35 results about "Elastic stockings" patented technology

A self-contained mechanical prophylaxis device and method is provided in which a non-rigid extremity compression sleeve, such as an elastic stocking is provided with an inflatable bladder system to apply pressure to the extremity, and inflation and control components are provided on or in stocking itself. The inflation and control components are preferably located within a common housing and held within a pouch or pocket on or near the compression sleeve. One or more bladders may be pneumatically inflated by the inflation components, which respond to inflation and/or venting commands issued by the control component. Preferably, the bladders are inflated in a sequential pattern to enhance the effectiveness of the VTED protection. The control program may include a single inflation control program, or may be one of several selectable control programs provided to the control component.

The invention relates to an aid for pulling off elastic stockings, particularly in the health care sector. The aid comprises a flexible, tube-like peripheral body of a smooth material, which in use can be slid round a leg provided with elastic stockings. The peripheral body is provided on its side remote from the leg with fixation means for arranging the aid at least temporarily round the leg.

The invention relates to an aid for pulling elastic stockings on and off. The aid comprises a flexible, tube-like peripheral body of a smooth material with an insertion end for a foot. The peripheral body is provided with a lining of a smooth material which is attached to the peripheral body at the position of the insertion end and can otherwise be moved freely relative to the peripheral body from an inward folded position, in which the lining is situated in the peripheral body, to an outward folded position in which the lining is situated outside the peripheral body. The peripheral body further comprises tensioning means with which the aid can be secured at least temporarily round a leg. This makes the aid suitable for both pulling on and pulling off elastic stockings.

The invention provides a self-service nursing device for leg blood vessels, which solves the problems that elastic socks cannot achieve the effect of assisting blood flow, and the compression feeling of local tissue can be caused when the elastic socks are worn for a long time. The device comprises a left fixing ring and a right fixing ring, transposition arc-shaped sliding blocks are arranged on the opposite faces of the left fixing ring and the right fixing ring in a sliding mode respectively, a massage arc-shaped plate is connected between the two transposition arc-shaped sliding blocks, a massage sliding groove is formed in the inner side face of the massage arc-shaped plate, and a reciprocating massage lead screw is rotationally arranged in the massage arc-shaped plate; a reciprocating massage sliding block in threaded connection with the reciprocating massage lead screw slides in the massage sliding groove, a reciprocating massage plate is fixedly installed on the top of the reciprocating massage sliding block, and a plurality of massage wheels are installed on the inner side face of the reciprocating massage plate in a one-way rotating mode. When the device is used, the left fixing ring and the right fixing ring can be arranged on the leg in a sleeving mode, then the leg massager is fixedly worn on the leg through the four left fixing plates and the four right fixing plates, the leg can be automatically massaged when the reciprocating massage plate reciprocates, and operation can be independently completed without assistance of other people.

The invention relates to a self-collected-energy power generation and energy storage type woven stretch sock which mainly comprises a flexible micro-nano array elastic friction and piezoelectric composite power generation type sock sole, a flexible micro-nano array elastic friction power generation and energy storage type sock surface, a three-dimensional porous graphene composite coaxial structure type flexible supercapacitor, a flexible elastic connection layer and a wearable externally-connected circuit snap-fastener plug-in port. The flexible supercapacitor is woven and assembled in the sock surface, the plug-in port is woven and assembled at the upper end of the suck surface, the flexible elastic connection layer is formed by weaving flexible elastic connection threads, and the sock surface is connected with the sock sole through the flexible elastic connection layer to form the woven stretch sock.

The invention relates to the technical field of clothing home textiles and particularly relates to a silk stocking capable of buffering sole pressure, which comprises a silk stocking body, a cushion, toe sleeves and an elastic stocking opening, wherein the toe sleeves are arranged at the front end of the silk stocking body; the elastic stocking opening is arranged above the silk stocking body; and the cushion is arranged at the bottom of the silk stocking body. According to the silk stocking capable of buffering sole pressure, provided by the invention, the cushion is adopted so as to effectively buffer the sole pressure; the toe sleeves are adopted so as to effectively keep the air permeability between toe gaps; and ornaments are designed on the elastic stocking opening, so that the silk stocking is beautiful and elegant.

