| THIEME GmbH & Co. KG Patent applications |
| Patent application number | Title | Published |
|---|
| 20090165661 | Method and Device for Printing Solar Cells By Screen Printing - A method and device for printing solar cells by screen printing is provided. During the pressure movement of the doctor blade, the printing screen is raised at the end thereof which at the rear with respect to the doctor blade movement direction during printing in order to maintain a screen release angle between the screen and the solar cell behind the doctor blade above a critical value. The method and device may be used for printing surface contacts or flat coatings on solar cells. | 07-02-2009 |
| 20090101027 | Screen Printing Device - A printing installation for printing on curved surfaces, includes a squeegee, a printing screen maintained in a screen frame, and a drive for moving the squeegee. The screen frame, on at least one side thereof, is flexible in at least some sections thereof. The screen printing device is used, for example, for printing on curved vehicle window panes. | 04-23-2009 |
| 20090020392 | Machining Line for Plate-Type Elements, Particularly Solar Cells, and Method of Machining Plate-Type Elements - The invention relates to a machining line for plate-type elements, particularly solar cells. According to the invention, a machining station and a positioning station for aligning the plate-type elements relative to a reference point with a predefined position tolerance are provided. The positioning station is connected to the input side of the machining station in the flow direction of the material, and conveying devices are provided for moving the plate-type elements from the positioning station to the machining station while maintaining the predefined position tolerance. | 01-22-2009 |
| 20080229944 | Device and Method for Screen-Process Printing - A device for screen printing includes a bearing surface for an object which is to printed and a printing mechanism including at least one printing mechanism frame and a doctor blade holder for securing a doctor blade which can be displaceably guided in a longitudinal direction in the printing mechanism frame and which extends in a transversal manner inside the printing mechanism frame. The printing mechanism is arranged in a displaceable manner on a plane extending parallel to the longitudinal direction and at least in a perpendicular manner on the bearing surface, and a mechanism is provided for coordinated displacement of the printing mechanism and doctor blade holder. The device may be used, for example, for printing curved vehicle windshields. | 09-25-2008 |
