Abstract: Methods, systems and computer program products for dynamically modifying at least one connection parameter between a client and a server connected via a network and thereby increasing throughput rate between the server and the client are provided. The method comprises determining a first parameter value based on one or more characteristics of the network and a connection between the client and the server. The method further comprises determining whether a second parameter value encoded in a connection parameter field of the first packet received from the client is optimum based on a comparison with the first parameter value and overwriting the second parameter value with the first parameter value, if the second parameter value is not optimum.

Abstract: Methods, systems and computer program products for dynamically modifying at least one connection parameter between a client and a server connected via a network and thereby increasing throughput rate between the server and the client are provided. The method comprises determining a first parameter value based on one or more characteristics of the network and a connection between the client and the server. The method further comprises determining whether a second parameter value encoded in a connection parameter field of the first packet received from the client is optimum based on a comparison with the first parameter value and overwriting the second parameter value with the first parameter value, if the second parameter value is not optimum.

Abstract: A wheeled loading machine includes a body mounting a loading arm, a ground engaging structure including a front axle which carries a front pair of ground engaging wheels and a rear axle which carries a rear pair of ground engaging wheels, the loading arm being mounted at a position towards a rear of the machine for up and down movement about a generally horizontal axis, and the loading arm extending forwardly beside a cab which is mounted at one side of the body, to an outermost end which is beyond a front of the body, and the loading arm having at its outermost end a mounting for a loading implement and the arm being extendible to vary the length of the loading arm, and each axle being suspended from the body by a respective suspension, each of the ground engaging wheels being drivable by an engine of the machine through a mechanical transmission, and the machine including a braking system for braking each wheel, the braking system including a brake control system which provides a brake anti-locking function

Abstract: A boom for a load handling machine, the boom has a mounting by which the boom is mounted on a body of the machine, and at least first and second telescoped sections. In use, the boom carries a load handling implement at or towards its outermost end. The first boom section is telescoped within the second section and is extendible and retractable relative to the second boom section by an actuator. At least the first boom section includes walls made at least predominantly of a composite material. A bearing member is located where adjacent walls meet to extend along a substantial length of the first boom section to provide bearing surfaces during sliding of the first boom section relative to the second boom section. Bearings also may be provided on the interior of the second boom section to further protect the first boom section.

Abstract: An improved retainer, apparatus and method for retaining a circuit card are provided, through the use of a circuit card retainer comprising a length of spring wire defining a longitudinal axis of the retainer, lying in a plane of the retainer, and formed to define a wavy section of the retainer having peaks and valleys of the spring wire lying in the plane of the retainer with at least some of the peaks and/or the valleys being offset from the axis of the retainer. Some embodiments include a retainer guide, having a groove therein for properly orienting the wavy section of the retainer with respect to the circuit card.

Abstract: A connection assembly for connecting first and second components so as to promote electrical isolation therebetween comprising first and second members adapted to be connected to the first and second components and a dielectric member situated between the first and second members. A fastening assembly is provided to fasten the first and second members and the dielectric member together as a unit. The fastening assembly includes dielectric elements and a dielectric coating is applied to preselected surface areas of the first and second members. The first component of the connection assembly may be at a different electrical potential than the second component.

Abstract: A load handling machine includes a body, a lifting arm pivotally mounted at or closely adjacent one end to the body for pivotal movement about a first generally horizontal pivot axis, and the lifting arm carrying at a second end opposite to the first end, a load handling implement, which is mounted for pivotal movement relative to the lifting arm about a second generally horizontal pivot axis, a first fluid operated linear actuator pivotally mounted at respective first and second ends to the body of the machine at one side of the first pivot axis, and to the lifting arm, for raising and permitting of lowering the lifting arm about the first pivot axis, and a second fluid operated linear actuator for pivoting the load handling implement about the second pivot axis, the second actuator having an annulus side and a non-annulus side, and there being a linear displacement device which includes a pair of cylinders each having an annulus side and a non-annulus side, and each cylinder being pivotally mounted at respe

Abstract: A boom for a load handling machine, the boom has a mounting by which the boom is mounted on a body of the machine, and at least first and second telescoped sections. In use, the boom carries a load handling implement at or towards its outermost end. The first boom section is telescoped within the second section and is extendible and retractable relative to the second boom section by an actuator. At least the first boom section includes walls made at least predominantly of a composite material. A bearing member is located where adjacent walls meet to extend along a substantial length of the first boom section to provide bearing surfaces during sliding of the first boom section relative to the second boom section. Bearings also may be provided on the interior of the second boom section to further protect the first boom section.