Deflection yoke mount

Claim 2

An adjustable mount for holding a deflection yoke in operating position relative to a kinescope, comprising: outer housing means including means for attaching said housing to said kinescope; inner housing means sitting coaxially within said outer housing means and adapted to slide axially and rotatably therewithin; front holding member means adapted to engage a front portion of said yoke such as to prevent rotational movement and axial movement in a first direction between said front holding member means and said yoke; rear holding member means adapted to engage a rear portion of said yoke for coaxially aligning said rear holding member means and said yoke; said inner housing means including retaining means for retaining said rear holding member means and for fixedly retaining said front holding member means such that said yoke is held fixedly within said inner housing means; and clamping means for preventing undesirable movement between said inner and outer housing means.

Claim 3

An adjustable mount for holding a deflection yoke in operating position relative to a kinescope, comprising: outer housing means including means for attaching said housing to said kinescope; inner housing means sitting coaxially within said outer housing means and adapted to slide axially and rotatably therewithin; front holding member means adapted to engage a front portion of said yoke such as to prevent rotational movement and axial movement in a first direction between said front holding member means and said yoke; rear holding member means including means adapted to engage a rear portion of said yoke for coaxially aligning said rear holding member means and said yoke; said inner housing means including retaining means including tabs extending from a front portion of said inner housing means for retaining said rear holding member means and for fixedly retaining said front holding member means such that said yoke is held fixedly within said inner housing means; said front holding member means includes slots through which said tabs extend for positioning said front holding member means relative to said inner housing means and for fixedly retaining it thereto; and clamping means for preventing undesirable movement between said inner and outer housing means.

Claim 4

An adjustable mount for holding a deflection yoke in operating position relative to a kinescope, comprising: outer housing means including means for attaching said housing to said kinescope; inner housing means sitting coaxially within said outer housing means and adapted to slide axially and rotatably therewithin; front holding member means adapted to engage a front portion of said yoke such as to prevent rotational movement and axial movement in a first direction between said front holding member means and said yoke; rear holding member means including means adapted to engage a rear portion of said yoke for coaxially aligning said rear holding member means and said yoke; said inner housing means including retaining means including tabs extending from a front portion of said inner housing means for retaining said rear holding member means and for fixedly retaining said front holding member means such that said yoke is held fixedly within said inner housing means; said front holding member means includes slots through which said tabs extend for positioning said front holding member means relative to said inner housing means and for fixedly retaining it thereto; and clamping means for preventing undesirable movement between said inner and outer housing means.

Claim 5

An adjustable deflection yoke mount according to claim 2 wherein said front holding member means includes a first front ring member which fits over a front portion of the ferrite core of said yoke and which first front ring member includes indexing tabs for engaging with indexing tab receiving portions of a second front ring member for preventing rotational movement therebetween, said second front ring member including said slots for engaging with said tabs of said inner housing means.

Claim 6

An adjustable deflection yoke mount according to claim 3 wherein said rear holding member means includes a first rear ring member which fits over a rear portion of the ferrite core of said yoke and a second rear member which has centering portions which engage with said first rear ring member for centering said yoke relative to said second rear ring member, said second rear ring member being adapted to be received within said inner housing by said rear holding member retaining means.

Claim 7

An adjustable deflection yoke mount according to claim 4 wherein said first front and rear ring members are adapted to receive conductors of said yoke windings for positioning the successive conductor windings relative to each other.

Claim 8

An adjustable mount for holding a deflection yoke in operating position relative to a kinescope, comprising: outer housing means adapted to encircle said kinescope and remain in fixed position thereto by gripping means disposed at the front and rear of said housing means, which means securely fasten said housing means to said kinescope; inner housing means fitting coaxially within said outer Housing means and adapted to be moved axially and rotatably therewithin, said inner housing means including means for retaining a rear holding member means, and indexing means for fixedly retaining a front holding member means; rear holding member means adapted to engage a rear portion of said yoke; front holding member means adapted to engage a front portion of said yoke, said rear and front holding member means fitting within said rear retaining means and said indexing means respectively, for fixedly holding said yoke within said inner housing member; and means securing said inner and outer housing means for preventing undesired movement therebetween.

Claim 9

An adjustable mount for holding a deflection yoke in operating position relative to a kinescope, comprising: outer housing means adapted to encircle said kinescope and remain in fixed position thereto by gripping means disposed at the front and rear of said housing means, which means securely fasten said housing means to said kinescope; inner housing means fitting coaxially within said outer Housing means and adapted to be moved axially and rotatably therewithin, said inner housing means including means for retaining a rear holding member means, and indexing means for fixedly retaining a front holding member means; rear holding member means adapted to engage a rear portion of said yoke; front holding member means adapted to engage a front portion of said yoke, said rear and front holding member means fitting within said rear retaining means and said indexing means respectively, for fixedly holding said yoke within said inner housing member; and means securing said inner and outer housing means for preventing undesired movement therebetween.

Claim 10

An adjustable mount for holding a deflection yoke in operating position in relation to a kinescope, comprising: outer housing means encircling said kinescope and fixedly mounted thereto by adhesive pads attached to fingers extending from said housing at one end thereof and by compressible fingers extending from the other end thereof to provide a force to center the other end about a neck portion of said kinescope; inner housing means mounted within said outer housing means such as to be positioned axially and rotatably therewithin and including means for receiving front and rear holding member means; front holding member means adapted to be positioned fixedly within said inner housing means by said front receiving means; rear holding member means adapted to be positioned within said inner housing means against said rear receiving means; front and rear yoke retaining means adapted for fixedly engaging said yoke and for fixedly engaging with said front holding means and for centering said yoke in relation to said rear holding member means, respectively; and means for clamping said inner housing means to said outer housing means for preventing undesirable movement therebetween.

Claim 11

An adjustable mount for holding a deflection yoke in operating position in relation to a kinescope, comprising: outer housing means encircling said kinescope and fixedly mounted thereto by adhesive pads attached to fingers extending from said housing at one end thereof and by compressible fingers extending from the other end thereof to provide a force to center the other end about a neck portion of said kinescope; inner housing means mounted within said outer housing means such as to be positioned axially and rotatably therewithin and including means for receiving front and rear holding member means; front holding member means adapted to be positioned fixedly within said inner housing means by said front receiving means; rear holding member means adapted to be positioned within said inner housing means against said rear receiving means; front and rear yoke retaining means adapted for fixedly engaging said yoke and for fixedly engaging with said front holding means and for centering said yoke in relation to said rear holding member means, respectively; and means for clamping said inner housing means to said outer housing means for preventing undesirable movement therebetween.