CN103680730A - Sheet-shaped transparent identification component, installation method thereof and cable with identification component - Google Patents
Sheet-shaped transparent identification component, installation method thereof and cable with identification component Download PDFInfo
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- CN103680730A CN103680730A CN201210350267.4A CN201210350267A CN103680730A CN 103680730 A CN103680730 A CN 103680730A CN 201210350267 A CN201210350267 A CN 201210350267A CN 103680730 A CN103680730 A CN 103680730A
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Abstract
The invention discloses a sheet-shaped transparent identification component, an installation method thereof and a cable with the identification component. The identification component can be used in a variety of harsh environments, such as field, vibration, humidity, salt fog and the like. The sheet-shaped transparent identification component comprises an outer layer identification protective layer and an inner layer identification positioning part. The outer layer identification protective layer is a transparent heat shrinkable sheet. The inner layer identification positioning part is a heat shrinkable sleeve, a self-lamination label, an identification plate or a heat shrinkable sheet. The outer layer transparent heat shrinkable sheet can play the role of the protective layer for protecting the inner layer identification, is transparent and beautiful, and has the advantages of convenient observation and clear visual effect. The inner layer identification positioning part can be selected according to a need. Middle identification can be arranged between the outer layer identification protective layer and the inner layer identification positioning part. According to the sheet-shaped transparent identification component, the installation efficiency is improved; batch production and installation are convenient; an identification installation process is simplified; an installation method is simple; only heating the heat shrinkable sheet is needed; and the installation cost is reduced.
Description
Technical field
The present invention relates to a kind of identified component, particularly a kind of sheet transparent marking assembly, its installation method and there is the cable of this identified component.
Background technology
Sign is a kind of mark cable (wire or cable), pipeline, conduit, valve, cable grid etc., plays the product of sign effect.Be identified at all extensive uses of industry such as automobile, electronics, Aeronautics and Astronautics, boats and ships, building.Conventional sign has various shape and multiple mounting modes, for example, has the marking plate from overlay film label, sheet of tubulose sign, sheet, etc.
Tubulose sign is generally called identification sleeving, and identification sleeving comprises can not heat shrink ordinary casing, and thermal contraction casing tube that can heat shrink, and tubulose identifies general baling, also cuts into certain length and is packaged in paper loading.Tubulose sign can turn printer by dot matrix machine or heat to be printed, or with special-purpose printer printing, also mark by hand.
From overlay film label, be the sign of sheet, the general one side of label has viscosity, and another side does not have viscosity.From one end of overlay film label, be mark end, general is white or colored, printing device franking content for mark end, or mark by hand; The other end from overlay film label is held for protection, is generally transparence.During use, from overlay film label, be wrapped on identified product, the protection end of label enwinds the mark end of label, and the viscosity of label sticks together label, is fixed on identified product.
Marking plate is sheet, is generally provided with one or more fixing holes, and band or tether are fixed on marking plate on identified product by fixing hole.Marking plate has the various shapes such as rectangle, circle, square, rectangular, octangle, the material that marking plate is conventional have metal (as, stainless steel, brass, aluminium, Electroplating Aluminum), the material such as plastics, nylon.Tag content on marking plate can adopt printer to print, and metal carving machine is scribed, and impression block is printed, metal typewriter ribbon system marks, or adopt manual markings.
Above-mentioned sign has environment for use separately, all has unsurmountable problem, can not meet the requirement of critical conditions, and the subject matter of existence is as follows.
Tubulose sign does not have outer field sign protection layer.Ordinary casing can not heat shrink, is easy to shift position on marker, causes can not find sign, in addition, the contents such as the word in tubulose sign, symbol, because the reasons such as friction, humidity, salt fog, high temperature easily come off, make to identify fuzzy, after product is used one section, be difficult to differentiate sign content.Thermal contraction casing tube in tubulose sign, can be fixed on marker thermal contraction casing tube by heating, is designated individual layer and fixes, and sign is fixing still insecure.Because there is no outer sign protection layer, the contents such as the word on tubulose thermal contraction casing tube, symbol, still can easily come off because of reasons such as friction, humidity, salt fog, high temperature, make to identify word and symbol is fuzzy.
From overlay film label, there is no outer field sign protection layer.From overlay film label, be wrapped on identified product, rely on the viscosity of label self to make label wrap up the product of residence sign, because the viscosity of label self is limited, label is fixed insecure on the product of sign.Because there is no outer sign protection layer, the reasons such as friction, humidity, salt fog, high temperature, can make the viscosity of label reduce, and the perk of label wound portion branch, is easy to cause label integral body to come off, and what come off cannot play from overlay film label the effect that identifies product.
