Motor mounting bracket

Claim 2

Apparatus for securing a electric motor to the frame of a printer, the motor including a drive shaft and a mounting flange fixed to the motor, said apparatus comprising a frame member of unitary construction including a plate portion having bearing means for supporting the frame member from the printer, a housing portion integrally formed with the plate portion and of a shape to receive the mounting flange and to provide a surface therefor, said housing portion including pilot means for receiving the mounting flange of the motor and said housing portion having inwardly inclined walls for substantially enclosing the motor, and a plurality of oppositely positioned fingers integrally formed with and cut out of the walls of the housing portion, said fingers being sprung outwardly during insertion of the motor into the housing portion by engagement with said mounting flange, said fingers returning to original position after passage of said mounting flange and engaging a surface of the mounting flange to retain the motor in the housing portion.

Claim 3

The apparatus of claim 1 wherein the housing portion is substantially square in shape and defines cutout portions at opposite corners thereof.

Claim 4

The apparatus of claim 1 wherein the frame ember includes a pair of spaced lugs integrally formed with the plate portion and positioned in spaced relationship from the bearing means for supporting the frame member from the printer.

Claim 5

The apparatus of claim 2 wherein the cutout portions bridge adjacent walls of the housing portion and the fingers are disposed in such adjacent walls.

Claim 6

The apparatus of claim 1 wherein said housing portion includes a journal member adjacent the drive shaft of said motor.

Claim 7

In an arrangement for securing an electric motor to the frame of a printer, the motor including a drive shaft extending from one end thereof and a mounting flange surrounding the drive shaft and fixed to the motor, the improvement comprising a frame member of unitary construction and including a plate portion, a housing portion integrally formed with the plate portion and of a shape to receive the mounting flange and to provide a surface against which the mounting flange is secured, said housing portion including pilot means for receiving the mounting flange of the motor and said housing portion having walls formed together for substantially enclosing the motor, and a plurality of oppositely positioned fingers integrally formed with and cut out of the walls of the housing portion and inclined inwardly from said walls, said fingers being sprung outwardly during insertion of the motor into the housing portion by engagement with said mounting flange, said fingers returning to original position after passage of said mounting flange and engaging a surface of the mounting flange to retain the motor in the housing portion.

Claim 8

In an arrangement for securing an electric motor to the frame of a printer, the motor including a drive shaft extending from one end thereof and a mounting flange surrounding the drive shaft and fixed to the motor, the improvement comprising a frame member of unitary construction and including a plate portion, a housing portion integrally formed with the plate portion and of a shape to receive the mounting flange and to provide a surface against which the mounting flange is secured, said housing portion including pilot means for receiving the mounting flange of the motor and said housing portion having walls formed together for substantially enclosing the motor, and a plurality of oppositely positioned fingers integrally formed with and cut out of the walls of the housing portion and inclined inwardly from said walls, said fingers being sprung outwardly during insertion of the motor into the housing portion by engagement with said mounting flange, said fingers returning to original position after passage of said mounting flange and engaging a surface of the mounting flange to retain the motor in the housing portion.

Claim 9

In the arrangement of claim 6 wherein the housing portion is substantially square in shape and defines cutout portions at opposite corners thereof.

Claim 10

In the arrangement of claim 7 wherein the cutout portions bridge adjacent walls of the housing portion and the fingers are disposed in such adjacent walls.

Claim 11

In arrangement of claim 6 wherein said plate portion includes a pair of spaced lugs integrally formed therewith and includes bearing means spaced from the lugs for supporting the frame member from the printer.

Claim 12

In the arrangement of claim 6 wherein the frame member is molded of polycarbonate material with polytetrafluoroethylene and carbon fiber material.

Claim 13

A mounting assembly for securing an electric motor to the frame of a printer, the motor having a mounting flange fixed thereto and a drive shaft extending from one end of the motor and through the mounting flange, said mounting assembly comprising a frame member of unitary construction and including a plate portion having spaced bearing means for supporting the frame member from the printer, a housing portion integrally formed with the plate portion and extending in one direction outwardly therefrom, said housing portion being of a shape to receive the mounting flange of the motor and having an inside surface against which the mounting flange is seated, said housing portion including pilot means for receiving the mounting flange of the motor and said housing portion having walls for substantially enclosing the motor, said walls being formed at an angle with respect to the plate portion, and a plurality of oppositely positioned fingers integrally formed with and cut out of the walls of the housing portion and inclined inwardly therefrom, said fingers being sprung outwardly during insertion of the motor into the housing portion by engagement with said mounting flange, said fingers returning to original position after passage of said mounting flange and engaging a surface of the mounting flange to retain the motor in the housing portion.

