mhurhangee/ep-ind-claims huggingface dataset:
A method for at least partial deacetylation of a glycosaminoglycan comprising acetyl groups, comprising: a1) providing a glycosaminoglycan comprising acetyl groups; a2) reacting the glycosaminoglycan comprising acetyl groups with hydroxylamine (NH 2 OH) or a salt thereof at a temperature of 100 °C or less for 2-200 hours to form an at least partially deacetylated glycosaminoglycan; and a3) recovering the at least partially deacetylated glycosaminoglycan. a1) providing a glycosaminoglycan comprising acetyl groups; a2) reacting the glycosaminoglycan comprising acetyl groups with hydroxylamine (NH 2 OH) or a salt thereof at a temperature of 100 °C or less for 2-200 hours to form an at least partially deacetylated glycosaminoglycan; and a3) recovering the at least partially deacetylated glycosaminoglycan.
Pelotte for a knee-joint orthosis, said pelotte having an annular or semi-annular base for engaging around the patella, wherein projections configured to face the joint are formed distally on the base, wherein the projections, in a fitted state of the pelotte, are configured to be located in the area of infrapatellar fat bodies and are adapted to exert pressure on said fat bodies, and wherein the base additionally has lateral wing-shaped projections, which, in the fitted state of the pelotte, are configured to come into engagement with the infrapatellar joint spaces.
A center mechanism for a tire building drum, the tire building drum being rotatably mounted on a central drive shaft and including a center portion, the center mechanism being disposed in the center portion of the drum, the center mechanism comprising: a hub seating on and being secured to the central drive shaft; a single axially-extending piston seating on and extending circumferentially about the hub; a cylinder being disposed about the piston and cooperating with the hub and the piston to form a pneumatic chamber; a plurality of links (142, 144) being operatively connected to the piston; and a plurality of segment bars being disposed about the circumference of the center mechanism, each one of the segment bars being operatively connected to selected links and seating between a lip of the cylinder and a distal end plate, whereby upon the introduction of compressed air into the pneumatic chamber, the piston moves in an axial direction, thereby actuating movement of the links (142, 144) which in turn actuate radial movement of the segment bars. a hub seating on and being secured to the central drive shaft; a single axially-extending piston seating on and extending circumferentially about the hub; a cylinder being disposed about the piston and cooperating with the hub and the piston to form a pneumatic chamber; a plurality of links (142, 144) being operatively connected to the piston; and a plurality of segment bars being disposed about the circumference of the center mechanism, each one of the segment bars being operatively connected to selected links and seating between a lip of the cylinder and a distal end plate, whereby upon the introduction of compressed air into the pneumatic chamber, the piston moves in an axial direction, thereby actuating movement of the links (142, 144) which in turn actuate radial movement of the segment bars.
A medical condensate trap for use in an external blood treatment carried out by means of a blood treatment apparatus, the condensate trap comprising: - at least one interior; - at least one first connector for connecting the interior in fluid communication with a gas outlet of the blood treatment apparatus; - at least one second connector for connecting the interior in fluid communication with a gas inlet of the blood treatment apparatus; and - at least one third connector for connecting the interior with an air port of a blood treatment device, such as a blood tubing set or a blood cassette, characterized in that in a use position of the condensate trap, the third connector is arranged higher than the first connector and the second connector, and wherein in a position of use of the condensate trap, the first connector is arranged higher than the second connector. - at least one interior; - at least one first connector for connecting the interior in fluid communication with a gas outlet of the blood treatment apparatus; - at least one second connector for connecting the interior in fluid communication with a gas inlet of the blood treatment apparatus; and - at least one third connector for connecting the interior with an air port of a blood treatment device, such as a blood tubing set or a blood cassette, in a use position of the condensate trap, the third connector is arranged higher than the first connector and the second connector, and wherein in a position of use of the condensate trap, the first connector is arranged higher than the second connector.
A gluten-free composition comprising a) a gluten-free cereal flour, b) a hydroxypropyl methylcellulose or methyl cellulose, and c) a carboxymethyl cellulose, wherein the weight ratio between component b) and component c) is from 1: 1 to 10: 1.
A method for service delivery to a device, the method comprising the steps of: - receiving an identity associated with the device; - receiving an identifier of a service desired by the device; - verifying that the identity is authorised to access to the desired service; and - providing (226, 228, 230) the service to the device; the method being characterised in that it further comprises the step, prior to the providing step, of verifying that the device is not emulated by: - sending an application to the device; - requiring the device to execute the application in critical mode, without interruptions; - receiving a response from the device, the response comprising the number of cycles necessary for the computation; and - verifying that the received number of cycles corresponds to an expected number of cycles. - receiving an identity associated with the device; - receiving an identifier of a service desired by the device; - verifying that the identity is authorised to access to the desired service; and - providing (226, 228, 230) the service to the device; - sending an application to the device; - requiring the device to execute the application in critical mode, without interruptions; - receiving a response from the device, the response comprising the number of cycles necessary for the computation; and - verifying that the received number of cycles corresponds to an expected number of cycles. - receiving a response from the device, the response comprising the number of cycles necessary for the computation; and - verifying that the received number of cycles corresponds to an expected number of cycles.