Marking plate does not have outer field sign protection layer, and the contents such as the word on marking plate, symbol, because the reasons such as friction, humidity, salt fog, high temperature easily come off, make to identify fuzzy, after product is used one section, are difficult to differentiate sign content.In addition, marking plate is generally fixed on marking plate on identified product by fixing hole with band or tether, because there is no outer sign protection layer, during use, band or tether are easily loosening, make to identify shift position or come off, and cause can not find marking plate.
Summary of the invention
The object of the present invention is to provide a kind of sheet transparent marking assembly, its installation method and have the cable of this identified component, identified component can be used under various harsh environmental conditions, as, field, vibration, humidity, the environment such as salt fog.
The object of the invention is to be achieved through the following technical solutions: a kind of sheet transparent marking assembly, identified component contains outer sign protection layer and internal layer mark location part, outer sign protection layer is transparent thermal contraction slice, and internal layer mark location part is thermal contraction casing tube, from overlay film label, marking plate or thermal contraction slice.
Between the outer sign protection layer and internal layer mark location part of described sheet transparent marking assembly, sign in the middle of arranging.
Described sheet transparent marking assembly, internal layer mark location part is the installation method of thermal contraction casing tube, comprises the following steps:
A) mark internal layer mark location part: with printing device mark internal layer thermal contraction casing tube, or mark internal layer thermal contraction casing tube by hand.
B) fixing internal layer mark location part: install internal layer thermal contraction casing tube on wire or cable, thermal contraction casing tube is placed in to corresponding mark, heating internal layer thermal contraction casing tube, makes internal layer thermal contraction casing tube shrink, be fixed on product.
C) fixed outer layer sign protection layer: the thermal contraction slice that bonding skin is transparent becomes tubulose, installed on product, outer tubulose transparent heat is shunk the outside that sheet is placed in internal layer thermal contraction casing tube, heat outer tubulose transparent heat and shrink sheet, make outer tubulose transparent heat shrink sheet and shrink, be fixed on internal layer thermal contraction casing tube outside.
Described sheet transparent marking assembly, internal layer mark location part is from the installation method of overlay film label, comprises the following steps:
A) mark internal layer mark location part: with printing device mark internal layer from overlay film label, or by hand mark internal layer from overlay film label.
B) fixing internal layer mark location part: internal layer is placed in to the corresponding mark of product from the mark end of overlay film label, is wound around internal layer from the protection end of overlay film label, internal layer is fixed on product from overlay film label.
C) fixed outer layer sign protection layer: the thermal contraction slice that bonding skin is transparent becomes tubulose, installed on product, outer tubulose transparent heat is shunk sheet and is placed in internal layer from the outside of overlay film label, heat outer tubulose transparent heat and shrink sheet, make outer tubulose transparent heat shrink sheet and shrink, be fixed on internal layer from overlay film label outside.
Described sheet transparent marking assembly, internal layer mark location part is the installation method of marking plate, comprises the following steps:
A) mark internal layer mark location part: with printing device mark internal layer marking plate, or mark internal layer marking plate by hand.
B) fixing internal layer mark location part: internal layer marking plate is placed in to the corresponding mark of product, tightens internal layer marking plate with band or tether, internal layer marking plate is fixed on product.
C) fixed outer layer sign protection layer: the thermal contraction slice that bonding skin is transparent becomes tubulose, installed on product, outer tubulose transparent heat is shunk the outside that sheet is placed in internal layer marking plate, heat outer tubulose transparent heat and shrink sheet, make outer tubulose transparent heat shrink sheet and shrink, be fixed on internal layer marking plate outside.
Described sheet transparent marking assembly, internal layer mark location part is the installation method of marking plate, comprises the following steps:
A) mark internal layer mark location part: with printing device mark internal layer marking plate, or mark internal layer marking plate by hand.
B) fixed outer layer sign protection layer: the transparent thermal contraction slice of bonding skin becomes tubulose, is installed on internal layer marking plate, heats outer tubulose transparent heat and shrinks sheet, makes outer tubulose transparent heat shrink sheet and shrinks, is fixed on internal layer marking plate outside.
C) fixing internal layer mark location part: internal layer marking plate is placed in to the corresponding mark of product, tightens internal layer marking plate with band or tether, internal layer marking plate is fixed on product.
Described sheet transparent marking assembly, internal layer mark location part is the installation method of thermal contraction slice, comprises the following steps:
A) mark internal layer mark location part: with printing device mark internal layer thermal contraction slice, or mark internal layer thermal contraction slice by hand.
B) fixing internal layer mark location part: bonding internal layer thermal contraction slice becomes tubulose, is installed on product, and internal layer tubulose thermal contraction slice is placed in to corresponding mark, heating internal layer tubulose thermal contraction slice, is fixed on product internal layer tubulose thermal contraction slice.
