CN205467854U - High precision fiber optic is sheath hot press unit for optical cable - Google Patents
High precision fiber optic is sheath hot press unit for optical cable Download PDFInfo
- Publication number
- CN205467854U CN205467854U CN201521020876.9U CN201521020876U CN205467854U CN 205467854 U CN205467854 U CN 205467854U CN 201521020876 U CN201521020876 U CN 201521020876U CN 205467854 U CN205467854 U CN 205467854U
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- wheel
- plate
- lifter plate
- hot pressing
- translatory
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Abstract
The utility model discloses a high precision fiber optic is sheath hot press unit for optical cable, include that hot embossing wheel, winding have the peaceful movable plate of typewriter ribbon mounting disc, lifter plate of typewriter ribbon, some about 2 guiding axles that set up of fixed surface on the base, the fixing base is fixed in the middle part of 2 guiding axles, the translation board is located the place ahead of lifter plate, surface parallel is provided with 2 line rails of marcing along fore -and -aft directions on the bottom plate of lifter plate, and the bottom plate lower surface that is located the translation board is provided with 2 sliders, 2 individual line rail imbeds respectively in 2 respective recesses of slider, one is located 2 translation actuating mechanism between the line rail installs in the lifter plate, translation actuating mechanism includes screw nut, embedding screw nut's the lead screw and the motor of marcing, on screw nut was fixed in the translation board, first, second camera was installed in translation board front surface and is located hot embossing wheel both sides respectively. The utility model discloses hot embossing device impression on optical fiber cable protection sleeve surface goes out clear durable printing content, printing content integrity, lasting, clear, and elastic pressure can not produce optical fiber cable protection sleeve surface and weigh wounded, guarantees product quality.
Description
Technical field
This utility model relates to a kind of hot stamping device field, particularly relates to a kind of high-precision optical fiber optical cable sheath hot-press arrangement.
Background technology
The method of domestic market electric wire and cable jacket surface mark content imprints two kinds of methods generally by ink-jet printer spray printing or type wheel single file and is identified.The defect using spray printing form is: electric wire jolts through transport, lay the link friction such as pull after easily the mark content of spray printing is wiped, lettering content adhesive force is poor.The defect using type wheel single file impressing form is: (1) is restricted by factors such as position stabilities when electric wire roundness, production electric wire, easily occurs that lettering is unintelligible；(2) jacket thickness at impressing can be caused thinning due to the one-sided stress of electric wire and cable jacket, even crush and then cause product quality accident；(3) electric wire is actual lay after, as lettering content is laid in lower section, easily cause the phenomenon that electric wire model specification is inconvenient to check.Manufacture, payingoff construction and the later maintenance of electric wire are adversely affected by above two form of identification.
Summary of the invention
This utility model provides a kind of high-precision optical fiber optical cable sheath hot-press arrangement, and this high-precision optical fiber optical cable sheath hot-press arrangement imprints out the most durable lettering content on optical fiber cable jacket surface, lettering content intact, persistently, clear；And optical fiber cable jacket surface will not be produced and weigh wounded by elastic pressure, it is ensured that product quality.
