Des exemples practiques de l’ utilisation industrielle
1) Sélectionnez un domaine d'application:
Glass Industry (Glasindustrie)
2) Sélectionnez une langue:
APP N° 731
|
Differentiation of tin and air side of float glasses The tin side should be differentiated from the air side of float glasses. |
|
|||||
APP N° 665
|
Relief detection on glass bottles Reliefs on different glass bottles should be detected. |
|
|||||
APP N° 647
|
Color measurement of glass plates The color of glass plates should be measured. It should be noted, that the colored opaque glass layer is covered from a transparent shiny glass layer and the color should be measured through the transparent glass layer. The challenge is, to avoid that the direct reflection from the surface of the transparent glass layer is influencing the color measurement result. |
|
|||||
APP N° 613
|
Distance measurement to colored car glass The distance to colored car glass should be measured. It has to be taken into account, that due to the fact, that several measuring points at the glass surface are necessary, the space for the respective measurement device, especially the frontend is limited. |
|
|||||
APP N° 579
|
Defect detection on glass plates Defects, like scratches and splintering of cutting edges on glass discs should be detected. |
|
|||||
APP N° 569
|
Bottle neck height control The height of the bottle neck should be measured. |
|
|||||
APP N° 568
|
Glass bottle positioning Glass bottles should be positioned. |
|
|||||
APP N° 567
|
Color differentiation of flat glasses Flat glasses should be color differentiated. |
|
|||||
APP N° 541
|
Optical transmission control of different glass plates The transmission of different glass plates should be controlled. |
|
|||||
APP N° 505
|
Aftastning af tilstedeværelsen af en lasergravering på glasflasker Tilstedeværelsen ligesom intensiteten af en lasergravering skal overvåges optisk. Presence control of a laser engraving on a glass bottle The presence as well as the intensity of a laser engraving on glass bottles should be controlled. |
|
|||||
APP N° 492
|
Aftastning af punkter på glasflasker Punkter på glasflasker skal aftastes under drejning af emnet. Dot detection on glass bottles Dots on glass bottles should be detected during the rotation. |
|
|||||
APP N° 469
|
Aftastning af et speciallag som absorberer UV-lys Tilstedeværelsen af et speciallag som absorberer UV-lys på en transparent glasflaske skal aftastes sikkert. Detection of an UV blocking layer on transparent glass bottles The presence of an UV blocking layer should be detected on transparent glass bottles. |
|
|||||
APP N° 450
|
Farveaftastning med envejsprincip på glasbelægninger Glasbelægninger skal aftastes med envejsprincippet for at fastslå farveforløbet. Reflected light color control of coatings on glass plates The coating of glass plates should be color controlled in the reflected light mode. |
|
|||||
APP N° 449
|
Farveaftastning med envejsprincip på glasbelægninger Glasbelægninger skal aftastes med envejsprincippet for at fastslå farveforløbet. Transmitted light color control of coatings on glass plates The coating of glass plates should be color controlled in the through beam way. |
|
|||||
APP N° 366
|
Farvekontrol på glasplader Glasplader med let forskellig indfarvning skal kontrolleres i transmitted-light mode. Color control of flat glass The color of flat glass should be controlled in the transmitted-light mode. |
|
|||||
APP N° 343
|
Genkendelse af firmalogo på et tågelygteglas Et firmalogo skal aftastes på en tågelygtes glas. Ved opgaven viste det sig at logoet opfører sig som en optisk komponent og reflekterer laserstrålen. Detection of a brand name on fog light glasses A logo should be detected on a fog light glass. It has been shown that the brand name in the glass is acting like an optical component and deflects the laser beam in a different way compared to the normal glass surface. |
|
|||||
APP N° 304
|
Skelne mellem mat bagside og blank forside på en glasplade Den matte bagside på en glasplade skal skelnes fra den blanke forside. Differentiation of the backside from the front side of a glass plate The matt backside of a glass plate should be differentiated from the glossy front side. |
|
|||||
APP N° 290
|
Farveforskel på bunden af flasker i klart glas Klare glasflasker, som er indfarvede i bunden, skal detekteres og sorteres efter farve. Herunder findes fire forskellige farver: klar, gul, rød og violet. Color differentiation of bottom colored clear glass bottles Bottom colored clear glass bottles should be differentiated. At this, four different colored bottles can be possible: clear, yellow, red and violet. |
|
|||||
APP N° 284
|
Positionkontrol af glødetråden i en pære Positionen af de enkelte glødetråde i forhold til glaskolben skal kontrolleres. Position control of filament holders in bulbs The position of the filament holders in clear as well as red glass bulbs should be controlled. |
|
|||||
APP N° 232
|
Diametermåling samt positionskontrol på en glasstav i forbindelse med produktion af fiberoptik Diameteren (20mm … 90mm) ligesom positionen på en glasstav, skal kontrolleres som slutkontrol i forbindelse med produktion af glasfibre. Diameter measurement and position control of glass rods The diameter as well as the position of glass rods, the starting product of optical fibers, should be measured. Typical diameters of glass rods are in the range of 20mm to 90mm. |
