Abstract: A responsive light emitting diode (LED) module unit includes a control unit (1), a light emitting device (2), and a pouch (5) for enclosing said control unit (1) and said light emitting device (2) therein. Said control unit (1) has rigid plastic housing (15) encloses a printed circuit board (PCB) (11), a battery (12), a ball-rolling switch (14), and an integrated circuit (IC) processor (16). Said light emitting device (2) has a membrane circuit (3), and a plurality of LEDs (4) to emit light. Said pouch (5) is composed of a soft polycarbonate or polyvinyl chloride base (51) and a soft polycarbonate or polyvinyl chloride cover (52) with surface decoration patterns as their perimeters sealed by high frequency wave for receiving said control unit (1) and said LEDs (4), further the pouch is coupled to an upper surface of an object (6).

Abstract: A waterproof vibrating and twinkling LED backlighting device includes: a main body (1), said main body (1) comprises a light-tight, hollow and polymorphous frame (11), and a transparent cover plate (12) installed on top of said frame (11); a circuit element (3), said circuit element (3) comprises a circuit board (31) and a circuit-control element (32) electrically connects with the circuit board (31); at least one light emitting device (4) which electrically connects with the circuit board (31), and its light emitting angle is parallel with the circuit board (31), said light emitting device (4) comprises: at least one Light-Emitting Diode (LED)(41) mounted on the side of the surface of said circuit board (31) and connected electrically with which; a power supply (5); a ball-rolling switch (6) electrically connects with the circuit element (3); and a transparent encapsulation body (2) filled inside the main body (1) to cover the circuit element (3), power supply (5) and ball-rolling switch (6).

Abstract: A waterproof vibrating and twinkling LED backlighting device includes: a main body (1), said main body (1) comprises a light-tight, hollow and polymorphous frame (11), and a transparent cover plate (12) installed on top of said frame (11); a circuit element (3), said circuit element (3) comprises a circuit board (31) and a circuit-control element (32) electrically connects with the circuit board (31); at least one light emitting device (4) which electrically connects with the circuit board (31), and its light emitting angle is parallel with the circuit board (31), said light emitting device (4) comprises: at least one Light-Emitting Diode (LED) (41) mounted on the side of the surface of said circuit board (31) and connected electrically with which; a power supply (5); a ball-rolling switch (6) electrically connects with the circuit element (3); and a transparent encapsulation body (2) filled inside the main body (1) to cover the circuit element (3), power supply (5) and ball-rolling switch (6).

Abstract: A responsive luminous pad includes a luminous module (10), and a pad (20) encloses the module (10) to a middle portion inside the pad (20). The module (10) includes a harden plastics (15) further encloses a printed circuit board (PCB) (11), a battery (12), light emitting diode (LED) (13), rolling ball switch (14), and integrated circuit (IC) processor (16) inside the plastics. Said pad (20) includes a waterproof first sheet (22B), and a waterproof second sheet (22A) printed with patterns. Rims of both first, second sheets (22B, 22A) are heat weld to form a cavity in between for receiving the luminous module (10) a widened middle portion inside the pad, and the rims further coupled to a surface of a textile (30).

Abstract: A responsive light emitting diode (LED) module unit includes a control unit (1), a light emitting device (2), and a pouch (5) for enclosing said control unit (1) and said light emitting device (2) therein. Said control unit (1) has rigid plastic housing (15) encloses a printed circuit board (PCB) (11), a battery (12), a ball-rolling switch (14), and an integrated circuit (IC) processor (16). Said light emitting device (2) has a membrane circuit (3), and a plurality of LEDs (4) to emit light. Said pouch (5) is composed of a soft polycarbonate or polyvinyl chloride base (51) and a soft polycarbonate or polyvinyl chloride cover (52) with surface decoration patterns as their perimeters sealed by high frequency wave for receiving said control unit (1) and said LEDs (4), further the pouch is coupled to an upper surface of an object (6).

Abstract: A light and sound emitting module coupled to textile comprising: a control unit (1), a switch (2) disposed outside of but triggers the control unit (1); all connects to a printed circuit board (PCB) (11). At least, one light emitting diode (LED) (3) connects to the PCB (11). A speaker (4) disposed outside of the control unit (1) is controlled by the control unit. A pouch (5) is composed of a base (51) and a cover (52) with perimeters (53) sealed by high frequency electromagnetic waves to form a hollow cavity (54) accommodates the control unit (1), the switch (2) and the speaker (4), further the perimeters (53) are coupled on an upper surface of an object (6). Said base and cover are made from polycarbonate or polyvinyl chloride or epoxy. Or the sound and light module molded-to-shape is formed with epoxy or other polymers.

