Technolines, LLC

Other

Libbey-owens-ford Co.

Darryl J Costin

Clarence H Martin

Heath Colwell

Darryl J Costin, Jr

Norman W Johnston

Scott Harris

Carl J Hildebrand, Jr

Darryl Costin, Jr

Alexandra P Liebertz

Heather L Costin

Troy L Moore

Larissa Sheveleva

A number of new laser patterns are defined by laser scribing the material. This produces new laser patterns which have not previously been known.

Denim designs from laser scribing

Formation of fractal garments using a laser to scribe a total pattern onto jean parts. The pattern is formed into a 60 by 60 image, that is formed to form all parts of the denim design.

Fractal jean manufacturing

60-inch-TL-SCH2660-Inch-TL-SCHTechniques of writing information onto a material Web of at least 50 inches in width. The entire material web is written at once. The material written by a continuous scanning technique in which the web continuously moves and the laser writes on the moving web. In an alternative embodiment, the web stops and goes. The web may be formed horizontally in which case the rolls form a horizontal line between them. In another embodiment, the rolls form a vertical line.

Processing of textile materials using laser beams and material sized in larger widths

A colored substrate is positioned between a material and a laser, and the material is scribed with a laser that has been directed through the colored substrate. By so doing, color is transferred to the material to form the color graphic without undesirably carbonizing, melting or burning through the material. The energy density per unit time can be defined as continuous power divided by the area of the spot and the speed.

Laser method of scribing graphics

A system of forming simulated seam abrasion on denim materials. The simulated seam abrasion is formed by using a laser beam to form a seam abrasion type pattern on the material. The pattem is like a ladder with uneven rungs. After the pattern is formed, the material is washed to better simulate real seam abrasion.

Laser scribing process to eliminate the denim enzyme by washing and laundry

A laser apparatus which operates to mark specified information on a rubber or plastic product, such as a hose. The information is marked using a laser whose energy density per unit time is controlled. The information can.be an alphanumeric information, or a graphic, and can be written while the hose is in motion on a conveyor.

Laser-scribing process for rubber and thermoplastic materials such as a hose

Denim design from laser scribing

A laser marking system encodes a code on an article, eg an article of clothing. The code is detected by a camera or other imaging system that does not require reflectivity for its proper operation.

Material coding using lasers

A laser method scribes graphics on materials. The method relates to the identification and understanding of a new energy measurement called energy density per unit time, and the identification and simultaneous control of the laser operating parameters which influence this energy measurement. Once a range of energy density per unit time is determined for scribing a desired graphic on a given material, the energy density per unit time can be controlled to stay within that range to achieve desired results in a repeatable fashion. In a preferred embodiment, the invention relates to a method of scribing graphics on fabric, leather and vinyl materials. In this embodiment, the energy density per unit time can be controlled to substantially avoid complete carbonization, melting and/or burnthrough of the material.

Integrated document management system automatically creates pull down lists and pop up buttons based on the project specifications.

Database program with automatic creation of user features

A unique method imparts laser induced patterns and other designs on thin fabrics and leathers. The method uses a laser beam to slightly penetrate the surface of the product at a controlled specific speed. The laser beam is directed at the product either directly or through mirrors, shutters or lenses. The speed of the laser beam relative to the surface of the product is controlled within a predetermined range. Specific identification and control of this relative speed for a particular product are the keys to overcoming technical barriers which have prevented such use of lasers in the past. Preferably a computer is used to provide a signal to a drive mechanism to control the relative speed. The drive mechanism can control movement of the laser, the product, a mirror or a lens.

Marking of fabrics and other materials using a laser

A laser system for processing surfaces of a variety of materials. The amount of laser treatment received by a surface and the geometry are controlled by an impact frequency matrix that is programmed into a control computer. The control computer can control a scanning laser beam to simulate the statistically random property of the particle distribution in a sandblasting process to generate a feathered worn look.

User control interface for laser simulating sandblasting apparatus

A laser method scribes graphics on materials. The method relates to the identification and understanding of a new energy measurement called energy density per unit time, and the identification and simultaneous control of the laser operating parameters which influence this energy measurement. Once a range of energy density per unit time is determined for scribing a desired graphic on a given material, the energy density per unit time can be controlled to stay within that range to achieve desired results in a repeatable fashion. In a preferred embodiment, the material is one of a group of fabric, leather and vinyl materials. In this embodiment, the energy density per unit time can be controlled to substantially avoid complete carbonization, melting and/or burnthrough of the material.

Laser method and system of scribing graphics

A laser system for processing surfaces of a variety of materials. The amount of laser treatment received is controlled by a probability distribution matrix that is programmed into a control computer. In particular, the control computer can control a scanning laser beam to simulate the statistically random property of the particle distribution in a sandblasting process to generate a feathered worn look.

System and method for processing surfaces by a laser

A variable solar control window assembly includes a pair of spaced parallel planar transparent sheets mounted in a frame. An induced transmission filter sheet is selectively movable between the transparent sheets for varying the solar transmission through the window assembly. The filter sheet includes a carrier layer and one or more coating layers, each coating layer formed as a layer of reflective metal material between two layers of dielectric material. The filter sheet can have bearing/protective layers or strips adhered thereto to seal against the frame and to assist in the sliding movement of the filter sheet with respect to the frame. One or both of the transparent sheets can include an anti-lacerative material layer.

Growing community of inventors

Perrysburg, OH, United States of America

Darryl J Costin