Abstract: A flat display (10) includes a flat display panel (11) movably disposed on a supporting bracket (12). The supporting bracket has an opening (1210) on a top surface and a channel (128) crossing a bottom thereof. At least one cable (15) sequentially passes through the opening and into the channel of the supporting bracket, the cable configured for electrically and/or communicatingly connects the flat display and a host computer.

Abstract: Amplification mixtures, kits, amplicons, kits and processes are provided for amplifying a nucleic acid. In particular, provided are processes which utilize an amplification mixture comprising a polymerase, a deoxynucleotidetriphosphate (dNTP) mixture which contains modified dNTPs, a first primer and a second primer. Further provided are dNTP mixtures which contain modified dNTPs for at least two of the four nucleotide triphosphates, which when incorporated into a polynucelotide, impart resistance to enzymatic degradation by an exonuclease at the sites of incorporation of the modified dNTPs. Also provided are the amplicons and vectors which incorporate the modified nucleotides.

Abstract: An exemplary light source assembly includes a light guide plate, a printed circuit board facing the light guide plate, and at least two light emitting elements. The at least two light emitting elements are angled on the printed circuit board. Light emitted from the at least two light emitting elements is obliquely transmitted onto the light guide plate.

Abstract: An exemplary flat panel display (1) includes a display panel (20), a circuit board (30) and a metal shield (40). The display panel includes a first back (200). The metal shield is secured at the first back of the display panel, including a first housing (45) portion adjacent the first back of the display panel. The circuit board including a power unit (302), a display unit (304) and a switch unit (306) integrated on the circuit board that is accommodated in the first housing portion. An area of the metal shield is smaller than that of the display panel. The flat panel display is convenient for assembly in a reduced weight and a lowered cost.

Abstract: A DNA molecule consisting of the nucleotide sequence of SEQ ID NO: 1, which encodes a collagenous (COL1) domain and a C-terminal noncollagenous (NC1) domain of type XXI collagen. Expression systems and methods for the expression of the DNA molecule are also provided.

Abstract: The present invention relates to an interchangeably manual or automatic ratchet wrench that the user may couple an electric hand grip having a motor therein to the rear end of a stud member of a handle so as to urge a cartridge to rotate in an electric operation manner, or couple a manual hand grip to the rear end of the stud member of the handle so as to urge the cartridge to rotate in a manual operation manner, such that achieving a multi-purpose operation.

Abstract: The present invention relates to an interchangeably manual or automatic ratchet wrench that the user may couple an electric hand grip having a motor therein to the rear end of a stud member of a handle so as to urge a cartridge to rotate in an electric operation manner, or couple a manual hand grip to the rear end of the stud member of the handle so as to urge the cartridge to rotate in a manual operation manner, such that achieving a multi-purpose operation.

Abstract: An exemplary display device (2) includes a display module (25), a base (21), and a pivot mechanism (23) for pivoting the display module to the base. The pivot mechanism includes a frame portion (232) fixed to the display module and a pivot axle (231) fixed to the base. The frame portion is pivoted on the pivot axle. Because the frame portion fixed with the display module is pivoted on the pivot axle fixed on the base, the display module can be rotated around the base. Moreover, the pivot mechanism is compactly disposed where the display module connects with the base. Therefore the overall configuration of the display device is compact.

Abstract: A self-emissive display device. The display device comprises a substrate having a pixel region for displaying one of the primary colors. An organic electroluminescent multi-layer structure is disposed in the pixel region of the substrate. The organic electroluminescent multi-layer structure comprises a first micro-cavity portion and a second micro-cavity portion adjacent thereto. The first micro-cavity portion comprises an organic layer for light-emitting and a first film for determining light wavelength shift of the first micro-cavity portion. The second micro-cavity portion comprises the organic layer for light-emitting and a second film for determining light wavelength shift of the second micro-cavity portion. The first and second films have different optical lengths, such that the first and second micro-cavity portions provide opposite directions of the light wavelength shift.

Abstract: A collagen scaffold domain, including a collagenous or collagen-like domain, which directs self-trimerization is provided. The collagen scaffold domain can be fused to one or more heterologous domains, such as an antibody domain. Methods for generating and using the scaffold domains and fusion proteins are also provided.

Abstract: An exemplary flat panel display includes a display body, a neck pivotally engaged to the display body, and a base supporting the neck. The neck includes an inner screw thread. The base includes a screw bolt threadingly coupled to the screw thread of the neck such that the neck is detachably coupled to the neck.

