12results about "Spats" patented technology

The utility model relates to the technical field of exercise shoes, in particular to an exercise shoe with a fixing structure, which comprises a fixing plate, an anti-slip sole is fixedly connected to the lower end of the fixing plate, a connecting sole is fixedly connected to the upper end of the fixing plate, and a height adjusting knob is movably mounted on the left portion of the front end of the fixing plate. A shoe body is fixedly connected to the upper end of the connecting sole, an upper is arranged on the upper portion of the outer surface of the shoe body, the rear portion of the upper is connected with the rear portion of the outer surface of the shoe body in a pasted mode through a hook-and-loop fastener, and a fixing assembly is connected to the left portion of the outer surface of the shoe body in a clamped mode. According to the exercise shoe with the fixing structure, a micro rotating motor in the telescopic assembly drives a left screw rod and a right screw rod to rotate, and the left screw rod and the right screw rod are distributed in a left-right mirror image mode and are in threaded connection with a translation block, so that the position of the translation block can be accurately adjusted; the height of the shoe body is accurately changed through the telescopic plate and the fixing block, various fine height adjustment requirements are met, and the shoe is suitable for patients with long and short legs.

The shoe comprises: - an upper (102) including: • a shell (2) incorporating a shoe opening (20) having a posterior subdivision (202) and an anterior subdivision (201), • a gaiter (3) connected to the shell. The gaiter consists of a panel connected to the shell - around the perimeter of the posterior subdivision (202) and - at the vamp so as to encircle the perimeter of the anterior subdivision (201). The gaiter is designed to encircle the ankle and cover part of the instep of the user so as to form a superior opening (31). The gaiter overlaps itself, without connection, so as to form a lateral (32L) or medial (32M) slit.

A protective garment (400, 500, 600) for use of with a chainsaw is provided that includes a plurality of inner protective material layers (210, 220, 230) and a plurality of outer protective material layers (240, 250, 260). Each inner protective material layer (210, 220, 230) may have first pull-out fibers (215) and each outer protective material layer (240, 250, 260) may have second pull-out fibers (245). The pull-out fibers (215, 245), when contacted by a moving chainsaw, may be configured to perform a safety feature by pulling out and clogging the chainsaw to prevent further rotation of the cutting chain. The first pull-out fibers (215) may be weaved into each of the inner protective material layers (210, 220, 230) with a first fiber density, and the second pull-out fibers (245) may be weaved into each of the outer protective material layers (240, 250, 260) with a second fiber density. The second fiber density may be greater than the first fiber density.

An insulating and / or protective over-trouser garment for quick change, comprising two trouser leg portions not completely joined to each other, each trouser leg portion having a longitudinal rear opening configured for relative separation or overlap, with a limited number of non-permanent fastening means of diverse types, including hybrid systems, configured for rapid closing and opening and optional adjustment of said separation / overlap; at least two flaps arranged to overlap at least partially the trouser leg portions and to cover at least partially the buttocks region; and a waistband assembly configured to close upon itself at the rear. The cooperative arrangement of these elements, as a result of the particular shape of the elements and the joints between them, provides insulation and / or protection while maintaining ergonomic freedom of movement, enabling scalable manufacture through processes similar to those used for conventional trousers, and offering multipurpose applicability in fashion, workwear, and outdoor contexts.

The utility model relates to a kind of shoe cover type protective leggings, it includes legging belt body, the pull-together component being set in the outer side of legging belt body, the upper elastic component being set in the top of legging belt body, calf elastic adjustment component being set in the two sides of pull-together component, ankle tightening component being set in ankle part and shoe cover tightening component being set in the bottom of legging belt body;Binding pull-together component is located outside leg after, upper elastic component is located above knee;The utility model upper four pieces of buckles and upper adjusting drawstring can be independently controlled flexibly the circumference and longitudinal length of the upper end of leggings, adapt to different leg type person wearing, significantly improve the fit and comfort, the utility model is all-around protection, diversification adjustment, excellent comfort and convenient to put on and take off, meet the increasing demand of modern military and outdoor activities.

Example embodiments herein relate to a gaiter device configured with a failsafe design that improves the user experience, provides sanitation and increased durability and longevity of the gaiter. Example embodiments include gaiter configurations designed to be worn inside the shoe, which decreases degradation of the gaiter, and further provides enhanced useability, and enhanced durability. The gaiter may be configured with an elastic stirrup to support the gaiter in a shoe, while providing ease of use, sanitation, and flexibility for the user. The gaiter may include a durable lightweight outer film surface resistant to moisture. The gaiter device may be configured as a smart gaiter device, where the elastic stirrup is embedded with sensors and transmitters enabling biometric monitoring and communication of biometrics with smart computing devices.