For reaching above-mentioned purpose, the technical solution adopted in the utility model is: a kind of high-precision optical fiber optical cable sheath hot-press arrangement, including: base, fixing seat, tension adjustment cylinder, hot pressing print-wheel, it is wound with the colour band mounting disc of colour band, lifter plate and translatory plate, the axis of guide of about 2 settings that described base upper surface is fixed with, described fixing seat is fixed on the middle part of 2 axis of guides, the leading flank of this fixing seat is horizontally disposed has several to support fast pulley, described lifter plate has about 2 guide pin bushings arranged, it is positioned at the axis of guide above described fixing seat and embeds the guide pin bushing of lifter plate；
Described colour band mounting disc is installed on the front surface of lifter plate, be provided with between this colour band mounting disc and hot pressing print-wheel be fixed on lifter plate or and the guide wheel of translatory plate, it is positioned at the translatory plate side opposing with guide wheel on described lifter plate and is fixed with one for absorbing the airduct of colour band, described hot pressing print-wheel and several pinch rollers are installed on translatory plate front surface, and surface opposing with hot pressing print-wheel on described translatory plate is provided with one for the rotating servo motor driving hot pressing print-wheel to rotate；
Described translatory plate is positioned at the front of lifter plate, and the plate upper surface of described lifter plate is arranged with 2 line rails advanced along the longitudinal direction in parallel, and the base plate lower surface being positioned at translatory plate is provided with 2 slide blocks, and described 2 line rails are respectively embedded in 2 respective grooves of slide block；
The one translation drive mechanism between 2 line rails is installed on lifter plate, described translation drive mechanism includes feed screw nut, embed leading screw and the traveling motor of feed screw nut, described feed screw nut is fixed on translatory plate, described traveling motor is installed on the plate upper surface of lifter plate, described hot pressing print-wheel and several pinch rollers are installed on translatory plate front surface, region opposing with hot pressing print-wheel on described translatory plate is provided with one for the rotating servo motor driving hot pressing print-wheel to rotate, first, second camera is installed on translatory plate front surface and lays respectively at hot pressing print-wheel both sides, the input of one PLC is connected to described first, second camera, the outfan of this PLC is connected to described rotating servo motor；
The left and right two ends of described lifter plate are provided with the flange extending lifter plate front, and this flange is respectively mounted 2 location wheels, leave, between 2 location wheels on same flange, the gap passed for optical fiber cable.
Technique scheme is further improved technical scheme as follows:
1, in such scheme, in the middle part of several pinch rollers described, dividing potential drop wheel is positioned at hot padding wheel side, and remaining pinch roller is positioned at hot pressing print-wheel opposite side.
2, in such scheme, the pinch roller of described translatory plate is positioned at the surface supporting fast pulley of fixing seat.
3, in such scheme, the number of described guide wheel is 2, and one is fixed on lifter plate and region between hot pressing print-wheel and colour band mounting disc, and another is fixed on translatory plate and region between hot pressing print-wheel and colour band mounting disc.
4, in such scheme, described flange having a through hole bar, wheel upper end, described location is installed on flange by nut.
Owing to technique scheme is used, this utility model compared with prior art has the advantage that
nullThis utility model high-precision optical fiber optical cable sheath hot-press arrangement，Its translatory plate is positioned at the front of lifter plate，The plate upper surface of described lifter plate is arranged with 2 line rails advanced along the longitudinal direction in parallel，The base plate lower surface being positioned at translatory plate is provided with 2 slide blocks，Described 2 line rails are respectively embedded in 2 respective grooves of slide block，The one translation drive mechanism between 2 line rails is installed on lifter plate，Described translation drive mechanism includes feed screw nut、Embed leading screw and the traveling motor of feed screw nut，Described feed screw nut is fixed on translatory plate，Described traveling motor is installed on the plate upper surface of lifter plate，Described hot pressing print-wheel and several pinch rollers are installed on translatory plate front surface，First、Second camera is installed on translatory plate front surface and lays respectively at hot pressing print-wheel both sides，The input of one PLC is connected to described first、Second camera，The outfan of this PLC is connected to described rotating servo motor；First, second photographic head is according to obtaining whether the font the most first imprinted is positioned at level, obtain side-play amount and feed back to PLC, PLC produces the pulse signal driving rotating servo motor further according to side-play amount, so that hot pressing print-wheel produces suitable skew offsets side-play amount, overcome owing to optical fiber cable rotates the defect that the lettering that causes tilts, the distortion of more optical fiber cable can adjust the position of hot pressing print-wheel opposed optical fibers optical cable；Automatic deviation correction, when there is skew in the position that photographic head finds cable when, this signal can be issued servomotor 15 by photographic head, servomotor rotates, due to the link of servo motor shaft front end is screw structure, therefore the rotation of motor can drive 7 and flat board move forward and backward, thus drive 4 heat pressing wheels to carry out having signed movement, to guarantee that correct the carrying out of heat pressing wheel compresses；Automatic error-correcting, lettering is different with the color of cable, therefore the when that photographic head detecting chromatic zones difference, this information can be fed back to control system, reporting to the police occurs in control system, heat pressing wheel is except being imprinted on word on cable is, it is also possible to the effective distance controlling lettering, makes product finer；Secondly, its airduct can blow the residue of ink ribbon off.