Abstract: An organic electroluminescent device. The device comprises a substrate, an anode, an cathode, an electroluminescent structure, and a hole injection layer. The anode and the cathode opposite thereto are disposed on the substrate. The electroluminescent structure is disposed between the anode and the cathode. The hole injection layer is disposed between the anode and the electroluminescent structure and comprises a first sublayer comprising a p-type dopant and a second sublayer not comprising the p-type dopant, in which the first sublayer directly contacts the anode and the second sublayer directly contacts the electroluminescent structure.

Abstract: A hobnail structure is composed of a connection rod and a cap installed on the connection rod, wherein the connection rod is a bolt, one end of which is provided with a ring of larger diameter with slant grooves having a same direction of deflection as that of threads of the aforementioned bolt located at rims of the ring. The cap is a cover, the bottom surface of which is provided with a slot hole, the diameter of which is smaller than that of the ring of the connection rod, and the slot hole is latched to the ring of the connection rod, so as to form a hobnail structure. Accordingly, the connection rod will not escape from the cap, resulting from an excessive exertion of a rotation force upon tightening, when the hobnail is screwed to a hole seat on a sole.

Abstract: An exemplary flat panel display (200) includes a display module (22), a supporting member (25) for supporting the display module, and a base (27) detachably attaching to the supporting member. The supporting member includes a first hook (254) and a positioning groove (258). The base includes an elastic member (273) and a first through slot (274). When the first hook is latched in the first through slot and part of the elastic member is received in the positioning groove, the supporting member is detachably attached to the base.

Abstract: A tandem organic electroluminescent element for an organic electroluminescent display and a display using the tandem organic electroluminescent are provided. The tandem organic electroluminescent element comprises an anode, a cathode, a first high charge injection layer, a second high charge injection layer, and at least two organic electroluminescent units. Both the first high charge injection layer and the second high charge injection layer are disposed between the anode and the cathode. The first high charge injection layer comprises a first material and is adjacent to the anode. The second high charge injection layer comprises a second material and is adjacent to the cathode. At least two organic electroluminescent units are disposed between the first high charge injection layer and the second high charge injection layer.

Abstract: An exemplary flat panel display (200) includes a display module (22), a supporting arm (25), and a base (27). The supporting arm includes a slide plate (251). The base defines an accommodating space (275). The supporting arm is attached to the display module such that the display module is pivotable about the supporting arm. The slide plate is slidably received in the accommodating space such that the supporting arm is attached to the base, and the slide plate is slidably removable from the accommodating space such that the supporting arm is detached from the base. The supporting arm can be easily detached from the base. Thus, unduly large space inhabited by the supporting member can be effectively saved during the transportion of the flat panel display (200).

Abstract: A tandem organic electroluminescent element for use in an organic electroluminescent display is provided. The organic electroluminescent element comprises an anode, a cathode, a first organic electroluminescent unit, a second organic electroluminescent unit, and a connecting layer. Both the first organic electroluminescent unit and the second organic electroluminescent unit are disposed between the anode and the cathode. The connecting layer is between the first and second units, and comprises a bipolar organic compound and a conductive dopant.

Abstract: An organic electroluminescence device and a method for reducing lateral current leakage thereof are provided. The organic electroluminescence device comprises a cathode, an anode, and an organic electroluminescence unit disposed therebetween. The organic electroluminescence unit comprises a light-emitting layer and a hole-injecting layer (HIL). The HIL possesses a sufficient resistance achieved by adjusting the thickness of the HIL and/or the concentration(s) and/or species of the conductive dopant(s) in the HIL.

Abstract: An organic electroluminescence structure comprises a first substrate, an organic electroluminescence device, and a control device. Forming either a lifting layer under the control device or a recess under the organic electroluminescence device, or forming both of them, creates a difference between their tops, in order to reduce the dark spots and promote the yield of the end product. The lifting layer preferably has a thickness greater than about 0.5 micro meters and the recess has a depth ranges of about 0.1 micro meters to about 100 micro meters. Alternatively, the height difference between the upper surfaces of the control device and the organic electroluminescence device is controlled to be greater than about 2 micro meters or substantially equal to 2 micro meters.

Abstract: Disclose is a protein complex that includes triple-helix-coil forming fusion polypeptide chains, each having a scaffold domain and a heterologous domain. Also disclosed are related isolated fusion polypeptide, nucleic acids, vectors, host cells, and preparation methods.