30 results about "Foot surface" patented technology

Foot massaging shoe including a push button into the side of the outsole. The shoe contains a cavity in the sole to allow for an ON / OFF switch, servo motor, rechargeable battery, and motor that together form a closed circuit. The shaft of the motor is attached to a pendulum that includes a main rod connected to three lateral rods. Each of the lateral rods has a massage ball formed at its distal ends. The pendulum rotates about the rotary axis of the shaft in a semicircular fashion from 0 to 180 degrees and back when the push button is pressed, and will stop when the push button is pressed again, such that the three balls move up out of the sole surface to brush up into and laterally across the plantar foot surface of the shoe wearer, and then back down into their respective cavities during the semicircular motion.

The utility model relates to foot and ankle rehabilitation equipment technical field especially relates to a multifunctional intelligent foot and ankle rehabilitation robot, its technical scheme foot and ankle rehabilitation robot is by support system, intelligent pressurization system, motion control system, multi -mode evaluation system and data management system are composed of, support system includes fixed bottom plate and the support leg of installation in the fixed bottom plate four corners top, intelligent pressurization system includes the foot bottom seat of installation in the middle of stabilizer top, is provided with the foot surface banding for foot binding and the pressurization system of the airbag guide tube and airbag of foot bottom seat, motion control system includes setting in the foot bottom seat below for the six -degree of freedom motion mechanism of carrying out motion drive to foot bottom seat, data management system includes setting in the motion analysis module of fixed bottom plate top installation, the utility model discloses through the integration advanced mechanical design, control algorithm and information technology, provides the intelligent, individualized, comprehensive solution for foot and ankle rehabilitation.

The invention relates to an automatic diabetic foot liquid medicine spraying device which is characterized in that a foot face spraying head is arranged on the bottom face of a spraying cover, a toe spraying head is arranged on the inner end face of the spraying cover, an inclined supporting plate connected with the bottom of the spraying cover is fixedly installed at the bottom of a foot containing bin, and a plurality of supporting blocks are fixedly installed on the inclined supporting plate; the inclined supporting plate between every two adjacent supporting blocks is provided with a bottom nozzle, a waste liquid recovery tank is arranged on one side of the bottom of each supporting block, the bottom of each waste liquid recovery tank is connected with a waste liquid recovery barrel in the box body through a filter plate with liquid leakage holes, and a liquid supply box is arranged on one side of each waste liquid recovery barrel. The liquid supply box is communicated with the foot part spray head, the toe part spray head and the foot bottom spray head through a pipeline provided with a constant-pressure infusion pump; and targeted liquid medicine spraying can be completed, medical workers do not need to make contact with the feet of a patient, and the working efficiency and the operation efficiency are improved.

The invention relates to the field of insoles, and discloses a 3D printing insole with gradient pore distribution parameterization. The device comprises an instep supporting pad, the instep supporting pad is fixedly connected with an arch airbag corresponding to the upper surface of an arch, the instep supporting pad is fixedly connected with an air inlet corresponding to the upper surface of a heel, and the upper surface between the instep supporting pad and the air inlet is fixedly connected with a buffer pad. The air bag cushion sequentially comprises a front supporting cushion, a front connecting cushion, a rear connecting cushion and a connecting air cushion from the toe side to the sole side, the upper surface of the connecting air cushion is fixedly connected to the arch air bag, the front supporting cushion is solid, the upper portion of the inner space of the front connecting cushion is connected with a toe groove, a main vent hole and an auxiliary vent hole, and the lower portion is connected with a front guide-out hole. The connecting air cushion is connected with the arch air bag, the rear connecting pad and the front connecting pad, the upper portion of the rear connecting pad is connected with the air inlet and the buffer pad, when the human body moves, the front end sole is supported, the rear portion is tilted, the corresponding toe groove, the front supporting pad and the bottom supporting pad are integrally supported, and the arch air bag rebounds to enable the internal space to inhale air.