Accompanying drawing explanation
Accompanying drawing 1 is this utility model high-precision optical fiber optical cable sheath hot-press arrangement main TV structure schematic diagram one；
Accompanying drawing 2 is the backsight structural representation of accompanying drawing 1；
Accompanying drawing 3 is this utility model high-precision optical fiber optical cable sheath hot-press arrangement main TV structure schematic diagram two.
In the figures above: 1, base；2, fixing seat；4, hot pressing print-wheel；5, colour band mounting disc；6, lifter plate；61, guide pin bushing；62, base plate；7, translatory plate；8, the axis of guide；9, fast pulley is supported；10, guide wheel；11, airduct；12, rotating servo motor；13, line rail；14, slide block；15, translation drive mechanism；151, feed screw nut；152, leading screw；153, traveling motor；16, pinch roller.
Detailed description of the invention
Below in conjunction with the accompanying drawings and this utility model is further described by embodiment:
Embodiment 1: a kind of high-precision optical fiber optical cable sheath hot-press arrangement, including: base 1, fixing seat 2, hot pressing print-wheel 4, it is wound with the colour band mounting disc 5 of colour band, lifter plate 6 and translatory plate 7, the axis of guide 8 of about 2 settings that described base 1 upper surface is fixed with, described fixing seat 2 is fixed on the middle part of 2 axis of guides 8, the leading flank of this fixing seat 2 is horizontally disposed has several to support fast pulley 9, described lifter plate 6 has about 2 guide pin bushings 61 arranged, and is positioned at the axis of guide 8 above described fixing seat 2 and embeds the guide pin bushing 61 of lifter plate 6；
Described colour band mounting disc 5 is installed on the front surface of lifter plate 6, be provided with between this colour band mounting disc 5 and hot pressing print-wheel 4 be fixed on lifter plate 6 or and the guide wheel 10 of translatory plate 7, it is positioned at translatory plate 7 side opposing with guide wheel 10 on described lifter plate 6 and is fixed with one for absorbing the airduct 11 of colour band, described hot pressing print-wheel 4 and several pinch rollers 16 are installed on translatory plate 7 front surface, and surface opposing with hot pressing print-wheel 4 on described translatory plate 7 is provided with one for the rotating servo motor 12 driving hot pressing print-wheel 4 to rotate；
Described translatory plate 7 is positioned at the front of lifter plate 6, base plate 62 upper surface of described lifter plate 6 is arranged with 2 line rails 13 advanced along the longitudinal direction in parallel, base plate 62 lower surface being positioned at translatory plate 7 is provided with 2 slide blocks 14, and described 2 line rails 13 are respectively embedded in 2 respective grooves of slide block 14；
nullThe one translation drive mechanism 15 between 2 line rails 13 is installed on lifter plate 6，Described translation drive mechanism 15 includes feed screw nut 151、Embed leading screw 152 and the traveling motor 153 of feed screw nut 151，Described feed screw nut 151 is fixed on translatory plate 7，Described traveling motor 153 is installed on the plate upper surface of lifter plate 6，Described hot pressing print-wheel 4 and several pinch rollers 16 are installed on translatory plate 7 front surface，Region opposing with hot pressing print-wheel 4 on described translatory plate 7 is provided with one for the rotating servo motor 12 driving hot pressing print-wheel 4 to rotate，First、Second camera is installed on translatory plate 7 front surface and lays respectively at hot pressing print-wheel 4 both sides，The input of one PLC is connected to described first、Second camera，The outfan of this PLC is connected to described rotating servo motor 12，First、Second camera is installed on translatory plate front surface and lays respectively at hot pressing print-wheel both sides，The input of one PLC is connected to described first、Second camera，The outfan of this PLC is connected to described rotating servo motor；First, second photographic head is according to obtaining whether the font the most first imprinted is positioned at level, obtain side-play amount and feed back to PLC, PLC produces the pulse signal driving rotating servo motor further according to side-play amount, so that hot pressing print-wheel produces suitable skew offsets side-play amount；
The left and right two ends of described lifter plate 6 are provided with the flange extending lifter plate 6 front, and this flange is respectively mounted 2 location wheels, leave, between 2 location wheels on same flange, the gap passed for optical fiber cable；Having a through hole bar on described flange 20, wheel upper end, described location is installed on flange by nut.
