The invention is a universal safety device for cyclists which can be used by anyone in any country with no modifications. The safety mirror and an indicator device (100) for wearing on a hand comprises: a first face (10A) housing a mirror (20) and a second opposed face (10B) that interfaces a wearer's hand in use. A strap (50) is provided for securing the device to a wearer's hand. A light (30) powered by a battery (70) is arranged on an end (40) of the device (100).

The light (30) and the strap (50) are arranged such that the light (30) projects past the hand of the wearer so that the light (30) is not obstructed by the wearer's hand when viewed from a position in front of the wearer during use. The device (100) has a switch (90) operatively connected to the light (30) to activate the light (30) when triggered.

The present invention relates to a push-out type miniature electric shock flashlight capable of automatically resetting, comprising a flashlight body shell, a plastic main body part, an integrated circuit board assembly and a base plate, an open slot; the plastic main body part comprises an operating member and a power control member, an LED lamp and electric shock sheets are provided inside the operating member, an ignition coil and a polymer lithium battery are provided inside the power control member, and a guide slot is also provided on a bottom surface of the power control member; the circuit board assembly is arranged between the polymer lithium battery and the plastic main body part and comprises a lighting switch, an electric shock/lighting change-over switch, a charging indicator, a USB interface and an electric shock switch; a joint pin and a guide block.

A luminous attire comprising a garment including at least one light source whereby when the luminous garment is worn by a user and in use, the at least one light source emits light in a direction substantially ahead of the wearer and in the direction in which the wearer is traveling to lighten the surroundings and direction in which the wearer is traveling. On the luminous garment, the at least one light source is positioned on the attire at at least one location whereby the wearer does not have to manually point the at least one light source ahead of the wearer and in the direction in which the wearer is traveling. The luminous attire may comprise different types of luminous garments. The wearer may simultaneously wear more than one type of luminous garment, if so desired.

An improved container for storing liquids includes a main body. The main body includes a front surface, a rear surface, a left side surface, a right side surface, a top surface, a base surface, and plurality of cylindrical surfaces. The top surface includes an aperture adapted to allow liquids to pass therethrough. The front surface, the rear surface, the left side surface, the right side surface, the top surface, and the base surface form an interior volume adapted to retain liquids therein. The plurality of cylindrical surfaces extend between the left side surface and the right side surface.

A lighting device (10) having a base housing (12) to receive one or more batteries therein to power a light source located in a light housing (14). The light housing (14) being pivotally attached to the base housing (12) at pivot points on both sides of the base housing (12), wherein a handle (24) is provided which extends along the axis of rotation (13) between the pivot points.

A flashlight is protected from damage due to shock such as occurs when a flashlight is dropped, crushed or otherwise physically abused. A plastic molding can be attached to either the front or rear portion of a flashlight or to both portions to resiliently absorb shock forces. A series of thin fins projects axially outwardly from the molding to resiliently deform upon impact so as to absorb shock and distribute the shock around the ends of the flashlight and to reduce stress concentrations around the ends of the flashlight. A series of axially-extending and radially-extending ribs further protects the flashlight from axially and radially-directed shock forces and further absorb shock forces. An optional safety crush or clearance zone can be provided between each shock absorber and the flashlight.

An illuminating motion sensing module for a beverage container. The illuminating motion sensing module is removably coupled to the base of the beverage container. The top surface of the module is comprised of a translucent surface with a diffusion texture which allows light emitted from the module to be propagated into the surrounding environment. The beverage container and motion module are placed on a nightstand, dresser, table, or any other flat surface within a low-light or no-light environment. After the motion of a user has been detected by the module, an illumination pattern is responsively emitted from the module and propagated out of the translucent or transparent beverage container, thus signaling the location of the beverage container to the user in a low-light or no-light environment. The motion module comprises a set of pre-programmed instructions for operating the motion module in one of a plurality of operation modes.

A lighting device, comprising a glow material; a light source, positioned to illuminate the glow material when the light source is activated; and a light source controller, for sequencing sufficient on and off activation of the light source to maintain activate the glow material over a period of time.

A lighting device, comprising a glow material; a light source, positioned to illuminate the glow material when the light source is activated; and a light source controller, for sequencing sufficient on and off activation of the light source to maintain activate the glow material over a period of time.