69results about How to "To achieve the purpose of thinning" patented technology

The invention discloses a direct-light-type backlight module, which comprises an optical component, a reflecting plate and a plurality of cold-cathode fluorescence lamps arranged in parallel between the optical component and the reflecting plate. The reflecting plate comprises a plate bottom with a plane structure and a plurality of reflecting surfaces forming different included angles with the plate bottom; and the plurality of reflecting surfaces are symmetrically arranged on the plate bottom by taking each cold-cathode fluorescence lamp as a center. In the direct-light-type backlight module, the reflecting surfaces with different reflecting angles are additionally arranged on the surface of the reflecting plate, so that light emitted from the cold-cathode fluorescence lamps is reflected to a LCD panel from different angles and the problem that bright lamp lines forms on the surface of the LCD panel in the prior art is solved; and in addition, the light is distributed uniformly, and the integral thickness of the backlight module is reduced simultaneously and greatly, so that the LCD panel fulfills the aim of thickness decreasing and meets market requirements.

A flat panel display. The flat panel display includes a frame, a panel, and a backlight unit. The panel is disposed in the frame. The backlight unit, disposed in the frame, comprises a plurality of optical films, a light source, a light guide plate, and a reflector surrounding the light source and the light guide plate. One of the optical films has a first end, and the reflector has a second end in the vicinity of the optical films, with the first end level with or facing the second end.

A packaging substrate and a method of fabricating the packaging substrate. The packaging substrate includes: a dielectric layer that has an external contact surface and an opposing chip mounting surface; a circuit layer that is embedded in the dielectric layer and exposed from the external contact surface and the chip mounting surface, the circuit layer having wire-bonding pads, conductive pads, and a circuit that electrically connects the wire-bonding pads and the conductive pads, wherein the widths of the wire-bonding pads, conductive pads, and the circuit narrow gradually from chip mounting surface to the external contact surface; and a first insulating protective layer disposed on the external contact surface of the dielectric layer and covering the dielectric layer and the circuit layer, a plurality of conductive pad openings being formed in the first insulating protective layer for exposing the conductive pads. The dielectric layer is used directly as a foundation of the packaging substrate, thereby providing advantage in miniaturization, simpler fabrication procedure, and thus low cost production.

The invention discloses a lens withdrawal structure, comprising two sliding parts which are arranged on a lens group unit, two elastic parts by which the lens group unit can be connected with a drawtube, two sliding supporting parts which are arranged on a fixed base, and two track control parts which are arranged on one drawtube, wherein, the two sliding parts can slide stably along the inclined surface of the sliding supporting parts so as to drive the lens group unit to slide to the radial side of the common optical axis. The lens withdrawal structure is applied to a zoomer lens system which is provided with a plurality of lens group units; when the zoomer lens system is in use, the lens group units are arranged on the common optical axis; and when the zoomer lens system is not in use and requires to be withdrawn, one lens group unit slides to the radial side of the common optical axis by the lens withdrawal structure.

The invention is applicable to the remote control field, and provides an infrared remote controller and an infrared remote controller system. Through adopting of the infrared remote controller comprising a wireless charging circuit and an energy storage module; the infrared remote controller converts a received radio-frequency signal into electric energy for providing power utilization supply for own work, so that the infrared remote controller gets rid of dependence on a traditional battery so as to realize wireless power supply, and then can reduce pollution to the environment to a large extent; and because of no need of adopting of the traditional battery, the size and weight of the infrared remote controller also can be greatly reduced, so as to reach the purposes of lightening and thinning, and solve the problems that a conventional remote controller pollutes the environment because of discarding of the power supply battery and has too large size and weight because of the need of using the power supply battery.

The invention discloses a high-gamut light diffuser which comprises 70-99 parts of raw material and 1-30 parts of optical master-batch .The optical master-batch is a mixture of red optical master-batch and green optical master-batch, and the additive amount of the red optical master-batch and the additive amount of the green optical master-batch each account for 1-15 parts .The light diffuser is an improvement in a light diffuser applied to a straight downward display screen backlight source and is prepared through the following method, the gamut value of the light diffuser can be remarkably increased, and the color rendition degree of a display screen can be greatly increased .One or a mixture of more of light-transmitting PP plastic particles, PC plastic particles, PMMA plastic particles, ABS plastic particles, PS plastic particles and MS plastic particles is used as the raw material; the raw material, a lubrication dispersing agent and red phosphors are taken according to proportional parts by weight and pelleted into the red optical master-batch; the raw material, a lubrication dispersing agent and green phosphors are taken according to proportional parts by weight and pelleted into the green optical master-batch; lastly, the raw material, the red optical master-batch and the green optical master-batch are mixed to be uniform according to proportional parts by weight and then charged into a double-screw extruder, and diffuser sheets are formed.

The transformer has a bobbin, a coil assembly and a magnetic core assembly. The bobbin is mounted in the magnetic core assembly and has multiple connecting pins being formed on at least one side of a bottom surface of the bobbin. Each connecting pin has a top surface as a soldering surface that corresponds to a solder pad on a back of a circuit board. At least one fastener is further formed on the bottom surface of the circuit board. Therefore, when the transformer is mounted through the circuit board, the connecting pins are soldered on the back of the circuit board to reduce the total thickness of the combination of the transformer and the circuit board.

