HEALTH MONITORING MODULE AND ELECTRONIC DEVICE

Claims

1. A health monitoring module (100) comprising a casing (10), an optical module (20) for measuring heart rate, a printed circuit board (30) and a light-transmitting element (40), wherein the casing (10) is attached to one side of the printed circuit board (30), wherein the casing (10) and the printed circuit board (30) jointly define a receiving space (50), wherein a light-transmitting opening (11) is formed in the casing (10), wherein the light-transmitting opening (11) ensures communication between the receiving space (50) and the external environment; wherein the casing (10) comprises an electrically conductive section (1), wherein the electrically conductive section (1) is made of an electrically conductive material, wherein one part of the electrically conductive section (1) protrudes away from the upper surface (12) of the casing (10), and the other part is electrically connected to the printed circuit board (30); wherein the light-transmitting element (40) is attached to the casing (10) and at least partially fills the light-transmitting opening (11); wherein the optical module (20) for measuring the heart rate is located in the receiving space (50), wherein the optical module (20) for measuring the heart rate is attached to the printed circuit board (30) and is electrically connected to the printed circuit board (30), wherein the optical module (20) for measuring the heart rate and the light-transmitting opening (11) are located opposite each other, wherein the optical module (20) for measuring the heart rate is configured to emit and receive light beams through the light-transmitting opening (11) and the light-transmitting element (40); a pressure measuring circuit (80) and a pressure measuring unit (90), wherein the pressure measuring unit (90) is attached to that side of the printed circuit board (30) that faces away from the casing (10), wherein the pressure measuring circuit (80) is attached to the pressure measuring unit (90); wherein, when the casing (10) is subjected to pressure and the pressure measuring unit (90) is deformed, the pressure measuring circuit (80) is configured to detect the deformation of the pressure measuring unit (90); wherein the pressure measuring unit (90) comprises a rod (91), wherein a part of the region of the first surface (911) of the rod (91) is attached to that side of the printed circuit board (30) which faces away from the casing (10).

2. The health monitoring module (100) according to claim 1, in which the pressure measuring circuit (80) is located in another part of the region of the first surface (911) of the rod (91), and the pressure measuring circuit (80) and the printed circuit board (30) are located at a distance from each other; wherein, when the casing (10) is subjected to pressure and the rod (91) is deformed, the pressure measuring circuit (80) is designed with the possibility of detecting the deformation of the rod (91).

3. The health monitoring module (100) according to claim 2, in which a groove (9111) is formed on the first surface (911) of the rod (91), and a pressure measuring circuit (80) is located in the groove (9111).

4. The health monitoring module (100) according to claim 2 or 3, wherein the rod (91) comprises a first part (914) and a second part (915), wherein the first part (914) has a plate shape, and the second part (915) has a rod shape, wherein the second part (915) is located on that side of the first part (914) which faces away from the printed circuit board (30), wherein the end of the second part (915) is connected to the middle part of the first part (914); wherein the first surface (911) of the rod (91) is the surface of that side of the first part (914) which faces away from the second part (915), and when the casing (10) is subjected to pressure and the first part (914) is deformed, the pressure measuring circuit (80) is configured to detect the deformation of the first part (914).

5. The health monitoring module (100) according to claim 4, which further comprises a first water-resistant element (59), wherein the first water-resistant element (59) is connected to the first part (914) and covers the pressure measuring circuit (80); and / or the health monitoring module (100) further comprises a second waterproof element (58), wherein the second waterproof element (58) is placed on the second part (915).

6. The health monitoring module (100) according to claim 1, in which the pressure measuring unit (90) comprises a supporting steel sheet (92); wherein the support steel sheet (92) is connected to the second surface (912) of the rod (91), wherein the first surface (911) of the rod (91) and the second surface (912) of the rod (91) are directed in opposite directions, wherein the pressure measuring circuit (80) is attached to that side of the support steel sheet (92) which faces away from the rod (91); wherein, when the casing (10) is subjected to pressure and the supporting steel sheet (92) is deformed, the pressure measuring circuit (80) is configured to detect the deformation of the supporting steel sheet (92).

7. The health monitoring module (100) according to claim 6, in which the pressure measuring unit (90) further comprises an elastic element (93), wherein the elastic element (93) is adjacent to the rod (91) and the supporting steel sheet (92), wherein the elastic element (93) is elastic.

