Segmented elongated circuit boards with electrical passageways provide even lighting across large areas while reducing material usage and installation time.
An optical element uses an internal reflector to redirect sunlight via total reflection.
Segmented side plates with pre-formed insertion plates engage base plate slots to eliminate gluing delays and ensure consistent assembly quality.
Inclined mold frame surface redirects light to backlight unit edges, resolving edge luminance uniformity issues.
A pivoting clamping bridge with a tension spring compensates for flexible carrier stretching by rotating the clamping arm.
Segmented flat and prism regions resolve the brightness versus view angle contradiction by combining diffusion and condensation functions in one component.
A plate-like member mounting device uses elastic members that deform under thrust to support panels securely.
Segmented sign components with universal connecting bars resolve the trade-off between custom message flexibility and manufacturing cost.
A removable light source unit couples to a lower receptacle sidewall for direct thermal conduction.
A backlight unit design compresses frame width by removing the traditional case and segmenting the support structure into resin and metal components.
Asymmetric notch positioning in display device segment structures prevents light leakage and ensures uniform emission across character segments.
Curved support main protrusions maintain liquid crystal panel spacing, preventing friction and scratches caused by vibration in thin display devices.
Integrated support panels dissipate heat from LED emitters while protecting electronic drivers within the sign assembly.
A selective reflective layer on an array substrate reflects specific wavelengths while transmitting others to reuse light within the display stack.
Segmenting the diffusing plate into regions at varying distances from LEDs resolves the trade-off between backlight thickness and light uniformity.
Discrete halftone ink dots create light-transmissive openings that reduce absorption and scattering, eliminating the need for a clear topcoat layer.