|
|||||
APP N° 217
|
Skelne polerede overflader fra slebne overflader på glasudsnit Under håndteringen af glasplader skal positionen på polerede overflader kontrolleres. Differentiation of the polished surface from the grinded surface of a glass plate During the handling of glass plates the position of the polished surface must be controlled. |
|
|||||
APP N° 101
|
Dysekontrol under coating af glasflasker i medicinalindustrien Under produktionenaf glasflasker for medicinalindustrien, skal den indvendige side coates med en speciel kemisk film, som gør flasken diffus. I processen sprayes gennem halsen på flasken med en dyse. Under påførslen har flasken stadigt en temperatur på et par hundrede grader. Spray-jet control during the glass bottle coating process in the pharmaceutical industry During the production of glass bottles for the pharmaceutical industry the inner surface must be coated with a certain chemical film, which makes the bottles diffuse. At this crystals will be sprayed through the bottle neck with a nozzle into the bottle. During this process, the bottles have still a temperature of a few hundred centigrade. |
|
|||||
APP N° 62
|
Farvekontrol på tonede glas Under samling af biler, skal farven på glasset I sidedøren kontrolleres. Det er kun muligt at kontrollere fra en side og en ekstra reflektor kan ikke anvendes. Color control of tinted glass plates During the assembling of cars the color of the glasses from the side door must be checked. It is only possible to control from one side and even an additional reflector cannot be used. |
|
|||||
APP N° 61
|
Farvesortering af tonet eller farvet glas Under den efterfølgende behandling af glasplader skal glasset kontrolleres/sorteres ud fra de forskellige farver indenfor tonede og farvede glasplader. Color differentiation of tinted and colored glass plates During the subsequent processing of glass plates the different tinted and colored glasses must be controlled and discerned. |
|
|||||
APP N° 59
|
Positionsmåling på transparent glasplade Glasmaskiner skal ikke kun kende afstanden til glaspladen, men også kantpositionen. Imidlertid er det ikke så let at aftaste en kant på dette emne, specielt hvis der ikke er en affasning på kanten. Den direkte refleksion på synligt lys på en standard glasoverflade er normalt ca. 4% og med en ekstra refleksion, fra den anden overflade på ca. 8%. Position measurement of a transparent glass plate Glass handling machines must be informed not only about the distance of a glass plate but also about the edge position of a glass plate. However the detection of the edge of a transparent glass plate is not so easy, especially if there is nearly no phase on the edges. The direct reflection rate of visible light on a standard glass surface is normally approximately 4% and with the additional reflection of the second surface around 8% of the light will be reflected. |
|
|||||
APP N° 58
|
Afstandsmåling på transparente glasplader I forbindelse med håndtering af glasplader skal afstanden til glassets overflade kontrolleres. Da glaspladen, i forbindelse med affasningen af glasplader, skal være positioneret således at kanterne indføres symmetrisk, da kanterne ellers bliver uens. På grund af det faktum, at glasoverfladen stort set ikke reflekterer diffus lys med kun direkte lys, kan en standardlaserafstandsmåler ikke anvendes. Distance measurement on transparent glass plates During the handling process of glass plates the distance of the glass surface must be controlled. As during the beveling process the glass plate must be positioned in a way that the glass edges can be feed symmetrically into the abrasive block of the grinding machine, otherwise the phases on both sides of the glass plate are different. Due to the fact, that the glass surface delivers nearly no diffuse reflected light but only direct reflected light, a standard laser displacement sensor cannot be used. |
|
|||||
APP N° 22
|
Farvegenkendelse på forskelligt farvede glasflasker I glasgenbrugsindustrien er det nødvendigt at adskille de forskellige farver glas, for at kunne opnå en korrekt sortering. Color differentiation of colored glass bottles In the glass recycling industry it is necessary to separate the different colored bottles to get a correctly sorted material. |
|
|||||
APP N° 17
|
Aftastning af klar og mælkehvide glasflasker I glasindustrien skal man under produktionen af glasflasker til den farmaceutiske industri, lave en belægning indvendigt. Opgaven er at checke, om flasken er coatet eller ej. Detection of clear and milky glass bottles In the glass industry during the process of glass bottle manufacturing for the pharmaceutical industry, the glass bottles must be coated inside. The task is to check, whether the bottle is coated or uncoated. |
|
|||||
APP N° 16
|
Aftastning af blanke områder på materede glasplader Under produktionen af materede glasplader, skal overfladen kontrolleres ekstra for små blanke pletter. De blanke pletter som skal aftastes starter fra ca. 3 mm. Detection of glossy regions on a matt-finished glass plate During the production of matt-finished glass plates the matt-finished surface must be controlled particularly with regard to small glossy spot. The glossy domains which should be detected are starting with a diameter of approximately 3 mm. |
|
)
TOP