Personal massager
A personal massager configured to be worn on a user's finger. The massager includes a housing, and a motor operable to vibrate the housing. The housing defines an opening configured to receive the finger. The housing extends partway around the circumference of the user's finger when the user's finger is received inside the opening. Optionally, the massager includes a control circuit configured to determine a pattern of vibration supplied to the housing by the motor. Optionally, the massager includes a rechargeable battery that provides power to the motor.
1. A personal massager for use with a user, wherein the user has a first finger and a second finger, the first finger being adjacent the second finger, the first finger having a circumference, the massager comprising:
a housing defining an opening configured to receive the first finger, the housing configured to extend partway around the circumference of the first finger when the first finger is received inside the opening, the housing comprising a cylindrically shaped motor housing, an outer surface, a recessed portion, and an outwardly extending portion, the outwardly extending portion having a first curved portion with a first curvature, the motor housing having a second curved portion with a second curvature positioned adjacent to the first curved portion, the second curvature substantially matching the first curvature, the recessed portion being adjacent to the outwardly extending portion, the recessed portion being configured to receive at least a portion of the second finger, the outer surface comprising a massaging portion configured to be placed against a surface to be massaged, the outwardly extending portion being configured to be pressed upon by the second finger when the first finger is received inside the opening and the portion of the second finger is received inside the recessed portion;
a motor positioned inside the motor housing, the motor being operable to vibrate the housing, the motor housing being positioned at least partially within the outwardly extending portion such that the second finger is able to press the motor and the motor housing against the surface to be massaged when the massaging portion is placed against the surface to be massaged and the second finger applies pressure to the outwardly extending portion; and
an actuator positioned adjacent the recessed portion on the housing, the recessed portion being positioned between the actuator and the outwardly extending portion, selective actuation of the actuator by the user causing the motor to vibrate the housing.
2. The massager of claim 1 , further comprising:
a control circuit connecting the actuator to the motor, the control circuit receiving signals from the actuator and controlling operation of the motor in response to the signals received.
3. The massager of claim 2 , wherein
the control circuit is configured to cause the motor to vibrate the housing in each of a plurality of vibration patterns,
actuating the actuator signals the control circuit of a selection of a selected one of the plurality of vibration patterns, and
in response to having been signaled by the actuator of the selection, the control circuit causes the motor to vibrate the housing in the selected vibration pattern.
4. The massager of claim 2 , further comprising:
a rechargeable battery coupled to the control circuit and configured to provide power thereto; and
a recharging circuit coupled to the battery and configured to supply power thereto.
5. The massager of claim 4 , further comprising:
a pair of recharging contacts coupled to the recharging circuit, the recharging contacts being configured to receive power and transfer the received power to the recharging circuit.
6. The massager of claim 5 for use with a power source, further comprising:
a power cord having a first plug configured to supply power to the recharging contacts, and a second plug configured to receive power from the power source and supply that power to the first plug.
7. The massager of claim 6 , wherein the second plug is a USB plug.
8. The massager of claim 6 , wherein the recharging contacts are magnetic and the first plug includes one or more magnets that are attracted to the magnetic recharging contacts.
9. The massager of claim 1 , wherein the actuator is a button, and
when the button is depressed continuously for more than a predetermined amount of time as the motor is vibrating the housing, the motor turns off and stops vibrating the housing.
10. The massager of claim 1 , wherein the housing is waterproof.
11. The massager of claim 1 , wherein the housing further comprises:
an internal housing assembly at least partially surrounded by an outer silicone covering, the internal housing comprising the motor housing, the outer silicone covering comprising the outer surface.
12. The massager of claim 11 , wherein massaging projections are formed in a portion of the outer silicone covering.
13. A personal massager comprising:
a motor;
a housing defining a longitudinally extending opening configured to receive a first finger of a user along a longitudinal dimension, the housing having a cylindrically shaped motor housing configured to receive the motor, the motor housing extending along the longitudinal dimension, the housing having an outwardly extending portion that is adjacent to a recessed portion of the housing, the outwardly extending portion having a first curved portion with a first curvature, the motor housing having a second curved portion with a second curvature positioned adjacent to the first curved portion, the second curvature substantially matching the first curvature, the recessed portion being configured to receive at least a portion of a second finger of the user, the outwardly extending portion being configured to be pressed upon by the second finger when the first finger is received longitudinally inside the opening and the portion of the second finger is received longitudinally inside the recessed portion, the housing having a massaging portion configured to be placed against a surface to be massaged, wherein the motor housing is at least partially housed inside the outwardly extending portion such that the second finger is able to press the motor and the motor housing against the surface to be massaged when the massaging portion is placed against the surface to be massaged and the second finger applies pressure to the outwardly extending portion; and
an actuator positioned adjacent the recessed portion of the housing, the recessed portion being positioned between the actuator and the outwardly extending portion, selective actuation of the actuator by the user causing the motor to vibrate the housing.
14. The massager of claim 13 , further comprising:
a control circuit connecting the actuator to the motor, the control circuit receiving signals from the actuator and controlling operation of the motor in response to the signals received.
15. The massager of claim 14 , wherein
the control circuit is configured to cause the motor to vibrate the housing in each of a plurality of vibration patterns,
actuating the actuator signals the control circuit of a selection of a selected one of the plurality of vibration patterns, and
in response to having been signaled by the actuator of the selection, the control circuit causes the motor to vibrate the housing in the selected vibration pattern.
16. A personal massager for use with a user, wherein the user has a first finger, and a second finger, the first finger being adjacent the second finger, the first finger having a circumference, the massager comprising:
a housing defining a longitudinally extending opening configured to receive the first finger along a longitudinal dimension, the housing configured to extend partway around the circumference of the first finger when the first finger is received inside the opening, the housing comprising a cylindrically shaped motor housing, a recessed portion, and an outwardly extending portion, the outwardly extending portion having a first curved portion with a first curvature, the motor housing having a second curved portion with a second curvature positioned adjacent to the first curved portion, the second curvature substantially matching the first curvature, the recessed portion being adjacent to the outwardly extending portion, the recessed portion extending along the longitudinal dimension and being configured to receive at least a portion of the second finger, the outwardly extending portion being configured to be pressed upon by the second finger when the first finger is received longitudinally inside the opening and the portion of the second finger is received longitudinally inside the recessed portion, the housing having a massaging portion configured to be placed against a surface to be massaged, wherein when the massaging portion is placed against the surface to be massaged, pressing on the outwardly extending portion presses the massaging portion against the surface to be massaged;
a motor positioned inside the motor housing, the motor being operable to vibrate the housing, the motor extending into the motor housing along the longitudinal dimension and being positioned at least partially within the outwardly extending portion such that the second finger is able to press the motor and the motor housing against the surface to be massaged when the massaging portion is placed against the surface to be massaged and the second finger applies pressure to the outwardly extending portion; and
an actuator positioned adjacent the recessed portion on the housing, the recessed portion being positioned between the actuator and the outwardly extending portion, selective actuation of the actuator by the user causing the motor to vibrate the housing.
17. The massager of claim 16 , further comprising:
a control circuit connecting the actuator to the motor, the control circuit receiving signals from the actuator and controlling operation of the motor in response to the signals received.
18. The massager of claim 17 , wherein
the control circuit is configured to cause the motor to vibrate the housing in each of a plurality of vibration patterns,
actuating the actuator signals the control circuit of a selection of a selected one of the plurality of vibration patterns, and
in response to having been signaled by the actuator of the selection, the control circuit causes the motor to vibrate the housing in the selected vibration pattern.