C) fixed outer layer sign protection layer: the thermal contraction slice that bonding skin is transparent becomes tubulose, installed on product, outer clear tubular thermal contraction slice is placed in the outside of internal layer tubulose thermal contraction slice, heat outer tubulose transparent heat and shrink sheet, make outer tubulose transparent heat shrink sheet and shrink, be fixed on internal layer tubulose thermal contraction slice outside.
Described sheet transparent marking assembly, in the middle of arranging between outer sign protection layer and internal layer mark location part, the installation method of sign, before " fixed outer layer sign protection layer " step of above-mentioned installation method, increases a step, the theing contents are as follows of step:
In the middle of arranging, identify: by sign in the middle of printing device mark, or in the middle of mark, identify by hand, and centre sign is placed in to the outside of internal layer positioning label.
An identified component is installed on cable, and identified component is described sheet transparent marking assembly.
Described in the middle of sign is sheet label, from overlay film label or marking plate.
Compared with prior art, its remarkable advantage is in the present invention:
1) sheet transparent marking assembly, has solved the problem that conventional tube sign cannot install.The plug that diameter is large or connector cause tubulose sign to install, and for the large product of diameter (as thick cable), traditional thermal contraction casing tube sign cannot install.And this sheet transparent marking assembly can be fixed by winding, bonding mode, solved this sleeve pipe and cannot install problem, realized and do not installed pyrocondensation, simultaneously, winding, bonding way make a kind of product that identifies applicable multiple diameter, and traditional heat-shrinkable T bush is only suitable for a few diameter product.
2) sheet transparent marking assembly has adopted the double-deck fixing means of " fixedly internal layer mark location part " and " fixed outer layer sign protection layer ", has increased the fixing firm degree of sign, has solved traditional sign and has fixed problem bad, easy movement.
3) Multi-layer design of sheet transparent marking assembly has been protected internal layer sign well, the problem that the sign that has solved conventional monolayers sign and cause because of vibration, friction, moist, salt fog comes off, loses.
4) outer transparent thermal contraction slice, had both played the knowledge overcoat effect of protection internal layer sign, again transparent, attractive in appearance, be convenient to observe, visual effect is clear, the mark that has solved existing sign is fuzzy problem easily.
5) sheet transparent marking assembly is sandwich construction, there are outer sign protection layer and internal layer mark location part, internal layer positioning mark has multiple choices (thermal contraction casing tube, from overlay film label or marking plate), sign simultaneously in the middle of can arranging as required, sign can adapt to multiple environment for use, applies more flexible.
6) installation effectiveness of sheet transparent marking assembly is higher, is convenient to batch making, installation.
7) simplified the installation method of sign, installation method is simple, only need, to transparent thermal contraction slice heating, reduce installation cost.
Figure of description
The patent application of invention, it is as follows that specification comprises the description of the drawings:
Fig. 1 is that the outer sign protection layer of the present invention is transparent thermal contraction slice, and internal layer mark location part is the schematic diagram from overlay film label.
Fig. 2 is that the outer sign protection layer of the present invention is transparent thermal contraction slice, and internal layer mark location part is the schematic diagram of thermal contraction casing tube.
Fig. 3 is that the outer sign protection layer of the present invention is transparent thermal contraction slice, and internal layer mark location part is the schematic diagram of porous marking plate.
Fig. 4 is that the outer sign protection layer of the present invention is transparent thermal contraction slice, and internal layer mark location part is the schematic diagram of 2 hole marking plates.
Fig. 5 is that the outer sign protection layer of the present invention is transparent thermal contraction slice, and internal layer mark location part is the schematic diagram of 1 hole marking plate.
Fig. 6 installs sheet transparent marking assembly of the present invention on wire, the internal layer mark location part of identified component is the structure chart of thermal contraction casing tube.
Fig. 7 installs sheet transparent marking assembly of the present invention on PC hard disk serial data cable, the internal layer mark location part of identified component is the structure chart of thermal contraction casing tube.
Fig. 8 installs sheet transparent marking assembly of the present invention on computer power cable, the internal layer mark location part of identified component is the structure chart from overlay film label.
Fig. 9 installs sheet transparent marking assembly of the present invention on VGA vision cable, the internal layer mark location part of identified component is marking plate, and outer sign protection layer is fixed on the structure chart of vision cable and marking plate outside.
Figure 10 installs sheet transparent marking assembly of the present invention on VGA vision cable, the internal layer mark location part of identified component is marking plate, and outer sign protection layer is fixed on the structure chart of marking plate outside.
Figure 11 installs sheet transparent marking assembly of the present invention on PC master network cable, the internal layer mark location part of identified component is thermal contraction casing tube, the structure chart of sign in the middle of arranging between outer sign protection layer and internal layer mark location part.
