11 results about "Entire foot" patented technology

The present invention relates to safety footwear (100) comprising a sole (10), an upper (20) and an anti-perforation layer (30). The sole (10) comprises a top surface (12), intended to support the user's foot, a bottom surface (14), intended to make contact with the ground, and a side surface (16), intended to connect together the top surface (12) and the bottom surface (14) of the sole (10). According to the invention, the safety footwear (100) is characterized in that the anti-perforation layer (30) comprises two separate elements (32, 34); a first element (32), applied at a heel portion of the sole (10), close to the bottom surface (14), and a second element (34), applied underneath the upper (20), at a forefoot portion of the upper (20). The first element (32) and the second element (34) of the anti-perforation layer (30) are such as to protect the bottom part of the entire foot of the user. The present invention also relates to a method for manufacturing such safety footwear (100).

The invention relates to an apparatus (2), system (1) and method for the treatment, post-operative rehabilitation and / or prevention of Hallux Valgus disease, the apparatus (2) comprising: • a fixed main part (4), sized to be located under and supporting Digitis Pedis II to V and at least the ball of a foot, particularly supporting Digitis Pedis II to V and the complete foot (3); • a movable element (5), to be located under and supporting Digitis Pedis I (7); • moving means (M1, M2) for applying a rotational movement to the movable element (5) relative to the fixed main part (4) in a first direction and a second direction, wherein the first direction and the second direction are orthogonal to each other; • a controller (12) for controlling the moving means (M1, M2) to generate a defined rotational movement of the movable element (5) relative to the fixed main part (4) in the first direction and the second direction; • wherein the moving means (M1, M2) comprise a first motor (M1) for generating the rotational movement of the movable element (5) relative to the fixed main part (4) in the first direction and a second motor (M2) for generating the rotational movement of the movable element (5) relative to the fixed main part (4) in the second direction.

To provide a compact and inexpensive massage machine capable of massaging the entire leg because there are few such machines although there are various types of machines that perform massage for each part of a leg.SOLUTION: Motions of swinging a leg can be regarded to be performed by a type of link mechanism on relationships and motions among a toe and a joint of an ankle, a foot and a knee joint, and a foot and a hip joint. In the present invention, the link mechanism of a leg and a type of crank mechanism including a pedal, a crank, and a crank shaft are arranged along the leg, effective massage for the entire leg is achieved by a series of operation interlocked with the motions of the leg. Due to use of a dead weight of the leg of a user himself / herself, a drive source is not necessary, a load on a body and a loss of bodily strength are reduced, and use by people of various ages including elderly people can be expected.SELECTED DRAWING: Figure 1

The utility model relates to the technical field of foot correction instruments, and particularly discloses an arch balance trainer which comprises two groups of balance plates, connecting components, a half sole fixing component and a heel fixing component, the two ends of the connecting components are in threaded connection with the corresponding balance plates respectively and are located on one sides of the corresponding balance plates respectively, and the half sole fixing component is connected with the heel fixing component. The half sole fixing assembly is in threaded connection with one set of balance plates and located on one side of the balance plates, and the heel fixing assembly is in threaded connection with the other set of balance plates and located on one side of the balance plates. A user can conveniently carry out balance training on the arch, the whole sole of the user can be stressed in the training process, meanwhile, the crowded space for wearing shoes is avoided, multiple groups of shoes can be combined, and the diversity of balance training is improved.

According to the wrapping type sneaker, the suspended elastic bearing piece elastically bears the foot sole through the stretching elastic performance of the elastic bearing piece, and in the dynamic state that the elastic bearing piece deforms due to treading, the elastic bearing piece can elastically bear the foot sole; the elastic supporting piece can pull the first wrapping tightening belt and the second wrapping tightening belt to drive the first upper face, the second upper face and the shoe tongue which wrap the foot sole of the human body to downwards follow deformation to adaptively wrap the whole foot, dynamic wrapping and attaching at any time during treading are achieved, and the elastic supporting piece elastically wraps the bottom of the foot sole; the omnibearing three-dimensional wrapping effect on the feet in the dynamic treading process is achieved, and the treading comfort and foot feeling are ensured; when the foot is lifted, the elastic bearing piece recovers deformation upwards and keeps fit with the sole of the human body, meanwhile, the first wrapping tightening belt and the second wrapping tightening belt stop the pulling behavior, the first upper face, the second upper face and the shoe tongue adapt to the upward motion of the foot and keep fit with the foot, and the all-dimensional three-dimensional wrapping fit effect at any time in the dynamic process of lifting the foot is achieved; and the comfortable foot feeling during foot lifting is ensured.

This invention relates to the technical field of humanoid robots and discloses a foot power structure for a humanoid robot and a humanoid robot. The foot power structure for a humanoid robot of this invention is mounted on the waist of the humanoid robot and includes a stepping drive unit, a thigh body module, a shin body module, and a leg module, which are connected in sequence. The stepping drive unit swings the entire foot power structure back and forth. The thigh body module includes a first thigh body and a second thigh body. The shin body module includes a shin body. The leg module includes a leg support member. A hip joint drive unit is mounted on the top of the first thigh body to swing the entire foot power structure left and right. A first drive unit is mounted between the first thigh body and the second thigh body to realize relative circumferential rotation between the first thigh body and the second thigh body. The overall design of the foot power structure of this invention is rational and compact, well meeting the requirement for a humanoid robot to achieve various moving postures.

