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A method for mounting components on an abutted circuit board. The main abutted circuit board has N first circuit boards and N second circuit boards, where N is a positive integer. Each of the abutted circuit boards has a front side and a rear side. The front sides of the first circuit boards abut on

A method for mounting components on an abutted circuit board. The main abutted circuit board has N first circuit boards and N second circuit boards, where N is a positive integer. Each of the abutted circuit boards has a front side and a rear side. The front sides of the first circuit boards abut on the rear sides of the second circuit boards. The method includes placing the circuit boards in a component mounter for mounting a plurality of components on the front sides of the first circuit boards and mounting a plurality of components on the rear sides of the second circuit boards. The method also includes placing the circuit boards in the component mounter for mounting a plurality of components on rear sides of the first circuit boards and mounting a plurality of components on front sides of the second circuit boards.

대표청구항 ▼

A method for mounting components on an abutted circuit board. The main abutted circuit board has N first circuit boards and N second circuit boards, where N is a positive integer. Each of the abutted circuit boards has a front side and a rear side. The front sides of the first circuit boards abut on

A method for mounting components on an abutted circuit board. The main abutted circuit board has N first circuit boards and N second circuit boards, where N is a positive integer. Each of the abutted circuit boards has a front side and a rear side. The front sides of the first circuit boards abut on the rear sides of the second circuit boards. The method includes placing the circuit boards in a component mounter for mounting a plurality of components on the front sides of the first circuit boards and mounting a plurality of components on the rear sides of the second circuit boards. The method also includes placing the circuit boards in the component mounter for mounting a plurality of components on rear sides of the first circuit boards and mounting a plurality of components on front sides of the second circuit boards. comprises an adjustment range from about vertical to about 45 degrees upward and outward. 3. The holder system according to claim 2 wherein said adjuster further comprises: a) a bolt attachment on a side of at least one holder; b) at least one slot located adjacent said side of said at least one holder, each said slot being structured and arranged to cooperate with one said bolt attachment on said side of said holder. 4. A holder system, for holding a lower portion of a walking assistor, having one lower leg, structured and arranged to attach to a rear substantially-vertical surface portion of a motorized wheelchair-scooter, having a seat, used to transport a disabled person, comprising: a) at least one holder, having an upper aperture, structured and arranged to hold at least one such lower portion of at least one such lower leg; and b) an attachment structured and arranged to attach said holder to the rear substantially-vertical surface portion of the motorized wheelchair-scooter; c) wherein said holder system is structured and arranged so that said upper aperture, when attached to the motorized wheelchair-scooter, has a height lower than a seat of the motorized wheelchair-scooter; and d) an adjuster structured and arranged to adjust an angle of said holder when attached to the rear substantially-vertical surface portion of the motorized wheelchair-scooter; e) wherein said at least one holder comprises at least two holders, having at least two upper apertures, each said upper aperture being structured and arranged to receive at least one such lower portion of at least one such walking assistor; f) wherein said attachment further comprises a mechanical attachment comprising at least two screws structured and arranged to connect said holder to said rear substantially-vertical surface portion of the motorized wheelchair-scooter. 5. A holder system, for holding a lower portion of a walking assistor, having one lower leg, structured and arranged to attach to a rear substantially-vertical surface portion of a motorized wheelchair-scooter, having a seat, used to transport a disabled person, comprising: a) at least one holder, having an upper aperture, structured and arranged to hold at least one such lower portion of at least one such lower leg; and b) an attachment structured and arranged to attach said holder to the rear substantially-vertical surface portion of the motorized wheelchair-scooter; c) wherein said holder system is structured and arranged so that said upper aperture, when attached to the motorized wheelchair-scooter, has a height lower than a seat of the motorized wheelchair-scooter; and d) an adjuster structured and arranged to adjust an angle of said holder when attached to the rear substantially-vertical surface portion of the motorized wheelchair-scooter; e) wherein said at least one holder comprises at least two holders, having at least two upper apertures, each said upper aperture being structured and arranged to receive at least one such lower portion of at least one such walking assistor; and f) a motorized wheelchair-scooter having a seat and attached with said holder. 6. A holder system, for holding a lower portion of a walking assistor, having one lower leg, structured and arranged to attach to a rear substantially-vertical surface portion of a motorized wheelchair-scooter having a seat, used to transport a disabled person, comprising: a) at least one holder, having an upper aperture, structured and arranged to hold at least one such lower portion of at least one such lower leg; b) an attachment structured and arranged to attach said holder to the rear substantially-vertical surface portion of the motorized wheelchair-scooter; and c) an adjuster structured and arranged to adjust an angle of said holder when attached to the rear substantially-vertical surface portion of the motorized wheelchair-scooter; d) wherein said adjuster further comprises, i) a bolt attachment on