Sheet transparent marking assembly of the present invention is installed on the cable system of Figure 12 Shi You branch, and the internal layer mark location part of identified component is the structure chart of thermal contraction casing tube, thermal contraction slice.
Embodiment
See Fig. 1, identified component contains outer sign protection layer 1 and internal layer mark location part 2, and outer sign protection layer is transparent thermal contraction slice 1, and internal layer mark location part is from overlay film label 2, transparent thermal contraction slice 1 and be sheet from overlay film label 2.Sheet has glue from a side of overlay film label 2, is used for gluing from overlay film label 2, and opposite side does not have glue for franking.From overlay film label 2 one end, be mark end 3, the other end is protection end 4, and mark end 3 is generally white, or other colors, mark end 3 use printing device marks or by hand mark, and protection end 4 is transparence.When identified component is used, the product (as: wire, cable) that is wound around and sticks on institute's mark from overlay film label 2 is upper, and transparent protection end 4 can be protected the mark of mark end 3.The bonding one-tenth tubulose of outer transparent thermal contraction slice 1, outer tubulose transparent heat is shunk after sheet 1 thermal contraction, is fixed on the outside from overlay film label 2.
See Fig. 2, identified component contains outer sign protection layer 1 and internal layer mark location part 5, and outer sign protection layer is transparent thermal contraction slice 1, and internal layer mark location part is thermal contraction casing tube 5, and outer transparent thermal contraction slice 1 is sheet, and internal layer thermal contraction casing tube 5 is tubuloses.The thermal contraction casing tube 5 of internal layer mark location part, use printing device mark or by hand mark.When identified component is used, after 5 thermal contractions of internal layer thermal contraction casing tube, be fixed on identified product, the bonding one-tenth tubulose of outer transparent thermal contraction slice 1, outer tubulose transparent heat is shunk after sheet 1 thermal contraction, is fixed on the outside of internal layer thermal contraction casing tube 5.
See Fig. 3, identified component contains outer sign protection layer 1 and internal layer mark location part 6, outer sign protection layer is transparent thermal contraction slice 1, internal layer mark location part is marking plate 6, outer transparent thermal contraction slice 1 is sheet, and internal layer marking plate 6 is sheets, and the hole on marking plate 6 is for constant mark plate, the quantity in hole is generally 4, also can be for a plurality of.The marking plate 6 of internal layer mark location part, use printing device mark or by hand mark.When identified component is used, marking plate 6 use bands or the tether of internal layer mark location part are tightened, are fixed on identified product, the bonding one-tenth tubulose of outer transparent thermal contraction slice 1, outer tubulose transparent heat is shunk after sheet 1 thermal contraction, is fixed on the outside of internal layer marking plate 6.
See Fig. 4, identified component contains outer sign protection layer 1 and internal layer mark location part 7, and outer sign protection layer is transparent thermal contraction slice 1, and internal layer mark location part is the marking plate 7 in 2 holes, and outer transparent thermal contraction slice 1 is sheet, and internal layer marking plate 6 is sheets.The marking plate 7 of internal layer mark location part, use printing device mark or by hand mark.When identified component is used, marking plate 7 use bands or the tether of internal layer mark location part are tightened, are fixed on identified product, the bonding one-tenth tubulose of outer transparent thermal contraction slice 1, outer tubulose transparent heat is shunk after sheet 1 thermal contraction, is fixed on the outside of internal layer marking plate 7.
See Fig. 5, identified component contains outer sign protection layer 1 and internal layer mark location part 8, and outer sign protection layer is transparent thermal contraction slice 1, and internal layer mark location part is the marking plate 8 in 1 hole, and outer transparent thermal contraction slice 1 is sheet, and internal layer marking plate 8 is sheets.The marking plate 8 of internal layer mark location part, uses printing device mark, or mark by hand.When identified component is used, marking plate 8 use bands or the tether of internal layer mark location part are tightened, are fixed on identified product, the bonding one-tenth tubulose of outer transparent thermal contraction slice 1, outer tubulose transparent heat is shunk after sheet 1 thermal contraction, is fixed on the outside of internal layer marking plate 8.
Fig. 6～Figure 12 is below that to take cable (wire or cable) be example, the installation method of sheet transparent marking assembly is described, this installation method is equally applicable to other products, for example, is applicable to the installation of the products such as pipeline, conduit, pencil, writing brush, valve, cable grid.
See Fig. 6, sheet transparent marking assembly is installed on wire 20, the outer sign protection layer of identified component is transparent thermal contraction slice 15, and internal layer mark location part is thermal contraction casing tube 16.After thermal contraction casing tube 16 thermal contractions of internal layer mark location part, be fixed on wire 20.The bonding one-tenth tubulose of outer transparent thermal contraction slice 15, outer tubulose transparent heat is shunk the outside that is fixed on internal layer thermal contraction casing tube 16 after sheet 15 thermal contractions.In figure, 10 is the seam of outer transparent thermal contraction slice 15 after bonding.
