CN100412915C

CN100412915C - Double thickness multiple labels for printing by thermal printer on electric and/or electronic components

Info

Publication number: CN100412915C
Application number: CNB021457891A
Authority: CN
Inventors: 伊万纳·皮阿纳
Original assignee: GRAFF PLASTE SpA
Current assignee: GRAFF PLASTE SpA
Priority date: 2002-10-17
Filing date: 2002-10-17
Publication date: 2008-08-20
Anticipated expiration: 2022-10-17
Also published as: CN1490772A

Abstract

The present invention relates to a double-thickness multi-label for marking an electrical and / or an electronic component, which is formed by that a thin continuous strip (1) made of draw material goes through die cutting. The present invention is characterized in that two side edges (2) can be obtained via the die cutting and connected with each other via opposite labels which are connected oppositely in turn in the middle; the two opposite labels (3) are all printed with proper marks via a heat conducting label printer; the strip (1) with the marked labels (3) can be folded to generate a double-thickness label of which the two outer surfaces are provided with double marks; then, the double-thickness label (3) is provided with a proper supporting member (6) to recognize the electronic component after the labels are removed from the folded edges (2), or the label (3) is directly used for the electronic component with a self-supporting member.

Description

The many labels of double-thickness of the mark that is used for electric and/or electronic component of available thermal transfer printer printing

Technical field

The present invention comprises the Mk system that is used for electronic component (cable, system, instrument, control panel etc.).

Background technology

Comprise thereon in production period or by having known for a long time based on the plotting apparatus print character of known computer software or the parts of symbol or the sign and the Mk system of a plurality of labels.These Mk systems if compare with the artificial composing of flag member, even also allow quite fast and mark accurately big flag sequence.Yet, the plotting apparatus printing with compare at most advanced printer available on the market at present, need cost considerable time.

Summary of the invention

According to the present invention, as a kind of distortion of said system, label is made up of single flag member or by the plotting apparatus computerize, markup tags prints with the heat transfer label printing machine at present.

According to the present invention, the many labels of printing of the double-thickness that is used for the electric and/or electronic component of mark are provided, these labels are by die-cut thin continuous bar manufacturing of being made by rolled material, so that two lateral margins can be by this die-cut acquisition and by relative label interconnection, this relative label is docked successively in central authorities; Two relative labels by the heat transfer label printing machine with suitable mark by mark in the same manner; Bar with markup tags is folded then in order to produce double-thickness and the label of double labeling on two outside surfaces; These double-thickness labels will be provided suitable support so that be used for the electroactive marker sub-element at these labels after removing from overlapping lateral margin then, and perhaps this double-thickness label directly is used on the electronic component of the support with them.

According to the present invention, label can be by the die-cut thin calendered film that overlaps, so that obtain to allow to handle and it is installed in the label of the double-thickness in the support of the electronic component that will be labeled; This kind processing is impossible to the label that has with the calendered film same thickness, and as mentioned above, this calendered film is extremely thin really, and simultaneously on the other hand, this film must be extremely thin to allow to utilize the heat transfer label printing machine.

For this reason, this calendering and die-cut thin slice comprise two relative comb elements by butt end, the inside interconnection of label.The label of the comb elements that these are relative is by heat transfer label printing machine mark, these labels are by superimposed so that obtain to have the comb elements of the label of double-thickness along their center connecting line rotation then, thereby they can easier manipulations and are assembled in their support or are directly installed on the cable and device that will be identified.

Should emphasize that two parts of label all will be printed to be used so that the available left hand or the right hand are held the pectination lateral margin of this acquisition.

In the close pectination zone of fold line, provide arrowhead form this label more firmly to be assemblied in its support, or guarantee this label is fixed on the cable or device that will be identified with assurance.

As the system of theme of the present invention illustrating by reality in the accompanying drawings with exemplary embodiments.

