mhurhangee/ep-ind-claims huggingface dataset:
A cosmetic device for delivering an active component into a skin, comprising: a body including a handle part and a head part extending from the handle part; and an anisotropic magnetic element located in or on the head part of the body, the anisotropic magnetic element configured to generate a magnetic field and to induce diamagnetism in the active component; characterized in that the anisotropic magnetic element has a honeycomb magnetization pattern, wherein the honeycomb magnetization pattern includes a plurality of hexagonal magnetization zones in array, each hexagonal magnetization zone has either N polarity or S polarity. a body including a handle part and a head part extending from the handle part; and an anisotropic magnetic element located in or on the head part of the body, the anisotropic magnetic element configured to generate a magnetic field and to induce diamagnetism in the active component; characterized in that the anisotropic magnetic element has a honeycomb magnetization pattern, wherein the honeycomb magnetization pattern includes a plurality of hexagonal magnetization zones in array, each hexagonal magnetization zone has either N polarity or S polarity.
A process for preparing a disinfecting wound dressing for the protection of wounds, such as burn wounds, ulcers and cuts, the process comprising the steps of: - mechanically processing a yarn-based substrate from yarns composed of filaments of "x", "v", "w", "y", hexachannel, or tetrachannel form; and - providing non-leaching and biocidal features to the substrate surface by exposing the substrate surface to an antimicrobial active compound reaction, including a step of subjecting the surface of the substrate to an environment resulting in either chain-transfer activation, radiation activation, photochemical activation, and/or chemical activation, wherein said substrate also forms a wound contact layer preventing said wound dressing to stick to a wound and wherein said combined substrate and contact layer also comprises absorbing and water evaporating capacities. - mechanically processing a yarn-based substrate from yarns composed of filaments of "x", "v", "w", "y", hexachannel, or tetrachannel form; and - providing non-leaching and biocidal features to the substrate surface by exposing the substrate surface to an antimicrobial active compound reaction, including a step of subjecting the surface of the substrate to an environment resulting in either chain-transfer activation, radiation activation, photochemical activation, and/or chemical activation,
A dosage form comprising: bromocriptine mesylate and one or more excipients; wherein the dosage form provides for absorption of a substantial amount of bromocriptine through the gastric and/or intestinal mucosa when administered to a subject; wherein the bromocriptine has a Dv90 of about 15 μm or lower; wherein the bromocriptine has a particle size distribution with a span of about 2 or lower; and wherein the dosage form provides a dissolution profile, when tested in USP Apparatus Type 2 Paddle Method at 50 rpm in 500 mL of 0.1 N hydrochloric acid at about 37° C, wherein at least about 80% of the bromocriptine has been released at about 30 minutes; wherein the dosage form is in the form of a solid dosage form.
A composition characterized in that it comprises the association of: a) Melaleuca alternifolia oil extract, b) mandelic acid, c) α-Tocopherol polyethylene glycol succinate, in the presence of at least an hygroscopic agent, wherein said three components of the association respectively are in weight ratio: tea tree oil/mandelic acid/Vit. E TPGS of 12/0.5/0.5 and the hygroscopic agent is a metal silicate between 1 and 10 % by total weigh of composition. a) Melaleuca alternifolia oil extract, b) mandelic acid, c) α-Tocopherol polyethylene glycol succinate,
A protection part for an electronic circuit of high range gamma-ray survey meter, wherein the high range gamma-ray survey meter comprises a signal transmission cable, a telescopic part hole, a display part, and a cable fixture, the protection part being characterized in: an insulator part configured to interrupt electricity other than through the signal transmission cable; an elastic stainless steel sheet part formed of an elastic stainless steel sheet and configured to connect the insulator part and the cable fixture of the survey meter; and a cable hole part through which the signal transmission cable passes when the protection part is inserted into the high range gamma-ray survey meter so as to physically separate the telescopic part hole and the display part from each other to prevent conductive material from being introduced into the electronic circuit of the high range gamma-ray survey meter. an insulator part configured to interrupt electricity other than through the signal transmission cable; an elastic stainless steel sheet part formed of an elastic stainless steel sheet and configured to connect the insulator part and the cable fixture of the survey meter; and a cable hole part through which the signal transmission cable passes when the protection part is inserted into the high range gamma-ray survey meter so as to physically separate the telescopic part hole and the display part from each other to prevent conductive material from being introduced into the electronic circuit of the high range gamma-ray survey meter.
