There are provided an apparatus for mounting a light source in a light fixture and method of assembly of the apparatus. For example, there is provided an apparatus for mounting a light source in a light fixture. The apparatus includes an adjustable fixture including a rail onto which the light source is disposed. The apparatus further includes a spacer disposed perpendicularly to the rail. The spacer also includes a fixture configured to lock the apparatus in a specified configuration that corresponds to a depth of a frame of the light fixture.

Magnet signage lighting systems are disclosed in which electricity and informational data are transferred from wiring extending from an electrical power source to one or more electrical connector members. At least one power source magnet is electrically connected to the connector member or members. Signage lighting members have lighting member magnets affixed thereto such that when the lighting member magnet is attracted to and connected to the power source magnet, electricity and informational data is transmitted from the power source and an informational data controller, through the connector member or members, to the power source magnet, and then to the lighting member magnet to illuminate and provide informational data to the signage lighting members.

An address sign can consist of a rectangular enclosure with removable, illuminated alphanumeric characters attached to the front of the enclosure, an electronic control module positioned inside the enclosure, wherein the electronic control module includes a wireless communication unit configured to communicate with a series of electronic devices within a geographical area, and the electronic control module is configured to transmit signals to the illuminated alphanumeric characters.

A light box having a front part and a rear part. The front part, a printable, translucent, and rollable front plastics plate, forms a front side with a perimeter edge. The front part has a peripheral first connecting strip fixed on the front plastics plate to extend at least substantially along the entire perimeter edge of the front plastics plate. The rear part has a rollable rear plastics plate forming the rear side with a perimeter edge. The rear part has a peripheral second connecting strip fixed on the rear plastics plate to extend at least substantially along the entire perimeter edge of the rear plastics plate. At least one electrical light-emitting unit is arranged on an inside of the rear plastics plate opposite the rear side. The front part is fixed in front of the rear part by the first and second connecting strips.

A display arrangement includes a base, a decorative shell having a front cover and a back cover, an elongated central post that is rotatably coupled to the decorative shell and fixedly coupled to the base, a light source disposed on the elongated central post and within the shell, such that the light is visible though at least one opening in the shell, a stem coupled to the shell and coupled to the elongated central post, the stem having a magnet on one end, and a coil configured to receive energy from a power source to cause an arcing motion of the magnet, the stem, and thereby the decorative shell. The display arrangement can include a second shell disposed horizontally above the decorative shell and coupled to the decorative shell, and can also include a third shell disposed horizontally below the decorative shell, and that is coupled to the decorative shell.

Embodiments of this disclosure disclose a display panel and a display device including the display panel. The display panel includes a base substrate, the base substrate including a display area and a non-display area around the display area, a touch electrode layer on the base substrate, the touch electrode layer being within the display area of the base substrate, and a plurality of signal lines electrically connected with the touch electrode layer, the plurality of signal lines being distributed within a first area of the non-display area adjacent to the display area. The display panel further includes a plurality of outer dummy traces within a second area of the non-display area, the second area is between the first area and an outer border of the non-display area, and the plurality of outer dummy traces and the plurality of signal lines are separated from each other.

A taxi cab hailing assembly includes an arm that has a plurality of sections that are pivotally coupled together. The arm is positionable in an extended position or a collapsed position. A handle is provided and the arm is pivotally coupled thereto. The handle is gripped by a user to extend the arm outwardly toward a roadway when the arm is in the extended position. A panel is coupled to the arm thereby facilitating the panel be extended outwardly toward the roadway when the arm is in the extended position. A light emitter is coupled to the panel and the light emitter emits light the light emitter is turned on. In this way the light emitter enhances visibility of the panel to the taxi driver. An alarm is coupled to the handle and the alarm emits an audible alert when the alarm is turned on.

A combination signboard having the characteristics of low cost, ease of fabrication, maintenance and replacement is disclosed to include a signboard body having multiple through holes, multiple display devices detachably mounted on the signboard body, each display device including a mount having a recessed portion and multiple countersunk holes located in the recessed portion, a light guide plate positioned in the recessed portion, a light source module sandwiched between the light guide plate and the recessed portion and connection members made in the form of a screw bolt and respectively mounted in the countersunk holes of the mount, and locking members made in the form of a screw nut and respectively threaded onto the screw bolt-shaped connection members to detachably lock the display devices to the signboard body.

An integrated lighting system to efficiently manage battery life with indoor and outdoor modes by charging a battery during the day, turning on lights at peak night hours, and protecting the battery from overvoltage/leakage. The system comprises circuitry operable to connect to the battery and the LED light sources, the circuitry comprising a solar cell, a timer circuit, and a protection circuit. The solar cell charges the battery during daylight hours. The timer circuit regulates time periods during the day to turn on the LED light source. The overcharge circuit prevents damage from possible overcharge/leakage.

A sign apparatus of the present disclosure includes a light source operable to emit light, a front panel having a front portion and a side portion, and a rear panel attached to the front panel and having a back portion, a side portion and a rim portion. The rear panel and the front panel define a cavity where the light source is housed. The side portion of the front panel extends between the cavity and the side portion of the rear panel, and the rim portion of the rear panel is configured to follow a contour of the front panel, extend beyond a periphery of the front panel, and have opaque properties.