Motor mounting assembly including extendable band

Claim 2

A mounting assembly for a motor comprising: a flexible band capable of assuming a generally circular shape and having an inner circumferential surface, a plurality of mounting arms interfitting with said band such that an end portion of each of the arms is disposed against the inner circumferential surface of the band and wherein the arms are circumferentially adjustable on said band, locating means on each of said arms, and locating means on said band capable of interfitting with the locating means on said arms for locating the arms on said band in various predetermined circumferential positions, a first set of said locating means on said band having a first predetermined angular spacing when said band is disposed in a circular shaped having a first circumferential size and a second set of said locating means on the band having the same predetermined angular spacing when said band is disposed in a circular shape having a second circumferential size different than the first circumferential size, whereby said arms can be positioned at the same angular spacings for both circumferential sizes of said band.

Claim 3

The mounting assembly of claim 1 wherein each of said arms includes a slot within which said band is slidably disposed, each of said locating means on said band comprises an opening, and said locating means on each of said arms comprises a tab on the end portion thereof which is capable of interfitting with said openings.

Claim 4

The mounting assembly of claim 2 wherein the end portion of each of said arms includes an edge which is radially inwardly adjacent to the inner circumferential surface of said band, and said tab is formed as a notch in said edge.

Claim 5

The mounting assembly of claim 2 wherein said band has edges on opposite sides of said inner circumferential surface, and each of said arms includes tabs disposed adjacent to the end portion in engagement with the band inner surface and axially adjacent the edges of said band.

Claim 6

The mounting assembly of claim 1 wherein said band has edges on opposite sides of said inner circumferential surface, and includes means on said arms for engaging said band edges to prevent twisting of said arms, on said band about respective radial axes.

Claim 7

The mounting assembly of claim 1, further including an extension member connectable between opposite ends of the band to enlarge the circumferential size of said band.

Claim 8

The mounting assembly of claim 1 wherein said band is tightly wrapped around a motor shell and said arm end portions are clamped between the motor shell and the inner circumferential surface of the band.

Claim 9

A mounting assembly for a motor comprising: a flexible band assembly comprising a first member having ends, an extension member, the ends of said first member being selectively connectable either directly together to form a circular band of a first circumferential size or to the ends of the extension member so as to form a band of larger circumferential size, a plurality of mounting arms interfitting with said band assembly and being circumferentially movable on said band assembly, locating means on each of said arms, and a plurality of locating means on said band assembly capable of interfitting with the locating means on said arms for locating the arms in a plurality of preselected circumferential positions, a first set of said locating means on said band assembly having a predetermined angular spacing when the extension member is connected bewteen the ends of said first member, and a second set of said locating means on said band assembly having the same predetermined angular spacing when the ends of said first member are directly connected together, whereby said arms can be positioned on said band with the same angular spacings regardless of whether the extension member is in place.

Claim 10

A mounting assembly for a motor comprising: a flexible band assembly comprising a first member having ends, an extension member, the ends of said first member being selectively connectable either directly together to form a circular band of a first circumferential size or to the ends of the extension member so as to form a band of larger circumferential size, a plurality of mounting arms interfitting with said band assembly and being circumferentially movable on said band assembly, locating means on each of said arms, and a plurality of locating means on said band assembly capable of interfitting with the locating means on said arms for locating the arms in a plurality of preselected circumferential positions, a first set of said locating means on said band assembly having a predetermined angular spacing when the extension member is connected bewteen the ends of said first member, and a second set of said locating means on said band assembly having the same predetermined angular spacing when the ends of said first member are directly connected together, whereby said arms can be positioned on said band with the same angular spacings regardless of whether the extension member is in place.

Claim 11

The mounting assembly of claim 8 wherein the band assembly is tightly wrapped around a motor shell, and the end portions of said arms are clamped between the motor shell and the band.

Claim 12

The mounting assembly of claim 8 wherein each of said arms includes a slot within which said band assembly is slidable disposed, and wherein said locating means on each of said arms comprises a tab, and each of the locating means on said band comprises an opening interfitting with one of the arm tabs.

Claim 13

The mounting assembly of claim 8 wherein the ends of the arms remote from the band each include at least two holes for use in mounting the assembly to a mounting surface.