A battery pack comprising: a plurality of unit cells whose exterior is extended in one direction and formed in a cylindrical shape; a first external case whose external shape is formed in a rectangular shape; and a second external case whose external shape is formed in a rectangular shape, wherein the first external case and the second external case each include battery storage sections configured to store the cylindrical unit cells separately and being disposed on inner surfaces of the first external case and the second external case, respectively, wherein each of the battery storage sections of the first external case and of the second external case is protruded perpendicularly from a main surface of the corresponding case (12A, 128), and the second external case is configured to join the first external case, so that the battery storage sections of the first external case and the battery storage sections of the second external case hold both end portions of the unit cells in such a manner as to sandwich the unit cells between both sides in a longitudinal direction, characterized in that the battery storage sections are cylindrical battery storage sections, each being configured to individually store a cylindrical unit cell, and a gap is provided between adjacent battery storage sections in the first external case and in the second external case, thus physically separating battery storage sections in both cases (12A, 12B). a plurality of unit cells whose exterior is extended in one direction and formed in a cylindrical shape; a first external case whose external shape is formed in a rectangular shape; and a second external case whose external shape is formed in a rectangular shape, wherein
A non-therapeutic method for improving physical performance in a subject undergoing physical activity, comprising administering to the subject a daily dose of a capsicum composition comprising capsaicinoids selected from capsaicin, dihydrocapsaicin, nordihydrocapsaicin and mixtures thereof, wherein said composition significantly enhances endurance capacity and resistance to fatigue by enhancing oxidative capacity of the muscles through reduction in muscle soreness and enhancing post-exercise recovery from muscle fatigue, wherein the daily dose provides from 0.01 mg/kg body weight to 1 mg/kg body weight, of capsaicinoids to the subject, wherein the daily dose of capsicum composition is effective in decreasing levels of muscle lactates and muscle malondialdehyde, and in increasing levels of superoxide dismutase and glutathione peroxidase in the subject compared to a subject who has not been administered with the capsicum composition.
Method for controlling an electrically adjustable sun roof of a motor vehicle by means of a touch-sensitive touchpad as a control unit, wherein - an adjustment of the sun roof to a closed position is effected by a first swiping movement across the touchpad; - an adjustment of the sun roof to an open position is effected by a second swiping movement across the touchpad opposed to the first; - a specific activation of the sun roof occurs as a function of a position or movement of the sun roof, which is effected by a tapping of the touchpad, characterised in that - the tapping of the touchpad is registered only at a movement of the touchpad effected by the tapping. - an adjustment of the sun roof to a closed position is effected by a first swiping movement across the touchpad; - an adjustment of the sun roof to an open position is effected by a second swiping movement across the touchpad opposed to the first; - a specific activation of the sun roof occurs as a function of a position or movement of the sun roof, which is effected by a tapping of the touchpad, characterised in that - the tapping of the touchpad is registered only at a movement of the touchpad effected by the tapping.
A process for generating a patch or a dressing with skin from a sample of skin and blood isolated from a patient characterized in that it comprises the step of: I- Day 0: A- Digestion of the patient's skin sample during 18 hours in a 0.25% Trypsin solution at 4°C, wherein patient's skin sample has an area between 2 mm 2 to 4 mm 2; B - Obtaining autologous serum from the patient's blood sample II- Day 1: C- Separating the two layers of autologous skin D- Culture and replication of keratinocytes in autologous serum during 72 h obtained from the superficial layer of autologous skin obtained after digestion. E- Culture and replication of autologous fibroblasts obtained from the deep layer resulting after digestion. III- Day 2: F- Changing the culture medium of autologous keratinocytes. IV - Day 3: G- Seeding the Fibroblasts on a collagen mesh. H- Seeding the cultured keratinocytes on the fibroblasts and the collagen mesh during 24 h. V- Day 4: I- Obtaining the final product such as a skin layer patch or dressing for placing same on the individual requiring thereof. I- Day 0: A- Digestion of the patient's skin sample during 18 hours in a 0.25% Trypsin solution at 4°C, wherein patient's skin sample has an area between 2 mm 2 to 4 mm 2; B - Obtaining autologous serum from the patient's blood sample A- Digestion of the patient's skin sample during 18 hours in a 0.25% Trypsin solution at 4°C, wherein patient's skin sample has an area between 2 mm 2 to 4 mm 2; B - Obtaining autologous serum from the patient's blood sample II- Day 1: C- Separating the two layers of autologous skin D- Culture and replication of keratinocytes in autologous serum during 72 h obtained from the superficial layer of autologous skin obtained after digestion. E- Culture and replication of autologous fibroblasts obtained from the deep layer resulting after digestion. C- Separating the two layers of autologous skin D- Culture and replication of keratinocytes in autologous serum during 72 h obtained from the superficial layer of autologous skin obtained after digestion. E- Culture and replication of autologous fibroblasts obtained from the deep layer resulting after digestion. III- Day 2: F- Changing the culture medium of autologous keratinocytes. F- Changing the culture medium of autologous keratinocytes. IV - Day 3: G- Seeding the Fibroblasts on a collagen mesh. H- Seeding the cultured keratinocytes on the fibroblasts and the collagen mesh during 24 h. G- Seeding the Fibroblasts on a collagen mesh. H- Seeding the cultured keratinocytes on the fibroblasts and the collagen mesh during 24 h. V- Day 4: I- Obtaining the final product such as a skin layer patch or dressing for placing same on the individual requiring thereof. I- Obtaining the final product such as a skin layer patch or dressing for placing same on the individual requiring thereof.
