Abstract: The present invention publishes a box and a tray used to hold LCD panels. The tray comprises a carrying part, a supporting part, and buffering items. The carrying part is used to carry the LCD panel. The supporting part is located on the sides of the carrying part, and the supporting part comprises compartment slots. The buffering items are placed inside the compartment slots in order to improve the structural strength of the supporting part. The embodiment of the present invention improves the structural strength of the tray through the effects of buffering items. It also controls the production costs and avoids damages to LCD panels during transport caused due to insufficient strength of the tray.

Abstract: The present invention disclose a backlight module comprising: a back frame, a light guide plate disposed in the back frame, a plurality of semiconductor light sources, a plurality of light source circuit boards, and a plurality of attachment members. Part of each of the light source circuit boards is disposed between the back frame and the light guide plate, and the other part of each of the light source circuit boards is exposed outside the side edge of the light guide plate, and each of the semiconductor light sources is disposed on the light source circuit boards which are exposed outside the side edge of the light guide plate. The number of the light source circuit boards, the number of the semiconductor light sources, and the number of the attachment members are all at least two, and are arranged along the direction of the side edge of the light guide plate. The present invention also discloses a manufacture method for a backlight module and a LCD device.

Abstract: The present invention provides a liquid crystal display device and a method for making the same. The liquid crystal display device includes a liquid crystal display panel and a front frame. A glue is arranged between a liquid crystal display panel and the front frame. The glue is further cured and hardened so as to till a gap formed between an edge of the panel and the front frame. By this measurement, automatic production and assembling line can be realized and the yield can be increased and the cost can be lowered.

Abstract: The present invention relates to an aluminum extrusion heat sink structure and a corresponding backlight module. The aluminum extrusion heat sink structure comprises a light source connecting portion, a back plate connecting portion and a light guide plate support portion. The manufacture cost of the aluminum extrusion heat sink structure is lower, and the heat dissipation effect is better, so as to solve the technology problem that the volume of a traditional aluminum extrusion heat sink structure is larger caused the cost of the aluminum extrusion heat sink structure and the corresponding backlight module is higher.

Abstract: The present invention provides a technical solution in which a packaging device is introduced and it includes a container with at least one positioning device arranged in inner surface of the container. And further includes at least a buffering pad defined with holes in which matches to the positioning device such that when the packaging device is erected, the buffering pad is hanged over the container. Since the buffering pads can be selected from soft material of cost effective, the cost is therefore reduced.

Abstract: The present invention relates to a buffering stop structure and a corresponding packing case. The buffering stop structure is disposed at a connecting corner between adjoining side surfaces of a corresponding case main body. The case main body is used to load a liquid crystal display (LCD) panel. The buffering stop structure comprises a fixing portion, a connecting portion and a case buffering portion. The manufacture cost of the buffering stop structure and the corresponding packing case of the present invention is lower, and the buffering effect thereof is better, so as to solve the problems of the packing case of existing technology that has higher manufacture cost and may cause environment pollution.

Abstract: The present invention provides a packaging device which comprises a static-proof film, a Velcro hooks patch and a Velcro loops patch. The static film is used for shielding the static. And at least a Velcro hooks patch and Velcro loops patch symmetrically arranged on borders of the static-proof film such that the hooks and loops are engaged with each when the static-proof film is wrapped over the electronic device. By this provision, the packaging device integrates both the protective film and packaging bag. Not only it can be readily used, it can be repeatedly used as well.

Abstract: Provided is a liquid crystal display device including: a base; a liquid crystal display including a plastic frame having a first supporting surface and a second supporting surface; a backlight unit disposed on the first supporting surface; a liquid crystal panel disposed on the second supporting surface; and a plurality of holding components disposed at outer sides of the plastic frame, respectively, for keeping the backlight unit, the plastic frame and the liquid crystal panel in their relative positions to each other; a support frame disposed between the base and the liquid crystal display; and a PCB electrically connected to the liquid crystal display through a wire, and being disposed at a vertical plane of the support frame.

Abstract: The present invention provides a liquid crystal display device which includes a waveguide, a liquid crystal display panel, a backframe, a middle frame, a printed circuit board, a light source and a deflector. The backframe includes a base plate which is arranged adjacent to a bottom surface of the waveguide and sidewall arranged adjacent to the light inlet surface of the waveguide. The base plate is defined with an opening. The middle frame includes a supporting portion and positioning portion which defines a receiving space with the backframe. The receiving space is corresponding to the through the opening. The printed circuit board is arranged on the outside of the base plate. A deflector is arranged within the receiving space. The base plate is defined with an opening, the light source can be mounted onto the printed circuit board close to the base plate through the opening. Accordingly, a compact, slim design of a liquid crystal display device is achieved with reduced cost.

Abstract: The present invention discloses a plastic frame, a frame unit and a fastener thereof. The frame unit is strip-shaped and has at least one end having an assembling portion. The fastener is used to fix two of the connected assembling portions, and the assembling portions of the frame units are connected and fixed by engaging two surfaces thereof with two surfaces of the fastener. The present invention achieves modularization of plastic frame by providing the frame units and fasteners and assembling them into the plastic frame, which not only saves cost of molding equipment, but also ensures a certain level of fixing strength and flatness.

Abstract: An LCD device includes a panel module and a back light module. The back light module includes a light guide plate having a light incident surface; a bezel for receiving the light guide plate, including a bottom plate and side walls surrounding the bottom plate; a reflective sheet disposed between the light guide plate and the bottom plate of the bezel; at least one lighting unit disposed in a position corresponding to the light incident surface; and a fixing unit including at least two fixing members, each fixing member has a base position and a bent portion vertically extending from at least one end of the base position. The top surface and the inner surface of the base position are closely attached to the light guide plate and the outer surface of the bent portion opposite to the inner surface thereof is closely attached to the side wall.

