阅读说明：本技术 光学传感器装置 (Optical sensor device ) 是由 伯恩哈德·格雷梅尔-雷赫林 弗朗兹·莱希纳 约瑟夫·克里贝尔内格 赫伯特·伦哈德 曼纽尔·赫 于 2018-05-08 设计创作，主要内容包括：所提出的概念涉及包括光学传感器(20)的光学传感器装置,所述光学传感器具有设置在基底(22)中或上的集成电路(21)。基底(22)包括至少第一表面区域(23)和第二表面区域(24)。至少一个光学有源传感器组件设置在第一表面区域(23)的基底(22)上或中。光学有源传感器组件设置为用于发射和/或检测期望波长范围的光。光学非有源传感器电路(27)设置在第二表面区域(24)的基底(22)上或中。显示器面板(10)包括有源显示器区域(11)和非有源显示器区域(12),其中非有源显示器区域(11)包括在期望波长上光学透明的材料并且其中非有源显示器区域(12)至少部分框住有源显示器层(11)。光学传感器(20)和显示器面板(10)堆叠,使得相对于显示器发射的主方向(13),第一表面区域(23)设置在非有源显示器区域(12)下方,并且第二表面区域(24)设置在有源显示器区域(11)下方。(The proposed concept relates to an optical sensor device comprising an optical sensor (20) with an integrated circuit (21) arranged in or on a substrate (22). The substrate (22) comprises at least a first surface area (23) and a second surface area (24). At least one optically active sensor component is arranged on or in the substrate (22) of the first surface area (23). The optically active sensor assembly is arranged for emitting and/or detecting light of a desired wavelength range. An optically inactive sensor circuit (27) is arranged on or in the substrate (22) of the second surface area (24). The display panel (10) comprises an active display area (11) and a non-active display area (12), wherein the non-active display area (11) comprises a material that is optically transparent at a desired wavelength and wherein the non-active display area (12) at least partially frames the active display layer (11). The optical sensor (20) and the display panel (10) are stacked such that, with respect to a main direction (13) of display emission, the first surface area (23) is disposed below the non-active display area (12) and the second surface area (24) is disposed below the active display area (11).)

1. An optical sensor device comprising:

an optical sensor (20) comprising an integrated circuit (21) arranged in or on a substrate (22), wherein the substrate (22) comprises at least a first surface area (23) and a second surface area (24),

-at least one optically active sensor component arranged on or in the substrate (22) of the first surface area (23), wherein the optically active sensor component is arranged for emitting and/or detecting light of a desired wavelength range,

-an optically inactive sensor circuit (27) arranged on or in the substrate (22) of the second surface area (24),

-a display panel (10) comprising an active display area (11) and a non-active display area (12), wherein the non-active display area (12) comprises a material that is optically transparent over a desired wavelength range and at least partially frames the active display area (11); and wherein

-the optical sensor (20) and the display panel (10) are stacked such that the first surface area (23) is arranged below the non-active display area (12) and the second surface area (24) is arranged below the active display area (11) with respect to the main direction of display emission (13).

2. Optical sensor device according to claim 1, wherein the optically active sensor component (25) comprises at least one light detector (25) and/or at least one light emitter (26).

3. The optical sensor device according to claim 2, wherein the light detector (25) comprises a single-pixel photodiode, a multi-pixel photodiode or a multi-pixel photodiode with a filter array attached.

4. Optical sensor device according to claim 2, wherein the light emitter (26) comprises a laser diode, a surface emitting laser, a vertical cavity surface emitting laser, an infrared light emitting photodiode and/or a visible light emitting photodiode.

5. Optical sensor device according to one of claims 1 to 4, wherein the optical inactive sensor circuit (27) comprises at least one of a logic component, an analog component and/or an electrical connection.

6. Optical sensor device according to one of claims 2 to 5, wherein the optical sensor comprises at least one further light detector (28).

7. Optical sensor device according to one of the claims 2 to 6, wherein the optical sensor comprises at least one further light emitter.

8. Optical sensor device according to one of claims 1 to 7, wherein the optical sensor (20) is a proximity sensor, a time-of-flight sensor, an ambient light sensor, a color sensor and/or a gesture sensor.

9. Optical sensor device according to claim 8, wherein the proximity sensor and/or the time-of-flight sensor comprise at least one light detector (25) and at least one light emitter (26).

10. The optical sensor device according to claim 8, wherein

-the light detector (25) and the light emitter (26) are both arranged on or in the substrate (22) of the first surface area (22), or

-the light detector (25) is arranged on or in the substrate (22) of the first surface area (22) and the light emitter (26) is arranged on or in the substrate (22) of the second surface area (23).

11. The optical sensor device according to claim 1, wherein

-the ambient light sensor and/or the color sensor comprise the at least one light detector (25), and

-the at least one light detector (25) is arranged on or in the substrate (22) of the first surface area (22).

12. Optical sensor device according to one of claims 1 to 11, wherein

-the optical sensor is encapsulated by a molded sensor package,

-the sensor package is arranged below the display panel (10) such that an air gap is maintained between the sensor package and the display panel (10), and

-the air gap has different values for a portion of the sensor package disposed below the non-active display area (12) and another portion of the sensor package disposed below the active display area (11).

13. Optical sensor device according to claim 12, wherein the at least one further light detector (28) and/or the at least one further light emitter are provided in the same sensor package or in separate sensor packages.

14. Optical sensor device according to one of claims 2 to 13, wherein an optical barrier (30) is provided on the integrated circuit (21) and/or on the substrate (22) to optically isolate the light detector (25) and the light emitter (26).

15. Optical sensor device according to one of claims 2 to 14, wherein the light detector and the light emitter are arranged at different heights with respect to the substrate (22).

16. Optical sensor device according to one of claims 1 to 15, wherein the integrated circuit (21) comprises the at least one optically active sensor component and the optically inactive sensor circuit (27).

17. Optical sensor device according to claim 16, wherein the integrated circuit (21) has a portion defined by the first surface area (23) and a portion defined by the second surface area (24).