Description of drawings

Fig. 1 shows the vertical view of die-cut back calendered film;

Fig. 2 shows the skeleton view with die-cut film after the typographic(al) mark of heat transfer label printing machine;

Fig. 3 shows the skeleton view at the folding and overlapping film shown in Fig. 2;

Fig. 4 shows the skeleton view of complete overlapping film as shown in Figure 2;

Fig. 5 shows the vertical view of the double-thickness comb elements with some supports that are used for label;

Fig. 6 shows the side view of the comb elements of double-thickness as shown in Figure 5;

Fig. 7 shows the skeleton view of the typical support that is used for cable marks;

Fig. 8 shows the skeleton view of typical marks cable;

Fig. 9 shows the vertical view of the film of the label that has the arrowhead form feature as shown in Figure 1 along the fold domain;

Figure 10 shows the details of the amplification of arrowhead form as shown in Figure 9.

Embodiment

With reference to these accompanying drawings, label can be from the die-cut acquisition of continuous bar of continuous calendering sheet.

Continuously bar 1 as shown in Figure 1, and die-cut it so that obtain by relative label 3 interconnection and at two lateral margins 2 of middle body butt joint, thereby form relative pectination parts.

Label fracture line in advance 4 by a dotted line can be connected on the lateral margin 2.After allowing, other fracture line in advance 5 separate die-cut.

Bar is inserted in the heat transfer label printing machine continuously, and the mark of discerning for use in electronic component is printed on the interior label of bar as shown in Figure 2.

Bar is folding along the central connecting line of label then, and is overlapping fully up to all labels 3 and lateral margin 2 quilts as shown in Figure 3, as shown in Figure 4.

Arrive this, obtain pectination, wherein all markup tags are positioned at a direction, and support 6 and be applied on these labels; As everyone knows, these supports 6 are characterised in that to have the upper transparent recess 7 that holds markup tags and will support 6 and are fixed to electronic device or the substructure on the element 8 that will be identified.After this support was applied to this label, the latter separated with its lateral margin 2.

Can be assembled in during it supports at overlapping back label always identification marking similarly is printed on two label element, and no matter its direction how, and it can be handled easily, even by left-handed people.

Fig. 7 is used for purpose for example and shows that to be used for the typical character that is printed with " GRAF0 " on label be the stilt 6 of mark of the cable 9 of feature.

According to the present invention, the lateral margin of label 3 and their side preferably have little projection 10, this part 10 can have any characteristic but preferably arrowhead form to guarantee firm installation at support notch place label.

Therefore, according to the present invention, by means of the continuous bar that has with the thermal transfer printer mark, overlapping so that printed labels can be realized being used for the method for electroactive marker sub-element by in the support that is fixed of easily handling and be assemblied in them or directly be applied on the device that has had its oneself support after printing then.

Markup tags that these are new and commercially available flag member compatibility common and that produce by the applicant, and they can be used in the support or replace with in common plotting apparatus " Plotter System " series as the mark of label.

Claims

1. be used for the many labels of printing of the double-thickness of the electric and/or electronic component of mark, it is characterized in that:

These labels (3) are made by the die-cut thin continuous bar of being made by rolled material (1), so that two lateral margins (2) can be by this die-cut acquisition and by relative label interconnection, this relative label is docked successively in central authorities;

Two relative labels (3) by the heat transfer label printing machine with suitable mark by mark in the same manner;

Bar (1) with markup tags (3) is folded then in order to produce double-thickness and the label of double labeling on two outside surfaces;

These double-thickness labels (3) will be provided suitable support (6) so that be used for the electroactive marker sub-element at these labels after removing from overlapping lateral margin (2) then, and perhaps this double-thickness label (3) directly is used on the electronic component of the support with them.

2. the many labels of printing as claimed in claim 1, it is characterized in that: the lateral margin of label (3), and preferably except that their end, has little projection, these projections can have any characteristic, but preferably should be that arrowhead form is to guarantee the firm installation of label in support notch (7).

3. many labels as claimed in claim 1 is characterized in that: the double-thickness label and the marker material compatibility of suitable mark.