The invention discloses a vertical micro-shock-absorption and full-foot pressure-balanced shoe structure, belongs to the technical field of shoe ergonomic structures, and aims to solve the industrial pain points of high landing impact, concentrated local pressure and poor wearing comfort of a traditional shoe, and the problem that the structural design does not limit specific materials, process parameters, shoe types and the like. The core of the shoe comprises a shoe heel limiting vertical micro-shock-proof unit which is independently arranged, and a linkage dynamic system which is formed by additionally arranging a half sole pressure dispersion bearing structure and an arch bearing part anti-sliding limiting supporting structure on the basis of the shoe heel limiting vertical micro-shock-proof unit. The restrictive vertical micro-shock-proof unit only allows controllable small-stroke elastic deformation in the vertical direction and can be matched with a single-core centralized or multi-point matrix layout according to the stressed area of the heel, and the half sole pressure dispersion bearing structure and the arch anti-sliding limiting supporting structure can be further integrated with the same type of restrictive vertical micro-shock-proof unit. And in cooperation with limiting and pressure dividing structures, the technical effects of full-foot stress balance, landing shock absorption and foot slippage prevention are achieved. According to the invention patent of the basic structure, the core structure is arranged in a built-in mode, the original appearance texture of the shoe is not changed, the shoe can be matched with all kinds of shoes such as thin and high heels of women, normal leather shoes of men and casual shoes for men and women, the technical scheme is high in practicability and wide in protection range, wearing comfort and shoe appearance attributes are considered, and the shoe is matched with an existing shoemaking technology. The method has high commercial application and patent protection value.

The present invention belongs to the field of socks, particularly to the field of socks for special use, such as together with specialized footwear. The invention relates to a sock for wearing inside a climbing shoe and a method for manufacturing said sock. The essence of the invention is in that the sock is divided into at least two parts, namely - a first part is designed to cover the top of the toes from at least the nails of the toes, the ball and the arch of the foot across the entire length of the foot and at least a part of the width of the foot, and at least a part of the heel to the attachment of the Achilles tendon, so that the first part covers at least a part of toes, a part of the sole of the foot and a part of the heel, and - a second part designed to cover at least the bridge of the foot, wherein the first part is made from a highly resistant rigid material and the second part may be made from a flexible material. When the foot is placed in the basket at the front on the toes and the sock is pulled over the heel, the sock pushes the foot into a "climbing" position characteristic for its curved shape in which the toes are clearly downwards, the arch of the foot is emphasized and the heel is pushed towards the toes.

1. Name of the product in this design: Footrest Pad (Component 1, Component 2). 2. Purpose of this design: Component 1 is the pad body, and component 2 is the riser seat. Component 1 and component 2 can be combined to form the entire footrest pad. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design points: Combined state diagram 1.

The invention relates to the technical field of shoe measurement, in particular to a shoe sole anti-skid performance testing device which comprises a shell, a testing platform, a movable frame and a shoe tree. The testing platform is slidably installed on the shell in the horizontal direction. The movable frame is hinged to the shell, and a pressure sensor used for sensing the pressure of the movable frame in the first direction is arranged between the movable frame and the shell. The shoe tree is sleeved with the experiment shoe and comprises an instep portion and a sole portion, the instep portion is installed on the movable frame, the movable frame enables the angle of the shoe tree to be adjustable, and then the contact mode of the experiment shoe and the testing platform is adjustable. The sole part of the shoe tree is divided into a plurality of mutually independent blocks, so that the proper blocks can be selected to step on the experimental shoe according to the stress states of different foot types. The rotating frame rotates to adjust the contact area of the experiment shoe and the test platform so as to switch the front sole, the heel or the whole sole to be in contact with the test platform, the anti-skid performance in different states during walking can be simulated, and the actual use scene is better met.

The utility model relates to the technical field of foot pads, and provides a foot pad with a heating function, which comprises a foot pad main body, a filling layer is arranged on one side of the foot pad main body, a packaging layer is arranged on one side, far away from the foot pad main body, of the filling layer, and the packaging layer comprises a first packaging layer and a second packaging layer; a circuit layer and a graphene heating layer are arranged between the first packaging layer and the second packaging layer; the circuit layer and the graphene heating layer are used for performing heat distribution on the foot pad; power is supplied to the circuit layer through an external power source, the circuit layer is connected with the graphene heating layer after receiving electricity, graphene serves as a novel material with excellent performance, the conductivity of the graphene is excellent, electric energy can be converted into heat energy after the graphene is electrified, the graphene heating layer is made to evenly and rapidly heat, and the graphene heating layer is heated along with heating of the graphene heating layer. The generated heat can be quickly and uniformly transferred to the whole foot pad, so that the whole foot pad is effectively heated, and the heating effect is achieved.