Abstract: A telecommunication method and system has a storage means for storing short messages received and/or to be transmitted. The storage means has N short message storage locations. Each of the short messages has a header field and a data field. At least one of the storage locations is reserved for storing short messages having a predetermined address, which is set by the operator implementing the telecommunication equipment.

Abstract: A telephone terminal reads a removable data medium. The telephone terminal selects and/or adjusts a first function set. The removable data medium selects and/or adjusts a second function set. The telephone terminal deletes a function present in the second function set, from the first function set. A process manages function menus on a telephone terminal, and its corresponding removable data medium.

Abstract: A multiple stylus print head, e.g. for printing a document in a facsimile system, has at least two parallel lines of styluses with the styluses being offset from one line to the next. Each line of styluses is built up from several tiers of interdigitated conductor pins (C) having tips that constitute the styluses per se. The tiers of pins are held together by respective strips of insulating material (7) forming comb-like structures which are then stacked together in such a manner that the combs fan out from the line of styluses. A plurality of groups (G.sub.1, G.sub.2) of stylus line forming comb structures are stacked together into a single stack.

Abstract: Image printing stylus bar, manufacturing method therefor and image printing device.The present invention relates to an image printing stylus bar with as many styli as there are image points on a scanned line on a document to be reproduced, a manufacturing method therefor and a printing device constituting an application thereof.The stylus comprises 2.m register stage chips (59, 60) each having a serial data input, n parallel outputs, a serial data output and control inputs, disposed on at least one film (57, 58) and connected in series in groups of m to constitute two shift registers, the parallel output of each of the m consecutive chips being connected to respective styli (51, 52) for marking image points with the same parity on each line.

Abstract: The present invention has for its object a device for loading paper in a printing machine. The printing paper formed by a strip of white paper and a strip of carbon paper wound together bears a lead-in end made of thin cardboard, preferentially having the shape of a trapezium, or trapezoid whose small base is stuck to the white paper and whose large base is stuck to the carbon paper for the easy insertion of that double paper in the machine, whereas the support of the roll of double paper is mounted in a tilting position on the machine for the loading of the roll of paper.