The invention relates to the technical field of motors, in particular to a plastic package motor and a household appliance with the same. The plastic package motor comprises a stator component and a rubber ring, wherein the stator component comprises a plastic package boss; the rubber ring is arranged at the outer side of the stator component; and the plastic package boss is located in the rubber ring. Meanwhile, the invention further provides the household appliance comprising the plastic package motor. The plastic package boss is hidden into the rubber ring; and the occupied size of the plastic package boss on the plastic package motor is reduced, so that the overall size of the plastic package motor in the thickness direction can be reduced.

The present invention provides a system-in-package module assembly. The system-in-package module assembly includes a substrate, a chip electrically connected to the substrate, an inductor, and an electrical element. The substrate includes a first surface opposite to the first surface. The second surface and the receiving groove, the receiving groove runs through the second surface and the first surface; the inductance includes a magnetic core and an inductance coil, and the magnetic core includes a base body and a protruding part of the base body The boss on the outer surface, the outer surface of the boss protruding from the base body is attached to the second surface, the boss is accommodated in the receiving groove, and the inductance coil is embedded in the boss In the table, the chip includes a mounting surface, the chip is mounted on the first surface and the mounting surface is spaced opposite to the first surface, and the boss in the receiving groove is orthographically projected on the On the mounting surface of the chip, the electrical components are located at the periphery of the chip. The invention also provides a system-in-package module and electronic equipment.

The invention provides an optical film and a touch controlled display apparatus using the optical film. The optical film comprises a substrate, a first electrode and a plurality of parallel conducting wires, wherein the substrate is provided with a light transmission region; the light transmission region comprises a first region and a second region; the first electrode is positioned in the first region; the width of the first electrode is actually between 1[mu]m and 30[mu]m; the parallel conducting wires are positioned in the second region; at least two adjacent parallel conducting wires define a space; and the pitch between two center points of at least two adjacent spaces is actually between 50nm and 300nm.

The invention relates to a double-layer frame for kiwi fruits. The double-layer frame comprises upright columns, an upper-layer frame surface, a lower-layer frame surface and a top frame, wherein thetop frame is located at the upper ends of the upright columns and comprises side beams, solar cell panels and a storage battery, two ends of the side beams are respectively detachably connected with two transverse adjacent upright columns, a plurality of the solar cell panels are transversely arrayed between two longitudinal adjacent side beams, two ends of the solar cell panels are respectively rotatably connected with the two side beams, and the solar cell panels are connected with the storage battery; and the lower-layer frame surface is horizontally arranged in the middles of the upright columns, the upper-layer frame surface is obliquely arranged at the upper parts of the upright columns, electric heating mechanisms are arranged on the upper-layer frame surface and the lower-layer frame surface and are connected with the storage battery. The invention aims at solving the problem that branches on an existing kiwi fruit planting frame are difficult to thin out. The invention provides the double-layer frame for the kiwi fruits.

The invention relates to a water block structure used to be attached on a heating element. The structure mainly comprises a cavity, wherein, the cavity is provided with a chamber inside; one side or two sides of the cavity is respectively provided with a water inlet pipe and a water outlet pipe which are communicated with the chamber; the chamber is provided with a heat exchange structure inside for heat exchange with working fluid; the top of the cavity is provided with a film which is provided with an actuating element for driving the film to swing up and down so as to oppress the working fluid in the chamber to circularly flow in a single direction; the actuating element is taken as a power source, and simultaneously the water block is made to have a thin structure.

A thin pressing type button structure comprises a sheet type conductor, wherein a plurality of protruding parts are provided on the lower surface of the sheet type conductor; a sheet type spacing layer set below the sheet type conductor, wherein the sheet type spacing layer comprises a plurality of holes that are correspond to the protruding parts of the sheet type conductor; and a conductive layer set below the sheet type spacing layer, wherein the surface of the conductive layer has conductive material. A preset value is set by setting a parameter to the sheet type spacing layer; a forcing value is generated by forcing the sheet type conductor; when the forcing value is less than the preset value, the sheet type conductor isn't electrically connected with the conductive layer; when the forcing value is larger than the preset value, the sheet type conductor is electrically connected with the conductive layer. The thin pressing type button structure in the invention can thin the buttons effectively.

A linear motor structure includes a stator, at least one moving member, and at least one linear member. The stator extends along an axial direction and has an electromagnetic acting surface. The moving member has an elongated hollow portion passing through the moving member and having a closed annular shape. The stator passes through the elongated hollow portion in the axial direction and is encircled by the moving member. The moving member has an electromagnetic portion relative to the electromagnetic acting surface of the stator. The moving member is electromagnetically reciprocated along the axial direction. The linear member extends along the axial direction. The moving member is coupled to the linear member. Because the moving member is closed and annular, the electromagnetic portionhas sufficient supporting rigidity and won't be deformed by the electromagnetic action. When the electromagnetic part of the moving member is a magnet, magnets can be combined with the two opposite sides of the electromagnetic acting surface of the stator, so that the density of magnetic lines of force is increased, and the thrust of the linear motor is improved.

The invention discloses a conducting building block, which comprises a base, a top cover, a conducting plate, at least one electronic assembly and a plurality of electric connecting elements. The conducting building block is mainly characterized in that the contact mode of the plurality of electric connecting elements and the conducting plate is improved, so that the plurality of electric connecting elements are respectively in independent contact with the conducting plate to respectively form circuit paths, so that the condition that the plurality of electric connecting elements lose the electric power transmission function at the same time since each electric connecting element is influenced by the damage of any one electric connecting element cannot occur; and the influence on the electric power transmission of the whole conducting building block when the single electric connecting element fails can be reduced to the minimum.