阅读说明：本技术 一种显示面板模组及电子设备 (Display panel module and electronic equipment ) 是由 汪晓永 王涛 杨朝亮 朱富健 于 2018-03-16 设计创作，主要内容包括：一种显示面板模组及电子设备,所述模组包括：显示面板(1)、驱动芯片(2)、薄膜线路板(3)以及柔性电路板(4)；在显示面板(1)上设置有单层玻璃区(10),在单层玻璃区(10)上设置有第一线路(101)和第二线路(102),第一线路(101)的一端与所述显示面板(1)连接,第一线路(101)的另一端的接线点与驱动芯片(2)的一端连接,驱动芯片(2)的另一端与第二线路(102)的一端的接线点连接,第二线路(102)的另一端的接线点与薄膜线路板(3)的第一端(31)的接线点(310)连接,薄膜线路板(3)的第二端(32)的接线点(320)与柔性电路板(4)的接线点连接,所述薄膜线路板(3)呈弯折状态；其中,薄膜线路板(3)的第一端(31)上的导电线路区域的宽度小于第二端(32)上的导电线路区域的宽度。减小薄膜线路板上的导电区域的面积,进而减小薄膜线路板对其周围天线的影响。(The utility model provides a display panel module and electronic equipment, the module includes: the display device comprises a display panel (1), a driving chip (2), a thin film circuit board (3) and a flexible circuit board (4); the display panel is characterized in that a single-layer glass area (10) is arranged on the display panel (1), a first circuit (101) and a second circuit (102) are arranged on the single-layer glass area (10), one end of the first circuit (101) is connected with the display panel (1), a wiring point at the other end of the first circuit (101) is connected with one end of a driving chip (2), the other end of the driving chip (2) is connected with a wiring point at one end of a second circuit (102), a wiring point at the other end of the second circuit (102) is connected with a wiring point (310) at a first end (31) of a thin film circuit board (3), a wiring point (320) at a second end (32) of the thin film circuit board (3) is connected with a wiring point of a flexible circuit board (4), and the thin film circuit board (3) is in a bent state; the width of the conductive circuit area on the first end (31) of the thin film circuit board (3) is smaller than that of the conductive circuit area on the second end (32). The area of the conductive area on the thin film circuit board is reduced, and then the influence of the thin film circuit board on the surrounding antenna is reduced.)

A display panel module, comprising:

the display device comprises a display panel, a driving chip, a thin film circuit board and a flexible circuit board;

the display panel is provided with a single-layer glass area, the single-layer glass area is provided with a first circuit and a second circuit, one end of the first circuit is connected with the display panel, a wiring point at the other end of the first circuit is connected with one end of the driving chip, the other end of the driving chip is connected with a wiring point at one end of the second circuit, a wiring point at the other end of the second circuit is connected with a wiring point at the first end of the thin film circuit board, a wiring point at the second end of the thin film circuit board is connected with a wiring point of the flexible circuit board, and the thin film circuit board is in a bent state;

the width of the conducting circuit area on the first end of the thin film circuit board is smaller than that of the conducting circuit area on the second end of the thin film circuit board.

The module of claim 1, wherein a distance between adjacent conductive traces on the first end of the thin film wiring board is less than a distance between adjacent conductive traces on the second end.

The module according to claim 1, wherein the conductive line region is a region constituted by a conductor line on the thin film wiring board.

The module of claim 1, wherein the shape of the thin film wiring board is determined by the shape of the conductive trace region.

The module of claim 1, wherein the shape of the thin film circuit board comprises at least one of:

quadrangle, trapezoid, same-side rounded rectangle, single-side rounded rectangle or curved trapezoid.

The module of claim 1, wherein the connection comprises at least one of: conductive adhesive connection, conductive film connection, or soldering.

The module of any of claims 1-6, wherein the substrate of the thin film circuit board comprises: polyimide, polyethylene terephthalate, or liquid crystal polymer.

An electronic device, comprising: the display device comprises a display panel, a driving chip, a thin film circuit board and a flexible circuit board;

the display panel is provided with a single-layer glass area, the single-layer glass area is provided with a first circuit and a second circuit, one end of the first circuit is connected with the display panel, a wiring point at the other end of the first circuit is connected with one end of the driving chip, the other end of the driving chip is connected with a wiring point at one end of the second circuit, a wiring point at the other end of the second circuit is connected with a wiring point at the first end of the thin film circuit board, a wiring point at the second end of the thin film circuit board is connected with a wiring point of the flexible circuit board, and the thin film circuit board is of a bent structure;

the width of the conducting circuit area on the first end of the thin film circuit board is smaller than that of the conducting circuit area on the second end of the thin film circuit board.

The electronic device of claim 8, wherein a distance between adjacent conductive traces on the first end of the thin film wiring board is less than a distance between adjacent conductive traces on the second end.

The electronic device according to claim 8, wherein the conductive line region is a region constituted by a conductor line on the thin film wiring board.

The electronic device according to claim 8, wherein a shape of the thin film wiring board is determined by a shape of the conductive line circuit region.

The electronic device of claim 8, wherein the shape of the thin film wiring board comprises at least one of:

quadrangle, trapezoid, same-side rounded rectangle, single-side rounded rectangle or curved trapezoid.

The electronic device of claim 8, wherein the connection comprises at least one of: conductive adhesive connection, conductive film connection, or soldering.

The electronic device according to any one of claims 8 to 13, wherein the substrate of the thin film wiring board comprises: polyimide, polyethylene terephthalate, or liquid crystal polymer.