13 results about "Footplate" patented technology

A system can comprise a driving link, a first footplate link, a footplate, a pulley system, a second footplate link, and a handle. The driving link can rotate, to thereby cause the first footplate link to translate in a first direction. The translation of the first footplate link footplate in the first direction can cause the footplate and the second footplate link to translate in the first direction when the first footplate link translates in the first direction. The translation of the second footplate link in the first direction can transmit force to the handle via the pulley system, thereby causing the handle to translate in a second direction that is substantially opposite the first direction when the first footplate link the footplate, and the second footplate link are translating in the first direction.

A strength footplate, comprising a footplate (1), at least two resistance pumps (2) arranged on the footplate (1), a tension switch (3), and a moving member (4). Each resistance pump (2) is provided with a tension rope (5) that provides training resistance and is connected to the moving member (4); and the tension switch (3) is provided with an accelerometer and / or an emergency stop button (6), and when the tension switch (3) is disturbed by the outside or the emergency stop button (6) is pressed, the tension switch (3) controls the resistance pumps (2) to cut off tension. The at least two resistance pumps (2) are arranged on the footplate (1), and exercise tension is provided by the tension ropes (5) to work in conjunction with the moving member (4) for performing load training, such as lifting or deep squatting, so that exercise postures are diversified; and the tension provided by the resistance pumps (2) is cut off by pressing the emergency stop button (6) on the tension switch (3) or by touching the body of the tension switch (3), enabling a user to quickly stop the resistance pumps (2) in case of an emergency, preventing the occurrence of accidents, and improving the use safety performance of the strength footplate.

Mold clamping unit with a stationary (2) and a movable mold mounting plate (3), wherein the movable mold mounting plate (3) can be moved towards and away from the stationary mold mounting plate (2) along the longitudinal axis of the mold clamping unit, and with a platform (6) with a work platform (8) accessible by an operator, wherein the work platform (8) has a stationary footboard (9) and several extensions (10a, 10b, 10c) arranged below the footboard (9) and movable relative to it, wherein the extensions (10a, 10b, 10c) can be moved orthogonally to the longitudinal axis of the mold clamping unit between a fully retracted end position and a fully extended end position, wherein the extensions (10a, 10b,10c) in the fully retracted end position below the footplate (9) and in the fully extended end position are at least partially within the travel path of the movable mold mounting plate (3), and wherein the platform (6) is arranged such that the movable mold mounting plate (3) can move freely past the stationary footplate (9), characterized in that the extensions (10a, 10b, 10c) are arranged parallel to each other in one plane and are movable independently of each other, and that on the side of the movable mold mounting plate (3) facing the stationary mold mounting plate (2), an auxiliary footplate (4) accessible by an operator is attached to the movable mold mounting plate (3), wherein the plane of the auxiliary footplate (4) is parallel to the plane of the stationary footplate (9) of the work platform (8).

Drum pedal systems and methods are disclosed herein. Exemplary drum pedal assemblies include a footplate, a hoop clamp disposed at an anterior portion of the footplate, a footboard coupled with the footplate, a drive mechanism in operative association with the footplate and the footboard, and a beater. The lower portion of the beater is coupled with the anterior portion of the footplate via a fixed anterior hinge mechanism that is aligned toward the bottom or lower section of the drumhead.

The invention discloses a functional composite material cylinder easy to expand, a buoy and a multifunctional floating body assembly.The functional composite material cylinder comprises a pedal and at least one bottom groove, the pedal and the bottom groove are formed by fiber reinforced materials, the bottom groove is of a groove-shaped structure, the upper portion of the groove-shaped structure is open, and the width of the groove-shaped structure is gradually reduced from top to bottom; the pedal and the bottom grooves at least jointly form an expansion mounting structure on the same side in the width direction of the pedal, the bottom grooves and the pedal can fully utilize the space of the cargo compartment during transportation, the bottom grooves and the pedal suites are loaded as many as possible on the premise of not being overweight, and the transportation cost is greatly reduced; moreover, one side or two sides, in the width direction, of the pedal and each bottom groove are provided with expansion installation structures used for installing other parts such as guardrails, so that the other parts such as the guardrails can be installed on the expansion installation structures very conveniently and reliably, the technological process of additional installation is simplified, the installation efficiency is improved, a special base is omitted, and the installation cost is reduced. And the installation cost is reduced.