See Fig. 7, on PC hard disk serial data cable 21, sheet transparent marking assembly is installed, the outer sign protection layer of identified component is transparent thermal contraction slice 15, and internal layer mark location part is thermal contraction casing tube 16.The thermal contraction casing tube 16 of internal layer mark location part, is fixed on after thermal contraction on serial data cable 21.The outer transparent bonding one-tenth tubulose of thermal contraction slice 15, outer tubulose transparent heat is shunk the outside that is fixed on internal layer thermal contraction casing tube 16 after sheet 15 thermal contractions.In figure, 10 is the seam of outer transparent thermal contraction slice 15 after bonding.
See Fig. 8, sheet transparent marking assembly is installed on computer power cable 22, the outer sign protection layer of identified component is transparent thermal contraction slice 15, and internal layer mark location part is from overlay film label 17.Internal layer mark location part from overlay film label 17, be wound around and stick on computer power cable 22.The outer transparent bonding one-tenth tubulose of thermal contraction slice 15, outer tubulose transparent heat is fixed on internal layer from the outside of overlay film label 17 after shrinking sheet 15 thermal contractions.In figure, 10 is the seam of outer transparent thermal contraction slice 15 after bonding.Two terminal adapters 30 of computer power cable 22 are the various shapes such as circle, rectangle.
See Fig. 9, sheet transparent marking assembly is installed on VGA vision cable 23, the outer sign protection layer of identified component is transparent thermal contraction slice 15, and internal layer mark location part is the marking plate 18 in 4 holes.With band 11, tighten the marking plate 18 of internal layer mark location part, internal layer marking plate 18 is fixed on cable 23.The outer transparent bonding one-tenth tubulose of thermal contraction slice 15, outer tubulose transparent heat is shunk the outside that is fixed on VGA vision cable 23 and internal layer marking plate 18 after sheet 15 thermal contractions.The connector of VGA vision cable 23 ends can be the various shapes such as circle, rectangle.
See Figure 10, sheet transparent marking assembly is installed on VGA vision cable 24, the outer sign protection layer of identified component is transparent thermal contraction slice 15, and internal layer mark location part is the marking plate 18 in 4 holes.The outer transparent bonding one-tenth tubulose of thermal contraction slice 15, outer tubulose transparent heat is shunk the outside that is fixed on internal layer marking plate 18 after sheet 15 thermal contractions.With band 11, tighten the marking plate 18 of internal layer mark location part, internal layer marking plate 18 is fixed on cable 24.The connector of VGA vision cable 24 ends can be the various shapes such as circle, rectangle.
See Figure 11, sheet transparent marking assembly is installed on PC master network cable 25, the outer sign protection layer of identified component is transparent thermal contraction slice 15, and internal layer mark location part is thermal contraction casing tube 16.16 thermal contractions of internal layer thermal contraction casing tube are on PC master network cable 25, the outer transparent bonding one-tenth tubulose of thermal contraction slice 15, sign 19 in the middle of arranging between outer tubulose heat shrinking sheet 15 and internal layer thermal contraction casing tube 16, outer tubulose transparent heat is shunk after sheet 15 thermal contractions, is fixed on the outside of internal layer thermal contraction casing tube 16 and middle sign 19.The connector of cable 25 ends can be the various shapes such as circle, rectangle.The internal layer mark location part of the identified component of the present embodiment, can be above-mentioned any one internal layer mark location part, for example, and from overlay film label or marking plate.Middle sign 19 can be for sheet label, label band, from overlay film label or marking plate etc.
See Figure 12, have on the cable system 26 of branch sheet transparent marking assembly is installed, wherein, one group of outer sign protection layer of identified component is transparent thermal contraction slice 15, and internal layer mark location part is thermal contraction casing tube 16; The outer sign protection layer of another group identified component is transparent thermal contraction slice 15, and internal layer mark location part is thermal contraction slice 12.Each connector of cable system 26 ends can be the various shapes such as circle, rectangle.
The tubulose transparent marking assembly of above-described embodiment, can be arranged on plug, socket or the connector end of cable, also can be arranged on the cable ends that there is no plug, socket, connector.According to product needed, the identified component of installing on wire, cable or cable system can be one or more of above-mentioned identified component, and the quantity that identified component is installed can be one or more.