Claim 14

A mounting assembly for securing an electric motor to the frame of a printer, the motor having a mounting flange fixed thereto and a drive shaft extending from one end of the motor and through the mounting flange, said mounting assembly comprising a frame member of unitary construction and including a plate portion having spaced bearing means for supporting the frame member from the printer, a housing portion integrally formed with the plate portion and extending in one direction outwardly therefrom, said housing portion being of a shape to receive the mounting flange of the motor and having an inside surface against which the mounting flange is seated, said housing portion including pilot means for receiving the mounting flange of the motor and said housing portion having walls for substantially enclosing the motor, said walls being formed at an angle with respect to the plate portion, and a plurality of oppositely positioned fingers integrally formed with and cut out of the walls of the housing portion and inclined inwardly therefrom, said fingers being sprung outwardly during insertion of the motor into the housing portion by engagement with said mounting flange, said fingers returning to original position after passage of said mounting flange and engaging a surface of the mounting flange to retain the motor in the housing portion.

Claim 15

The mounting assembly of claim 11 wherein the housing portion is substantially square in shape and defines cutout portions at opposite corners thereof.

Claim 16

The mounting assembly of claim 12 wherein the cutout portions bridge adjacent walls of the housing portion and said fingers are disposed in such adjacent walls.

Claim 17

The mounting assembly of claim 11 wherein the frame member is molded of polycarbonate resin with polytetrafluoroethylene and carbon fiber material.

Claim 18

The mounting assembly of claim 11 wherein the housing portion pilot means includes a pair of pilot members and the mounting flange includes a pair of apertures therein for receiving the pilot members.

Claim 19

The mounting assembly of claim 11 wherein the frame member is molded of polycarbonate resin with polytetraflouroethylene and glass fiber material.

Claim 20

Apparatus for securing an electric motor to the frame of a printer, the motor including a drive shaft and a mounting flange fixed to the motor, said apparatus comprising a frame member of unitary construction including a plate portion having bearing means for supporting the frame member from the printer, a housing portion integrally formed with the plate portion and of a shape to receive the mounting flange and to provide a surface therefor, said housing portion including a pair of pilot members and the mounting flange including a pair of apertures therein for receiving the pilot members, said housing portion having inwardly inclined walls for substantially enclosing the motor, and a plurality of oppositely positioned fingers integrally formed with and cut out of the walls of the housing portion, said fingers being sprung outwardly during insertion of the motor into the housing portion by engagement with said flange, said fingers returning to original position after passage of said flange and engaging a surface of the flange to retain the motor in the housing portion.

Claim 21

Apparatus for securing an electric motor to the frame of a printer, the motor including a drive shaft and a mounting flange fixed to the motor, said apparatus comprising a frame member of unitary construction including a plate portion having bearing means for supporting the frame member from the printer, a housing portion integrally formed with the plate portion and of a shape to receive the mounting flange and to provide a surface therefor, said housing portion including a pair of pilot members and the mounting flange including a pair of apertures therein for receiving the pilot members, said housing portion having inwardly inclined walls for substantially enclosing the motor, and a plurality of oppositely positioned fingers integrally formed with and cut out of the walls of the housing portion, said fingers being sprung outwardly during insertion of the motor into the housing portion by engagement with said flange, said fingers returning to original position after passage of said flange and engaging a surface of the flange to retain the motor in the housing portion.

Claim 22

Apparatus for securing an electric motor to the frame of a printer, the motor including a drive shaft and a mounting flange fixed to the motor, said apparatus comprising a frame member of unitary construction including a plate portion having bearing means for supporting the frame member from the printer, said frame member including a pair of spaced lugs integrally formed with the plate portion and positioned in spaced relationship from the bearing means for supporting the frame member from the printer, a housing portion integrally formed with the plate portion and of a shape to receive the mounting flange and to provide a surface therefor, said housing portion having inwardly inclined walls for substantially enclosing the motor, and a plurality of oppositely positioned fingers integrally formed with and cut out of the walls of the housing portion, said fingers being sprung outwardly during insertion of the motor into the housing portion by engagement with said flange, said fingers returning to original position after passage of said flange and engaging a surface of the flange to retain the motor in the housing portion.

