Starry sky light source assembly with flashing dial

1 . A starry sky light source assembly, comprising:

an optical machine box comprising a bottom ( 1 ), a surrounding wall group ( 3 ) detachably mounted on the bottom ( 1 ), and a cover ( 8 ) detachably mounted on the surrounding wall group ( 3 ); the surrounding wall group ( 3 ) forming an inner space on the bottom ( 1 ), one or more starry light outlets ( 301 ) being provided on at least one side wall of the surrounding wall group ( 3 ), and the one or more starry light outlets ( 301 ) being in communication with the inner space;

a control circuit board ( 2 ) detachably mounted on the bottom ( 1 ) within the inner space;

one or more starry light source assemblies ( 5 ) detachably mounted within the inner space, and being electrically connected to the control circuit board ( 2 );

a rotating assembly ( 6 ) electrically connected to the control circuit board ( 2 ) and being rotatable within the inner space; and

a flashing dial ( 7 ) located in the inner space, connected to the rotating assembly ( 6 ) and being rotated by the rotating assembly ( 6 );

wherein the starry sky light source assembly further comprises a meteor light source assembly ( 4 ) detachably mounted within the inner space, and being electrically connected to the control circuit board ( 2 ): wherein one or more meteor light outlets ( 302 ) are provided on another side wall of the surrounding wall group ( 3 ) and in communication with the inner space; and

wherein the starry sky light source assembly further comprises an optical fiber assembly mounted in one of the starry light outlets ( 301 ) for transmitting light emitted from the one or more starry light source assemblies ( 5 ) to outside to create nebula and starry sky.

2 . The starry sky light source assembly according to claim 1 , wherein the optical machine box is less than 35 mm in height, and the bottom ( 1 ), the surrounding wall group ( 3 ) and the cover ( 8 ) are detachably mounted by screws.

3 . The starry sky light source assembly according to claim 1 , wherein the one or more starry light outlets ( 301 ) are provided on a first side wall of the surrounding wall group ( 3 ).

4 . The starry sky light source assembly according to claim 1 , wherein the one or more starry light outlets ( 301 ) comprises a plurality of starry light outlets ( 301 ), one or more of the plurality of starry light outlets ( 301 ) are provided on a first side wall of the surrounding wall group ( 3 ), another one or more of the plurality of starry light outlets ( 301 ) are provided on an opposite second side wall of the surrounding wall group ( 3 ).

5 . The starry sky light source assembly according to claim 1 , wherein the rotating assembly ( 6 ) comprises a motor ( 601 ), an output shaft and a connecting plate ( 602 ), and the flashing dial ( 7 ) is detachably mounted on an end ( 603 ) of the output shaft.

6 . The starry sky light source assembly according to claim 5 , wherein the flashing dial ( 7 ) is a flat cylindrical object, and comprises a peripheral side wall and a concave portion ( 703 ) concaved from a bottom of the peripheral side wall along a height direction thereof, and the flashing dial ( 7 ) is mounted on the end ( 603 ) of the output shaft.

7 . The starry sky light source assembly according to claim 6 , wherein a plurality of holes ( 701 , 702 ) are formed in a peripheral side wall of the flashing dial ( 7 ), the holes ( 701 , 702 ) are of different shapes and different sizes, when the flashing dial ( 7 ) is rotated, the holes ( 701 , 702 ) create flickering light and dark.

8 . The starry sky light source assembly according to claim 7 , wherein the one or more starry light source assemblies ( 5 ) comprises a plurality of starry light source assemblies ( 5 ) mounted on the bottom ( 1 ) within the concave portion ( 703 ), and the starry light source assemblies ( 5 ) face the peripheral side wall of the flashing dial ( 7 ), light emitted from the starry light source assemblies ( 5 ) transmits through the holes ( 701 , 702 ), and then transmits out from the starry light outlets ( 301 ).

9 . The starry sky light source assembly according to claim 8 , wherein the one or more starry light outlets ( 301 ) comprises a plurality of starry light outlets ( 301 ), and the plurality of starry light source assemblies ( 5 ) face towards the plurality of starry light outlets ( 301 ) respectively.

10 . The starry sky light source assembly according to claim 1 , wherein the flashing dial ( 7 ) rotates around an axis perpendicular to the bottom ( 1 ) of the optical machine box, viewed from the surrounding wall group ( 3 ), the flashing dial ( 7 ) rotates transversely relative to side walls of the surrounding wall group ( 3 ).

11 . The starry sky light source assembly according to claim 1 , wherein each starry light source assembly ( 5 ) comprises a holder ( 501 ), a starry light source panel ( 502 ) mounted on the holder ( 501 ), a light bulb ( 503 ) mounted on the starry light source panel ( 502 ), and an optical element ( 504 ) mounted outside of the light bulb ( 503 ).

12 . A starry sky light source assembly, comprising:

an optical machine box comprising a bottom ( 1 ), a surrounding wall group ( 3 ) detachably mounted on the bottom ( 1 ), and a cover ( 8 ) detachably mounted on the surrounding wall group ( 3 ); a plurality of starry light outlets ( 301 ) being provided on at least one side wall of the surrounding wall group ( 3 ), and in communication with the inner space;

a control circuit board ( 2 ) detachably mounted on the bottom ( 1 ) within the optical machine box;

a starry light source assembly ( 5 ) detachably mounted within the optical machine box, and being electrically connected to the control circuit board ( 2 );

a rotating assembly ( 6 ) electrically connected to the control circuit board ( 2 ) and being rotatable within the optical machine box; and

a flashing dial ( 7 ) located in the optical machine box, connected to the rotating assembly ( 6 ) and being rotated by the rotating assembly ( 6 ), wherein the flashing dial ( 7 ) rotates around an axis perpendicular to the bottom ( 1 ) of the optical machine box.

13 . The starry sky light source assembly according to claim 12 , wherein the starry sky light source assembly further comprises a meteor light source assembly ( 4 ) detachably mounted within the inner space, and being electrically connected to the control circuit board ( 2 ), and a plurality of meteor light outlets ( 302 ) are provided on another side wall of the surrounding wall group ( 3 ) and in communication with the inner space.

14 . The starry sky light source assembly according to claim 1 , wherein the one or more starry light outlets ( 301 ) comprises a plurality of starry light outlets ( 301 ), the at least one side wall of the surrounding wall group ( 3 ) comprises a first side wall of the surrounding wall group ( 3 ), and the first side wall is curved in shape.

15 . The starry sky light source assembly according to claim 12 , wherein the at least one side wall of the surrounding wall group ( 3 ) is a curved side wall of the surrounding wall group ( 3 ).