5 results about "Shoe fitting" patented technology

The invention belongs to the technical field of shoemaking machinery, and discloses an anti-static shoe processing kickstand assembly capable of quickly sleeving shoes, which comprises a mounting plate and a kickstand assembly, and further comprises a hydraulic piston rod assembly mounted in the kickstand assembly, an arc-shaped groove is formed in the mounting plate; the kickstand assembly comprises a kickstand front portion and a connecting frame hinged to the mounting plate. According to the scheme, the foot support assembly is rotated upwards, the first telescopic piston rod is driven to rotate through the spring sleeve, and when the spring sleeve is in the horizontal state, the front portion of the foot support can be driven to move towards the rear portion of the foot support under the action of the spring part of the spring limiting cross rod; the top end of the telescopic piston rod I is extruded by the arc-shaped groove to feed hydraulic oil into the telescopic piston rod II, push the front part of the foot support to extend and fasten and support the vamp part; the problems that the foot support assembly is difficult to sleeve into the vamp due to the fact that the foot support assembly is arranged too tightly and the follow-up forming quality of the shoe body is affected due to the fact that the foot support assembly is designed too loose and slides easily are solved.

The application relates to a shoe wearing assisting model with intelligent size measurement and a use method thereof, and designs a device capable of measuring foot size and assisting shoe wearing, which is internally provided with a ranging module based on infrared laser, is used for measuring size and displaying user size, can automatically measure foot length when the foot is placed on the device, and provides shoe size purchase suggestion. When shoes are worn, the shoes are placed on the device, a baffle is arranged at the heel, the shoe tail is buckled and supported, when the user wears the shoes and steps and exerts force, the foot is placed into the shoes through the baffle, and shoe wearing is assisted. After the shoes are worn, the baffle is automatically separated, and the baffle is reset after the foot is lifted and the shoes are taken. Therefore, the foot size measurement and the shoe wearing assisting function can be simultaneously realized, and convenience of shoe wearing is provided for the user.

A measurement device for shoe fitting evaluation is disclosed. The measurement device for shoe fitting evaluation includes a last insertable into a shoe, a pressure measurement unit configured to measure a wearing pressure on a top surface of a foot of the last, and a gap measurement unit configured to measure a gap between an end portion of the last and an end portion of the shoe. The last includes a main body portion and a variable portion. The variable portion is changeable in its shape, its weight, or its position with respect to the main body portion.

This utility model belongs to the field of shoe upper roughening and spraying technology, specifically relating to a shoe upper roughening and spraying device based on visual correction technology. It includes a housing, a front baffle on one side of the housing, a visual correction mechanism on the front baffle, a conveying and clamping mechanism on the lower side of the front baffle, a robotic arm on one side of the conveying and clamping mechanism, and a roughening mechanism on the robotic arm. The visual correction mechanism includes a movable component fixedly connected to the housing, a mounting plate on the movable component, and a 3D camera on the mounting plate. The conveying and clamping mechanism includes a conveying component, a cylinder plate on the conveying component, a clamping cylinder on the cylinder plate, a fixed shoe block on one side of the clamping cylinder, and shoe fittings on the fixed shoe block. This utility model uses intelligent 3D visual correction technology to automatically generate the roughening motion trajectory of the robotic arm, intelligently identify the shoe upper style and size, and then retrieve the corresponding shoe upper trajectory. The intelligent algorithm system adjusts and adapts the trajectory in real time.