The invention relates to an aid for putting on an elastic stocking in particular. The aid comprises a substantially flat and flexible sheet body manufactured from a smooth material, which is provided with removal means to remove the aid from between a foot and a stocking arranged around it, and with connecting means arranged on opposite edges of the body, which when in use interact to interconnect the opposite edges, resulting in a tube-like body having a insertion side for the foot and an opposite foot section, whereby each connecting means comprises magnets which are attracted by corresponding magnets in the other connecting means. The aid is simpler and more convenient in use than the known aid.

The invention belongs to the technical field of rehabilitation equipment, and discloses toe-exposing adjustable anti-foot-drop socks. Each sock comprises a fixing band worn and fixed on the shank of auser, a stretch sock body worn and fixed on the foot of the user, a foot support sewn and connected to the bottom of the stretch sock body and making contact with the bottom of the foot of the user,and two groups of adjusting bands connected with two sides of the fixing band and two sides of the foot support respectively, wherein a length adjusting device is installed on each adjusting band; anda one-way tightening mechanism and a one-way loosening mechanism which are the same in structure are symmetrically arranged in each length adjusting device. In conclusion, traction and supporting ofthe foot of the user are achieved through the fixing band, the stretch sock body, the adjusting bands, the foot support and other structures, so that the problem of foot drop of the user is effectively prevented; the anti-foot-drop socks have the advantages of being simple in structure, low in cost, convenient to use and comfortable to wear; and besides, the length adjusting devices are arranged on the adjusting bands, so that the positioning angle between the foot and the shank of the user can be effectively adjusted, and the user requirement is met.

The invention discloses a manufacturing method of a multi-stage adjustable active wearable lower limb rehabilitation device. The manufacturing method specifically comprises the following steps of S1, pre-setting the size of an elastic piece, and cutting an EAP artificial muscle material according to the preset size to serve as a first elastic piece layer; S2, uniformly coating the lower surface of the first elastic piece layer with a first silica gel wire electrode, and uniformly coating the upper surface of the first elastic piece layer with a second silica gel wire electrode; S3, connecting a conductive adhesive tape with the first silica gel wire electrode and the second silica gel wire electrode, and leading out a positive electrode and a negative electrode to prepare an actively compressed wearing driving part; and S4, arranging a stretchable layer on the surface of the side, wrapping the leg of the human body, of the wearing driving part to form a flexible sleeve structure. The multi-stage adjustable active wearable lower limb rehabilitation device provided by the invention is an active wearable lower limb rehabilitation sleeve device, and can effectively solve the existing problems of thrombus medical equipment and stretch socks.

A combined medicinal shoe for treating the diabetic lower limb lesion is composed of a skin-attaching layer containing pentrant and medical alcohol, a medicinal film layer prepared from 7 Chinese-medicinal materials and adhered onto inner surface of said skin-attaching layer, a medicinal film fixing layer which is an elastic stocking with isolating film and air holes, and a shoe sleeve consisting of sole and long cylindrical upper with zipper and air holes.

The invention provides compressed cloth with an elastic effect. The compressed cloth is single-sided cloth with tensile elasticity; the upper surface of the compressed cloth is of a concave-convex structure, and the concave part is of a stretchable structure; and the raised part takes a pressure area set before weaving as a center, and the closer to the pressure area, the higher the weaving density of the raised part is. The compressed cloth is woven by adopting a single-sided jacquard machine, is light and thin, has strong air permeability and is simple in preparation process, and a plurality of different pressure areas can be set on the cloth, thereby providing different pressure support correspondingly. The compressed cloth can be used for preparing high-grade elastic clothes or elastic socks.

