Abstract: The present invention relates to a method of preparing high crystalline polythiophene nanowire used for organic solar panels, including the following steps: A. a 0.001-40 wt % polythiophene solution is prepared; B. a 0.01-10 wt % carbon nanomaterial suspension is prepared and a 0.001-5 wt % dispersant is added to the suspension to generate a carbon nanomaterial dispersion; C. The foregoing carbon nanomaterial dispersion is added to the polythiophene solution and the resulting mixture is let stand under atmospheric pressure at ?10˜45° C. for 20˜400 min so that polythiophene molecules are able to be adsorbed and stacked up on the surface of carbon nanomaterials to generate polythiophene nanowires. Owing to high alignment order and high crystallinity, the polythiophene nanowire is helpful for elevating light conversion efficiency of organic solar panels.

Abstract: A highly dispersed graphene organic dispersion and an application thereof are provided. A mixture is firstly provided, which includes a graphite material and an organic solvent. And then, the mixture is subjected to a peeling process at high temperature and high pressure, thereby obtaining the highly dispersed graphene organic dispersion. The highly dispersed graphene organic dispersion contains 75% or more of a single-layered graphene.

Abstract: A highly dispersed graphene organic dispersion and an application thereof are provided. A mixture is firstly provided, which includes a graphite material and an organic solvent. And then, the mixture is subjected to a peeling process at high temperature and high pressure, thereby obtaining the highly dispersed graphene organic dispersion. The highly dispersed graphene organic dispersion contains 75% or more of a single-layered graphene.

Abstract: The present invention relates to a method of preparing high crystalline polythiophene nanowire used for organic solar panels, including the following steps: A. a 0.001-40 wt % polythiophene solution is prepared; B. a 0.01-10 wt % carbon nanomaterial suspension is prepared and a 0.001-5 wt % dispersant is added to the suspension to generate a carbon nanomaterial dispersion; C. The foregoing carbon nanomaterial dispersion is added to the polythiophene solution and the resulting mixture is let stand under atmospheric pressure at ?10˜45° C. for 20˜400 min so that polythiophene molecules are able to be adsorbed and stacked up on the surface of carbon nanomaterials to generate polythiophene nanowires. Owing to high alignment order and high crystallinity, the polythiophene nanowire is helpful for elevating light conversion efficiency of organic solar panels.

Abstract: A quick-release joint for a sports goal structure, the quick-release joint comprises a first tube having first and second ends and a press button formed on the second end thereof; and a second tube having first and second ends and a slot formed on the first end thereof, with the first tube selectively pivoted with respect to the second tube; the quick-release joint is in first, second and third positions selectively, with the press button engaged with the slot and the first and second tubes fixed to each other in the first position of the quick-release joint, with the press button gradually detached from the slot in the second position of the quick-release joint, and with the press button completely detached from the slot and the first tube being able to detach and rotate with respect to the second tube in the third position of the quick-release joint.

Abstract: An in-line skate includes a boot, a frame attached to the bottom of the boot, four wheels attached to the bottom of the frame and a pad attached to the bottom of the frame after the wheels. The boot includes a plurality of tension straps merged therewith on a side and a plurality of buckles merged therewith on another side for engagement with the tension straps.

Abstract: The present disclosure relates generally to home application of consumer electronic devices, and in particular, to software Application Programming Interface (API) of food process in consumer electronic devices.

Abstract: An in-line skater includes a first shell a first shell 10 for receiving a substantial portion of a user's foot and a second shell for receiving a front portion of the user's foot. The first shell includes at least one block defining a hole. The second shell includes at least one block defining a plurality of holes. A bolt is inserted in one of the holes of the at least one block of the second shell and in the hole of the at least one block of the first shell. The first or second shell is secured to a chassis on which several wheels are mounted.

Abstract: A skateboard comprises a board, front and rear wheel bases respectively mounted to front and rear portions of an underside of the board, and front and rear axles respectively attached to the front and rear wheel bases. The front axle has a portion abutting against the front wheel base such that the front axle pivots toward a loading point when a load is applied to the loading point not locating on a central longitudinal axis of the skateboard. The rear axle has a portion abutting against the rear wheel base such that the rear axle pivots toward a loading point when a load is applied to the loading point not locating on the central longitudinal axis of the skateboard.

Abstract: A skate body having a first body portion and a second body portion that are releasably secured together. A brake device includes a brake seat mounted to one of the first and second body portions and a brake block. The brake seat includes a resilient hook member and a rib formed on an inner wall thereof. The brake block includes an engaging groove releasably engaged with the rib of the brake seat and a retaining piece releasably engaged with the resilient hook member of the brake seat.

Abstract: A skate body comprises a first body portion and a second body portion that are releasably secured together. A brake device includes a brake seat mounted to one of the first and second body portions and a brake block. The brake seat includes a resilient hook member and a rib formed on an inner wall thereof. The brake block includes an engaging groove releasably engaged with the rib of the brake seat and a retaining piece releasably engaged with the resilient hook member of the brake seat.