Claim 23

Apparatus for securing an electric motor to the frame of a printer, the motor including a drive shaft and a mounting flange fixed to the motor, said apparatus comprising a frame member of unitary construction including a plate portion having bearing means for supporting the frame member from the printer, said frame member including a pair of spaced lugs integrally formed with the plate portion and positioned in spaced relationship from the bearing means for supporting the frame member from the printer, a housing portion integrally formed with the plate portion and of a shape to receive the mounting flange and to provide a surface therefor, said housing portion having inwardly inclined walls for substantially enclosing the motor, and a plurality of oppositely positioned fingers integrally formed with and cut out of the walls of the housing portion, said fingers being sprung outwardly during insertion of the motor into the housing portion by engagement with said flange, said fingers returning to original position after passage of said flange and engaging a surface of the flange to retain the motor in the housing portion.

Claim 24

Apparatus for securing an electric motor to the frame of a printer, the motor including a drive shaft and a mounting flange fixed to the motor, said apparatus comprising a frame member of unitary construction including a plate portion having bearing means for supporting the frame member from the printer, a housing portion integrally formed with the plate portion and substantially square in shape to receive the mounting flange and to provide a surface therefor, said housing portion defining cut out portions at opposite corners thereof and having inwardly inclined walls for substantially enclosing the motor, said cut out portions bridging adjacent walls of the housing portion, and a plurality of oppositely positioned fingers integrally formed with and cut out of the walls of the housing portion, said fingers being sprung outwardly during insertion of the motor into the housing portion by engagement with said flange, said fingers returning to original position after passage of said flange and engaging a surface of the flange to retain the motor in the housing portion.

Claim 25

Apparatus for securing an electric motor to the frame of a printer, the motor including a drive shaft and a mounting flange fixed to the motor, said apparatus comprising a frame member of unitary construction including a plate portion having bearing means for supporting the frame member from the printer, a housing portion integrally formed with the plate portion and substantially square in shape to receive the mounting flange and to provide a surface therefor, said housing portion defining cut out portions at opposite corners thereof and having inwardly inclined walls for substantially enclosing the motor, said cut out portions bridging adjacent walls of the housing portion, and a plurality of oppositely positioned fingers integrally formed with and cut out of the walls of the housing portion, said fingers being sprung outwardly during insertion of the motor into the housing portion by engagement with said flange, said fingers returning to original position after passage of said flange and engaging a surface of the flange to retain the motor in the housing portion.

Claim 26

Apparatus for securing an electric motor to the frame of a printer, the motor including a drive shaft and a mounting flange fixed to the motor, said apparatus comprising a frame member of unitary construction including a plate portion having bearing means for supporting the frame member from the printer, a housing portion integrally formed with the plate portion and of a shape to receive the mounting flange and to provide a surface therefor, said housing portion having inwardly inclined walls for substantially enclosing the motor and including a journal member adjacent the drive shaft of the motor, and a plurality of oppositely positioned fingers integrally formed with and cut out of the walls of the housing portion, said fingers being sprung outwardly during insertion of the motor into the housing portion by engagement with said flange, said fingers returning to original position after passage of said flange and engaging a surface of the flange to retain the motor in the housing portion.

Claim 27

Apparatus for securing an electric motor to the frame of a printer, the motor including a drive shaft and a mounting flange fixed to the motor, said apparatus comprising a frame member of unitary construction including a plate portion having bearing means for supporting the frame member from the printer, a housing portion integrally formed with the plate portion and of a shape to receive the mounting flange and to provide a surface therefor, said housing portion having inwardly inclined walls for substantially enclosing the motor and including a journal member adjacent the drive shaft of the motor, and a plurality of oppositely positioned fingers integrally formed with and cut out of the walls of the housing portion, said fingers being sprung outwardly during insertion of the motor into the housing portion by engagement with said flange, said fingers returning to original position after passage of said flange and engaging a surface of the flange to retain the motor in the housing portion.