The installation method embodiment mono-of sheet transparent marking assembly
The installation method of the present embodiment, the outer sign protection layer that is applicable to identified component is transparent thermal contraction slice, and internal layer mark location part is thermal contraction casing tube, sees Fig. 6, Fig. 7, and the step of concrete installation method is as follows:
A) mark internal layer mark location part: with printing device mark internal layer thermal contraction casing tube 16, or mark internal layer thermal contraction casing tube 16 by hand.
B) fixing internal layer mark location part: on wire 20 or PC hard disk serial data cable 21, install internal layer thermal contraction casing tube 16, hot internal layer shrink sleeve 16 is placed in to corresponding mark, heating internal layer thermal contraction casing tube 16, makes to be fixed on wire 20 or PC hard disk serial data cable 21 after 16 contractions of internal layer thermal contraction casing tube.
C) fixed outer layer sign protection layer: 15 one-tenth tubuloses of thermal contraction slice that bonding skin is transparent, installed on wire 20 or cable 21, outer tubulose transparent heat is shunk the outside that sheet 15 is placed in internal layer thermal contraction casing tube 16, heat outer tubulose transparent heat and shrink sheet 15, make outer tubulose transparent heat shrink sheet 15 and shrink, be fixed on internal layer thermal contraction casing tube 16 outsides.
The installation method embodiment bis-of sheet transparent marking assembly
The installation method of the present embodiment, the outer sign protection layer that is applicable to identified component is transparent thermal contraction slice, and internal layer mark location part is from overlay film label, sees Fig. 8, and the step of concrete installation method is as follows:
A) mark internal layer mark location part: with printing device mark internal layer from overlay film label 17, or by hand mark from overlay film label 17.
B) fixing internal layer mark location part: internal layer is placed in to the corresponding mark of cable 22 from the mark end of overlay film label 17; be wound around internal layer from the protection end of overlay film label 17; make internal layer sign and be fixed on cable 22 from overlay film mark 17, transparent protection end is wound around the tag content of protection mark end.
C) fixed outer layer sign protection layer: 15 one-tenth tubuloses of thermal contraction slice that bonding skin is transparent, installed on cable 22, outer tubulose transparent heat is shunk sheet 15 and is placed in internal layer from the outside of overlay film label 17, heat outer tubulose transparent heat and shrink sheet 15, make outer tubulose transparent heat shrink sheet 15 and shrink, be fixed on internal layer from overlay film label 17 outsides.
The installation method embodiment tri-of sheet transparent marking assembly
The installation method of the present embodiment, the outer sign protection layer that is applicable to identified component is transparent thermal contraction slice, and internal layer mark location part is marking plate, sees Fig. 9, and the step of concrete installation method is as follows:
A) mark internal layer mark location part: with printing device mark internal layer marking plate 18, or mark marking plate 18 by hand.
B) fixing internal layer mark location part: internal layer marking plate 18 is placed in to the corresponding mark of cable 23, tightens internal layer marking plate 18 with band 11, internal layer marking plate 18 is fixed on cable 23.
C) fixed outer layer sign protection layer: 15 one-tenth tubuloses of thermal contraction slice that bonding skin is transparent, installed on cable 23, outer tubulose transparent heat is shunk the outside that sheet 15 is placed in internal layer marking plate 18, heat outer tubulose transparent heat and shrink sheet 15, make outer tubulose transparent heat shrink sheet 15 and shrink, be fixed on internal layer marking plate 18 outsides.
The installation method embodiment tetra-of sheet transparent marking assembly
The installation method of the present embodiment, the outer sign protection layer that is applicable to identified component is transparent thermal contraction slice, and internal layer mark location part is marking plate, sees Figure 10, and the step of concrete installation method is as follows:
A) mark internal layer mark location part: with printing device mark internal layer marking plate 18, or mark marking plate 18 by hand.
B) fixed outer layer sign protection layer: 15 one-tenth tubuloses of the transparent thermal contraction slice of bonding skin, installed on internal layer marking plate 18, heat outer tubulose transparent heat and shrink sheet 15, make outer tubulose transparent heat shrink sheet 15 and shrink, be fixed on internal layer marking plate 18 outsides.
C) fixing internal layer mark location part: internal layer marking plate 18 is placed in to the corresponding mark of cable 24, tightens internal layer marking plate 18 with band 11, internal layer marking plate 18 is fixed on cable 24.
The installation method embodiment five of sheet transparent marking assembly
The installation method of the present embodiment, the outer sign protection layer that is applicable to identified component is transparent thermal contraction slice, and internal layer mark location part is heat-shrinkable T bush, sign in the middle of arranging between outer sign protection layer and internal layer mark location part, see Figure 11, the step of concrete installation method is as follows:
A) mark internal layer mark location part: with printing device mark internal layer thermal contraction casing tube 16, or mark internal layer thermal contraction casing tube 16 by hand.