Bathing lounger, comprising • a lounger body having a circumferential outer wall which, along with a base wall, defines a receiving space, the receiving space being divided into the following areas: • a, preferably rounded, head area; • a neck area adjoining the head area and narrowing in relation to the head area; • a torso area adjoining the neck area, widening towards the outer wall and sloping towards of the bottom wall; • a buttock area adjoining the torso area and arching down towards the bottom wall; • a thigh area adjoining the buttock area; • a lower leg area adjoining the thigh area, and • a foot area adjoining the lower leg area, characterized in that, • the torso area is inclined downwards at an angle (a) of 10° to 17°, preferably 15°, with respect to the bottom wall towards the bottom wall; • the thigh area rises linearly in relation to the bottom wall; • the lower leg area slopes down linearly towards the bottom wall, and • the foot area arches down towards the bottom wall. • a lounger body having a circumferential outer wall which, along with a base wall, defines a receiving space, the receiving space being divided into the following areas: • a, preferably rounded, head area; • a neck area adjoining the head area and narrowing in relation to the head area; • a torso area adjoining the neck area, widening towards the outer wall and sloping towards of the bottom wall; • a buttock area adjoining the torso area and arching down towards the bottom wall; • a thigh area adjoining the buttock area; • a lower leg area adjoining the thigh area, and • a foot area adjoining the lower leg area, • the torso area is inclined downwards at an angle (a) of 10° to 17°, preferably 15°, with respect to the bottom wall towards the bottom wall; • the thigh area rises linearly in relation to the bottom wall; • the lower leg area slopes down linearly towards the bottom wall, and • the foot area arches down towards the bottom wall.
A lock, preferably panic lock, in particular provided for interaction with a strike box, comprising a bolt arranged in a lock housing, a spring-loaded tumbler having at least one tumbler projection (9, 10) for interaction with the lock housing, and a trigger slide interacting with the tumbler, characterised in that the tumbler has a first tumbler part which is spring-loaded by a first spring and on which the at least one tumbler projection (9, 10) is provided, and a second tumbler part which is spring-loaded by a second spring and is separate from the first tumbler part, wherein the trigger slide acts only on the first tumbler part and in that the first tumbler part and the second tumbler part are spring-loaded and movable transversely to the direction of movement of the trigger slide.
st -Anilox roller laser cleaning machine, incorporating a mechanical structure wherein an anilox roller rotates on its longitudinal axis, in a bed formed by two traction rollers and by two free rollers, and a horizontal sliding carriage that runs parallel to the anilox roller, characterized in that it comprises: - a multi-laser head with two or more laser modules mounted on a horizontal guide of a first movable support which is associated with the horizontal sliding carriage and with brackets coupled to vertical micrometric axes associated with the horizontal sliding carriage and actuated by servomotors operatively connected to an electronic system of the machine, each laser module being constituted by: ∘ a laser resonator that emits a laser beam whose focal point is located in the vertical plane equidistant to the axes of rotation of the traction rollers of the anilox roller; ∘ a vertical tube terminated in a nozzle oriented towards the focal point of the laser beam, connected to a flexible hose which, at its distal end, is connected to a suction system; - means for detecting the rotation of the anilox roller constituted by a wheel in contact with the surface of the anilox roller and associated with an encoder device operatively connected to the electronic system of the machine so that, in the absence of movement detection or irregular movement stop, an emergency stop of the machine is activated. - a multi-laser head with two or more laser modules mounted on a horizontal guide of a first movable support which is associated with the horizontal sliding carriage and with brackets coupled to vertical micrometric axes associated with the horizontal sliding carriage and actuated by servomotors operatively connected to an electronic system of the machine, each laser module being constituted by: ∘ a laser resonator that emits a laser beam whose focal point is located in the vertical plane equidistant to the axes of rotation of the traction rollers of the anilox roller; ∘ a vertical tube terminated in a nozzle oriented towards the focal point of the laser beam, connected to a flexible hose which, at its distal end, is connected to a suction system; ∘ a laser resonator that emits a laser beam whose focal point is located in the vertical plane equidistant to the axes of rotation of the traction rollers of the anilox roller; ∘ a vertical tube terminated in a nozzle oriented towards the focal point of the laser beam, connected to a flexible hose which, at its distal end, is connected to a suction system; - means for detecting the rotation of the anilox roller constituted by a wheel in contact with the surface of the anilox roller and associated with an encoder device operatively connected to the electronic system of the machine so that, in the absence of movement detection or irregular movement stop, an emergency stop of the machine is activated.