In the middle part of several pinch rollers 16 above-mentioned, dividing potential drop wheel 16 is positioned at hot pressing print-wheel 4 side, and remaining pinch roller 16 is positioned at hot pressing print-wheel 4 opposite side.
Embodiment 2: a kind of high-precision optical fiber optical cable sheath hot-press arrangement, including: base 1, fixing seat 2, hot pressing print-wheel 4, it is wound with the colour band mounting disc 5 of colour band, lifter plate 6 and translatory plate 7, the axis of guide 8 of about 2 settings that described base 1 upper surface is fixed with, described fixing seat 2 is fixed on the middle part of 2 axis of guides 8, the leading flank of this fixing seat 2 is horizontally disposed has several to support fast pulley 9, described lifter plate 6 has about 2 guide pin bushings 61 arranged, and is positioned at the axis of guide 8 above described fixing seat 2 and embeds the guide pin bushing 61 of lifter plate 6；
Described colour band mounting disc 5 is installed on the front surface of lifter plate 6, be provided with between this colour band mounting disc 5 and hot pressing print-wheel 4 be fixed on lifter plate 6 or and the guide wheel 10 of translatory plate 7, it is positioned at translatory plate 7 side opposing with guide wheel 10 on described lifter plate 6 and is fixed with one for absorbing the airduct 11 of colour band, described hot pressing print-wheel 4 and several pinch rollers 16 are installed on translatory plate 7 front surface, and surface opposing with hot pressing print-wheel 4 on described translatory plate 7 is provided with one for the rotating servo motor 12 driving hot pressing print-wheel 4 to rotate；
Described translatory plate 7 is positioned at the front of lifter plate 6, base plate 62 upper surface of described lifter plate 6 is arranged with 2 line rails 13 advanced along the longitudinal direction in parallel, base plate 62 lower surface being positioned at translatory plate 7 is provided with 2 slide blocks 14, and described 2 line rails 13 are respectively embedded in 2 respective grooves of slide block 14；
nullThe one translation drive mechanism 15 between 2 line rails 13 is installed on lifter plate 6，Described translation drive mechanism 15 includes feed screw nut 151、Embed leading screw 152 and the traveling motor 153 of feed screw nut 151，Described feed screw nut 151 is fixed on translatory plate 7，Described traveling motor 153 is installed on the plate upper surface of lifter plate 6，Described hot pressing print-wheel 4 and several pinch rollers 16 are installed on translatory plate 7 front surface，Region opposing with hot pressing print-wheel 4 on described translatory plate 7 is provided with one for the rotating servo motor 12 driving hot pressing print-wheel 4 to rotate，First、Second camera is installed on translatory plate 7 front surface and lays respectively at hot pressing print-wheel 4 both sides，The input of one PLC is connected to described first、Second camera，The outfan of this PLC is connected to described rotating servo motor 12，First、Second camera is installed on translatory plate front surface and lays respectively at hot pressing print-wheel both sides，The input of one PLC is connected to described first、Second camera，The outfan of this PLC is connected to described rotating servo motor；First, second photographic head is according to obtaining whether the font the most first imprinted is positioned at level, obtain side-play amount and feed back to PLC, PLC produces the pulse signal driving rotating servo motor further according to side-play amount, so that hot pressing print-wheel produces suitable skew offsets side-play amount；
The left and right two ends of described lifter plate 6 are provided with the flange extending lifter plate 6 front, and this flange is respectively mounted 2 location wheels, leave, between 2 location wheels on same flange, the gap passed for optical fiber cable.
