According to an aspect, there is provided an electronic connection module for mounting within an electronic device, the electronic connection module comprising: a connection port comprising a connector and a first sealing ring disposed on an outer surface of the connector at an open end of the connector, the open end being configured to receive a mating connector; an intermediate housing configured to receive the connection port, the intermediate housing comprising an inner surface against which the first sealing ring of the connection port interfaces to provide a seal between the inner surface of the intermediate housing and the connection port; a module housing configured to receive the intermediate housing and the connection port; a biasing unit disposed between the module housing and the connection port, the biasing unit configured to bias the connection port towards a shelf of the intermediate housing such that the open end of the connection port abuts the shelf of the intermediate housing to secure the connection port within the intermediate housing; and an O-ring disposed on an outer surface of the intermediate housing for interfacing with an inner surface of the electronic device, the O-ring being disposed between a ledge projecting from an outer surface of the intermediate housing and the module housing.

A vibrating toothbrush is provided with vibration-isolating zones that substantially isolate vibrations in the head and reduce vibrations transmitted to the handle without sacrificing structural integrity around the vibration-isolation zones. Such zones may generally comprise neck material that is reduced in cross-section, thinned, replaced by dampening material, or removed altogether to create transmission-inhibiting voids. The vibration-isolating zones may be further supported by the housing of the vibratory element to maintain the structural integrity around the zones and to thereby alleviating weakness conditions that might subject the toothbrush to fatigue and breakage conditions.

An electric shaver with a drive shaft having a first rotary axis and a drive pin connected to the drive shaft eccentrically with respect to the rotary axis, and a driven shaft having a second rotary axis. The driven shaft is indirectly coupled to the drive shaft by a gear mechanism capable of converting a rotary motion of the drive shaft into a reciprocating motion of the driven shaft.

The present invention generally relates to cleaning and washing shavers with water or other fluids. More particularly, the present invention relates to electric shavers comprising a handle portion, a shaver head supported by said handle portion and including at least one drivable cutter element, and at least one rinse opening for rinsing water through the interior of said shaver head. In accordance with one aspect, said rinse opening has a horn-shaped contour with a cross-section continuously expanding towards the ambience of the shaver.

The present invention generally relates to cleaning and washing shavers with water or other fluids. More particularly, the present invention relates to electric shavers comprising a handle portion, a shaver head supported by said handle portion and including at least one drivable cutter element, and at least one rinse opening for rinsing water through the interior of said shaver head.

The present invention relates to a system comprising personal care device and a shower hanger, wherein a power socket for receiving an electric power supply plug is provided at said housing. The present invention further relates to a hanger for hanging up said personal care device, said hanger comprising a plug to be inserted into the power socket of said personal care device. It is suggested to provide for matching snap-fit contours at the power socket of the personal care device on the one hand and the hanger on the other hand to allow for attaching the hanger to the personal care device by means of snap-fitting the hanger in the power socket of the personal care device.

The present disclosure provides a vibratory linear actuator and a cutter capable of suppressing vibration while enabling a size reduction. A vibratory linear actuator according to the present disclosure includes an output movable body and vibration-absorbing movable body reciprocating at opposite phases. The vibratory linear actuator also includes a coupling member configured to couple the output movable body and vibration-absorbing movable body to each other. Vibration-absorbing movable body further includes absorbing-side weight configured to adjust to move the position of the center of gravity of vibration-absorbing movable body closer to the position of the center of gravity of the output movable body. The coupling member includes: an output movable body holder configured to hold the output movable body; vibration-absorbing movable body holder configured to hold vibration-absorbing movable body; and a coupler configured to couple the output movable body holder and vibration-absorbing movable body holder to each other. Absorbing-side weight is provided with a fastening portion fastened to a fastening portion counterpart formed in the vibration-absorbing movable body holder.

A vibrating toothbrush is provided with vibration-isolating zones that substantially isolate vibrations in the head and reduce vibrations transmitted to the handle without sacrificing structural integrity around the vibration-isolation zones. Such zones may generally comprise neck material that is reduced in cross-section, thinned, replaced by dampening material, or removed altogether to create transmission-inhibiting voids. The vibration-isolating zones may be further supported by the housing of the vibratory element to maintain the structural integrity around the zones and to thereby alleviating weakness conditions that might subject the toothbrush to fatigue and breakage conditions.

A working machine may include a first working machine part, a second working machine part, and a vibration damping member positioned between them. The vibration damping member may include a first mount portion configured to be attached to a first mount element disposed on one of the first working machine part and the second working machine part, a second mount portion offset in a first direction from the first mount portion and configured to be attached to a second mount element disposed on the other of the first working machine part and the second working machine part, a first connection portion connecting the first mount portion to the second mount portion, and a first recessed groove defined in a portion of an outer surface of the vibration damping member that corresponds to an outer surface of the first connection portion.

A vibrating toothbrush is provided with vibration-isolating zones that substantially isolate vibrations in the head and reduce vibrations transmitted to the handle without sacrificing structural integrity around the vibration-isolation zones. Such zones may generally comprise neck material that is reduced in cross-section, thinned, replaced by dampening material, or removed altogether to create transmission-inhibiting voids. The vibration-isolating zones may be further supported by the housing of the vibratory element to maintain the structural integrity around the zones and to thereby alleviating weakness conditions that might subject the toothbrush to fatigue and breakage conditions.