A process for co-producing corrugated medium pulp or paper pulp and hemicellulosic sugars from biomass, said process comprising: (a) providing lignocellulosic biomass comprising cellulose, hemicellulose, and lignin; (b) digesting said biomass in the presence solely of steam and/or hot water to extract at least a portion of said hemicellulose into a liquid phase, thereby generating extracted solids, wherein the digestor temperature is selected from about 140°C to about 220°C, and the digestor residence time is selected from about 1 minute to about 60 minutes; (c) separating at least some of said liquid phase from said extracted solids; (d) washing said extracted solids with water at a washing pH of about 7 or less, thereby generating a liquid wash filtrate and washed solids; (e) separating at least some of said liquid wash filtrate from said washed solids; (f) refining said washed solids at a refining pH of about 4 to 7.5, thereby generating corrugated medium pulp or paper pulp characterized by a concora of about 25lbf or higher, by a ring crush strength of about 25 (lbf/6 in) or higher, or by a breaking length of about 2.0 km or higher; and (g) hydrolyzing said hemicellulose contained in said liquid phase and/or in said liquid wash filtrate, in the presence of a hydrolysis catalyst, to generate hemicellulose sugars, wherein said liquid phase and said liquid wash filtrate are separately processed and wherein optionally steps (b) and (d) are carried out in a single unit. (a) providing lignocellulosic biomass comprising cellulose, hemicellulose, and lignin; (b) digesting said biomass in the presence solely of steam and/or hot water to extract at least a portion of said hemicellulose into a liquid phase, thereby generating extracted solids, wherein the digestor temperature is selected from about 140°C to about 220°C, and the digestor residence time is selected from about 1 minute to about 60 minutes; (c) separating at least some of said liquid phase from said extracted solids; (d) washing said extracted solids with water at a washing pH of about 7 or less, thereby generating a liquid wash filtrate and washed solids; (e) separating at least some of said liquid wash filtrate from said washed solids; (f) refining said washed solids at a refining pH of about 4 to 7.5, thereby generating corrugated medium pulp or paper pulp characterized by a concora of about 25lbf or higher, by a ring crush strength of about 25 (lbf/6 in) or higher, or by a breaking length of about 2.0 km or higher; and (g) hydrolyzing said hemicellulose contained in said liquid phase and/or in said liquid wash filtrate, in the presence of a hydrolysis catalyst, to generate hemicellulose sugars, wherein said liquid phase and said liquid wash filtrate are separately processed and wherein optionally steps (b) and (d) are carried out in a single unit.
A scour prevention unit comprising: a bag body housing block objects in a bag material; and a cloth outside the bag body and fixed to an outside of the bag body, wherein the cloth is below the block objects and fixed below the bag body outside the bag body by at least one fixing means, a combination of the bag body, the block objects and the cloth is configured to prevent scouring of a seabed and passage of sand particles of the seabed through the bag body, and the fixing means comprises a string attached to the cloth and a hook attached to the bag body. a bag body housing block objects in a bag material; and a cloth outside the bag body and fixed to an outside of the bag body, wherein the cloth is below the block objects and fixed below the bag body outside the bag body by at least one fixing means, a combination of the bag body, the block objects and the cloth is configured to prevent scouring of a seabed and passage of sand particles of the seabed through the bag body, and the fixing means comprises a string attached to the cloth and a hook attached to the bag body.