307results about How to "Avoid sweating" patented technology

The invention discloses a fabric with a function of bidirectional adjustment of heat humidity. In contact with skin, one side of the fabric is a lining that is woven from yarns with official moisture regain below 2%; the other side of the fabric is a surface layer and woven from yarns with official moisture regain above 8%; the lining of the fabric adopts a structure projecting towards the skin side; and the projecting area accounts for 10-60% of the total area of the fabric, and the projecting height is 0.12-1.0mm. The benefits of the fabric are as follows: effectively transmitting thermal heat in a moving state, bringing good thermal insulation effect into play in a static state no matter whether underwear is dry or wet by sweat, consequently preventing sweat upon movement and cold caused by clamminess after sweating, and being stable in performance of eliminating sweat. The fabric can be made into underwears, is especially suitable for use in multilayer dressing, or in high humidity and other situations similar to multilayer dressing. The fabric can also be made into other products such as pillow towels, sweat towels, saliva towels, bandeaux, wrist straps and the like.

Spray compositions and particularly anhydrous aerosol compositions containing particulate antiperspirant actives exhibit a tendency for nozzle blockage, impeding discharge of the contents when a polyol humectant, such as glycerol, is blended into its base composition. The problem is overcome or at least ameliorated by preparation of a base composition, suitable for employment in conjunction with a propellant, that contains a low molecular weight (liquid) polyethylene glycol (PEG) as humectant, and particularly a PEG of molecular weight 150 to 500.

In one embodiment, the invention relates to a rigid computer mouse pad having a flocked “mousing” surface and a non-slip underside. The non-slip underside can be a second flocked surface.

The invention relates to method of manufacturing a custom stoma insert for a patient having a stoma, as well as to a stoma made using the method of the invention. The method comprises the steps of scanning the stoma and surrounding skin area to generate a three-dimensional scan of the area for which the stoma insert is to be manufactured; manipulating scan data obtained from the three-dimensional scan to render a three-dimensional model of the stoma and surrounding skin contours, such that the scan data is suitable for use in an additive manufacturing environment; creating a custom mould for the stoma insert using additive manufacturing such that the mould provides a complementary surface closely mirroring the contours of the stoma and surrounding skin area; and producing the stoma insert by casting a physiologically acceptable mouldable material into the custom mould.

The present invention relates to a breast prosthesis having at least one contact surface which is intended for contact on a body surface, with the contact surface having at least one means by means of which air circulation and/or an exchange of air can be achieved between the contact surface and the body surface.

A bedpan system including an underlayment for supporting a supine human patient above a substantially horizontal supporting surface, wherein the underlayment has: a substantially horizontal top surface upon which the patient rests, a substantially parallel, spaced apart bottom surface for lying upon the supporting surface, and a bedpan cavity having an open top in registry with buttocks of the patient; the bedpan system comprising: an underlayment that is an inflatable mattress constructed substantially of flexible plastic sheet material comprising: a top sheet providing the top surface, a bottom sheet providing the bottom surface, side wall sheets attached between the top sheet and the bottom sheet providing substantially vertical side walls around the perimeter of the underlayment when it is inflated, and cavity sidewall sheets attached between the top sheet and the bottom sheet providing substantially vertical sidewalls in the cavity; a cavity base that is joined to the cavity sidewalls as a closed bottom for the cavity, thereby effectively making the bottom surface of the underlayment a single, unitary, or continuous sheet including under the cavity; a smooth junction where the cavity sidewalls join with the top surface; and a smooth junction where the cavity sidewalls join with the cavity base.

Moisture diverters attachable to a region above the eye and below the eyebrow that prevents sweat, liquid, moisture, or the like from entering the eyes of a wearer is described. A moisture diverter may include a substrate having an inner surface facing the wearer and an outer surface facing away from the wearer. The inner surface comprises a lower adhesive section and an upper adhesive-free section, the adhesive section releasably attaches the diverter to the wearer at a point above the eye and below the eyebrow, the adhesive-free section shaped or shapeable to abut or protrude from eyebrow region of a wearer and to divert moisture away from the eye.

