Abstract: A switch assembly, which is particularly suitable for use in a fruit machine, is constituted by a front part (5) to be located by an outer face of a glass panel (52) and a rear part (54) to be located by a an inner face of the glass panel (52) with the front and rear parts of the switch assembly being operably connected by magnets allowing the glass panel (52) to extend continuously therebetween, thereby avoiding the need to form a hole in the glass panel (52) and with the front part (50) including two magnets (66) which are arranged with their poles facing in opposite directions perpendicularly to the length of a reed switch (56) carried by the rear part (54) and which are displaced non-linearly with respect to the reed switch (56) as the front part (50) is rocked about a pivot (62).

Abstract: An electrical assembly has first and second initially separated connection portions, of which the first is adapted to be secured to a first component, such as a microswitch, and the second is adapted to be secured to a second component, such as electrical wiring through insulation displacement, with the first and second connection portions further being capable of releasably fitting together, such as by means of a latch to bring the first and second components into electrical contact.

Abstract: A fastening assembly is constituted by a plate-like member provided with a plurality of laterally extending projections which can be pushed into position between and then turned into engagement with respective slots formed in protrusions. In one aspect, at least one of the projections and/or at least one of the slots is adapted to give a wedging effect. In another aspect, the protrusions are located around an inner periphery of otherwise circular outline presented by a hollow member, and the projections are formed as arcuate sectors located around the plate-like member which presents an outer periphery of circular outline other than at recesses for receiving the respective protrusions.

Abstract: A carrier (10) comprises a body (12) and a pair of holes (14) which extend through the body (12) away from a face (16) against which a light emitting diode may be placed towards a pair of supports (18) over which respective lead wires of the light emitting diode may be bent thereby enabling a light emitting diode to simulate a wedge based lamp in allowing direct push contact of the filament lead wires with associated electrical circuitry.

Abstract: An automatic picture taking system has a housing which may be in the form of a booth. The housing contains a video camera and is arranged to produce a video picture of a subject in a picture taking zone. The video picture can be converted to a print e.g. using a digital thermal color printer. The video picture is stored in memory and can be processed to give a desired composition prior to printing. The picture may consist of the image of the subject which is separated from the background using chroma keying and which is then combined with a selected electronically prestored background or foreground.

Abstract: An automatic picture taking system has a housing which may be in the form of a booth. The housing contains a video camera (20) and is arranged to produce a video picture of a subject in a picture taking zone (3). The video picture can be converted to a print e.g. using a digital thermal color printer (24, 25). The video picture is stored in memory and can be processed to give a desired composition prior to printing. The picture may consist of the image of the subject which is separated from the background using chroma keying and which is then combined with a selected electronically prestored background or foreground.

Abstract: A push-button assembly (10) is constituted by a push-button (12) having a side wall outer surface located adjacent to a side wall inner surface of a surrounding body (14). In the assembly, at least one of the side wall surfaces is recessed (22; 22a, 22c; 22b, 22d), thereby reducing the contact area of the opposed surface areas likely to be adversely affected by stickiness.

Abstract: A drive assembly is constituted by a strip (10) and three or more parallel and rotatable supports (12, 16, 22) around which the strip (10) is wrapped. At least two of the rotatable supports (22) are linked together for common movement, for example by a movable holder in the form of a light box (20) carrying a series of light bulbs (50) while at least one of the rotatable supports (12, 16) is stationary.