Abstract: A module for a telecommunications subrack as well as a telecommunication subrack are disclosed. The module is a horizontal plug in unit including a power part that includes power filtering functions for securing power feed to a backplane of the subrack as well as to a number of fans also arranged on the module for cooling of the subrack. The module also includes connectors arranged in the rear of the module for connecting the module to the backplane as well as connectors arranged in the front of the module for accommodating power cables. The telecommunications subrack includes a cage configured to accommodate cards, an air intake with filter and two or more removably mounted modules. Each of these modules includes a power part that includes power filtering functions for securing power feed for the subrack, input connectors arranged in the front of the module for accommodating power cables, fans for cooling of the subrack, and output connectors for connecting the module to a backplane of the subrack.

Abstract: A module for a telecommunications subrack as well as a telecommunication subrack are disclosed. The module is a horizontal plug in unit including a power part that includes power filtering functions for securing power feed to a backplane of the subrack as well as to a number of fans also arranged on the module for cooling of the subrack. The module also includes connectors arranged in the rear of the module for connecting the module to the backplane as well as connectors arranged in the front of the module for accommodating power cables. The telecommunications subrack includes a cage configured to accommodate cards, an air intake with filter and two or more removably mounted modules. Each of these modules includes a power part that includes power filtering functions for securing power feed for the subrack, input connectors arranged in the front of the module for accommodating power cables, fans for cooling of the subrack, and output connectors for connecting the module to a backplane of the subrack.

Abstract: A method and apparatus for cooling an electronic application having at least one heat-generating electronic component mounted on a circuit board. A heat transferring heat sink is attached to the circuit board in thermal contact with one heat generating electronic component by first being statically fixed to the circuit board in a stationary position at a specified height above the circuit board, and then by resiliently biasing the component against the heat sink.

Abstract: A method and apparatus for cooling an electronic application having at least one heat-generating electronic component mounted on a circuit board. A heat transferring heat sink is attached to the circuit board in thermal contact with one heat generating electronic component by first being statically fixed to the circuit board in a stationary position at a specified height above the circuit board, and then by resiliently biasing the component against the heat sink.

Abstract: The invention relates to a guide and support structure (1) that in addition to providing a secure and stable guide support for the plug-in unit and good electric contact properties enhances the removal of heat from the plug-in unit. This is achieved by means of a guide and support structure having an upper web forming a guide channel for a plug-in unit and being connected to a base of the structure through side walls of the structure. The base is at least partially open in order to allow air flow through the interior of the elongated profile. By virtue of such a configuration blockage of a cooling-air flow will be significantly reduced. Such a reduced blockage of cooling-air flow will in turn enhance the cooling of plug-in units and will require less powerful fans for producing the cooling-air flow.

Abstract: The invention relates to a guide and support structure (1) that in addition to providing a secure and stable guide support for the plug-in unit and good electric contact properties enhances the removal of heat from the plug-in unit. This is achieved by means of a guide and support structure having an upper web forming a guide channel for a plug-in unit and being connected to a base of the structure through side walls of the structure. The base is at least partially open in order to allow air flow through the interior of the elongated profile. By virtue of such a configuration blockage of a cooling-air flow will be significantly reduced. Such a reduced blockage of cooling-air flow will in turn enhance the cooling of plug-in units and will require less powerful fans for producing the cooling-air flow.

Abstract: The invention relates to a system for motor-driven ride-on lawn mowers of the type where the cutting assembly is placed in front of the front axle, in which the front wheels are adapted as driving and braking wheels and the rear wheels as steering wheels. The new feature is that the brake mechanism acting upon the front wheels is provided with a modulation apparatus which, independently of the power exerted by the driver on the brake pedal or the like, prevents the braking power acting upon the wheels from reaching the amount where the wheels would be locked.