Abstract: A responsive luminous pad includes a luminous module (10), and a pad (20) encloses the module (10) to a middle portion inside the pad (20). The module (10) includes a harden plastics (15) further encloses a printed circuit board (PCB) (11), a battery (12), light emitting diode (LED) (13), rolling ball switch (14), and integrated circuit (IC) processor (16) inside the plastics. Said pad (20) includes a waterproof first sheet (22B), and a waterproof second sheet (22A) printed with patterns. Rims of both first, second sheets (22B, 22A) are heat weld to form a cavity in between for receiving the luminous module (10) a widened middle portion inside the pad, and the rims further coupled to a surface of a textile (30).

Abstract: A patch for garments and other articles for producing light and sound from the patch. The patch for garments or other articles includes a multi-layered and waterproof composite structure having a cover outer layer made from PVC film, a top layer made from molded PVC, an intermediate layer being a circuit board member and a bottom layer made from PVC film. The cover outer layer includes artwork or graphics on the PVC film of the cover outer layer. The top layer includes an interior first compartment for receiving the circuit board member therein, an interior speaker compartment for receiving a speaker member therein and an interior button compartment for receiving a push button switch therein. The circuit board member includes a battery member, an IC chip, a light assembly and a sound and speaker assembly.

Abstract: A twinkling and glowing textile product includes a twinkling lamp mechanism which combines with a decoration combining with a textile body. The twinkling lamp mechanism includes a glowing circuit assembly, a battery, a vibrating switch assembly and a plastic element. The glowing circuit assembly includes a first circuit board, a control IC and a plurality of light emitting diodes. The battery electrically connects with the glowing circuit assembly for supplying needed power. The vibrating switch assembly electrically connects with the first circuit board. The plastic element is transparent and packages the glowing circuit assembly, the battery and the vibrating switch assembly. When the vibrating switch assembly is vibrated, the light emitting diodes is driven to glow and twinkle in turn, which offers splendid effects when the textile body is used.

Abstract: The present invention is related to a luminous textile comprising a luminous lamp coupled to a pad, which is further coupled to the textile. The luminous lamp includes a light emission electric circuit, a battery, a pressure sensitive switch, and a plastics. The light emission electric circuit includes a first printed circuit board (PCB), a control integrated circuit (IC), and a plurality of light emitting diodes (LEDs); the light emission electric circuit is electrically connected to the battery as a power supply to conduct electricity, the pressure sensitive switch is electrically connected to the first PCB, said light emission electric circuit, battery and pressure sensitive switch is enclosed by the plastics pervious to light. When the pressure sensitive switch is vibrated, each of LEDs activated to emit light one by one in sequence.

Abstract: An airbag buffer for footwear includes a sole and an airbag. The sole has a plurality of air passageways. The airbag is arranged in the sole and has an air flowing section between the airbag and the sole and communicating to the air passageways. The air within the sole is forced to flow into the air flowing section through the air passageways when the sole is pressed. The air flowed into the air flowing section can flow back to the sole through the air passageways when the pressure exerted to the sole is relieved. Therefore, the air within the footwear can uniformly flow along front-and-back and left-and-right directions as the user walks. The uniform and omni-directional flow of air makes a comfortable feeling to user.

Abstract: An air-permeable waterproof device for a shoe has a shoe sole and non-return pieces. Air outlets are disposed at the bottom of the shoe sole, and air vent holes are disposed at the top thereof. Receiving rooms are disposed in the shoe sole and located between the air outlets and air vent holes to connect them together. Bumps are disposed on inner surfaces at the air outlet side of the receiving rooms. The non-return pieces are disposed in the receiving rooms. Foot heat and moisture in a shoe are discharged out from the air vent holes through the air outlets. Exterior water is blocked by the non-return pieces and cannot permeate the shoe through the air vent holes. A filter net is disposed at the shoe sole to prevent the air outlets from being blocked. Moreover, the filter net is skidproof and can absorb moisture in the shoe.

Abstract: An air-permeable waterproof device comprises an air-permeable wall, an air vent wall, and a non-return piece. The air-permeable wall has air-permeable holes. The air vent wall has air vent holes and bumps. The air vent wall and the air-permeable wall are connected together to form a receiving room. The non-return piece is disposed in the receiving room. The air-permeable waterproof device is disposed on a shoe. Heat and moisture in the shoe are discharged out through the air-permeable holes and the air vent holes. Water in sumps on the ground will be blocked by the non-return piece and thus will not permeate into the shoe through the air vent holes to dampen the lining. Therefore, the inside of the shoe keeps nice and cool to let wearing of the shoe be comfortable and also avoid breeding of germs and foot diseases.

Abstract: A shoe is ventilated by compression and expansion of a pump molded of one-piece with an insert sandwiched between an insole and an outsole. Dome-shaped projections on the insole and outsole are located at opposite sides of the pump.