The invention relates to a disposable sterile limb tourniquet, which is composed of an elastic stocking leg and stocking leg expanding carrying straps, wherein the leg mouth of the elastic stocking leg is provided with an elastic securing strap two ends of which are provided with the stocking leg expanding carrying straps. The disposable sterile limb tourniquet has the advantages that with convenient and simple use, the disposable sterile limb tourniquet simplifies the steps of a surgery, saves the preparation work before the surgery, and can increase the stanching operational efficiency by 5 times; disposable sterile processing avoids cross-infection; the disposable sterile limb tourniquet avoids medical accidents caused by factors, such as electrical instability, and the like, and expands the application environment of instruments; a variety of tourniquets for different pressures can be provided, the people (adults and children) application range is wide, and the stanching pressure is constant; with good stanching effect, the disposable sterile limb tourniquet can reduce tissue ischemia; and the use is safe and reliable.

The invention provides a multifunctional digital printing sock which comprises a sock body, a heel anti-skid veneering, a tiptoe anti-skid veneering, an elastic stocking leg, a decoration band, a decoration ball, a veneering, a base pad, a plurality of massage salient points, a sewing covered edge, a trimming lace and a plurality of holding elastic bands, wherein the heel anti-skid veneering and the tiptoe anti-skid veneering are attached to the sock body and located in the positions of the heel and the tiptoe of the sock body; the elastic stocking leg is located in the ankle position of the sock body, the decoration band is connected with the elastic stocking leg, the decoration ball is connected with the decoration band by the veneering, the edge of the base pad is sewn on the sock body by the sewing covered edge, and the plurality of massage salient points are arranged on the inner side end surface of the base pad at intervals respectively; the trimming lace is arranged on the edge of the upper end of the elastic stocking leg, and the plurality of holding elastic bands are arranged in the sole position of the outer end surface of the sock body and located between the heel anti-skid veneering and the tiptoe anti-skid veneering. According to the multifunctional digital printing sock, the wearing comfort is high, displacement cannot occur while the sock is worn for walking and exercising, the fit degree is high, and the sock has a certain heal-care effect.

The invention discloses an ankle joint instability rehabilitation training insole which comprises a sweat absorbing surface layer and an accessory layer located below the sweat absorbing surface layer. The accessory layer sequentially comprises an introversion accessory and a plantar flexion accessory from top to bottom; the introversion accessory is a gasket arranged between the middle of the front sole and the heel along the shape of the sole, and the inner side of the foot to the outer side of the foot of the top surface incline downwards; and the plantar flexion accessory is a full-sole pad, and the toe part of the top surface of the plantar flexion accessory inclines downwards towards the ground. An air bag bottom layer is arranged below the accessory layer and covers the whole sole. The insole simulates an unstable sole area environment to cause the instability feeling of a patient, and the muscle strength and balance ability of the patient are effectively improved. The safety in the training process is guaranteed through the design of the auxiliary bandage in cooperation with the stretch socks. Meanwhile, the size of the insole and the tightness degree of the binding belts can be adjusted according to individual differences, the optimal rehabilitation and safety protection effect suitable for individuals is achieved, home rehabilitation training is achieved, and the time and economic cost of patients are greatly reduced.

The present invention relates to a vascular closure composition for treating varicosity comprising 50 wt% to 85 wt% of a binder comprising at least one of the following compounds 1A, 1B, 1C, 2A, 2B and 2C, 10 wt% to 30 wt% of a plasticizer, 5 wt% to 20 wt% of a thickener, 0.1 wt% to 1 wt% of an antioxidant, and 0.1 wt% to 5 wt% of a polymerization inhibitor. According to the blood vessel closure composition for treating varicosity, the purpose of closing a venous access is achieved by closing lesion veins through the adhesive, and the blood vessel closure composition has the advantages that the operation is simple, and the operation can be performed in an outpatient service; no heat is generated when blood vessels are adhered during operation, and the adhesive can be developed; stretch socks do not need to be worn after the operation; the whole treatment process is short in time consumption; the treatment cost is low.