The pinch roller 16 of above-mentioned translatory plate 7 is positioned at the surface supporting fast pulley 9 of fixing seat 2.
The number of above-mentioned guide wheel 10 is 2, a region being fixed on lifter plate 6 and between hot pressing print-wheel 4 and colour band mounting disc 5, and another is fixed on the region on translatory plate 7 and between hot pressing print-wheel 4 and colour band mounting disc 5.
nullWhen using above-mentioned high-precision optical fiber optical cable sheath hot-press arrangement，Its translatory plate is positioned at the front of lifter plate，The plate upper surface of described lifter plate is arranged with 2 line rails advanced along the longitudinal direction in parallel，The base plate lower surface being positioned at translatory plate is provided with 2 slide blocks，Described 2 line rails are respectively embedded in 2 respective grooves of slide block，The one translation drive mechanism between 2 line rails is installed on lifter plate，Described translation drive mechanism includes feed screw nut、Embed leading screw and the traveling motor of feed screw nut，Described feed screw nut is fixed on translatory plate，Described traveling motor is installed on the plate upper surface of lifter plate，Described hot pressing print-wheel and several pinch rollers are installed on translatory plate front surface，First、Second camera is installed on translatory plate front surface and lays respectively at hot pressing print-wheel both sides，The input of one PLC is connected to described first、Second camera，The outfan of this PLC is connected to described rotating servo motor；First, second photographic head is according to obtaining whether the font the most first imprinted is positioned at level, obtain side-play amount and feed back to PLC, PLC produces the pulse signal driving rotating servo motor further according to side-play amount, so that hot pressing print-wheel produces suitable skew offsets side-play amount, overcome owing to optical fiber cable rotates the defect that the lettering that causes tilts, the distortion of more optical fiber cable can adjust the position of hot pressing print-wheel opposed optical fibers optical cable；Automatic deviation correction, when there is skew in the position that photographic head finds cable when, this signal can be issued servomotor 15 by photographic head, servomotor rotates, due to the link of servo motor shaft front end is screw structure, therefore the rotation of motor can drive 7 and flat board move forward and backward, thus drive 4 heat pressing wheels to carry out having signed movement, to guarantee that correct the carrying out of heat pressing wheel compresses；Automatic error-correcting, lettering is different with the color of cable, therefore the when that photographic head detecting chromatic zones difference, this information can be fed back to control system, reporting to the police occurs in control system, heat pressing wheel is except being imprinted on word on cable is, it is also possible to the effective distance controlling lettering, makes product finer；Secondly, its airduct can blow the residue of ink ribbon off.
Above-described embodiment only for technology of the present utility model design and feature are described, its object is to allow person skilled in the art will appreciate that content of the present utility model and to implement according to this, can not limit protection domain of the present utility model with this.All equivalence changes made according to this utility model spirit or modification, all should contain within protection domain of the present utility model.