B) fixing internal layer mark location part: on PC master network cable 25, install internal layer thermal contraction casing tube 16, thermal contraction casing tube 16 is placed in to corresponding mark, and heating internal layer thermal contraction casing tube 16, makes to be fixed on PC master network cable 25 after 16 contractions of internal layer thermal contraction casing tube.
C) arrange in the middle of sign: by sign 19 in the middle of printing device mark internal layer, or sign 19 in the middle of mark by hand, and centre sign 19 is placed in to the outside of internal layer mark location part 16.
D) fixed outer layer sign protection layer: 15 one-tenth tubuloses of the transparent thermal contraction slice of bonding skin, be installed on PC master network cable 25, outer tubulose thermal contraction slice 15 is placed in to the outside of internal layer thermal contraction casing tube 16 and middle sign 19, heat outer tubulose thermal contraction slice 15, make to be fixed on internal layer thermal contraction casing tube 16 and middle sign 19 outsides after outer tubulose thermal contraction slice 15 contractions.
The installation method embodiment six of sheet transparent marking assembly
The installation method of the present embodiment, the outer sign protection layer that is applicable to identified component is transparent thermal contraction slice, and internal layer mark location part is heat shrinking sheet, sees Figure 12, and the step of concrete installation method is as follows:
A) mark internal layer mark location part: with printing device mark internal layer thermal contraction slice 12, or mark internal layer thermal contraction slice 12 by hand.
B) fixing internal layer mark location part: bonding internal layer thermal contraction slice becomes tubulose 12, be installed on cable system 26, internal layer tubulose thermal contraction slice 12 is placed in to corresponding mark, and heating internal layer tubulose thermal contraction slice 12, is fixed on cable system 26 internal layer tubulose thermal contraction slice 12.
C) fixed outer layer sign protection layer: 15 one-tenth tubuloses of thermal contraction slice that bonding skin is transparent, be installed on cable system 26, outer clear tubular thermal contraction slice 15 is placed in the outside of internal layer tubulose thermal contraction slice 12, heat outer tubulose transparent heat and shrink sheet 15, make outer tubulose transparent heat shrink sheet 15 and shrink, be fixed on internal layer tubulose thermal contraction slice 12 outsides.
Claims (10)
1. a sheet transparent marking assembly, it is characterized in that, identified component contains outer sign protection layer and internal layer mark location part, and outer sign protection layer is transparent thermal contraction slice, and internal layer mark location part is thermal contraction casing tube, from overlay film label, marking plate or thermal contraction slice.
2. sheet transparent marking assembly according to claim 1, is characterized in that, sign in the middle of arranging between outer sign protection layer and internal layer mark location part.
3. sheet transparent marking assembly according to claim 1, internal layer mark location part is the installation method of thermal contraction casing tube, it is characterized in that, comprises the following steps:
A) mark internal layer mark location part: with printing device mark internal layer thermal contraction casing tube, or mark internal layer thermal contraction casing tube by hand.
B) fixing internal layer mark location part: install internal layer thermal contraction casing tube at product, thermal contraction casing tube is placed in to corresponding mark, heating internal layer thermal contraction casing tube, makes internal layer thermal contraction casing tube shrink, be fixed on product.
C) fixed outer layer sign protection layer: the thermal contraction slice that bonding skin is transparent becomes tubulose, be installed on product, outer tubulose transparent heat is shunk the outside that sheet is placed in internal layer thermal contraction casing tube, heat outer tubulose transparent heat and shrink sheet, make outer tubulose transparent heat shrink sheet and shrink, be fixed on internal layer thermal contraction casing tube outside.
4. sheet transparent marking assembly according to claim 1, internal layer mark location part is from the installation method of overlay film label, it is characterized in that, comprises the following steps:
A) mark internal layer mark location part: with printing device mark internal layer from overlay film label, or by hand mark internal layer from overlay film label.
B) fixing internal layer mark location part: internal layer is placed in to the corresponding mark of product from the mark end of overlay film label, is wound around internal layer from the protection end of overlay film label, internal layer is fixed on product from overlay film label.
C) fixed outer layer sign protection layer: the thermal contraction slice that bonding skin is transparent becomes tubulose, installed on product, outer tubulose transparent heat is shunk sheet and is placed in internal layer from the outside of overlay film label, heat outer tubulose transparent heat and shrink sheet, make outer tubulose transparent heat shrink sheet and shrink, be fixed on internal layer from overlay film label outside.
5. sheet transparent marking assembly according to claim 1, internal layer mark location part is the installation method of marking plate, it is characterized in that, comprises the following steps:
A) mark internal layer mark location part: with printing device mark internal layer marking plate, or mark internal layer marking plate by hand.
B) fixing internal layer mark location part: internal layer marking plate is placed in to the corresponding mark of product, tightens internal layer marking plate with band or tether, internal layer marking plate is fixed on product.