A balance cart comprises an arc-shaped base and a supporting rod, the two ends of the supporting rod are connected with the two ends of the arc-shaped base respectively, and a pedal is fixed to the middle of the arc-shaped base. The supporting rod comprises height extending sections located on the two sides and a horizontal extending section located in the middle, and the horizontal extending section is located over the pedal. According to the device, the material barrel can be moved and transported through single-person operation.

(Main claim) Carrying device for small children in a standing position, characterized in that it comprises two separate footplates, each designed to receive a child's foot, wherein both footplates are attached to a belt which absorbs part of the weight force (weight of the child to be carried).

The present invention relates to a safety stirrup for equestrian use, featuring a locking system designed to keep the rider's foot stable and securely attached to the footplate during normal use, while ensuring rapid detachment when necessary. The system comprises a folding element articulated on the footplate, actuated by a tension spring fixed at two points and operating around a fulcrum, which allows the element to exert controlled pressure on the foot. This pressure is sufficient to prevent slipping but does not prevent deliberate or accidental detachment. A particular geometric configuration of the system perfects the closure when the line between the spring's attachment points overpasses the fulcrum. In an embodiment, the folding element exerts a force of approximately 10 N. A curved element is also provided on the footplate, designed to improve the lateral stability of the foot during riding.

An orthosis device that can include a strut member, a housing member, a cuff member, and a locking mechanism. The strut member can have an extension portion and footplate portion. The strut member can include a track portion extending along a first side of the extension portion. The track portion can extend a pre-determined distance along the extension portion. The extension portion can extend at a first direction generally perpendicular from the footplate portion. A portion of the strut member can pass through a cavity in the housing member and allow for the adjustability of the height of the housing member along the extension portion. The locking mechanism can engage the track portion to lock the housing member at various positions along the track as desired by the user.

A foot-operated waste bin holder with a buffering opening and closing function and easy installation, characterized in that the waste bin holder comprises: a housing and a foot-operated steering mechanism; wherein the housing is arranged vertically, and the housing comprises: a frame (1), two side plates (2) mounted symmetrically on both sides of the frame (1), a rear plate (3) mounted on the rear surface of the frame (1), a front door plate (4) hinged to the front surface of the frame (1), and a cover (5) hinged to the top of the frame (1); and the foot-steering mechanism comprises: a joint bracket (6), a first buffer (7), a footplate (8), a first link (9) arranged in the lateral direction of the frame (1), and a second link (10) arranged in the vertical direction of the frame (1); wherein the second link (10) is attached obliquely from top to bottom to the side plate (2) on one side of the frame (1), there is a gap between the lower end of the second link (10) and the bottom of the frame (1), the upper end of the second link (10) is close to the cover (5), the upper end of the second link (10) is provided with an angled section that avoids the top of the frame (1), and the upper end of the angled section is hinged to the lower surface of the cover (5); the first handlebar (9) is attached obliquely from bottom to top to the side plate (2) under the second handlebar (10), the lower end of the first handlebar (9) is hinged to the lower end of the second handlebar (10), the upper end of the first handlebar (9) penetrates the front surface of the frame (1) and protrudes from the housing, the footplate (8) is arranged horizontally on the upper surface of the end of the first handlebar (9) outside the housing, and there is a gap between the first handlebar (9) and the bottom of the frame (1); the joint bracket (6) is arranged vertically upwards on the base of the frame (1) under the first handlebar (9) and in a position corresponding to the middle position of the first handlebar (9), and the middle position of the first handlebar (9) is rotatably connected to the joint bracket (6); the first buffer (7) is mounted vertically on the side plate (2) above the first link (9) and in a position near the upper end of the first link (9), the lower end of the first buffer (7) is hinged to the first link (9) between the frame (1) and the joint bracket (6), the upper end of the first buffer (7) is hinged to a position on the inner surface of the frame (1) that is away from the first link (9), and the first buffer (7) serves to reduce the upward velocity of the first link (9); and The footplate (8) serves to cause the upper end of the first handlebar (9) to move vertically downwards, by means of the vertical downward movement of the upper end of the first handlebar (9) the first handlebar (9) is rotated downwards about the joint bracket (6) as the axis of rotation, by means of the downward rotation of the first handlebar (9) the second handlebar (10) is raised, and by means of the raising of the second handlebar (10) the cover (5) is folded upwards.