Abstract: The present disclosure discloses a light bulb comprising a housing, a light source board, and a paddle. The housing comprises an opening hole, the light source board comprises a light bead and a switch, and the light source board is disposed in the housing such that the switch corresponds to opening hole. The paddle comprises an operating member and a transmission member, the transmission member is configured to pass through the opening hole to be operatively coupled to the switch, and the operating member is configured to slide on the housing to control a turning ON and OFF of the light bead and a changing of color temperature of the light bead.

Abstract: An anti-shock night light comprises pins, a night light main body, an anti-shock device, and an elastic resetting member. A first end of the anti-shock device is movably connected to an opening to enable the anti-shock device to move in a length direction of the pins, and a second end of the anti-shock device extends away from the night light main body along the length direction so as to enable a part of the pins, which is exposed out of the night light main body, to be contained within the anti-shock device. When plugging the pins into a socket, the anti-shock device abuts the socket and is retracted toward the night light main body to enable the part of the pins to be exposed and plugged into the socket. When the anti-shock device is retracted toward the night light main body, the elastic resetting member generates an elastic resetting force.

Abstract: An anti-shock night light comprises pins, a night light main body, an anti-shock device, and an elastic resetting member. A first end of the anti-shock device is movably connected to an opening to enable the anti-shock device to move in a length direction of the pins, and a second end of the anti-shock device extends away from the night light main body along the length direction so as to enable a part of the pins, which is exposed out of the night light main body, to be contained within the anti-shock device. When plugging the pins into a socket, the anti-shock device abuts the socket and is retracted toward the night light main body to enable the part of the pins to be exposed and plugged into the socket. When the anti-shock device is retracted toward the night light main body, the elastic resetting member generates an elastic resetting force.

Abstract: The present disclosure discloses an electric shock-proof plug that comprises an insulating sleeve, a plug body, and a reset member. The plug body is movably disposed in the insulating sleeve. An inner wall of the insulating sleeve comprises a guiding groove, and an outer wall of the plug body comprises a sliding member movably coupled to the guiding groove. The sliding member moves in the guiding groove to drive the plug body to move between a high position and a low position. When the plug body moves to the low position, a connector of the plug body is exposed out of the insulating sleeve, and the reset member generates an elastic resetting force. When the plug body moves to the high position, the connector is retracted back into the insulating sleeve. A user will be prevented from getting an electric shock when unplugging the electric shock-proof plug.

Abstract: The present disclosure discloses a safety plug comprising two pins, an insulating housing, a limiting member, and an operating member. The operating member is configured to drive the limiting member to be changed between a position-limited position and an unlocked position. First ends of the two pins extend into the insulating housing, a short-circuit protection circuit is disposed in the insulating housing, and the short-circuit protection circuit is disposed in a path in which the two pins move away from the insulating housing. When the limiting member is in the position-limited position, a limiting fit is defined, and the first ends of the two pins are spaced apart from the short-circuit protection circuit. When the limiting member is in the unlocked position, the limiting fit is released, and the insulating housing is pulled to enable the short-circuit protection circuit to short circuit the two pins.

Abstract: The present disclosure discloses an LED light bulb comprising a light source board, a heat sink, a lamp shade, and a paddle member is provided. The light source board is disposed on an upper end surface of the heat sink, and the lamp shade is connected to the upper end surface of the heat sink to enable the light source board to be contained within the lamp shade. A patch switch comprises a paddle handle extending downwardly along an axial direction of the heat sink. A front end of the paddle member is configured to extend through a space-providing opening and to be operatively coupled to the paddle handle, a rear end of the paddle member defines an operating member, and the operating member is configured to be paddled to adjust turning ON and OFF of LED beads of different colors disposed on the light source board.

Abstract: The invention provides an angle adjustable lamp, which comprises a lamp body, radiators, connecting rods and fight-transmissive covers. The radiators are rotationally connected with a side wall of the lamp body through the connecting rods, and the radiators are rotationally symmetrically distributed around a longitudinal central axis of the lamp body. The light-transmissive cover is installed at one side of the radiator away from the lamp body, and when the radiator rotates around the connecting rod, the angle between the light-transmissive cover and the lamp body changes accordingly, and the light-emitting angle of light transmitted through the light-transmissive cover also changes accordingly. For the above-mentioned adjustable lamp, a focus lighting position can be adjusted by users as required.

Abstract: A method and a device for transmitting enhanced transmission selection (ETS) standard configuration information. The receiving method includes: receiving LLDP packets, wherein, the LLDP packets are in an ETS recommended TLV format; analyzing a first field in the LLDP packets, and determining whether the value of each byte in the first field is in a preset range or not; analyzing the value of a first segment of bits of each byte in the first field when determining that the value of each byte in the first field is in the preset range, and determining a scheduling algorithm used by internal priorities of a traffic class corresponding to each byte in the first field according to the values of the first segment of bits; and analyzing value of a second segment of bits of each byte in the first field, and determining an additional parameter corresponding to the priority.

Abstract: An air rifle including a supporting frame, a barrel, a pneumatic assembly, an air storage assembly, and a firing assembly. The barrel, the pneumatic assembly, the air storage assembly, and the firing assembly are all disposed on the supporting frame. The pneumatic assembly is connected to the air storage assembly. The air storage assembly includes an air cylinder, an air valve disposed at one side of the air cylinder, and a plastic member disposed at a connection part of the barrel and the air valve. A firing pin is fixed on the tail of the plastic member. The firing assembly includes a trigger support fixed on the supporting frame, a pushrod disposed on the trigger support, a trigger, a trigger buckle, and a hammer. The trigger is connected to the trigger buckle. The pushrod is adapted to slide on the trigger support.

Abstract: A trigger safety for an air gun, including: a safety apparatus disposed on the body of an air gun and movable forward and backward, and a safety latch matching the safety apparatus to achieve activation and deactivation of the trigger safety. The safety apparatus further includes an assist device for assisting the safety apparatus to unlock the locked activation or deactivation state between the safety apparatus and the safety latch. This trigger safety ensures the security of the air gun, reduces the force required for deactivating or activating the trigger safety, and improves the efficiency of targeting and shooting the air gun.

Abstract: A method and a device for transmitting enhanced transmission selection (ETS) standard configuration information. The receiving method includes: receiving LLDP packets, wherein, the LLDP packets are in an ETS recommended TLV format; analyzing a first field in the LLDP packets, and determining whether the value of each byte in the first field is in a preset range or not; analyzing the value of a first segment of bits of each byte in the first field when determining that the value of each byte in the first field is in the preset range, and determining a scheduling algorithm used by internal priorities of a traffic class corresponding to each byte in the first field according to the values of the first segment of bits; and analyzing value of a second segment of bits of each byte in the first field, and determining an additional parameter corresponding to the priority.

Abstract: An air rifle including a supporting frame, a barrel, a pneumatic assembly, an air storage assembly, and a firing assembly. The barrel, the pneumatic assembly, the air storage assembly, and the firing assembly are all disposed on the supporting frame. The pneumatic assembly is connected to the air storage assembly. The air storage assembly includes an air cylinder, an air valve disposed at one side of the air cylinder, and a plastic member disposed at a connection part of the barrel and the air valve. A firing pin is fixed on the tail of the plastic member. The firing assembly includes a trigger support fixed on the supporting frame, a pushrod disposed on the trigger support, a trigger, a trigger buckle, and a hammer. The trigger is connected to the trigger buckle. The pushrod is adapted to slide on the trigger support.