Abstract: A slide mechanism includes a main body, a slide body and an elastic member. The slide body is slidably connected to the main body. The elastic member is positioned between the main body and the slide body. The main body includes a base plate and two guide rails fixed on opposite sides of the base plate. The guide rails are elastic. A distance between the guide rails is less than a length of the elastic member in a normal state. Opposite ends of the elastic member are fixed to the guide rails, and a middle portion of the elastic member is fixed to the slide body, so that the elastic member remains bent between the guide rails.

Abstract: The present standard radiation source comprises a black body having a cavity, a shielding plate positioned at an open end of the cavity, at least one first heater positioned in the shielding plate, at least one second heater positioned on the outer wall of the black body, a first insulation device covering the second heater and a temperature-controlling device positioned on the first insulation device.

Abstract: A multi-section hinge mechanism includes a shaft (10), a rotary member (20), and an elastic member (30). The rotary member defines a through hole (26) running through the disk. The shaft is rotatably received in the through hole. The rotary member defines a plurality of concaves (282) in an inner circumferential surface portion thereof. The elastic member includes an elastic arm (32) and a fixing portion. The elastic arm engages in one of the concaves of the rotary member. The shaft non-rotatably connects with the fixing portion of the elastic member.

Abstract: A stylus removal mechanism (100), used in portable electronic devices, includes a main body (10), having a latching hole (1121) defined therein, and an elastic device (20). The elastic device is fixed at the main body and includes an elastic member (21), a removal member (22), and a connecting pole (25). The elastic member includes two ends (210) respectively engaging with the removal member and the main body. The removal member has a cam (240) and a conducting groove (24) defined around the cam. The conducting groove has a latching portion (241). The connecting pole includes one end (251), received in the latching hole of the main body, and another end (252) movably received in the conducting groove.

Abstract: A multi-section hinge mechanism (60) includes a rotary member (10), a connecting shaft (20) and a hollow cylindrical body (30). The rotary member includes a disk (11) and a securing portion (12) integrally formed with the disk. The connecting shaft includes a shaft portion (22) and an elastic body (23) provided on the shaft portion. The hollow cylindrical body includes a bottom portion (31) and defining a plurality of grooves (33) in an inner wall thereof. The bottom portion defines a hole (32). The shaft portion is rotatably received in the hole. The shaft portion of the connecting shaft is securely engaged with the securing portion of the rotary member. The elastic body engages in one of the grooves of the cylindrical body.

Abstract: A multi-section hinge mechanism (100) comprises a rotary member (10) and a base (20). The base includes an annular elastic arm (12) and a latching part (14) integrally extending from an inner circumferential wall of the annular elastic arm. The base defines a central hole running therethrough and a plurality of concaves (242) in one surface portion. The latching part rotatably extends through the central hole of the base. The elastic arm engages in one of the concaves of the base.

Abstract: The present standard radiation source comprises a black body having a cavity, a shielding plate positioned at an open end of the cavity, at least one first heater positioned in the shielding plate, at least one second heater positioned on the outer wall of the black body, a first insulation device covering the second heater and a temperature-controlling device positioned on the first insulation device.

Abstract: A protective film (1) includes a substrate (10), an upper hardened layer (20), a lower hardened layer (22), a mirror-effect layer (30), and a DLC (Diamond-Like Carbon) film (40). The substrate is made of transparent plastic material, and has an upper surface (100) and a lower surface (102). The upper hardened layer is formed on the upper surface of the substrate, and the lower hardened layer is formed on the lower surface of the substrate. The mirror-effect layer is formed on a surface of the lower hardened layer. The DLC film is formed on a surface of the upper hardened layer. A method for making the protective film is also provided.

Abstract: A remote mobile medical communication apparatus is suitable for use in communicating with a remote terminal for monitoring and treating a patient. The apparatus comprises a communicating unit, for transmitting a local communication information to the remote terminal, and receiving a remote communication information from the remote terminal. A patient-monitor interface unit receives at least one patient vital-sign signal from the patient, and then transmits to the remote terminal via the communicating unit. A bi-directional audio/video communication unit is for communicating with the remote terminal with an audio/video information via the communicating unit. An instruction from the remote terminal is instructed if the patient needs a treatment. A system and method use the function of the remote mobile medical communication apparatus.

