Abstract: A pesticide-free physically pest-isolating transparent polymeric film is formed of a plastic film that has a thickness of 0.03˜1.00 mm and is perforated to include a plurality of holes. The holes have a hole size of 1˜30 mm and a distribution density of 1,000˜200,000 holes/M2 on the plastic film. The pesticide-free physically pest-isolating transparent polymeric film is proven as a simple but very effective way of pest control. It helps plants fully grow without being attacked by pests in a pesticide-free condition. Further, the pesticide-free physically pest-isolating transparent polymeric film is repeatedly usable, and is therefore an easily operable and economical agricultural aid ideal for use.

Abstract: A pesticide-free physically pest-isolating transparent polymeric film is formed of a plastic film that has a thickness of 0.03˜1.00 mm and is perforated to include a plurality of holes. The holes have a hole size of 1˜30 mm and a distribution density of 1000˜200000 holes/M2 on the plastic film. The pesticide-free physically pest-isolating transparent polymeric film is proven as a simple but very effective way of pest control. It helps plants fully grow without being attacked by pests in a pesticide-free condition. Further, the pesticide-free physically pest-isolating transparent polymeric film is repeatedly usable, and is therefore an easily operable and economical agricultural aid ideal for use.

Abstract: An artificial hair transplantation method for implanting, directly or indirectly, artificial chemically synthesized filaments into the epidermal layer and the dermal layer of the human scalp features painless incisions and allows hair restoration to be attained in a short period of time, such as a few hours.

Abstract: An artificial hair transplantation method for implanting, directly or indirectly, artificial chemically synthesized filaments into the epidermal layer and the dermal layer of the human scalp features painless incisions and allows hair restoration to be attained in a short period of time, such as a few hours.

Abstract: The present invention provides an improved shoe structure to improve the sport efficiency and the wearing comfort of the user. The shoe structure comprises a base portion and a cover portion, wherein a plurality of flexible devices, such as springs, are formed within the base portion of the shoe structure to provide a load-bearing function. The shoe structure of the present invention is designed not only to provide comfort but also to bear a high load of weight such that the foot of the user can be protected by minimizing the impact force produced from the ground when the user steps or jumps on the ground. A plurality of air gaps are formed within the shoe structure to circulate the air within the shoe structure so that the foot of the user can keep dry and active in a clear environment.

Abstract: The present invention provides an improved shoe structure to improve the sport efficiency and the wearing comfort of the user. The shoe structure comprises a base portion and a cover portion, wherein a plurality of flexible devices, such as springs, are formed within the base portion of the shoe structure to provide a load-bearing function. The shoe structure of the present invention is designed not only to provide comfort but also to bear a high load of weight such that the foot of the user can be protected by minimizing the impact force produced from the ground when the user steps or jumps on the ground. A plurality of air gaps are formed within the shoe structure to circulate the air within the shoe structure so that the foot of the user can keep dry and active in a clear environment.