B, SAN MORI. Sept. 15, 1964 [Oct. 15, 1963], No.37648/64. Heading F1B. [Also in Division F2] In an I. C. engine having groups of cylinders made up of two parallel cylinders 2, 3, Fig. 2 each containing two opposed pistons 5, diagonally Opposite pistons are interconnected by links, 7, rockers 8 and pitmans 9. Each pitman 9 has a big end 18 which surrounds the outer ring (19), Fig. 3 (not shown) of roller bearing 12 and is surrounded by ring 20 and retained by plates 13. Each pitman little end 26 is engaged on a roller bearing 29 surrounding a sleeve on rocker axis 30 which engages yoke 27 of rocker 8. The opposite end of rocker 8 is engaged, through a rollers 35, by link 7 which rolls on reinforcing plate 34 mounted in piston 5. The rocker axes (10), are rigid with rings 40 which have eccentric inner and outer bores to permit adjustment of the compression ratio. In each cylinder group all four shafts may be interconnected to provide manual or automatic adjustment, e.g. by variation in pressure, of the compression ratio. Each crankshaft section has a fluted boss (57) engaging a fluted socket (58) of an adjacent crank-shaft. In another embodiment, the roller bearing on crank-pin (11), Fig.4 (not shown) is surrounded by a whorl (23) which is separated from opposite faces of a box-like recess (22) in a pitman (21) by needle roller shoes (24), the stroke of which is limited by abutments (25). Mixture is inducted into the engine through passage 41 and on the inward piston stroke valve (47), Fig. 5 (not shown) is initially moved inwardly by fractional engagement with the tail (46) of piston 5. Gases are then drawn into the space between piston 5 and head (44). Valve (47) continues to move until its rim (48b) engages sleeve (41b). On the outward stroke of the piston valve (47) is moved to the closed position whilst the gases beneath the piston are transferred through ports 51 to scavenge the combustion space by a transverse flow to exhaust ports 52 leading to exhaust passages 42. Lubrication A centrifugal pump feeds oil through duct (17) to channel (15) and bearings 12 are fed centrifugally through channels (16).
    • 94. 发明专利
    • Improvements relating to internal combustion engines with opposed pistons
    • GB779633A
    • 1957-07-24
    • GB145056
    • 1956-01-16
    • ROLAND LARAQUE
    • F01B7/12F02B75/28
    • 779,633. Opposed piston engines. LARAQUE, R. Jan. 16, 1956, No. 1450/56. Addition to 779,631. Class 7 (2). In the opposed-piston engine claimed in claim 1 of the parent Specification, comprising two opposed pistons in each cylinder which operate through first connecting rods, rocking levers, and second connecting rods on one crank-shaft 100, the first connecting rods being articulated to the piston and rocking lever respectively by a gudgeon pin and pivot pin which are secured to the rod, the drive to the auxiliary devices of the engine, which include a water pump 103, an injection pump 104, an oil pump 106, and a supercharger 108, 109, is effected from the crank-shaft 100 through toothed wheel gearing the rotation spindles of which are parallel to the crank-shaft axis. A gear wheel 101 at the end of the crank-shaft drives the water pump 103 and injection pump 104 directly through gears 102, 117. The oil pump 105 is driven by the gear 117 and the supercharger e.g. a Rootes blower, is driven indirectly from gear 101 through gears 110, 112, 113. The auxiliary devices are all fixed on the end wall of the crank-case and a starter 114 is mounted on the exterior of the crank-case.