DE1978934U - PERFORMANCE PLATE AND TYPE PLATE FOR IDENTIFICATION OF INDUSTRIAL PRODUCTS. - Google Patents

Description

RA.58.2 905 * 12.10.6

Dr. A. ULLRICH Dr. T. ULLRICH

PATENT LAWYERS
69 HEIDELBERG, Gaisbergstrasse 3

Telephone: (06221) 25335 -Telegram address: ULLPATENT

Our reference: 780J

G-ebr. Hein, Heidelberg, Disehinger Str. 5

Performance ~ _and Ivj> ens child zur_marking_industrial

Products

The signage of machines, devices and apparatuses are usually made of metal signs. One distinguishes between signs with a relief-like surface (etched, embossed or engraved) and signs with flat surface (printed or anodized). Combinations of both versions have also become commonplace. In the last Years ago, the industry has increasingly shifted to the use of plastic signs. Differentiated When it comes to the material, you can choose between thermosetting plastics and thermoplastics, or between only printed or underprinted Executions *

The material and design give the sign its appearance. Choosing the right shield, however, is down to technical and economic considerations. The attachment of the shield to the "device - even more the need for it Subsequent lettering is essential when looking for the most cost-effective solution.

There are two ways of attaching these Signs, namely mechanical fastening by screws, lagins, rivets, etc., and gluing using so-called self-adhesive signs. Experience has shown that G-ross series have adhesive labels in the cone are more economical because there is no need to drill the holes on the device, or screw, lay in or bid.

The performance .or. The nameplate is intended for the Connection types and values, performance data, production lines and numbers etc. to be recorded. Only with larger ones The sign manufacturer can print or etch these variations at affordable additional costs. The numbering can only be inexpensive in the course of production with closed series of numbers (consecutive numbering) the signs must be carried out with.

Inevitably, there are therefore many cases left, the special entries in the type or rating plates in front of the labeling by the device manufacturer. Since then, this has been done in the cone by hammering in individually with hand-hammering steel stamps or with foot or hand presses. Individual types were laboriously embossed or hammered next to each other. Only skilled hands were able to create a beautiful picture of numbers. There were misnomeres and thus inevitably an increased consumption of signs.

The subsequent individual embossing described above of type designations of any kind is therefore time-consuming and therefore costly. Both the technicians and the rationalization specialists have faced new problems in this regard in recent years. on the one On the other hand, more and more thin-walled and therefore shock-sensitive device housings, partly made of plastic, are used; on on the other hand, economic efficiency dictates the production of ever larger quantities, especially in small-scale apparatus ":

The task on which the innovation is based is to develop serial company signs in the sense of performance and type plates, which can be labeled in the simplest and thus the most economical way, whereby the requirement for document-specific labeling should also be met. ^r ~~

The object of the innovation is a rating and nameplate, in particular for the identification of industrial products such as engines, washing machines, devices or the like, which is characterized by the fact that the top layer is a crystal-clear plastic cover layer with a glossy or matt surface, a lettering carrier - Or writing anchoring layer in the form of a synthetic resin film that remains plastic, a soft aluminum foil that can be embossed by means of a typewriter, ballpoint pen or the like, and
has a self-adhesive layer on the back. _{The cover layer consists of a material 3,} such as polypropylene or acetate, which absorbs the dye of the inscription in a smudge-proof and document-proof manner. The self-adhesive layer can be covered by a removable protective layer made of paper or the like.

The cover layer protects the print of the sign from damage, in particular the sign is scratch-resistant made ο The top layer also has the property when writing with a typewriter (with a ribbon) and when writing with a ballpoint pen To absorb dyes. The lettering is thereby smudge-proof.

Furthermore, the aluminum foil signs still have Property that both when inscribed with a typewriter and when written by hand with a ballpoint pen an embossing takes place that can no longer be removed. This additional effect is achieved by having a whole certain aluminum foil quality is processed. These Property is of great importance because this is the only way to meet the requirement of document authenticity can" . "

A sample (in duplicate) is enclosed with the documents.

Claims (1)

Ρ.ΑΛ 82 9 6 5 * 12.16 Protection claims lo) Performance and nameplate, in particular for the identification of industrial products such as engines, washing machines, devices or the like, marked by the fact that it the top layer is a crystal-clear plastic top layer with a glossy or matt surface, a writing support or writing anchoring layer in Form of a synthetic resin film that remains plastic, using a typewriter, ballpoint pen or the like embossable soft aluminum foil and on the back a self-adhesive layer owns .. 2o) shield according to claim 1, characterized in that the cover layer of a wipe-resistant the dye labeled and indelible receiving material ο 3 °) shield according to claim 1 and 2, characterized in that the covering layer consists of polypropylene. 4-) Sign according to claim 1 to 3, characterized in that the self-adhesive layer is covered by a removable protective layer made of paper or the like.