A pedal 10 for a bicycle comprises a pedal body 12, at least one load cell 14 located on or within the pedal body 12, a pedal top 16 and transmission means 68. The pedal top 16 defines an upper foot surface 60 and is connected to the pedal body 12 to permit movement relative to the pedal body 12 when a user applies a force to the surface 60. The at least one load cell 14 is configured to detect the said force applied to the pedal top 16. The transmission means 68 enable transmission of a measurement output by the at least one load cell 14 to an external device. The pedal may also comprise an accelerometer.

The utility model provides a CT scanning special sickbed convenient to leg support, including bottom support and upper bed body, the bed body top surface is provided with leg support mechanism, the leg support mechanism includes the hinge connection's bottom plate and turnover groove board, the turnover groove board top surface has established the arc -shaped groove for placing the leg, install drive mechanism on the bottom plate and drive the turnover groove board hinge turnover, the utility model discloses provide support to the shank of patient through the setting leg support mechanism, ensure that the foot of patient keeps the correct posture of the foot surface side by side, flatly, through the setting drive mechanism and the turnover groove board of hinge turnover with bottom plate make the angle between the shank and the upper leg of patient adjust, be applicable to the situation of different angle adjustment.

This application relates to the field of workpiece assembly technology and discloses an anti-trampling device for workpiece assembly. The workpiece is placed on a workpiece mounting component. The anti-trampling device includes a foot pedal and a support positioning component, a snap-fit ​​component, and a drive assembly installed on the side of the foot pedal away from the foot surface. The foot pedal has a foot surface for the operator to step on. The support positioning component is positioned and supported on the workpiece. The snap-fit ​​component and the support positioning component are arranged at intervals along the length of the foot pedal. The drive assembly is drivenly connected to the snap-fit ​​component and can drive the snap-fit ​​component to swing, so that the snap-fit ​​component can engage or disengage with the side of the workpiece mounting component. This application, by using the support positioning component and the snap-fit ​​component to place the entire foot pedal on the workpiece mounting component, can prevent the foot from stepping on the valve block during operation, thus avoiding the quality hazard of oil leakage from the hydraulic pipe on the valve block caused by directly stepping on the hydraulic pipe.

Foot massaging shoe including a push button into the side of the outsole. The shoe contains a cavity in the sole to allow for an ON / OFF switch, servo motor, rechargeable battery, and motor that together form a closed circuit. The shaft of the motor is attached to a pendulum that includes a main rod connected to three lateral rods. Each of the lateral rods has a massage ball formed at its distal ends. The pendulum rotates about the rotary axis of the shaft in a semicircular fashion from 0 to 180 degrees and back when the push button is pressed, and will stop when the push button is pressed again, such that the three balls move up out of the sole surface to brush up into and laterally across the plantar foot surface of the shoe wearer, and then back down into their respective cavities during the semicircular motion.

The utility model relates to the technical field of detection instruments, in particular to a hand and foot surface contamination detector which comprises an installation body provided with a hand detector and a foot detector, and a foot protection cover which can rotate and is used for covering the foot detector is arranged on the foot detector; a detection module electrically connected with the foot protection cover is further arranged on the mounting main body, and the detection module is used for identifying a to-be-detected person so as to realize automatic opening or closing of the foot protection cover. The detection module intelligently identifies the to-be-detected person, the foot protection cover can be better promoted to be automatically opened and closed, on one hand, dust, other heavy objects and the like can be better prevented from falling on the surface of the foot detector, and a measurement film on the foot detector is prevented from being damaged; on the other hand, cross contamination caused by the fact that the foot protection cover needs to be manually operated can be well avoided.