C) fixed outer layer sign protection layer: the thermal contraction slice that bonding skin is transparent becomes tubulose, installed on product, outer tubulose transparent heat is shunk the outside that sheet is placed in internal layer marking plate, heat outer tubulose transparent heat and shrink sheet, make outer tubulose transparent heat shrink sheet and shrink, be fixed on internal layer marking plate outside.
6. sheet transparent marking assembly according to claim 1, internal layer mark location part is the installation method of marking plate, it is characterized in that, comprises the following steps:
A) mark internal layer mark location part: with printing device mark internal layer marking plate, or mark internal layer marking plate by hand.
B) fixed outer layer sign protection layer: the transparent thermal contraction slice of bonding skin becomes tubulose, is installed on internal layer marking plate, heats outer tubulose transparent heat and shrinks sheet, makes outer tubulose transparent heat shrink sheet and shrinks, is fixed on internal layer marking plate outside.
C) fixing internal layer mark location part: internal layer marking plate is placed in to the corresponding mark of product, tightens internal layer marking plate with band or tether, internal layer marking plate is fixed on product.
7. sheet transparent marking assembly according to claim 1, internal layer mark location part is the installation method of thermal contraction slice, it is characterized in that, comprises the following steps:
A) mark internal layer mark location part: with printing device mark internal layer thermal contraction slice, or mark internal layer thermal contraction slice by hand.
B) fixing internal layer mark location part: bonding internal layer thermal contraction slice becomes tubulose, is installed on product, and internal layer tubulose thermal contraction slice is placed in to corresponding mark, heating internal layer tubulose thermal contraction slice, is fixed on product internal layer tubulose thermal contraction slice.
C) fixed outer layer sign protection layer: the thermal contraction slice that bonding skin is transparent becomes tubulose, installed on product, outer clear tubular thermal contraction slice is placed in the outside of internal layer tubulose thermal contraction slice, heat outer tubulose transparent heat and shrink sheet, make outer tubulose transparent heat shrink sheet and shrink, be fixed on internal layer tubulose thermal contraction slice outside.
8. according to the sheet transparent marking assembly described in claim 1,2,3,4,5,6,7, the installation method of sign in the middle of arranging between outer sign protection layer and internal layer mark location part, it is characterized in that, before claim 3,4,5,6, " fixed outer layer sign protection layer " step of 7, increase a step, the theing contents are as follows of step:
In the middle of arranging, identify: by sign in the middle of printing device mark, or in the middle of mark, identify by hand, and centre sign is placed in to the outside of internal layer mark location part.
9. a cable, is provided with identified component on cable, it is characterized in that, described identified component is the sheet transparent marking assembly described in claim 1 or 2.
10. in the middle of according to claim 2, sign, is characterized in that, middle sign is sheet label, from overlay film label or marking plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210350267.4A CN103680730A (en) | 2012-09-05 | 2012-09-05 | Sheet-shaped transparent identification component, installation method thereof and cable with identification component |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210350267.4A CN103680730A (en) | 2012-09-05 | 2012-09-05 | Sheet-shaped transparent identification component, installation method thereof and cable with identification component |
Publications (1)
| Publication Number | Publication Date |
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| CN103680730A true CN103680730A (en) | 2014-03-26 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201210350267.4A Pending CN103680730A (en) | 2012-09-05 | 2012-09-05 | Sheet-shaped transparent identification component, installation method thereof and cable with identification component |
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| Country | Link |
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| CN (1) | CN103680730A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2016175353A (en) * | 2015-03-20 | 2016-10-06 | カシオ計算機株式会社 | Printer, printing method and program |
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| US20080000572A1 (en) * | 2006-06-28 | 2008-01-03 | Lopez George A | Shrink wrap labeling system and method |
| CN101980342A (en) * | 2010-10-08 | 2011-02-23 | 江苏仁安高新技术有限公司 | Novel cable identification label |
| CN202948775U (en) * | 2012-09-05 | 2013-05-22 | 许小明 | Sheet-shaped transparent identification assembly and cable with the identification assembly |
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Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20080000572A1 (en) * | 2006-06-28 | 2008-01-03 | Lopez George A | Shrink wrap labeling system and method |
| CN101980342A (en) * | 2010-10-08 | 2011-02-23 | 江苏仁安高新技术有限公司 | Novel cable identification label |
| CN202948775U (en) * | 2012-09-05 | 2013-05-22 | 许小明 | Sheet-shaped transparent identification assembly and cable with the identification assembly |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| JP2016175353A (en) * | 2015-03-20 | 2016-10-06 | カシオ計算機株式会社 | Printer, printing method and program |
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Application publication date: 20140326 |