Abstract: Systems and methods of controlling display device are provided. A representative system includes a control circuit and a register. The control circuit, which is coupled to the display device, alternately enables and disables driving of the display device by referring to a first control value and a second control value to keep an image shown on the display device. The register, which is coupled to the control circuit, stores the first control value and the second control value.

Abstract: A multi-section hinge mechanism (100) comprises a rotary member (10) and a base (20). The base includes an annular elastic arm (12) and a latching part (14) integrally extending from an inner circumferential wall of the annular elastic arm. The base defines a central hole running therethrough and a plurality of concaves (242) in one surface portion. The latching part rotatably extends through the central hole of the base. The elastic arm engages in one of the concaves of the base.

Abstract: A multi-section hinge mechanism includes a shaft (10), a rotary member (20), and an elastic member (30). The rotary member defines a through hole (26) running through the disk. The shaft is rotatably received in the through hole. The rotary member defines a plurality of concaves (282) in an inner circumferential surface portion thereof. The elastic member includes an elastic arm (32) and a fixing portion. The elastic arm engages in one of the concaves of the rotary member. The shaft non-rotatably connects with the fixing portion of the elastic member.

Abstract: The present invention discloses a portable blackbody furnace comprising a metallic body, a cylindrical cavity with a tapered end in the metallic body, a shielding plate positioned at an open end of the cylindrical cavity, at least a first heaters positioned in the shielding plate, a plurality of second heaters positioned around the metallic body, and a plurality of thermometers positioned in the metallic body. Preferably, the heat capacity of the metallic body is larger than 200 Joules/K, and has radial thickness larger than 5 mm. There are grooves formed on the outer wall of the metallic body, and the second heaters are heating wires embedded inside the grooves. In addition, the flow direction of the current between two adjacent heating wires is opposite to eliminate the magnetic field generated from the current flow.

Abstract: A multi-frequency antenna module includes first and second radiating elements disposed on a substrate and spaced apart from each other. A serpentine first transmission line conductor of the first radiating element and a second transmission line conductor of the second radiating element contact electrically and respectively first and second electrical contacts on a circuit board in an electronic apparatus when the substrate is mounted in a housing of the electronic apparatus. The first radiating element further includes at least one conducting line that is disposed parallel to second transmission line segments and that interconnects an adjacent pair of parallel first transmission line segments. A grounding line conductor is disposed on the substrate, is coupled electrically to the first radiating element, and contacts electrically a third electrical contact on the circuit board when the substrate is mounted in the housing.

Abstract: A stylus removal mechanism (100), used in portable electronic devices, includes a main body (10), having a latching hole (1121) defined therein, and an elastic device (20). The elastic device is fixed at the main body and includes an elastic member (21), a removal member (22), and a connecting pole (25). The elastic member includes two ends (210) respectively engaging with the removal member and the main body The removal member has a cam (240) and a conducting groove (24) defined around the cam. The conducting groove has a latching portion (241). The connecting pole includes one end (251), received in the latching hole of the main body, and another end (252) movably received in the conducting groove.

Abstract: A protective film (1) includes a substrate (10), an upper hardened layer (20), a lower hardened layer (22), a mirror-effect layer (30), and a DLC (Diamond-Like Carbon) film (40). The substrate is made of transparent plastic material, and has an upper surface (100) and a lower surface (102). The upper hardened layer is formed on the upper surface of the substrate, and the lower hardened layer is formed on the lower surface of the substrate. The mirror-effect layer is formed on a surface of the lower hardened layer. The DLC film is formed on a surface of the upper hardened layer. A method for making the protective film is also provided.

Abstract: A multi-section hinge mechanism (60) includes a rotary member (10), a connecting shaft (20) and a hollow cylindrical body (30). The rotary member includes a disk (1) and a securing portion (12) integrally formed with the disk. The connecting shaft includes a shaft portion (22) and an elastic body (23) provided on the shaft portion. The hollow cylindrical body includes a bottom portion (31) and defining a plurality of grooves (33) in an inner wall thereof. The bottom portion defines a hole (32). The shaft portion is rotatably received in the hole. The shaft portion of the connecting shaft is securely engaged with the securing portion of the rotary member. The elastic body engages in one of the grooves of the cylindrical body.