The invention relates to the technical field of pantyhose, in particular to pantyhose and a pantyhose weaving method. The panty-hose comprises: a panty body; one end of each sock body and the trouser body are integrally formed, the other end of each sock body comprises a sock surface and a sock bottom integrally woven and formed with the sock surface, a notch is cut in the tail end of each sock surface, a first sewing part is formed at the edge of each notch, a connecting cutting piece is formed at the part, exposed out of each notch, of each sock bottom, and a second sewing part is formed at the edge of each connecting cutting piece; and the connecting cutting piece is folded until the second sewing part and the first sewing part are overlapped and are fixedly connected through a sewing thread to form the sock toe. The tail end of the sock surface in the sock body is cut into the notch, meanwhile, the first sewing part at the edge of the notch and the second sewing part, connected with the edge of the cutting piece, in the sock bottom are subjected to sewing thread fixing, the sewing thread of the sock head is moved to the foot surface from the toe, the pressure of the toe is transferred, the toes can be naturally straightened, and the comfort of the sock is improved. Meanwhile, the foreign body sensation of the toes of the user can be reduced.

The utility model discloses a flatfoot corrective shoe with an arch protection function, and relates to the technical field of foot protection shoes. The flatfoot corrective shoe with the arch protection function comprises a vamp, a sole and an insole, the vamp is adhered to the sole through colloid, a plurality of wrapping faces higher than the instep are arranged on the vamp, the different wrapping faces are sewn and spliced, and a three-dimensional side flange is integrally arranged at the side end of the insole. According to the flatfoot corrective shoe with the arch protection function, the wrapping performance on a foot is kept through the wrapping face on the vamp, meanwhile, the wrapping area of the vamp on the foot is increased through the high welt, and good lateral supporting force is provided. When the foot protection shoe is worn, the three-dimensional surface arranged on the surface of the insole can be fully attached to the foot; by means of the three-dimensional side flanges, the foot is wrapped when attached to the surface of the insole, the risk of spraining the foot is relieved through the three-dimensional side flanges, and the lateral supporting effect of the insole is better.

Foot massaging shoe including a push button into the side of the outsole. The shoe contains a cavity in the sole to allow for an ON / OFF switch, servo motor, rechargeable battery, and motor that together form a closed circuit. The shaft of the motor is attached to a pendulum that includes a main rod connected to three lateral rods. Each of the lateral rods has a massage ball formed at its distal ends. The pendulum rotates about the rotary axis of the shaft in a semicircular fashion from 0 to 180 degrees and back when the push button is pressed, and will stop when the push button is pressed again, such that the three balls move up out of the sole surface to brush up into and laterally across the plantar foot surface of the shoe wearer, and then back down into their respective cavities during the semicircular motion.

The utility model provides an anti-static anti-smashing safety shoe. The anti-static anti-smashing safety shoe comprises a shoe sole and a shoe upper, the upper end of the shoe sole is fixedly connected with the shoe upper, anti-static mechanisms are installed in the shoe sole and the shoe upper, an anti-smashing mechanism is installed at the position, corresponding to the instep, of the front end of the shoe upper and comprises a plurality of copper columns and anti-static cloth, the copper columns are fixedly connected to the inner bottom face of the shoe sole, and the anti-static cloth is fixedly connected to the inner bottom face of the shoe sole. A plurality of copper columns are evenly distributed on the surface of the shoe sole, the lower ends of the copper columns penetrate through the shoe sole, anti-static cloth is fixedly connected to the outer wall of a shoe opening of the shoe upper, and in the wearing walking process of the shoe, the copper columns at the bottom of the shoe sole make contact with the bottom face, so that a grounding state is formed between a wearer and the ground when the wearer wears the shoe. According to the anti-static shoe, static electricity generated by the shoe can be quickly conducted to the ground, so that the anti-static purpose is achieved, meanwhile, when a heavy object falls to a vamp, the two supporting plates absorb force generated by falling of the heavy object, the multiple arched keels can further evenly share the force generated by falling of the heavy object, the force is prevented from being conducted to the instep of a wearer, and therefore the situation that the heavy object falls to crush the instep is avoided.