Claim 28

In an arrangement for securing an electric motor to the frame of a printer, the motor including a drive shaft extending from one end thereof and a mounting flange surrounding the drive shaft and fixed to the motor, the improvement comprising a frame member of unitary construction and including a plate portion, a housing portion integrally formed with the plate and of a shape to receive the mounting flange and to provide a surface against which the mounting flange is secured, said housing portion including a pair of pilot members and the mounting flange including a pair of apertures therein for receiving the pilot members, said housing portion having walls formed together for substantially enclosing the motor, and a plurality of oppositely positioned fingers integrally formed with and cut out of the walls of the housing portion and inclined inwardly from said walls, said fingers being sprung outwardly during insertion of the motor into the housing portion by engagement with said mounting flange, said fingers returning to original position after passage of said mounting flange and engaging a surface of the mounting flange to retain the motor in the housing portion.

Claim 29

In an arrangement for securing an electric motor to the frame of a printer, the motor including a drive shaft extending from one end thereof and a mounting flange surrounding the drive shaft and fixed to the motor, the improvement comprising a frame member of unitary construction and including a plate portion, a housing portion integrally formed with the plate and of a shape to receive the mounting flange and to provide a surface against which the mounting flange is secured, said housing portion including a pair of pilot members and the mounting flange including a pair of apertures therein for receiving the pilot members, said housing portion having walls formed together for substantially enclosing the motor, and a plurality of oppositely positioned fingers integrally formed with and cut out of the walls of the housing portion and inclined inwardly from said walls, said fingers being sprung outwardly during insertion of the motor into the housing portion by engagement with said mounting flange, said fingers returning to original position after passage of said mounting flange and engaging a surface of the mounting flange to retain the motor in the housing portion.

Claim 30

In an arrangement for securing an electric motor to the frame of a printer, the motor including a drive shaft extending from one end thereof and a mounting flange surrounding the drive shaft and fixed to the motor, the improvement comprising a frame member of unitary construction and including a plate portion having a pair of spaced lugs integrally formed therewith and including bearing means spaced from the lugs for supporting the frame member from the printer, a housing portion integrally formed with the plate portion and of a shape to receive the mounting flange and to provide a surface against which the mounting flange is secured, said housing portion having walls formed together for substantially enclosing the motor, and a plurality of oppositely positioned fingers integrally formed with and cut out of the walls of the housing portion and inclined inwardly from said walls, said fingers being sprung outwardly during insertion of the motor into the housing portion by engagement with said mounting flange, said fingers returning to original position after passage of said mounting flange and engaging a surface of the mounting flange to retain the motor in the housing portion.

Claim 31

In an arrangement for securing an electric motor to the frame of a printer, the motor including a drive shaft extending from one end thereof and a mounting flange surrounding the drive shaft and fixed to the motor, the improvement comprising a frame member of unitary construction and including a plate portion having a pair of spaced lugs integrally formed therewith and including bearing means spaced from the lugs for supporting the frame member from the printer, a housing portion integrally formed with the plate portion and of a shape to receive the mounting flange and to provide a surface against which the mounting flange is secured, said housing portion having walls formed together for substantially enclosing the motor, and a plurality of oppositely positioned fingers integrally formed with and cut out of the walls of the housing portion and inclined inwardly from said walls, said fingers being sprung outwardly during insertion of the motor into the housing portion by engagement with said mounting flange, said fingers returning to original position after passage of said mounting flange and engaging a surface of the mounting flange to retain the motor in the housing portion.

Claim 32

In an arrangement for securing an electric motor to the frame of a printer, the motor including a drive shaft extending from one end thereof and a mounting flange surrounding the drive shaft and fixed to the motor, the improvement comprising a frame member of unitary construction and including a plate portion, a housing portion integrally formed with the plate portion and substantially square in shape to receive the mounting flange and to provide a surface against which the mounting flange is secured, said housing portion defining cut out portions at opposite corners thereof and having walls formed together for substantially enclosing the motor, said cut out portions bridging adjacent walls of the housing portion, and a plurality of oppositely positioned fingers integrally formed with and cut out of the walls of the housing portion and inclined inwardly from said walls, said fingers being sprung outwardly during insertion of the motor into the housing portion by engagement with said mounting flange, said fingers returning to original position after passage of said mounting flange and engaging a surface of the mounting flange to retain the motor in the housing portion.