Abstract: The liquid crystal display comprises a display panel, a flexible circuit board, a printed circuit board assembly, and a fixing structure which comprises a back plate comprising a first bending element comprising a first vertical surface being connected to the back plate and a first flat surface, an edge of the first flat surface being connected to the first vertical surface so that the first vertical surface and the first flat surface forming a first hook element opening and a second bending element comprising a second vertical surface being connected to the back plate and a second flat surface, an edge of the second flat surface being connected to the second vertical surface so that the second vertical surface and the second flat surface forming a second hook element opening, the second hook element opening and the first hook element opening being faced to an opposite direction.

Abstract: A backlight module and a liquid crystal display are provided. The backlight module includes a light source, a heat dissipating bracket and a back plate. There disposes a heat conduction filling layer between the heat dissipating bracket and the back plate. After compressing the heat dissipating bracket and the back plate, the heat conduction filling layer is filled into the gap between the heat dissipating bracket and the back plate for further transferring the heat conducted by the heat dissipating bracket to the back plate. The present invention increases the efficiency of heat conduction and dissipation.

Abstract: A backlight module is disclosed, which comprises a light source device, a heat dissipating device and a backplate. The heat dissipating device is disposed between the light source device and the backplate and makes contact with the light source device and the backplate respectively. The heat dissipating device comprises a heat dissipating body and a plurality of heat dissipating units disposed on the heat dissipating body respectively. The backplate comprises a plurality of openings, through which the plurality of heat dissipating units extend respectively. An LCD device comprising the backlight module is further disclosed.

Abstract: The present invention discloses an LCD module manufacturing method and an LCD module. The LCD module manufacturing method comprises: arranging a groove for fixing the buffer strip in the surface position of the rubber frame of the LCD module for supporting the LCD panel. In the present invention, because the corresponding position of the rubber frame for supporting the LCD panel is provided with a groove, a region for limiting the position of the buffer rubber strip is formed by using the groove, the arranging position accuracy of the buffer rubber strip is increased, and the product quality is increased.

Abstract: A liquid crystal display (LCD) device and a fixing structure thereof are disclosed. The LCD device comprises a backlight unit and an LCD panel. The backlight unit is fixed through a first frame disposed at a side edge thereof, and the LCD panel is fixed through a second frame disposed at side edges thereof. The first frame is provided with a snap-fitting groove mechanism, and the second frame is provided with a snap-fitting mechanism for mating with the snap-fitting groove mechanism to fix the LCD panel. Because the second frame is joined with the first frame through snap-fitting in the LCD device and the fixing structure thereof of the present disclosure, it is unnecessary to use screws for fixing purpose. This makes the assembling process simple, efficient and time-saving, so the production efficiency of the LCD device is increased and the production cost is reduced.

Abstract: The present invention discloses an energy saving type touch-controlled liquid crystal display device. The energy saving type touch-controlled liquid crystal display device has a liquid crystal panel with a touch-sensing function and a piezoelectric film. The piezoelectric film senses the pressure applied to the liquid crystal panel and generates electric power. The electric power is then stored in a battery module for relative electric components to utilize, and thereby accomplishes an object of energy saving.

Abstract: The invention discloses a liquid crystal display (LCD) based on an insulation backplane. The LCD comprises a backplane, a display driving circuit board, and a metal front frame, wherein the backplane comprises a sidewall at the side surface of the LCD and a base plate at the bottom surface of the LCD; the metal front frame is fixedly connected with the sidewall of the backplane; and the display driving circuit board is fixed on the base plate. The LCD also comprises a metal insert, and the display driving circuit board is electrically connected with the metal front frame through the metal insert. In the invention, the display driving circuit board is connected with the metal front frame through the metal insert, compared with a conductive aluminum foil, the metal insert has higher strength and reliability, and the problems of falling, damage, tearing, etc. are not easy to occur.

Abstract: A backlight module includes a front frame, a plastic frame, and a connecting structure. The front frame includes a rear surface and at least one first protrusion perpendicularly protruding from the rear surface. The plastic frame includes a front surface facing the rear surface and at least one second protrusion perpendicularly protruding from the front surface. The connecting structure includes at least one first abutting portion disposed on the at least one first protrusion and at least one second abutting portion disposed on the at least one second protrusion and capable of engaging with the at least one first protrusion. With the connecting structure, the front frame can be fixed to the plastic frame without using tools, and the front frame can prevented from being tilted outwards easily to avoid an unwanted gap between the front frame and a liquid crystal panel.

Abstract: The present invention discloses a liquid crystal display (LCD) module, a LCD device and a LCD panel positioning method, wherein said LCD module comprises a rubber frame and a LCD panel. The rubber frame is provided with positioning structures which are corresponding to the four sides of the LCD panel and are used for limiting the LCD panel, and each said positioning structure comprises movable positioning parts which are used for tightly butting said LCD panel from at least two adjacent sides of the LCD panel and can be movably fixed on said rubber frame. Because at least two movable positioning parts, which are arranged in one positioning structure for limiting the position of the LCD panel and are positioned on the adjacent sides of the LCD panel, are used for tightly butting the LCD panel from the sides and are fixed on the rubber frame finally, the position of the LCD panel is determined during assembly; and then the LCD panel is positioned.