The application discloses a kind of based on photoacoustic viscoelasticity imaging's diabetic foot microvessel calcification evaluation system and method, the method includes: pulsed laser of laser is emitted by focusing objective lens, is irradiated on the foot surface tissue of diabetic patient and generates photoacoustic signal;Using phase-locked amplifier extraction photoacoustic signal's phase delay;Computer control motor scans foot surface tissue and saves photoacoustic signal data and photoacoustic signal's phase delay data.Photoacoustic signal is processed to extract the time width information of wave crest, the wave crest time width data of each point photoacoustic signal and phase delay data are respectively mapped to image in the form of gray value, and the image about the elasticity and viscoelasticity of diabetic foot surface tissue is reconstructed.Calcification threshold and inflammation threshold are set, and the imaging area is divided into different elastic regions using threshold segmentation method, and then the vascular calcification of diabetic foot is evaluated using viscoelasticity parameters, to detect whether there is calcification and inflammation in the microvessel of diabetic foot.

1. The name of the design product: hand and foot surface contamination monitor (B37). 2. The use of the design product: for monitoring the surface of personnel and objects radioactive material α, β contamination level. In the scene of nuclear power plant, nuclear processing plant, nuclear waste repository, nuclear medicine department, drug factory, irradiation center and personnel radiation safety detection after nuclear accident, the focus is to detect whether the surface of the body parts such as hands, wrists and feet of personnel is contaminated by radioactive substances, to ensure that personnel leave without contamination. 3. The design points of the design product: the combination of shape and pattern. 4. The picture or photo that best indicates the design points: perspective view.

The application discloses a pedal device and a vehicle. The pedal device comprises a mounting seat, an extension rod, a pedal body and an anti-skid panel. The extension rod is arranged below the mounting seat. The pedal body is fixedly connected to one end of the extension rod. The pedal body comprises a foot surface. The anti-skid panel is fixedly connected to the foot surface of the pedal body by means of an adhesive. A plurality of anti-skid blocks are arranged on the anti-skid panel. In this way, the pedal device has low assembly difficulty and stable anti-skid performance.

The protection pad comprises a protection base body, the protection base body is in an arc shape in the length direction, the cross section of the protection base body is in a U shape, an inserting groove is formed in the middle of the protection base body, the protection base body is composed of an outer skin-friendly layer and an inner pressure reduction layer, and the outer skin-friendly layer and the inner pressure reduction layer are in an arc shape. The protection base body is designed into a gradually narrowed slope shape, the use function of the protection base body is targeted, the obvious effect is achieved for solving the problem, the protection base body is installed on the edges of the top and the bottom of the brace, the knee joint of the leg, the skin near the knee, the ankle joint and the skin near the instep can be protected, direct contact is avoided, and the protection effect is good. And bruises or indentations of the skin are reduced.

The utility model relates to foot auxiliary support and experimental test equipment field especially, a kind of foot experimental support device, it includes mounting bracket, foot surface support bracket and foot bottom support bracket, foot surface support bracket and foot bottom support bracket are detachably installed on mounting bracket;Foot surface support bracket includes foot surface support plate, foot surface support plate is set as saddle surface, foot surface support bracket is installed in mounting bracket state, foot surface support plate is inclined from top to bottom towards mounting bracket, the upper and lower ends of foot surface support plate are respectively curved towards mounting bracket;Foot bottom support bracket includes foot bottom support plate, foot bottom support plate is installed on mounting bracket, and it is parallelly arranged with mounting bracket, solve the problem that the existing support device cannot adapt to the size and shape of the foot of different subjects, the limited use range, cannot satisfy the foot experimental test demand, with flexibility and scalability.

The invention relates to a device and a method for determining the plantar foot shape by applying a defined spatially resolved force to the plantar foot surface. A plurality of spring elements are arranged substantially in the form of a matrix on a base plate, wherein a spring-elastic component and a measuring device for determining the indentation depth are associated with each element. The device contains a computing unit and is suitable in particular for analysing foot problems and for the individual production of orthopaedic inserts and custom-made shoes.

