A shroud supports one of an inner and an outer trunnion on a variable vane.
The forward trunnion (46) is pivotally connected to the other side of the shock strut (10) by a trunnion link (44).
The invention relates to a glass door wing that can pivot about an upper trunnion and a lower trunnion.
The casing (3) is integral with the tower (1) via an outer trunnion (7) and an inner trunnion.
This invention relates to a trunnion assembly (10) comprising a trunnion shaft (12) and a housing (14) defining a bore (16) for rotatably and concentrically receiving the trunnion shaft (12).
A cranshaft (10) including a continuous first or main journal (16) and at least one eccentric second journal (18).
The journal of one connecting rod of one pair is aligned with the journal of one connecting rod of the other pair.
A separate connecting structure may be associated with the continuous main journal and each eccentric journal forming part of the crankshaft.
Journal diameter greater than 75 mm
Journal diameter greater than 75 mm
The invention calls for the hinges to be made up of two parts, each part having a bearing pin and, coaxial with the pin, a bushing.
Two external plates (1) are mounted on each chain stud and at least two bearing bushings which are disposed on the chain studs are arranged therebetween.
The invention relates to a gasket unit (1) for a trunnion rest (2) sealing an annular gap (6) between a bearing bushing (3) and a pivot (4).
A bushing (20) for rotatably supporting a journal (18) comprises a cylindrical wall having an inner bearing surface configured and dimensioned to surround the journal.
A dog element (25) that functions as a form-locking rotationally fixed connection is arranged between the roll neck (10) and the neck bushing (20).
The seal comprises a flexible circular seal body (25) adapted to be mounted on and to rotate with the roll neck (14).
The pivot pin (120) is coupled to the panel such that the pivot pin and the panel rotate about a longitudinal axis of the pivot pin relative to the horizontal portion of the frame.
The trunnion includes a pivot formed of a second, different material.
Both the trunnion (40) and its shoes (28) have mating truncated spherical surfaces (46) which permit the shoes (28) to pivot relative to the trunnion (40).
The lever (30) is rotably coupled to the body (22) with a pivot pin (40).
An elongated pivot pin (120) is vertically disposed through the aperture (140).
This other plate supports a bearing journal (76).
The bearing journal (11) and the seal means (40) comprise cooperating locking means provided to counteract rotation of the seal means relative to the bearing journal.
The invention relates to an assembled crankshaft composed of a plurality of crank cheeks which can be connected at one side to a main bearing journal and at the other side to a connecting rod bearing journal.
According to the invention, the crank cheeks are provided at both sides with a ring-shaped groove for receiving the tubular main bearing journal and connecting rod bearing journal.
The invention relates to a refrigerating appliance comprising a body (1), a mounting part (3) that is fixed to the body (1) and carries a door bearing journal (11), and a door (2) that can be pivoted about the door bearing journal (11).
The spindle (26) is rotationally received by means of axially prestressed bearings (36, 38) and the nut (28) is mounted on the spindle (26) in a manner axially prestressed in relation to the spindle.
Each piston has a crank-pin.
A crankpin journal hole (8) is placed in the slider, and the crankpin journal hole is connected with the crankpin journal rotatably.
The crankpin journal (136) and the main journal (108) have a hardened surface (402) up to a first pre-determined depth.
The driven shaft (2) comprises a main journal (25), supported by the casing (1), a crank pin (7), parallel with the main journal (25) and a crank arm (26), transversal to the main journal and crank pin (25, 7).
Either the pin (26) or one end of the connecting rod (62) includes a phosphatized coating having a thickness between two and eight microns to facilitate movement between the connecting rod bore (66) and the profiled piston pin (26).
The present invention relates to a connecting rod (24) and piston pin assembly (26) for an internal combustion engine (12) to improve wear of the piston (22)/connecting rod (24) pivot point and reduce deformation of the pin bore (54).
Alternatively, the slip ring holder may be secured to the journal or a bearing neck pressed into the end of the rotor spindle by a clip, while prestressed leaf springs ensure axial clearance.
The invention relates to a ball stud (3) of a ball joint for a motor vehicle, comprising a stud (2) and a joint ball (1) joined thereto.
Each lever (2) is approximately S-shaped, with a substantially circular central stud (4) that can be coupled coaxially to the stud of the other lever by virtue of a transverse pivot (5).
Study results are published in the February issue of the Journal of Dental Research, the journal of the International Association of Dental Research.
A recess (12) having a magnet (13) placed therein is provided inside said ball stud (3).
The findings of this study were published in the latest online edition (Oct. 2018) of the Journal of Microbiology, an international academic journal.
The waveform generator outputs a second periodic waveform having a frequency different from the input waveform frequency.
The extruder shaft comprises a prismatic mandrel having external teeth and a longitudinal mandrel axis.
The object is capable of rotating about the axle.
The shaft and the keyhole cooperatively act for insertion of the shaft into the orifice of the keyhole.
The axial shaft assembly includes a first stub shaft, a second stub shaft, and a hollow shaft drum having a longitudinal axis.
The first stub shaft and the second stub shaft are coupled to opposing ends of the shaft drum along its longitudinal axis.
The operating lever (30) corresponds to the journal (20), and each operating lever (30) comprises a journal connecting portion (32) connected to the actuation end of the journal and a ring connecting portion (34).
Pressure applied to the tile in the region of the spigot, flexes the spigot and disengages it from the first part.
The housing (5) has a first groove (9) surrounding the journal (2) which communicates with the drilling (7) via at least one transverse drilling (12) in the journal (2).
Use of a ferromagnetic journal (1207) as part of the magnetic circuit allows full use of the journal bore for the components of the solenoid valve (300).
A ring (5) encircles the inner journal (1) to provide a seal between the inner journal (1) and the bearing cup (7).
A journal drive (25) is mounted to the bearing (19) for engaging and controlledly driving the ring journal (23) in rotation or counter-rotation relative to the bearing (19).
The second housing part has a first journal.
A hydrostatic journal bearing for a vibration test apparatus.
The crankshaft (100) also includes a main journal fillet (204) joining the main journal (108) and the crank web (120).
Requêtes fréquentes français :1-200, -1k, -2k, -3k, -4k, -5k, -7k, -10k, -20k, -40k, -100k, -200k, -500k, -1000k,
Requêtes fréquentes anglais :1-200, -1k, -2k, -3k, -4k, -5k, -7k, -10k, -20k, -40k, -100k, -200k, -500k, -1000k,
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