Abstract: A backlight module for a lighting keyboard comprises a lighting board including light emitting units, a light guide panel disposed on the lighting board and including light guide holes, and a shielding sheet disposed on the light guide panel. Each light emitting unit is located in each light guide hole. The backlight module is divided into regions including a middle region and two first side regions located outside the middle region. The light guide holes include at least one middle light guide hole in the middle region and at least one first light guide hole in the first side region. A distance between a light emitting unit located in the middle light guide hole and a wall of the middle light guide hole is lesser than a distance between a light emitting unit located in the first light guide hole and a wall of the first light guide hole.

Abstract: A dynamic random access memory applied to an embedded display port includes a memory core unit, a peripheral circuit unit, and an input/output unit. The memory core unit is used for operating in a first predetermined voltage. The peripheral circuit unit is electrically connected to the memory core unit for operating in a second predetermined voltage, where the second predetermined voltage is lower than 1.1V. The input/output unit is electrically connected to the memory core unit and the peripheral circuit unit for operating in a third predetermined voltage, where the third predetermined voltage is lower than 1.1V.

Abstract: A pressing cleaner for an optical connector's end face includes a housing, a support unit fixed inside the housing, a feeding unit which is opposite to the support unit and held and moved in the housing; the feeding unit is pivotally fitted at a rotary unit ahead, the rotary unit is provided with a cleaning head at the front side, the cleaning head is equipped with a pressing surface ahead, and the feeding unit allows a cleaning wire to be stretched and wound around the cleaning head as well as the pressing surface externally; the rotary unit includes a worm shaft on which guiding slots are opened wherein the guiding slots correspond to pins in the front of the support unit for holding the pins inside the guiding slots; an optical connector's end face is cleaned by the cleaning wire when the pressing surface is activated and the rotary unit is driven via the pins and the guiding slots for rotations.

Abstract: A pressing cleaner for an optical connector's end face provided in the present disclosure comprises a housing, a support unit fixed inside the housing, a feeding unit which is opposite to the support unit and held and moved in the housing; the feeding unit is pivotally fitted at a rotary unit ahead, the rotary unit is provided with a cleaning head at the front side, the cleaning head is equipped with a pressing surface ahead, and the feeding unit allows a cleaning wire to be stretched and wound around the cleaning head as well as the pressing surface externally; the rotary unit comprises a worm shaft on which guiding slots are opened wherein the guiding slots correspond to pins in the front of the support unit for holding the pins inside the guiding slots; an optical connector's end face is cleaned by the cleaning wire when the pressing surface is activated and the rotary unit is driven via the pins and the guiding slots for rotations.

Abstract: An optic connector cleaning apparatus includes a driving assembly, a cleaning tape and a casing. The driving module includes a reel assembly. The cleaning tape includes a first surface and a second surface opposite the first surface, the cleaning tape winds at the reel assembly; the casing includes an inverting structure and a cleaning region. The cleaning tape winds about the inverting structure. The first surface of the cleaning tape is exposed to the cleaning region, the cleaning tape winds about the inverting structure to expose the second surface through the cleaning region.

Abstract: A bi-directional inflating device, comprising: a handle rod comprising an inner tube and an outer tube, an adapter tube communicating with the inner tube, two inflating fittings each having a passage communicating with the adapter tube, a bushing fixed with the outer tube and slidable in parallel to the passages, and two detent assemblies located between two step portions in the bushing and the adapter tube respectively. The inflating fittings each have two grooves formed with a through hole respectively. The detent assemblies each comprise two detents and an elastic piece. The detents each have a body disposed in a corresponding one of the grooves and two end portions extending outwards from the outer surface of the corresponding inflating fitting respectively. The body has an abutting portion that extends through the through hole of the corresponding inflating fitting and is located inside the corresponding passage.

Abstract: An optic connector cleaning apparatus includes a driving assembly, a cleaning tape and a casing. The driving module includes a reel assembly. The cleaning tape includes a first surface and a second surface opposite the first surface, the cleaning tape winds at the reel assembly; the casing includes an inverting structure and a cleaning region. The cleaning tape winds about the inverting structure. The first surface of the cleaning tape is exposed to the cleaning region, the cleaning tape winds about the inverting structure to expose the second surface through the cleaning region.

Abstract: A cable diagnostic device for diagnosing a plurality of conductive pins of cables is provided. The cable diagnostic device comprises a body unit, a diagnostic unit, a display unit, and a pair of diagnostic adaptor heads. The body unit has an accommodating space defined therein. The diagnostic unit is disposed in the accommodating space. The diagnostic unit includes a transmitting port and a receiving port. The display unit is visibly exposed from the body unit. The pair of diagnostic adaptor heads detachably disposed at the body unit, each of the diagnostic adaptor heads includes a diagnostic connector and a diagnostic socket. Whereby when the two diagnostic connectors are inserted into the transmitting port and receiving port respectively, two ends of the cable are plugged into the two diagnostic sockets respectively, the diagnostic unit diagnoses test pulses between the two ends of each conductive pins of the cable.

