Quickly USB Charging ports for lighting device has USB charging-ports which meet 2007 released specification has minimum 1.0 Amp to 5 Amp at DC 5 Volt safety and quickly charging capacity to quickly charge DC current into energy-storage unit or assembly inside the other electric or digital product(s) without high voltage DC current for overheat and fire risk and, optionally, additional outlet-units, to supply AC current to other electric or digital devices including smart phone, computer, communication, consumer electric products. The USB-unit(s) or USB-Module(s) or Outlet-unit(s) fit within or install on anywhere of the item's housing including anywhere of the base, pole, bar, stand, step, contour, edge, walls. The said USB charger only has charging function no any data transmit and only have one input power source not more than one and charging capacity minimum 1.0 Amp up for quickly charge from USB-Charging-ports by 2 male USB-plugs' USB-wire to the device's female USB-ports. The device has 2.sup.nd or more circuit-inside of device's housing to supply the current to other functions including other light source, LEDs, Plurality of LEDs has different colors, controller, switch, sensor, motion sensor, PIR, remote controller, IP cam and related IR photo-diode or wireless communication for big current needed which may use 2.sup.nd transformer to supply big Amperage and different working voltage to prevent from 1 transformer not only supply USB Charging-ports(s) but also Big Power consumption for LEDs or other light source or other functions need power.

The present invention concerns a holographic display device incorporated in a timepiece device comprising at least one movable hand, having a light source at its peripheral end, and a watch glass comprising at least one hologram at its periphery, said light source being arranged on the hand so that it reconstructs said hologram when it moves into a predetermined angular sector.

The present invention concerns a holographic display device incorporated in a timepiece device comprising at least one movable hand, having a light source at its peripheral end, and a watch glass comprising at least one hologram at its periphery, said light source being arranged on the hand so that it reconstructs said hologram when it moves into a predetermined angular sector.

A luminous electronic clock includes a multi-diameter forward tapered case frame; a transparent plate installed in a front circumferential edge of the case frame with a sealing ring mounted between them; a dial spaced behind the transparent plate and having time markers, temperature numbers and humidity numbers provided thereon; clock, thermometer and hygrometer movements mounted on a back side of the dial; hands of the clock and pointers of the thermometer and the hygrometer mounted on movement shafts and located on a front side of the dial; a set of LED lights installed around the clock movement shaft and located behind the dial; battery holders mounted behind the dial; and a case back fixedly held to a rear circumferential edge of the case frame by retaining springs and having windows corresponding to the movements and the battery holders.

A luminous electronic clock includes a multi-diameter forward tapered case frame; a transparent plate installed in a front circumferential edge of the case frame with a sealing ring mounted between them; a dial spaced behind the transparent plate and having time markers, temperature numbers and humidity numbers provided thereon; clock, thermometer and hygrometer movements mounted on a back side of the dial; hands of the clock and pointers of the thermometer and the hygrometer mounted on movement shafts and located on a front side of the dial; a set of LED lights installed around the clock movement shaft and located behind the dial; battery holders mounted behind the dial; and a case back fixedly held to a rear circumferential edge of the case frame by retaining springs and having windows corresponding to the movements and the battery holders.

An USB device has at least one linkable or connectable USB-unit(s) and each USB-unit(s) has at least one of USB port(s) built-in geometric shape, size, construction USB-unit housing and each housing has its own electric or branch wire. And, at least one external (1) transformer change AC power source to DC power, or (2) DC power source device to supply power to more than one USB-unit(s) those are away from (1A) transformer or (2A) DC power source device, or (3A) each of separated unit(s) for preferred distance; to charge other products. Wherein, the external transformer connected with each USB unit by preferred wire(s) arrangement. And, USB device has more than one separated and distance away USB-unit(s) or wireless-unit(s) put top or preferred location of indoor, outdoor furniture or object(s). Furthermore, A wireless charger system has at least one wireless charger system built-in geometric construction wireless charger-unit housing and each housing has its own electric wire. And, at least one external power source device to supply more than one wireless charger-units away from power source device to charge other products. Wherein, the power source device connected with each separated and distance away wireless charger-unit by preferred wire(s) arrangement. And, the wireless charger system has more than one wireless charge-unit(s) put top or preferred location of indoor, outdoor furniture or object(s).

An USB device has at least one linkable or connectable USB-unit(s) and each USB-unit(s) has at least one of USB port(s) built-in geometric shape, size, construction USB-unit housing and each housing has its own electric or branch wire. And, at least one external (1) transformer change AC power source to DC power, or (2) DC power source device to supply power to more than one USB-unit(s) those are away from (1A) transformer or (2A) DC power source device, or (3A) each of separated unit(s) for preferred distance; to charge other products. Wherein, the external transformer connected with each USB unit by preferred wire(s) arrangement. And, USB device has more than one separated and distance away USB-unit(s) or wireless-unit(s) put top or preferred location of indoor, outdoor furniture or object(s). Furthermore, A wireless charger system has at least one wireless charger system built-in geometric construction wireless charger-unit housing and each housing has its own electric wire. And, at least one external power source device to supply more than one wireless charger-units away from power source device to charge other products. Wherein, the power source device connected with each separated and distance away wireless charger-unit by preferred wire(s) arrangement. And, the wireless charger system has more than one wireless charge-unit(s) put top or preferred location of indoor, outdoor furniture or object(s).

The invention concerns a timepiece (1), notably a diver's watch, comprising a case (2) provided with a case middle (3), a light source (6), an element (4) movable between several positions relative to the case (2), and movable means for assembling the movable element (4) on the middle part (3) of the case (2). More particularly, the movable element (4) includes a light guide (10) and an upper cover (9) comprising an index (5), the guide (10) being configured to receive a light beam (8) from the light source through an entry face (12), and to guide light rays (18) through an exit face (15) of the light guide (10) in order to illuminate the index (5), whatever the position of the movable element (4) relative to the case (2).

A display device for a portable object wherein the portable object includes a dial and at least one movable hand, at least one movable hand includes a light source or is coupled to a light source, the dial includes at least one secondary light waveguide, the light source and the secondary waveguide being arranged such that the light source is coupled to the proximal end of the secondary waveguide when the movable hand moves into a predetermined sector of the dial, and the distal end of the secondary waveguide being coupled to a display element of the dial.

A display device for a portable object wherein the portable object includes a dial and at least one movable hand, at least one movable hand includes a light source or is coupled to a light source, the dial includes at least one secondary light waveguide, the light source and the secondary waveguide being arranged such that the light source is coupled to the proximal end of the secondary waveguide when the movable hand moves into a predetermined sector of the dial, and the distal end of the secondary waveguide being coupled to a display element of the dial.