Abstract: This invention is directed generally to garment hangers of the type on which information clips may be locked, and, in particular, to garment hangers adapted to receive such a locking information clip so that its removal is prevented or strongly inhibited, and to the locking information clips themselves.According to aspects of the present invention the information clip not only resiliently engages a ledge adjacent the edge of the clip holder, but in addition is provided to discourage or prevent moving the clip side walls apart to disengage the clip from the ledge. In certain forms of the invention, further assurance of non-removability is provided by engaging edges of the clip with engagement elements on the clip holder, without interfering with use of conventional molding for producing the hanger. In other forms of the invention, other arrangements are provided to retain the clip on the hanger by strongly inhibiting lifting one or both side walls of the clip by use of fingers or finger nails.

Abstract: This invention is directed generally to garment hangers of the type on which information clips may be locked, and, in particular, to garment hangers adapted to receive such a locking information clip so that its removal is prevented or strongly inhibited, and to the locking information clips themselves.According to aspects of the present invention the information clip not only resiliently engages a ledge adjacent the edge of the clip holder, but in addition is provided to discourage or prevent moving the clip side walls apart to disengage the clip from the ledge. In certain forms of the invention, further assurance of non-removability is provided by engaging edges of the clip with engagement elements on the clip holder, without interfering with use of conventional molding for producing the hanger. In other forms of the invention, other arrangements are provided to retain the clip on the hanger by strongly inhibiting lifting one or both side walls of the clip by use of fingers or finger nails.

Abstract: A magnetically operated display element having contrasting opposite sides, is symmetrically mounted in a surrounding frame for pivoting about an axis. A permanent magnet within the display element has poles on opposite sides of the pivoting axis. A U-shaped electromagnet has its pole pieces positioned on opposite sides of the pivoting axis where they may interact with the poles of the permanent magnet. The permanent magnet has a asymmetrical magnetic construction relative to the pivoting axis. When the electromagnet is energized, the repulsion at one pole of the permanent magnet is always greater than at the other pole of the permanent magnet, causing rotation of the display element. The display element is statically and dynamically balanced.

Abstract: Register marking units consist of a base carrier, usually in strip form, having successive ink areas printed on it which are printed in a shearable ink and which are in turn overprinted by a suitable pattern, the pattern being printed in adhesive. The pattern may be adhered to an upper transparent sheet and the ink area to a lower sheet e.g. by adhering the base carrier thereto via a layer of pressure sensitive adhesive on the side of the base carrier remote from the ink areas and normally protected by a release paper.The upper and lower sheets may act to sandwich the unit, to leave the adhesive pattern adhered to the upper sheet when the upper and lower sheets are separated. Thereafter said upper and lower sheets may be re-aligned by registering the adhesive pattern with the holes in the ink area from which ink was removed by the adhesive when upper and lower sheets were separated.