Abstract: A bi-directional inflating device, comprising: a handle rod comprising an inner tube and an outer tube, an adapter tube communicating with the inner tube, two inflating fittings each having a passage communicating with the adapter tube, a bushing fixed with the outer tube and slidable in parallel to the passages, and two detent assemblies located between two step portions in the bushing and the adapter tube respectively. The inflating fittings each have two grooves formed with a through hole respectively. The detent assemblies each comprise two detents and an elastic piece. The detents each have a body disposed in a corresponding one of the grooves and two end portions extending outwards from the outer surface of the corresponding inflating fitting respectively. The body has an abutting portion that extends through the through hole of the corresponding inflating fitting and is located inside the corresponding passage.

Abstract: An optical signal inspection device includes a housing, a diagnostic unit, an optical specimen holder, a light-shielding module, and a guiding unit. A receiving space is defined internally of the housing. The housing has an optical fiber holding area formed thereon. The optical specimen holder has an upper jaw member and a lower jaw member. The light shielding module has a main body and two lateral shielding members disposed thereon. Two side portions of the lower jaw member are formed matchingly to the lateral shielding members. The guiding unit is secured to the upper or lower jaw member. When the upper and lower jaw members are used to clamp the optical fiber for inspection, interference due to ambient lighting can be prevented by the light shielding module. Thus, quick and accurate inspection results can be obtained by the user.

Abstract: The present invention discloses a light guide plate and a backlight module having the same. The light guide plate includes a light emitting surface, a light incident surface, a light reflecting surface, and a plurality of prisms disposed on the light reflecting surface. The disposition direction of the prisms can be parallel or perpendicular to the lengthwise direction of the light reflecting surface. An inclined angle may exist between the disposition direction of the prisms and the lengthwise of the light reflecting surface. The backlight module includes a light guide plate, a light source, and an optical film set, wherein the light source is disposed near the light incident surface. The optical film set partially covers the light emitting surface, wherein a distance exists between a vertex of the prism and an edge of the optical film set.

Abstract: An optical signal inspection device includes a housing, a diagnostic unit, an optical specimen holder, a light-shielding module, and a guiding unit. A receiving space is defined internally of the housing. The housing has an optical fiber holding area formed thereon. The optical specimen holder has an upper jaw member and a lower jaw member. The light shielding module has a main body and two lateral shielding members disposed thereon. Two side portions of the lower jaw member are formed matchingly to the lateral shielding members. The guiding unit is secured to the upper or lower jaw member. When the upper and lower jaw members are used to clamp the optical fiber for inspection, interference due to ambient lighting can be prevented by the light shielding module. Thus, quick and accurate inspection results can be obtained by the user.

Abstract: The instant disclosure relates to a detecting device for diagnosing the connector pins of a HDMI cable. The device includes a housing unit, a detector component, and a power component. The housing has a receiving compartment within. The detecting component is partially received in the receiving compartment of the housing. The detector component includes a detector circuit board, two input-signal sockets, a detector switch, a plurality of signal-status indicators, and a detector directive indicator. The two input-signal sockets, the detector switch, the signal-status indicators and the detector directive indicator electrically connect the detecting circuit board and substantially reveal on a surface of the housing. The power component is received in the receiving compartment of the housing and electrically connected to the detecting component.

Abstract: A backlight module including a back bezel, a frame, and a backlight source is provided. The back bezel has a bottom carrier and a side wall extending upward from an edge of the bottom carrier so as to define a containing space. The side wall has a through hole and a reverse bending structure. The reverse bending structure is bent downward into the containing space for shielding a portion of the through hole. Parts of the region of the back bezel are covered with the frame and a portion of the frame extends from the containing space into the through hole and covers the reverse bending structure. The backlight source is disposed in the containing space located over the back bezel and the frame.

Abstract: The present invention discloses a light guide plate and a backlight module having the same. The light guide plate includes a light emitting surface, a light incident surface, a light reflecting surface, and a plurality of prisms disposed on the light reflecting surface. The disposition direction of the prisms can be parallel or perpendicular to the lengthwise direction of the light reflecting surface. An inclined angle may exist between the disposition direction of the prisms and the lengthwise of the light reflecting surface. The backlight module includes a light guide plate, a light source, and an optical film set, wherein the light source is disposed near the light incident surface. The optical film set partially covers the light emitting surface, wherein a distance exists between a vertex of the prism and an edge of the optical film set.

Abstract: This present invention discloses a backlight module and a flat display device using the backlight module. The backlight module has a plastic base having a plastic plate and a plastic frame, wherein a light guide plate is disposed on the plastic plate. The plastic plate is light reflective and has a thickness ranging from 0.2 mm to 0.9 mm. The plastic plate is used to reflect light leaking from the light guide plate. The reflectivity of the plastic plate to the visible light with wavelength ranging from 410 nm to 780 nm ranges from 80% to 95%.

Abstract: A backlight module including a back bezel, a frame, and a backlight source is provided. The back bezel has a bottom carrier and a side wall extending upward from an edge of the bottom carrier so as to define a containing space. The side wall has a through hole and a reverse bending structure. The reverse bending structure is bent downward into the containing space for shielding a portion of the through hole. Parts of the region of the back bezel are covered with the frame and a portion of the frame extends from the containing space into the through hole and covers the reverse bending structure. The backlight source is disposed in the containing space located over the back bezel and the frame.