Control mechanism for remotely mounted motor

Claim 2

In a control mechanism for a remotely mounted motor comprising a housing containing an indicator motor, an indicator dial rotatable by said motor, switch means, and a dial assembly for operating said switch means to control the direction of rotation of said motor, the improvement characterized by said housing including a base member and a cover, a motor housing integrally molded within said base member and including upwardly extending side wall means for orienting and holding said motor in place, interior bosses for supporting the weight of said motor and to position said motor vertically, a cover member for said motor housing including means therein defining an opening through which the shaft of said motor extends, and means for securing said motor housing cover member against said side wall means to hold said motor within said housing.

Claim 3

The control mechanism of claim 1 further including excursion limiting means within said motor housing on each radius corner for limiting the distance through which the motor can travel whenever said housing is subjected to shocks.

Claim 4

The control mechanism of claim 1 wherein said motor shaft is connected to said indicator dial and switch means through a series of gears wherein at least one of the gears revolves about a shaft integrally formed on said motor housing cover.

Claim 5

The control mechanism of claim 1 wherein said motor housing cover member is hinged to and integrally formed with one side wall means of said motor housing.

Claim 6

The control mechanism of claim 1 further including a pad positioned between said motor and said housing to provide a resilient and shock absorbing support for said motor.

Claim 7

In a control mechanism for a remotely mounted motor comprising a housing containing an indicator motor, an indicator dial rotatable by said motor, switch means, and a dial assembly for operating said switch means to control the direction of rotation of said motor, the improvement characterized by said dial assembly being integrally formed and positioned within said housing and including a knob, lateral surface and skirt, said knob extending upwardly through an opening formed in the upper surface of said housing and accessible for manipulation by an operator, said knob having a hollow interior into which said indicator dial may be placed, a transparent surface through which said indicator dial may be viewed, and a reference mark to assist the operator in positioning said dial assembly, said lateral surface including cam grooves which cooperate with said switch means to control the operation of said motor, a plurality of spring means engaging said skirt to urge the lateral surface of said dial assembly toward said housing, and a plurality of friction pads positioned between said lateral surface and said housing to provide resistance to rotation of said dial assembly as said motor rotates said switch means within said cam grooves, said frictional forces being reduced when said dial assembly is pressed downwardly against said spring means to assist in manually repositioning said dial assembly.

Claim 8

In a control mechanism for a remotely mounted motor comprising a housing containing an indicator motor, an indicator dial rotatable by said motor, switch means, and a dial assembly for operating said switch means to control the direction of rotation of said motor, the improvement characterized by said dial assembly being integrally formed and positioned within said housing and including a knob, lateral surface and skirt, said knob extending upwardly through an opening formed in the upper surface of said housing and accessible for manipulation by an operator, said knob having a hollow interior into which said indicator dial may be placed, a transparent surface through which said indicator dial may be viewed, and a reference mark to assist the operator in positioning said dial assembly, said lateral surface including cam grooves which cooperate with said switch means to control the operation of said motor, a plurality of spring means engaging said skirt to urge the lateral surface of said dial assembly toward said housing, and a plurality of friction pads positioned between said lateral surface and said housing to provide resistance to rotation of said dial assembly as said motor rotates said switch means within said cam grooves, said frictional forces being reduced when said dial assembly is pressed downwardly against said spring means to assist in manually repositioning said dial assembly.

Claim 9

The control mechanism of claim 1 further including a polyurethane foam cushion positioned between said side wall means and said motor to provide a resilient and shock absorbing support.

Claim 10

In a control mechanism for a remotely mounted motor comprising a housing containing an indicator motor, an indicator dial rotatable by said motor, switch means, and a dial assembly for operating said switch means to control the direction of rotation of said motor, the improvement characterized by said housing including a base and a cover, said base including at least one partial hinge member located at one end thereof, said cover including means defining an opening therein through which a part of said dial assembly extends for manual positioning thereof, said cover further including at least one complementary partial hinge member located at one end thereof and so positioned with respect to said partial hinge member on said base as to form a complete hinge when said one end of both said base and cover are aligned; means at the other end of both said base and said cover for securing said cover to said base after said hinge members have been engaged and said dial assembly has been positioned within said opening.

Claim 11

In a control mechanism for a remotely mounted motor comprising a housing containing an indicator motor, an indicator dial rotatable by said motor, switch means, and a dial assembly for operating said switch means to control the direction of rotation of said motor, the improvement characterized by said housing including a base and a cover, said base including at least one partial hinge member located at one end thereof, said cover including means defining an opening therein through which a part of said dial assembly extends for manual positioning thereof, said cover further including at least one complementary partial hinge member located at one end thereof and so positioned with respect to said partial hinge member on said base as to form a complete hinge when said one end of both said base and cover are aligned; means at the other end of both said base and said cover for securing said cover to said base after said hinge members have been engaged and said dial assembly has been positioned within said opening.

Claim 12

A mechanism comprising a housing containing a motor, said housing including a base member and a cover, a motor housing integrally molded within said base member and including upwardly extending side wall means for orienting and holding said motor in place, interior bosses for supporting the weight of said motor and to position said motor vertically, a cover member for said motor housing including means therein defining an opening through which the shaft of said motor extends, means for securing said motor housing cover member against said side wall means to hold said motor within said housing, and a pad positioned between said motor and said side walls, interior bosses and motor housing cover to provide a resilient and shock absorbing support for said motor and to minimize the radiation of audible noise and vibration from said motor to said base member.

Claim 13

A mechanism comprising a housing containing a motor, said housing including a base member and a cover, a motor housing integrally molded within said base member and including upwardly extending side wall means for orienting and holding said motor in place, interior bosses for supporting the weight of said motor and to position said motor vertically, a cover member for said motor housing including means therein defining an opening through which the shaft of said motor extends, means for securing said motor housing cover member against said side wall means to hold said motor within said housing, and a pad positioned between said motor and said side walls, interior bosses and motor housing cover to provide a resilient and shock absorbing support for said motor and to minimize the radiation of audible noise and vibration from said motor to said base member.