Claim 33

In an arrangement for securing an electric motor to the frame of a printer, the motor including a drive shaft extending from one end thereof and a mounting flange surrounding the drive shaft and fixed to the motor, the improvement comprising a frame member of unitary construction and including a plate portion, a housing portion integrally formed with the plate portion and substantially square in shape to receive the mounting flange and to provide a surface against which the mounting flange is secured, said housing portion defining cut out portions at opposite corners thereof and having walls formed together for substantially enclosing the motor, said cut out portions bridging adjacent walls of the housing portion, and a plurality of oppositely positioned fingers integrally formed with and cut out of the walls of the housing portion and inclined inwardly from said walls, said fingers being sprung outwardly during insertion of the motor into the housing portion by engagement with said mounting flange, said fingers returning to original position after passage of said mounting flange and engaging a surface of the mounting flange to retain the motor in the housing portion.

Claim 34

A mounting assembly for securing an electric motor to the frame of a printer, the motor having a mounting flange fixed thereto and a drive shaft extending from one end of the motor and through the mounting flange, said mounting assembly comprising a frame member of unitary construction and including a plate portion having spaced bearing means for supporting the frame member from the printer, a housing portion integrally formed with the plate portion and extending in one direction outwardly therefrom, said housing portion being of a shape to receive the mounting flange of the motor and having an inside surface against which the mounting flange is seated, said housing portion having walls for substantially enclosing the motor and said walls being formed at an angle with respect to the plate portion, said housing portion defining cut out portions bridging adjacent walls, and a plurality of oppositely positioned fingers integrally formed with and cut out of the adjacent walls of the housing portion and inclined inwardly therefrom, said fingers being sprung outwardly during insertion of the motor into the housing portion by engagement with said mounting flange, said fingers returning to original position after passage of said mounting flange and engaging a surface of the mounting flange to retain the motor in the housing portion.

Claim 35

A mounting assembly for securing an electric motor to the frame of a printer, the motor having a mounting flange fixed thereto and a drive shaft extending from one end of the motor and through the mounting flange, said mounting assembly comprising a frame member of unitary construction and including a plate portion having spaced bearing means for supporting the frame member from the printer, a housing portion integrally formed with the plate portion and extending in one direction outwardly therefrom, said housing portion being of a shape to receive the mounting flange of the motor and having an inside surface against which the mounting flange is seated, said housing portion having walls for substantially enclosing the motor and said walls being formed at an angle with respect to the plate portion, said housing portion defining cut out portions bridging adjacent walls, and a plurality of oppositely positioned fingers integrally formed with and cut out of the adjacent walls of the housing portion and inclined inwardly therefrom, said fingers being sprung outwardly during insertion of the motor into the housing portion by engagement with said mounting flange, said fingers returning to original position after passage of said mounting flange and engaging a surface of the mounting flange to retain the motor in the housing portion.

Claim 36

A mounting assembly for securing an electric motor to the frame of a printer, the motor having a mounting flange fixed thereto and a drive shaft extending from one end of the motor and through the mounting flange, said mounting assembly comprising a frame member of unitary construction and including a plate portion having spaced bearing means for supporting the frame member from the printer, a housing portion integrally formed with the plate portion and extending in one direction outwardly therefrom, said housing portion being substantially square in shape to receive the mounting flange of the motor and having an inside surface against which the mounting flange is seated, said housing portion having walls for substantially enclosing the motor and said walls being formed at an angle with respect to the plate portion, said housing portion defining cut out portions bridging adjacent walls, and a plurality of oppositely positioned fingers integrally formed with and cut out of the adjacent walls of the housing portion and inclined inwardly therefrom, said fingers being sprung outwardly during insertion of the motor into the housing portion by engagement with said flange, said fingers returning to original position after passage of said flange and engaging a surface of the flange to retain the motor in the housing portion.

Claim 37

A mounting assembly for securing an electric motor to the frame of a printer, the motor having a mounting flange fixed thereto and a drive shaft extending from one end of the motor and through the mounting flange, said mounting assembly comprising a frame member of unitary construction and including a plate portion having spaced bearing means for supporting the frame member from the printer, a housing portion integrally formed with the plate portion and extending in one direction outwardly therefrom, said housing portion being substantially square in shape to receive the mounting flange of the motor and having an inside surface against which the mounting flange is seated, said housing portion having walls for substantially enclosing the motor and said walls being formed at an angle with respect to the plate portion, said housing portion defining cut out portions bridging adjacent walls, and a plurality of oppositely positioned fingers integrally formed with and cut out of the adjacent walls of the housing portion and inclined inwardly therefrom, said fingers being sprung outwardly during insertion of the motor into the housing portion by engagement with said flange, said fingers returning to original position after passage of said flange and engaging a surface of the flange to retain the motor in the housing portion.