摘要:
The present invention relates to a nozzle (9) comprising a body (11) having an inlet end (13), an outlet end (14), and an outer surface(12). A first channel (16) extends through the body (11) from the inlet end (13) to the outlet end (14), the first channel (16) being defined by a channel surface (17). A second channel (18) is formed by an aperture (18) in the outlet end (14), the second channel (18) being connected to the first channel (16) and extending from the channel surface (17) to the outer surface (12). The nozzle (9) further comprises a lid (20), the lid (20) being connectable to the outlet end (14) and being arranged for at least partially covering the outlet end (14).
摘要:
A slew bearing system includes a first bearing ring and a second bearing ring concentrically positioned relative to each other forming at least upper and lower raceways there between, a plurality of bearing rollers positioned in each raceway between the first bearing ring and the second bearing ring, a plurality of delivery nozzles capable of delivering an air and oil mixture into the raceways adjacent the upper raceway, passages capable of fluidly communicating the air and oil mixture through the raceways and collecting some oil from the mixture adjacent the lower raceway, seals capable of regulating air flow through the passages and inhibiting outflow of oil from the raceways, and at least one exit port capable of outward flow of air and oil from the raceways adjacent the lower raceway.
摘要:
A slew bearing system includes a first bearing ring and a second bearing ring concentrically positioned relative to each other forming at least upper and lower raceways there between, a plurality of bearing rollers positioned in each raceway between the first bearing ring and the second bearing ring, a plurality of delivery nozzles capable of delivering an air and oil mixture into the raceways adjacent the upper raceway, passages capable of fluidly communicating the air and oil mixture through the raceways and collecting some oil from the mixture adjacent the lower raceway, seals capable of regulating air flow through the passages and inhibiting outflow of oil from the raceways, and at least one exit port capable of outward flow of air and oil from the raceways adjacent the lower raceway.
摘要:
A lubricant application apparatus which can thinly and uniformly apply a highly viscous lubricant on the threaded portion of a threaded joint for pipes comprises a steel pipe support unit 2 which supports a steel pipe P having a pin 8a while rotating the pipe; a lubricant circulation system 3 in which a lubricant 9 having its viscosity adjusted so as to be sprayable is circulated; a metering unit 4a having a metering pump capable of metering the lubricant 9; a lubricant spraying unit 5a having spray guns 19 and 20 for spraying lubricant through nozzles 19a and 20a toward the pin 8a; a spray gun support unit 6 which supports the spray guns 19 and 20 so as to be movable in the axial and/or radial directions of the steel pipe P; and a controlling unit 7 which controls the rotational speed of the steel pipe P by the steel pipe support unit 2 and the speeds of movement of the spray guns 19 and 20 by the spray gun support unit 6.
摘要:
The invention relates to an exchange unit having an attached or integrated small volume lubricant dispenser, wherein the exchange unit has a lubricant demand of at least at least one transmission, and/or at least one movement joint, and wherein the small volume lubricant dispenser has a lubricant receptacle with at least one ventilation port and at least one lubricant dispensing port. For dispensing lubricant, at least one lubricant dispensing port and at least one ventilation port can be opened in a pneumatically controlled manner on the small volume lubricant dispenser. The present invention provides an exchange unit having a small volume lubricant dispenser, which is capable of continuously, or discontinuously, lubricating parts of the exchange unit over weeks or months.
摘要:
Disposed on a partition plate (2) in a main tank (1) is an inner tank (6), whose ceiling is provided with a spray nozzle (8). Mist separating means (33) comprising a spiral narrow tube is disposed around the outer peripheral surface of the inner tank (6). The mist separating means (33) is connected at its upper opening (33a) to a connector block (32) in the upper region of the inner tank (6) and its lower opening (33b) is positioned in the lower region of a main mist chamber (5). Smaller particles in the primary mist generated in the spray nozzle (8) are positioned in the upper region of an inner mist chamber (7), while larger particles (3a) fall down to the lower region of the inner mist chamber (7) to deposit on the inner wall surface of the inner tank (6); thus, remaining in the inner mist chamber (7) is the secondary mist consisting of the smaller particles alone. The secondary mist is subjected to acceleration and centrifugal force when passing through the mist separating means (33), so that the larger particles in the secondary mist deposit on the inner wall surface of the mist separating means (33), and the main mist chamber (5) is filled with the tertiary mist consisting of the smaller particles alone.
摘要:
A valve (10) is described for use in oil injection of an oil mist (8) for lubricating/flushing cylinders in large engines and arranged with mounting means (14) for fastening in a cylinder wall (2) with a valve stem (12, 13) extending through the cylinder wall and with a nozzle outlet (6) at the inner end of the valve stem. A valve is made, the spray direction of which may be adjusted after mounting. Therefore, the valve is peculiar in that the nozzle outlet (6) is disposed in the inner valve stem part (13) which is rotatable relative to an outer valve stem part (12). The outer valve stem part (12) is fastened to or made as an integral part of the mounting means (14).
摘要:
A size is applied to a moving strand (14). A collet (22) is rotated to wind the strand (14) and build a package (19). The strand (14) is reciprocated with a strand reciprocator (30) to lay the strand (14) in a pattern on the package surface (20) as the package (19) rotates. The strand reciprocator (30) is lubricated with a lubricant which is compatible with the size. An apparatus is also provided for winding the fiber strand (14) to build and form a cylindrical strand package (19) of wound strand having a radially outer surface (20) with first and second edges (a) and a central portion (20b) therebetween. A strand reciprocator (30) is mounted to guide the strand from edge to edge of the package and to lay the strand in a helical pattern on the package surface (20) as the package (19) rotates. A lubricator (70) for atomizing a lubricant creates a fog of small airborne lubrication particles. Lubrication locations include the cam (32) surface and the grooves (34) provided thereon, the cam (32) bearings and the roller bail bearings. A roller bail (42) is mounted for contacting the package surface (20) as the package (19) is being built for holding the strand (14) in place on the package (19). The roller bail (42) is divided into separate rollers (46) with each roller (46) contacting the package surface (20) at one of the edges (a) and not contacting the central portion (20b).