The invention discloses a pressure testing method for a cylindrical simulation limb with adjustable circumference and a stretch sock. Comprising a driving device, a variable cylindrical simulation limb and a pressure testing device, the driving device is arranged below the variable cylindrical simulation limb, and the pressure testing device is fixedly mounted on the variable cylindrical simulation limb; the driving device is movably connected with the variable cylindrical simulation limb, and drives the blades to expand and move through the transmission shaft, so that the to-be-treated stretch socks sleeving the variable cylindrical simulation limb are expanded, and the to-be-treated stretch socks are deformed along with the blades. Different pressure values are obtained by controlling the moving distance of the blades, so that the pressure values of different parts of the to-be-processed stretch socks are determined, the operation is simple and feasible, and the pressure test is more scientific and reasonable.

The invention relates to a graded compression stretch sock with a pressure adjusting function, which comprises a stretch sock, the stretch sock comprises a plurality of elastic layers, and the elasticity between two adjacent elastic layers is gradually reduced from bottom to top; each elastic layer is provided with an oxyhemoglobin saturation monitoring device 4, a plurality of groups of oxyhemoglobin saturation monitoring devices 4 can be arranged on each elastic layer, the oxyhemoglobin saturation monitoring devices 4 are uniformly arranged around the sections of the elastic layers, fixing rings are arranged between the elastic layers, and the fixing rings can be clamped to prevent the elastic layers from shifting after the positions of the elastic layers are adjusted; the blood oxygen saturation monitoring device 4 is used for monitoring oxygen-containing hemoglobin parameters and deoxidized hemoglobin parameters of the skin of the detected part; the device has the advantages of being capable of achieving grading of pressure gradients, assisting blood in flowing back upwards into the heart, effectively resisting the gravity effect, increasing the return blood volume, relieving and improving pressure borne by lower limb veins and vein valves, monitoring the skin blood oxygen saturation degree, effectively preventing skin injuries and improving the compliance of a patient to pressure treatment.

An aid device suitable for assisting a person to put on tight elastic support stockings is made of flexible low-friction sheet material, and includes a central body portion including a distal edge and a proximal edge; a first side edge and a second side edge; a first engagement area arranged along the first side edge; and a second engagement area arranged along the second side edge. An elongate pulling handle for removing the device from the user's foot by exerting a pulling force is attached to an engagement area and/or to a side edge of the central body portion, and has a longitudinal extent that makes an angle in the range between 60° and 90° with the side edge.

A compressive composite elastic stocking which is easier to put on comprising at least two parts (11, 12; 111, 112) suitable for realising, when applied to a leg, a stocking in a single piece with a predetermined degree of compression.

The invention relates to a convenient device for reducing and delaying altitude stress, and belongs to the technical scheme of product inventions in the field of human necessities of the part A. The convenient device comprises a constant temperature method (1) of the head, a similar pressurization method (2) and a similar oxygenation method (3). The convenient device has the three technical schemes and effects that (1) in order to prevent a cold, the normal body temperature of the head is kept at about 37 DEG C, and the constant temperature method is provided with an inner layer and an outer layer and comprises a constant temperature non-steaming heating film on the inner layer and a cap covered with all hair on the outer layer; (2) the improved half-wrapped shaping surface carving effectis achieved, and clinical signs and symptoms caused by altitude stress are relieved through a method similar to a method of wearing stretch socks; and (3) the lower jaw edge part is located at the junction of the jaw and the neck, an outwards-protruding hard plastic drainage groove and an air bag are additionally arranged, the drainage function of a similar abalone shell growth line groove and thestorage function of a bird air bag are combined, and more oxygen content is provided for short work and life of the plateau.