Abstract: A hinge bracket to couple a hinge to a lid of a laundry appliance comprising: an elongated slot receiving a connector portion of a hinge; first fastener receivers extending from the elongated slot laterally inward toward a midline of a cabinet of the laundry appliance and configured to cooperate with fastener receivers of the hinge to receive fasteners that fasten the hinge to the hinge bracket; second fastener receivers on an opposite side of the hinge bracket as the first fastener receivers and configured to cooperate with the fastener receivers through a C-shaped lip of the lid to receive fasteners fastening the lid to the hinge bracket; and an indented portion formed laterally away from the elongated slot and facing the curved portion of the hinge. The laundry appliance can further include a hinge receiver to couple the hinge to a cabinet.

Abstract: A system for molding and fitting together a first part and a second part. Two guide rails are parallel to a first direction and, for each guide rail, a carriage moves in translation on the guide rail. For each carriage, a cam carrier moves in translation parallel to the first direction and has a cam, the two ends of which are distant in a fitting-together direction. An assembly bar carries a series of first cavities, each end of which is mounted in one of the two cams. A series of second cavities are provided. An activation device moves the cam carriers and, for each carriage, a locking device locks the carriage alternatively with the cam carrier and the guide rail.

Abstract: A processing module positioning system for window blind slats utilizes a position adjustment assembly to move plural processing modules to predetermined positions. The position adjustment assembly includes a servo motor employed to drive a connecting strap. A position control frame is fixed on the connecting strap, so that when the connecting strap is driven to move, the position control frame will be moved by the connecting strap to drive the processing modules connected on the position control frame to move. The position control frame can be connected to and disconnected from the processing modules.

Abstract: A substrate transport apparatus includes: a pair of arm units having a substrate-carrying surface on which a substrate is placed; a support member freely rotatably supporting the arm unit; and an inclination device inclining the arm unit with each of the substrate-carrying surface facing one another.

Abstract: A method for adjusting the position of a movable working member with respect to a stationary datum surface has steps of providing a packaging machine having at least one movable working member and a device for adjusting the position of the working member during a changeover operation, providing the device with a plurality of selectable stops connected to the stationary datum surface, the stops being of different length from each other, providing a sliding support supporting the working member whose position is to be adjusted, the sliding support being mounted on a guide located adjacent to the stationary datum surface and placing the sliding support in abutment with a selected stop to obtain a predetermined distance between the working member and the stationary datum surface and fixing the sliding support in this position until the next changeover operation.

Abstract: In a method of making an elongate object (49) with a head at one end and a point at the other end, a blank (49) is placed in a die (50) having a through-going channel, following which the head end is subjected to axial pressure by a tool (52), while a stop member (55) is kept engaged with the die (50) at its other end. A pre-formed head is initially provided on the blank (49) so that the head has an excess of material with respect to the size of the final head. A cavity (56) is formed in the stop member and is in extension of the through channel. When blank (49) is subjected to axial pressure the tool (52) causes flow of material in the shank of the blank (49) so that blank material flows into the cavity (56) of the stop member.

Abstract: An adjustable stop member, comprises three parts which are mounted in longitudinal alignment, with the overall length of the aligned parts being adjustable. The first part is an elongate cylindrical member which has one closed end and a threaded, elongate bore extending inwardly from the other end. The second part is an elongate rod which has external threads for mutual engagement with the internal threads of the first part. The second part further has a flat extending longitudinally along the surface thereof and an index line extending longitudinally along the surface thereof and an index line extending along the length of the flat. The third part is a nut which is threaded on the second part. The nut can be tightened against the first part for firmly securing the parts together in a releasable, fixed position. The nut has equally spaced markings around its circumference which form a scale used with the index line on the second part in setting a desired overall length of the stop member.

Abstract: Metal leads are prepared for solder dipping by first exposing the leads to a fifty percent solution of sulfuric acid. The leads are then rinsed using city water and exposed to solution consisting of fifty percent sulfuric acid, twenty-five percent nitric acid and twenty-five percent deionized water. The leads are then rinsed sequentially in city water and deionized water. Finally, excess water is removed from the leads.

Abstract: A surface of a wedge acts as a stop to limit travel of a spindle on an automatic riveting machine. A drive mechanism moves the wedge back and forth to vary the heighth of the wedge, and the same mechanism simultaneously moves a rod back and forth to act on a transducer, and transmit an electrical signal to give a digital readout of the change in heighth of the wedge.

Abstract: A multiple spindle automatic screw machine is provided with an electrically insulated metal stock feed stop which is connected in an electrical circuit so as to provide an electrical signal when the grounded bar stock makes contact therewith for indicating part count and stock presence.

Abstract: A motor driven plotter has a plotting head which is translated in two coordinate directions over the work surface of a plotting table. The plotting head is mounted on a first carriage which moves in one coordinate direction and a second carriage is mounted on the first for movement in the second coordinate direction. The limits of both carriages in each coordinate direction are directed by means of a pull cord suspended in a rectangular pattern from the first carriage. A cord portion or segment is intersected and extended by a contact at each limit of travel in the coordinate directions. A switch connected to the cord produces a limit signal when the cord is extended.