초록 ▼

A clamping arrangement for securing a can-type capacitor (40) to a chassis surface (33) comprises two tie rods (31, 32) each having a clamping arrangement at one end (12, 17) and locking means (16) to engage with a slot (20) in the chassis surface at the other end. The tie rod is engaged with the sl

A clamping arrangement for securing a can-type capacitor (40) to a chassis surface (33) comprises two tie rods (31, 32) each having a clamping arrangement at one end (12, 17) and locking means (16) to engage with a slot (20) in the chassis surface at the other end. The tie rod is engaged with the slots in the chassis surface and the clamp engages the can capacitor. A fastener (17) operates through a fulcrum hinge (13) of the clamp to apply pressure to the can to firmly secure the can capacitor to the chassis surface.

대표청구항 ▼

A clamping arrangement to secure a can-type electrical component to a base plate surface comprising, first and second tie rods, each having a cross-section with a width substantially greater than its thickness and further including T-shaped tine means at one end and clamping means at an end opposite

A clamping arrangement to secure a can-type electrical component to a base plate surface comprising, first and second tie rods, each having a cross-section with a width substantially greater than its thickness and further including T-shaped tine means at one end and clamping means at an end opposite the one end, the clamping means comprising a nodule to engage an edge or lip of the electrical component, a hinge means about which the nodule is fulcrumed and fastening means to apply clamping force about the hinge means the clamping means including a first member connected to the tie rod and to the hinge means, a second member connected to the hinge and including the nodule and the fastening means including a threaded hole in the first member, a hole in the second member and a screw to join the second member to the first member by passing through the hole and engaging the threaded hole and applying pressure to secure the nodule in the second member to an edge of the can-type electrical component, and first and second slots precut into the base plate surface, each slot having a width less than a width of the tine means, and a longitudinal dimension greater than a width of the tine means, the longitudinal dimension being positioned so that it is located almost substantially entirely under the body of the can-type electrical component after it is positioned on the base plate surface leaving only sufficient longitudinal dimension outside the electrical component to accommodate the thickness of the clamping means engaged with the slot.