Vibrating massage ring
A vibrating massage ring relating to the technical field of massagers, including: an annular body and a vibrating massage assembly. The annular body has a ring hole configured to tighten around a male genitalia, and the vibrating massage assembly is disposed on an inner wall of the ring hole and extends radially along the ring hole, in which the vibrating massage assembly is pushed out of the ring hole and elastically abutted against an outer periphery of the male genitalia when the annular body is fitted onto the male genitalia.
1 . A vibrating massage ring, comprising:
an annular body ( 1 ) having a ring hole (o 1 ) configured to tighten around a male genitalia; and
a vibrating massage assembly ( 2 ) disposed on an inner wall of the ring hole (o 1 ) and extending radially along the ring hole (o 1 );
wherein the vibrating massage assembly ( 2 ) is pushed out of the ring hole (o 1 ) and elastically abutted against an outer periphery of the male genitalia when the annular body ( 1 ) is fitted onto the male genitalia;
wherein the vibrating massage assembly ( 2 ) is a vibrating bead, and the vibrating bead includes: a connecting section ( 21 ) connected to the annular body ( 1 ), and a spherical end ( 22 ) extending from the connecting section ( 21 ).
2 . The vibrating massage ring according to claim 1 , further comprising:
a vibration module ( 3 );
wherein the vibration module ( 3 ) includes: a first vibration motor ( 31 ) disposed in the vibrating massage assembly ( 2 ), a control motherboard ( 32 ), a power source ( 33 ) and a contact switch ( 34 ) correspondingly disposed in the annular body ( 1 ); and wherein
the control motherboard ( 32 ) is electrically connected to the first vibration motor ( 31 );
the power source ( 33 ) supplies power to the control motherboard ( 32 ) and the first vibration motor ( 31 ), and
the contact switch ( 34 ) is electrically connected to the control motherboard ( 32 ).
3 . The vibrating massage ring according to claim 2 , wherein the annular body ( 1 ) is made of an elastic material, and a cross-sectional thickness of the annular body ( 1 ) gradually decreases from one side to another side; and the control motherboard ( 32 ), the power source ( 33 ), and the contact switch ( 34 ) are all disposed on a side of the annular body ( 1 ) that has a greater cross-sectional thickness.
4 . The vibrating massage ring according to claim 3 , wherein the vibrating massage assembly ( 2 ) is connected to the side of the annular body ( 1 ) that has the greater cross-sectional thickness and extends toward a side of the annular body ( 1 ) that has a smaller cross-sectional thickness.
5 . The vibrating massage ring according to claim 4 , wherein the vibration module ( 3 ) further includes: two second vibration motors ( 35 ) correspondingly disposed in the annular body ( 1 ) and electrically connected to the control motherboard ( 32 ), and the two second vibration motors ( 35 ) are symmetrically arranged relative to the vibrating massage assembly ( 2 ).
6 . The vibrating massage ring according to claim 2 , wherein the power source ( 33 ) is a rechargeable battery, and a charging hole (o 3 ) is provided on the annular body ( 1 ); and the vibrating massage ring further comprises: a magnetic charging connector ( 36 ) disposed in the annular body ( 1 ) and corresponding to the charging hole (o 3 ).
7 . The vibrating massage ring according to claim 1 , wherein a surface of the vibrating massage assembly ( 2 ) and an outer surface of the annular body ( 1 ) both have a textured structure ( 4 ).
8 . The vibrating massage ring according to claim 1 , wherein the annular body ( 1 ) is entirely circular or lip-shaped.
9 . The vibrating massage ring according to claim 1 , wherein the annular body ( 1 ) includes: a first collar and a second collar that are spaced apart and partially connected to each other, and wherein the vibrating massage assembly ( 2 ) is installed on an inner wall of the ring hole (o 1 ) of the first collar or the second collar.