Claims (5)
1. a high-precision optical fiber optical cable sheath hot-press arrangement, it is characterized in that: including: base (1), fixing seat (2), hot pressing print-wheel (4), it is wound with the colour band mounting disc (5) of colour band, lifter plate (6) and translatory plate (7), the axis of guide (8) of about 2 settings that described base (1) upper surface is fixed with, described fixing seat (2) is fixed on the middle part of 2 axis of guides (8), the leading flank of this fixing seat (2) is horizontally disposed has several to support fast pulley (9), described lifter plate (6) has about 2 guide pin bushings (61) arranged, the axis of guide (8) being positioned at described fixing seat (2) top embeds the guide pin bushing (61) of lifter plate (6)；
Described colour band mounting disc (5) is installed on the front surface of lifter plate (6), be provided with between this colour band mounting disc (5) and hot pressing print-wheel (4) be fixed on lifter plate (6) or and the guide wheel (10) of translatory plate (7), the side being positioned at translatory plate (7) on described lifter plate (6) opposing with guide wheel (10) is fixed with one for absorbing the airduct (11) of colour band, described hot pressing print-wheel (4) and several pinch rollers (16) are installed on translatory plate (7) front surface, the surface that described translatory plate (7) is upper and hot pressing print-wheel (4) is opposing is provided with one for the rotating servo motor (12) driving hot pressing print-wheel (4) to rotate；
Described translatory plate (7) is positioned at the front of lifter plate (6), base plate (62) upper surface of described lifter plate (6) is arranged with 2 line rails (13) advanced along the longitudinal direction in parallel, base plate (62) lower surface being positioned at translatory plate (7) is provided with 2 slide blocks (14), and described 2 line rails (13) are respectively embedded in 2 respective grooves of slide block (14)；
The one translation drive mechanism (15) being positioned between 2 line rails (13) is installed on lifter plate (6), described translation drive mechanism (15) includes feed screw nut (151), embed leading screw (152) and the traveling motor (153) of feed screw nut (151), described feed screw nut (151) is fixed on translatory plate (7), described traveling motor (153) is installed on the plate upper surface of lifter plate (6), first, second camera is installed on translatory plate (7) front surface and lays respectively at hot pressing print-wheel (4) both sides, the input of one PLC is connected to described first, second camera, the outfan of this PLC is connected to described rotating servo motor (12)；
The left and right two ends of described lifter plate (6) are provided with the flange (20) extending lifter plate (6) front, this flange (20) is respectively mounted 2 location wheels, leaves, between the wheel of 2 be positioned on same flange (20) location, the gap passed for optical fiber cable.
High-precision optical fiber optical cable sheath hot-press arrangement the most according to claim 1, it is characterised in that: described several pinch rollers (16) middle part dividing potential drop wheel (16) are positioned at hot pressing print-wheel (4) side, and remaining pinch roller (16) is positioned at hot pressing print-wheel (4) opposite side.
High-precision optical fiber optical cable sheath hot-press arrangement the most according to claim 1, it is characterised in that: the pinch roller (16) of described translatory plate (7) is positioned at the surface of the support fast pulley (9) of fixing seat (2).
High-precision optical fiber optical cable sheath hot-press arrangement the most according to claim 1, it is characterized in that: the number of described guide wheel (10) is 2, one is fixed on lifter plate (6) and above and is positioned at the region between hot pressing print-wheel (4) and colour band mounting disc (5), and another is fixed on translatory plate (7) and above and is positioned at the region between hot pressing print-wheel (4) and colour band mounting disc (5).
High-precision optical fiber optical cable sheath hot-press arrangement the most according to claim 1, it is characterised in that: having a through hole bar on described flange (20), wheel upper end, described location is installed on flange by nut.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521020876.9U CN205467854U (en) | 2015-12-10 | 2015-12-10 | High precision fiber optic is sheath hot press unit for optical cable |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521020876.9U CN205467854U (en) | 2015-12-10 | 2015-12-10 | High precision fiber optic is sheath hot press unit for optical cable |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205467854U true CN205467854U (en) | 2016-08-17 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521020876.9U Withdrawn - After Issue CN205467854U (en) | 2015-12-10 | 2015-12-10 | High precision fiber optic is sheath hot press unit for optical cable |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205467854U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105711243A (en) * | 2015-12-10 | 2016-06-29 | 江苏亨通光电股份有限公司 | Hot embossing device for jackets of high-precision optical fiber cables |
-
2015
- 2015-12-10 CN CN201521020876.9U patent/CN205467854U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105711243A (en) * | 2015-12-10 | 2016-06-29 | 江苏亨通光电股份有限公司 | Hot embossing device for jackets of high-precision optical fiber cables |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160817 Effective date of abandoning: 20190101 |
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| AV01 | Patent right actively abandoned |