The invention relates to a wearable finger detection device based on pressure and electromyographic signals. The device is characterized by comprising a pressure signal collecting fingerstall, a connecting band, an electromyographic collecting finger ring, a signal transmission data cable and a fixing band, wherein the pressure signal collecting fingerstall is matched with the fingertip of a finger to be tested in shape and is connected with the electromyographic collecting finger ring through the connecting band, and the fixing band is arranged on the other side of the electromyographic collecting finger ring; a pressure plate is arranged on the portion, for sensing stress, of the pressure signal collecting fingerstall, and pressure signals are output through the signal transmission data cable; an electrode patch is arranged on the portion, for sensing flexor tendon stress, of the electromyographic collecting finger ring, and flexor tendon stress signals are output through the signal transmission data cable. Pressure signals and electromyographic signals of the finger can be collected and detected at the same time, and the requirement for verifying the authenticity and objectivity of electromyographic signal output by taking a pressure signal detection result as auxiliary data is met.

An input device with the physiological measuring function includes a housing, a position-adjustable mechanism and a sensor module. The housing has a handheld part and an opening. The position-adjustable mechanism is disposed in the housing and a part of the position-adjustable mechanism is exposed from the opening. The sensor module and the position-adjustable mechanism are joined together for traction.

The invention discloses a milling cutter type cable stripper. The milling cutter type cable stripper comprises a cable clamping device, a milling cutter (7) and a milling cutter motor (9), wherein the cable clamping device comprises hold-down bolts (1), an upper fixing rack (2), an upper hold-down plate (3), a lower hold-down plate (4) and a lower fixing rack (6); the upper fixing rack (2) and the lower fixing rack (6) are fixedly connected, the lower hold-down plate (4) is fixed on the lower fixing rack (6), the upper hold-down plate (3) is fixed on the upper fixing rack (2) through the hold-down bolts (1), the upper hold-down plate (3) and the lower hold-down plate (4) are arranged correspondingly, the milling cutter (7) is driven by the milling cutter motor (9), and a cutting head of the milling cutter (7) penetrates through the lower fixing rack (6) and the lower hold-down plate (4). The milling cutter type cable stripper is simple and reliable to operate, labor-saving and effort-saving, hardly damages a cable conductor, controls the milling stripping thickness automatically, hardly damages a wire, and does not have a hand injury risk due to the fact that the milling cutter is arranged in the hold-down plate.

A perspiration concealing brassiere having a brassiere-shaped body with a left side and a right side, and a left sleeve and a right sleeve both coupled to the brassiere-shaped body, the left and right sleeves each defining an arm placement zone, extending outwardly away from at least one of the left and right sides of the brassiere-shaped body, and having a fluid inhibiting layup spanning an inferior portion of the sleeve, the fluid inhibiting layup including an outer layer, a mid-layer located between the outer layer and an inner layer and being of a material that is operable to absorb and retain fluid, the inner layer being located beyond the mid-layer and being of a material different from the mid-layer.

The photo-destruction of an ingredient that is susceptible to photo-destruction in a stick cosmetic product can be retarded by controlling the ingress of air through the base of the dispenser of that product. The invention is particularly suitable for antiperspirant compositions containing palmatine disposed within a bottom-fill dispenser.

A sweat wicking and glare reducing eyeglass attachment is provided that is adapted to secure to the upper surfaces of a pair of eyeglasses or pair of sunglasses. The attachment comprises a U-shaped frame having a frontal portion and a pair of side portions, wherein the cross section of the frame is J-shaped and comprised of an upstanding portion and an upper overhang portion. The overhang portion secures via clips over the top bar, bridge, and upper portions of both eyeglass lenses, while the side portions of the frame secure to the temples of the eyeglass. The frame further comprises a sweat wicking material layer coextensively disposed thereon that is adapted to draw sweat from the user's skin through capillary action and dry swiftly thereafter. Overall, the device acts as a partial visor along the upper portion of eyeglass and a means of absorbing brow sweat from the user.

