公开(公告)号：EP1092595A1

公开(公告)日：2001-04-18

申请号：EP00309048.7

申请日：2000-10-13

申请人： Statefresh Limited

发明人： Taffender, Richard, Statefresh Limited ,  Cordell, Michael, Statefresh Limited

IPC分类号： B60R13/10 ,  B44B5/00

CPC分类号： B60R13/10

摘要： A method facilitating the production of an identification plate comprising a rigid backing plate having a peripheral upstanding rim bounding a flat area to receive a carrier sheet, one surface of which is printed with indicia and the other surface of which has a contact adhesive. In the method an edge of the carrier sheet is aligned in registration with the plate and the adhesive surface at said edge contacted therewith; the sheet then being progressively pressed into contact with the plate over the flat area using a pressure roller. The pressure roller has a recess, channel or depression to receive the upstanding rim. The apparatus used includes a housing (10) mounted on a base (11) which has an elongate extension platform (12). The housing contains a roller (13) turned by means of a motor and drive unit (14). The roller has a surface formed by a layer of rubber material (15) which includes a transverse recess or slot (16). A carrier (17) has a central area (18) which is adapted to receive the plate (2) with accurate positioning defined by side pieces (19) and end stop (20). The carrier may move into the housing (10) and thus beneath the roller (13).
Using automatic or manual indexing means the end rim (2a) of the plate (1) which is closest to the roller (13) is located so that the rim is engaged by the recess (16) in the surface (15) after which the carrier and plate move through the housing beneath the roller so that the sheet (4) is pressed firmly into contact with the plate.

摘要翻译： 一种便于生产识别板的方法，该识别板包括刚性背板，该刚性背板具有围绕平坦区域的外围直立边缘，以接纳承载片，其一个表面印有标记，其另一表面具有接触粘合剂。 在该方法中，载体片的边缘与板对准，并且在与所述边缘接触的所述边缘处的粘合剂表面; 然后使用加压辊将片材逐渐地压在平板区域上与板接触。 压力辊具有凹部，通道或凹陷以接收直立的边缘。 所使用的装置包括安装在具有细长延伸平台（12）的基部（11）上的壳体（10）。 壳体包含通过马达和驱动单元（14）转动的滚子（13）。 辊具有由包括横向凹部或槽（16）的橡胶材料层（15）形成的表面。 载体（17）具有中央区域（18），该中心区域适于以由侧面件（19）和止挡件（20）限定的精确定位来容纳板（2）。 载体可以移动到壳体（10）中并且因此移动到辊（13）下方。 使用自动或手动分度意味着最靠近辊子（13）的板（1）的端部边缘（2a）被定位成使得边缘与表面（15）中的凹部（16）接合，之后 载体和板移动通过辊下面的壳体，使得片材（4）被牢固地压在与板接触的位置。