The utility model relates to the technical field of acquisition devices, in particular to foot and knee shape observation equipment which comprises an equipment rack, an equipment shell, an imaging system, a control system, a horizontal executing mechanism and a vertical executing mechanism, the imaging system comprises a three-circle surrounding imaging system and a bottom scanning system, the equipment shell is fixed on the equipment rack, and the control system is fixed on the equipment rack. The bottom scanning system is fixed to the horizontal executing mechanism, the three-circle surrounding imaging system is installed on the equipment shell, the horizontal executing mechanism is used for adjusting the horizontal position of the bottom scanning system, and the vertical executing mechanism is used for adjusting the height of the rear upper movement camera module. The imaging system, the horizontal executing mechanism and the vertical executing mechanism are all electrically connected with the control system. According to the utility model, multi-dimensional images of the sole, the foot surface, the ankle, the shank part and the knee part can be rapidly acquired.

The utility model relates to the technical field of slippers, and discloses a breathable slipper for hotels, which comprises a vamp and a sole, and the sole is arranged at the bottom of the vamp. A second upper is fixedly installed on one side of the upper portion of the vamp, a first hook-and-loop fastener is fixedly installed on the upper portion of the second upper, four second buttons are fixedly installed on the upper portion of the second upper, and the tops of the second buttons penetrate through the upper side and the lower side of the first hook-and-loop fastener. According to the device, the first slipper upper and the second slipper upper are fixed by wearing the second slipper upper on the foot, moving the second slipper upper and the first slipper upper to be attached to the instep, pressing the first slipper upper to enable the first button and the second button to be in contact and fixed, and pressing the first slipper upper to enable the second hook-and-loop fastener and the first hook-and-loop fastener to be fixed, and therefore the first slipper upper and the second slipper upper are fixed. According to the device, by adjusting the position relation between the first upper and the second upper, the device can be suitable for people with different instep fatnesses, so that the adaptability of the device is improved, and the working efficiency of the device is improved.

The utility model discloses a high -strength plastic product foot rest subassembly, including base, the upper surface fixed connection of base has the partition piece, the upper surface fixed connection of base has the shell, the upper surface fixed connection of partition piece has the vertical rod, the outer surface of vertical rod is provided with the spring, the outer surface sliding connection of vertical rod has the foot cover. This high -strength plastic product foot rest subassembly, through the setting of shell, soft pad, vertical rod, spring and foot cover when using to foot rest, because the foot size of different operating personnel is different, and the staff inserts the foot into the shell, and the foot surface can be close to the soft pad, and then the foot cover can slide through the vertical rod, when the foot of operating personnel is inserted completely, through the reaction force of spring, can drive the foot cover to rebound, thereby can clamp the foot of staff, and simultaneously this mode can be suitable for the foot of different size and fix, greatly heighten the practicality of device.

A configurable exercise apparatus is disclosed for facilitating safe and effective hip extension exercises. The apparatus comprises a frame, an upper body support pivotally attached to a rear portion of the frame, a foot support forward of the upper body support, and a cross-member disposed between them. The cross-member limits knee movement and allows shin engagement, while the upper and foot supports are adjustable to optimize user alignment. Interchangeable foot surfaces and an elongated upper body support provide stability and ergonomic positioning during exercise. The system enables controlled hip articulation through a customizable range of motion.

