阅读说明：本技术 具有柔性扁形电缆的连接装置 (Connecting device with flexible flat cable ) 是由 F·赫尔曼格 R·施潘耶斯 于 2021-02-05 设计创作，主要内容包括：本发明涉及连接装置(101),其包括：-复合玻璃板(101),其由用中间层(17)接合的第一玻璃板(15)和第二玻璃板(16)组成,-两个导电结构,尤其是电光功能元件(18)的两个彼此相对的平面电极(19,20),它们布置在第一玻璃板与第二玻璃板之间,和-具有带状电导线(2)的柔性扁形电缆(1),其包括：-第一连接区域(10),其在扁形电缆(1)的第一端部(8)处和在第一侧上,其中该第一连接区域(10)具有至少一个带状导线(2)的接触点(13),-至少一个第二连接区域(11),其在扁形电缆(1)的第一端部(8)处和在第一侧上,其中该第二连接区域(11)具有至少一个带状导线(2)的接触点(13),-第三连接区域(12),其具有带状导线(2)的接触点(13’),在扁形电缆(1)的第二端部(9)处,其中扁形电缆(1)具有包含第一连接区域(10)的基础区段(5)和至少一个与基础区段(5)接合的条形区段(6),所述条形区段(6)包含第二连接区域(11),其中所述条形区段(6)可以如此折叠或被如此折叠,以使得第二连接区域(11)朝向第一连接区域(10),其中第一连接区域(10)与一个导电结构且第二连接区域(11)与另一个导电结构导电接合,尤其是电流接合,其中扁形电缆(1)从复合玻璃板(100)中引出并且在复合玻璃板(100)之外布置第三连接区域(13)。(The invention relates to a connection device (101) comprising: -a composite glass pane (101) consisting of a first glass pane (15) and a second glass pane (16) joined by an intermediate layer (17), -two mutually opposite planar electrodes (19,20) of two electrically conductive structures, in particular electro-optical functional elements (18), which are arranged between the first glass pane and the second glass pane, and-a flexible flat cable (1) with an electrical ribbon conductor (2), comprising: -a first connection region (10) at a first end (8) and on a first side of the ribbon cable (1), wherein the first connection region (10) has at least one contact point (13) for a ribbon conductor (2), -at least one second connection region (11) at the first end (8) and on the first side of the ribbon cable (1), wherein the second connection region (11) has at least one contact point (13) for a ribbon conductor (2), -a third connection region (12) having a contact point (13') for a ribbon conductor (2), at a second end (9) of the ribbon cable (1), wherein the ribbon cable (1) has a base section (5) comprising the first connection region (10) and at least one strip-shaped section (6) joined to the base section (5), the strip-shaped section (6) comprising the second connection region (11), wherein the strip-shaped section (6) can be folded or folded such that the second connection region (11) faces the first connection region (10), wherein the first connection region (10) is in electrically conductive engagement, in particular in galvanic engagement, with one electrically conductive structure and the second connection region (11) is in electrically conductive engagement with another electrically conductive structure, wherein the flat cable (1) is led out of the composite glass pane (100) and a third connection region (13) is arranged outside the composite glass pane (100).)