8. The health monitoring module (100) according to claim 1, wherein the pressure measuring unit (90) comprises a support steel sheet (92), wherein the support steel sheet (92) is connected to the second surface (912) of the rod (91), wherein the second surface (912) of the rod (91) and the first surface (911) of the rod (91) are directed in opposite directions; wherein the pressure measuring circuit (80) comprises a first pressure measuring circuit (81) and a second pressure measuring circuit (82), wherein the first pressure measuring circuit (81) is located in another part of the region of the first surface (911) of the rod (91), wherein the first pressure measuring circuit (81) and the printed circuit board (30) are located at a distance from each other, wherein the second pressure measuring circuit (82) is attached to the side of the support steel sheet (92), which is located at a distance from the rod (91); wherein, when the casing (10) is subjected to pressure, the rod (91) is deformed and the support steel plate (92) is deformed, the first pressure measuring circuit (81) is configured to detect the deformation of the rod (91), and the second pressure measuring circuit (82) is configured to detect the deformation of the support steel plate (92).

9. A health monitoring module (100) according to any one of claims 1 to 8, wherein the casing (10) and the light-transmitting element (40) are a single mechanical part; and / or the light-transmitting element (40) contacts the casing (10), the optical module (20) for measuring the heart rate and the printed circuit board (30) and is attached to them.

10. A health monitoring module (100) according to any one of claims 1-8, in which a first through hole (31) and a second through hole (32) are formed on the printed circuit board (30), located at a distance from each other, wherein both the first through hole (31) and the second through hole (32) provide communication between the receiving space (50) and the external environment, wherein the light-transmitting element (40) fills the receiving space (50), the first through hole (31) and the second through hole (32); wherein the optical module (20) for measuring the heart rate comprises a light emitter (21) and a light receiver (22), wherein the light emitter (21) and the light receiver (22) are located on the printed circuit board (30) at a distance from each other; wherein the light emitter (21) is located between the first through hole (31) and the second through hole (32), or the light receiver (22) is located between the first through hole (31) and the second through hole (32).

11. The health monitoring module (100) according to any one of claims 1 to 8, wherein the optical module (20) for measuring heart rate comprises a light emitter (21) and a light receiver (22), wherein the light emitter (21) and the light receiver (22) are located at a distance from each other and are attached to a printed circuit board (30), and wherein there are two light-transmitting openings (11), wherein the two light-transmitting openings (11) are located at a distance from each other, and wherein the light emitter (21) and the light receiver (22) are respectively located in accordance with the two light-transmitting openings (11); wherein the casing (10) comprises a frame section (19) and a light-shielding section (15), wherein the frame section (19) is connected to the printed circuit board (30), wherein the frame section (19) and the printed circuit board (30) define a receiving space (50), wherein the light-transmitting openings (11) are made in the frame section (19), wherein the light-shielding section (15) is connected to the frame section (19) and is located in the receiving space (50), wherein the light-shielding section (15) is at least partially located between the light emitter (21) and the light receiver (22), wherein the light-shielding section (15) is made of an opaque material.

12. The health monitoring module (100) according to any one of claims 1-11, wherein the optical module (20) for measuring the heart rate and the housing (10) are located at a distance from each other; wherein the light-transmitting element (40) additionally fills the receiving space (50) and covers the optical module (20) for measuring the heart rate.

13. The health monitoring module (100) according to any one of paragraphs 1-12, which further comprises an electrically conductive element (60), wherein the electrically conductive element (60) is located in the receiving space (50) and is located at a distance from the optical module (20) for measuring the heart rate, wherein the electrically conductive element (60) is adjacent to the electrically conductive section (1) and the printed circuit board (30) and is electrically connected between the electrically conductive section (1) and the printed circuit board (30), wherein the electrically conductive element (60) is elastic; at the same time an opening (63) is made in the conductive element (60); and / or one part of the region of the first surface (61) of the conductive element (60) is connected to the printed circuit board (30), and the other part of the region of the first surface (61) of the conductive element (60) is recessed in the direction from the printed circuit board (30) and is located at a distance from the printed circuit board (30).

14. The health monitoring module (100) according to any one of paragraphs 1-13, which further comprises an electrically conductive layer (70) located on the upper surface (12) of the casing (10), wherein the electrically conductive layer (70) is electrically connected to the electrically conductive section (1), wherein the hardness of the material of the electrically conductive layer (70) is greater than the hardness of the material of the electrically conductive section (1).

15. An electronic device (1000) comprising a housing portion (200) and a health monitoring module (100) according to any one of paragraphs 1-14, wherein the health monitoring module (100) is installed on the housing portion (200).