The invention relates to diagnostic software for providing data for the manufacture of a jaw splint for a person, wherein an actual dental space condition and / or tooth position (1) and an actual jaw function (2) are recorded, wherein - an actual body posture (3) is recorded, and - an actual foot pressure (4) is recorded, and - the actual tooth space condition and / or tooth position (1) is compared with a target tooth space condition and / or tooth position (11) in order to determine an initial deviation (a) between the actual tooth space condition (1) and the target tooth space condition (11), - the actual jaw function (2) is compared with a target jaw function (12) in order to determine a second deviation (b) between the actual jaw function (2) and the target jaw function (12), - the actual body posture (3) is compared with a target body posture (13) in order to determine a third deviation (c) between the actual body posture (3) and the target body posture (13), - the actual floor pressure (4) is compared with a target floor pressure (14) to determine a fourth deviation (d) between the actual floor pressure (4) and the target floor pressure (14), wherein - the collected data will be used to manufacture the jaw splint, suitable for reducing the deviations (a, b, c, d).

A presser foot device and system including a presser foot device for forming and applying an elongated fiber tow, wherein the presser foot device includes a foot surface including a straight foot segment, a groove including a flared end and defining a groove mid-plane, and a foot shaft housing characterized by a rotational axis of the foot shaft that is orthogonal to the straight foot segment and is included in the groove mid-plane.

The utility model relates to a pneumatic foot massage mechanism which comprises a supporting plate, a foot massage air bag, a toe pressing plate, a foot face air bag, a heel air bag, a pull belt and an air pump. Wherein a plurality of foot massage air bags are fixed on the supporting plate, a toe pressing plate is arranged above the foot massage air bags, a foot surface air bag and a heel air bag are arranged above the toe pressing plate, the two ends of the foot surface air bag are fixed on the supporting plate and arranged on the outer side of the toe pressing plate, a space for containing a foot is reserved between the foot surface air bag and the toe pressing plate, and the number of the pulling belts is two. The front end of the fan-shaped structure is fixed on the supporting plate and arranged on the outer side of the foot surface air bag, and the rear end of the fan-shaped structure is fixedly connected with the heel air bag; the foot face air bag, the heel air bag and the foot bottom massage air bag are all connected with an air pump through air pipes, and control valves are arranged on the air pipes. The massage mechanism is simple in structure, low in cost, capable of guaranteeing the massage strength on the foot bottom, capable of achieving more massage modes through the intelligent valve set and high in expansibility.

The utility model relates to a shoe body with a bridging structure, the shoe body adopts a plurality of skew bridges and intermediate bridges as a supporting structure, the intermediate bridges of the supporting structure provide a buffer space for the stretching and bending deformation of the shoe body, the weight of the shoe body is reduced, and the heat dissipation and perspiration effects are improved at the same time, and the supporting structure is designed according to the physiological characteristics of instep bending. And the support adapts to flexion and extension deformation of feet and provides more stable support.

1. The name of the design product: foot pedal (S5). 2. The use of the design product: the design product is used for foot pedal which can raise the height of the foot surface in the way of stepping or putting feet. 3. The design points of the design product: in shape. 4. The picture or photo which can best show the design points: perspective view 1.

The invention relates to an end-to-end 3D reconstruction method and system for an ankle-foot orthosis based on multiple view angles and deep learning, and belongs to the technical field of image processing. The method comprises the following steps: acquiring a multi-view ankle and foot image and preprocessing the multi-view ankle and foot image; performing feature fusion and extraction on the preprocessed image to obtain multi-view multi-scale hierarchical features; performing depth hypothesis and optimization on the multi-view multi-scale hierarchical features to obtain an optimized multi-view depth map and a three-dimensional foot surface model; based on the optimized multi-view-angle depth map, a preliminary three-dimensional point cloud is reconstructed and generated, globally consistent three-dimensional curved surface expression is extracted from continuous view angle depth information, a continuous surface at the ankle-foot key structure is recovered, and a three-dimensional ankle-foot orthosis model is obtained; and adjusting the three-dimensional ankle foot orthosis model through self-supervised optimization and domain adaptation. According to the method, high-precision and real-time personalized orthosis model reconstruction is realized, the dependence on labeled data is reduced, and the applicability and reasoning efficiency in a clinical environment are improved.