Abstract: The present disclosure relates to modules for heat exchange for use in cooling towers and methods of assembling cooling towers using such modules. The aforementioned modules for heat exchange may include fill packing and a structural system configured to provide support for at least the fill packing, in which the structural system includes a plurality of structural members configured to provide compression and tension support. The aforementioned modules for heat exchange may be assembled prior to being transported to a job site and installed in a cooling tower.

Abstract: The present disclosure relates to modules for heat exchange for use in cooling towers and methods of assembling cooling towers using such modules. The aforementioned modules for heat exchange may include fill packing and a triangular support structure comprising a plurality of structural members. The aforementioned modules for heat exchange may be assembled prior to being transported to a job site and installed in a cooling tower. The triangular support structure may be configured to provide support for the heat exchange module when the heat exchange module is transported. In other aspects of the present disclosure, the aforementioned modules for heat exchange may include a firewall structure configured to withstand dynamic loads when the heat exchange module is transported.

Abstract: The present disclosure relates to modules for heat exchange for use in cooling towers and methods of assembling cooling towers using such modules. The aforementioned modules for heat exchange may include fill packing and a structural system configured to provide support for at least the fill packing, in which the structural system includes a plurality of structural members configured to provide compression and tension support. The aforementioned modules for heat exchange may be assembled prior to being transported to a job site and installed in a cooling tower. A method for assembling a cooling tower using the aforementioned modules for heat exchange includes: constructing a cold water basin; assembling an air inlet structure on the cold water basin; and placing a heat exchange module on top of the air inlet structure.

Abstract: AC charging contact mechanisms are provided to charge facilitate testing of mobile devices that have charging contacts on sides of the device. A pin and spring based mechanism is provided to bias a probe against one of the charging contact. A lever based mechanism is also provided which biases a probe against one of the contacts in response to locking the mobile device in a battery emulator.

Abstract: AC charging contact mechanisms are provided to charge facilitate testing of mobile devices that have charging contacts on sides of the device. A pin and spring based mechanism is provided to bias a probe against one of the charging contact. A lever based mechanism is also provided which biases a probe against one of the contacts in response to locking the mobile device in a battery emulator.

Abstract: A printed circuit board (“PCB”) test fixture is provided comprising a PCB support, an electrical tester, first and second enclosure portions, and an actuator. The PCB support is configured for supporting a PCB being tested in a PCB test position. The first enclosure portion includes a pressing device which is configured for effecting, with respect to a PCB supported in the PCB test position on the PCB support, pressing of a circuit of the PCB against the electrical tester so as to provide an operative circuit. The second enclosure portion extending peripherally about the PCB support. The actuator is coupled to a one of the first enclosure portion and the second enclosure portion and configured to effect an application of force to the one of the first enclosure portion and the second enclosure portion. The PCB support is disposed between the first and second enclosure portions.

Abstract: There is provided a printed circuit board (“PCB”) test fixture comprising a support, an electrical tester, and a pusher. The support is for supporting a PCB being tested in a PCB test position, The electrical tester is positioned with respect to the PCB test position such that, when a PCB is supported by the support in the PCB test position, the electrical tester is disposed in electrical contact with a circuit on the PCB supported by the support in the PCB test position during PCB testing.

Abstract: There is provided a printed circuit board (“PCB”) test fixture comprising a support, an electrical tester, and a pusher. The support is for supporting a PCB being tested in a PCB test position, The electrical tester is positioned with respect to the PCB test position such that, when a PCB is supported by the support in the PCB test position, the electrical tester is disposed in electrical contact with a circuit on the PCB supported by the support in the PCB test position during PCB testing.