The invention belongs to the technical field of medical instruments, and concretely provides a VR eye test treatment device; the VR eye test treatment device comprises a frame and two lenses mounted on the frame, the frame is provided with a flexible gasket, the flexible gasket is hollowly arranged, the hollow interior of the flexible gasket is provided with a gravity ball, the top and bottom of the gravity ball are fixedly connected with stay ropes, and the middle of the stay rope is provided with an extension spring; the two sides of the gravity ball are provided with two limiting plates, the bottom of the flexible gasket is provided with two air guiding channels, and one of the air guiding channels is internally provided with a spray air bag. The device provides the spray air bag, an air suction bag and the gravity ball. When the head is swung, the gravity ball can drive the spray air bag to blow air and press the gas into the air suction bag, and finally the air suction bag releases the gas. The device can realize internal air-exchange operation to prevent sweating of face after long-time test, ensures the accuracy of the test, and reduces the trouble of taking off the frame.

The invention provides a health care mat for infants and belongs to the technical field of textile processing. The health care mat for infants is of a three-layer double-side structure, a front side layer and a back side layer are both a simulation rattan mat body, and a middle health care layer is formed by evenly mixing and flattening 100 parts of Chinese herbal medicine and 5-40 parts of natural rubber cement by weight. The Chinese herbal medicine of the health care layer includes the following raw materials by weight: 1 part to 10 parts of bamboo charcoal, 1 part to 10 parts of jasmine flower, 20-35 parts of negundo chastetree fruit, 10-30 parts of semen cassiae, 10-30 parts of lavender and 10-20 parts of mint. The manufacturing method includes manufacturing the simulation rattan mat bodies, taking the Chinese herbal medicine according to the prescription, drying and breaking the Chinese herbal medicine, mixing the dried and broken Chinese herbal medicine with the natural rubber cement to obtain the health care layer, evenly coating the natural rubber cement on the bottom face of one simulation rattan mat body, laying the health care layer, then laying the other simulation rattan mat body and conducting clipping and edge wrapping to obtain a finished product of the health care mat for the infants. The health care mat is good in health care effect and low in cost.

The invention discloses a prevention and control method for postharvest diseases of a dragon fruit, belonging to the technical field of agricultural food science. According to the invention, a method of combining pre-harvest and cold refrigeration with low-temperature storage is adopted for prolonging the storage period of the dragon fruit. Before harvest, bacteriostatic agent is sprayed for preventing and controlling pathogenic bacteria. The prevention and control method for pathogenic bacteria comprises the following steps: spraying a compound bactericide diluent the day before the harvest, wherein the bactericide contains a trichoderma agent and lactic streptococci in ratio of (1-3) to (3-1) and is diluted with 1500-2000 times; picking when the dragon fruit is 80%-90% mature; performing healing treatment at a shade place and then transferring into a refrigerator and sterilizing; refrigerating for 5-7 days at 15+/-1.0 DEG C; adjusting the temperature of the refrigerator to 9+/-1.0 DEG C for storage; sterilizing in the refrigerating period, thereby preventing pathogenic bacteria from invading to avoid causing rotten fruit. According to the prevention and control method for postharvest diseases of the dragon fruit provided by the invention, the operation is simple, and high-efficient, low-cost and safe effects are achieved.

A hydrocarbon diluent for the dilution of polymer with a pour point below −15° C. according to ASTM standard D97, with a boiling point comprised between 280 and 450° C., including more than 50% by weight of isoparaffins, and naphthenes up to at most 40% by weight, and constituted by a mixture of hydrocarbons with a boiling point above 200° C., obtained by distillation of hydrodewaxed gas-oil cuts.