A swim chest strap comprising a first ECG signal collection electrode and a second signal collection electrode for collection of ECG signals in conductive water such as sea water or chlorinated water during swimming or water sports, wherein each signal collection electrode (120, 140, 300, 400) comprises a signal collection pad (310, 410) having a skin contact portion, a signal output portion (320, 420) comprising a signal output pad which includes a signal output terminal, and an elongate bridging portion (330, 430) interconnecting the signal collection pad (310, 410) and the signal output pad; wherein the signal collection pad, the signal output pad and the bridging portion (330, 430) are integrally moulded of carbonized rubber which is a flexible, conductive and resilient material; wherein the signal output portion is exposed for making external electrical contact and comprises a signal output terminal for outputting collected ECG signals; and wherein resistance between the skin contact portion and the signal output terminal is less than 500 ohms. wherein each signal collection electrode (120, 140, 300, 400) comprises a signal collection pad (310, 410) having a skin contact portion, a signal output portion (320, 420) comprising a signal output pad which includes a signal output terminal, and an elongate bridging portion (330, 430) interconnecting the signal collection pad (310, 410) and the signal output pad; wherein the signal collection pad, the signal output pad and the bridging portion (330, 430) are integrally moulded of carbonized rubber which is a flexible, conductive and resilient material; wherein the signal output portion is exposed for making external electrical contact and comprises a signal output terminal for outputting collected ECG signals; and wherein resistance between the skin contact portion and the signal output terminal is less than 500 ohms.
A diamond wire machine for cutting natural or artificial stone, comprising: water distribution system for cooling within the cut made by the diamond wire in the stone; at least one closed loop diamond wire which, following a closed line of movement, repeats the cut during its movement deeper in to the stone; rotating organs (4, 5) for the support, motorization and tension of the diamond wire; characterized in that it presents a further cleaning system for the diamond wire with at least one washing area (13 or 16 or 17) immediately after and before the cutting area during the run of the wire, in relation to the first organ of support and motorization of the said wire, which the wire comes into contact with after the cut; the cleaning system comprising a filtration and pump assembly for the recirculation of water that supplies the washing area at high pressure. water distribution system for cooling within the cut made by the diamond wire in the stone; at least one closed loop diamond wire which, following a closed line of movement, repeats the cut during its movement deeper in to the stone; rotating organs (4, 5) for the support, motorization and tension of the diamond wire; characterized in that it presents a further cleaning system for the diamond wire with at least one washing area (13 or 16 or 17) immediately after and before the cutting area during the run of the wire, in relation to the first organ of support and motorization of the said wire, which the wire comes into contact with after the cut; the cleaning system comprising a filtration and pump assembly for the recirculation of water that supplies the washing area at high pressure.
Heating electrical food preparation appliance comprising a working container, a rotary working accessory arranged in the working container, an upper motor-driven housing for rotating the rotary working accessory about a rotational axis, an electrical heating device for heating the food contained in the working container, an annular seal comprising an annular lip peripherally bearing inside the working container, the upper motor-driven housing being locked onto the working container, characterised in that the working container supports an intermediate lid comprising a body, in that a working chamber is defined by the working container and the intermediate lid, in that the annular seal is mounted around the body between a lower bearing edge and an upper bearing edge, and in that the lower bearing edge and/or the upper bearing edge has or have a side notch (30e, 30h) allowing one portion (9a, 9c) of the annular seal to be twisted in the side notch (30e, 30h) in order to create a leak to the outside of the working chamber in the event of excess pressure inside the working chamber.
Rotating probe flexible shaft assembly for providing good flexibility, while maintaining feature to be pushed-puled and rotated in the same time, the assembly comprising an flexible shaft with diameter of 03.2 mm, made of tensile wires with 4 or 5 layers, wherein the flexible shaft is designed to have low torsional deflection, with two coaxial cables wound around the flexible shaft and fixed thereto every 50 mm and with flexible nylon hose mounted over the flexible shaft and cables with bearing assemblies.
Machine for preparing beverages, comprising: - a receptacle for placement of a capsule housing a product for preparing a beverage; - perforating means for perforating said capsule so as to allow the entrance of water into the capsule; and - injection means for injecting water into said capsule so as to be mixed with the product housed in the capsule for preparing the beverage; said perforating means comprising a single movable punch that can move between a standby position and an injection position, wherein said movable punch is mounted in a movable body that can move between the standby position and the injection position, and wherein said movable body moves to said injection position by means of a pushing body pushing against the action of a spring; characterized in that said pushing body is a rotating helical cam contacting with a complementary cam in the movable body. - a receptacle for placement of a capsule housing a product for preparing a beverage; - perforating means for perforating said capsule so as to allow the entrance of water into the capsule; and - injection means for injecting water into said capsule so as to be mixed with the product housed in the capsule for preparing the beverage;
A method of forming a continuous multilayer film, comprising: providing discrete segments (130; 210, 220) of multilayer barrier film, wherein adjacent discrete segments (130; 210, 220) of multilayer barrier film are separated by a gap; placing a protective layer (150; 180) adjacent to two adjacent discrete segments (130; 210, 220) of multilayer barrier film such that at least a portion of the protective layer (150; 180) spans the gap to form a continuous film capable of use as a barrier film; and placing a weatherable sheet adjacent to the multilayer barrier film, wherein the multilayer barrier film has a water vapor transmission rate of less than about 0.05 g/m 2 /day at 38° C and 100% relative humidity, wherein the multilayer barrier film is transmissive to visible and infrared light, and wherein the protective layer is opaque. providing discrete segments (130; 210, 220) of multilayer barrier film, wherein adjacent discrete segments (130; 210, 220) of multilayer barrier film are separated by a gap; placing a protective layer (150; 180) adjacent to two adjacent discrete segments (130; 210, 220) of multilayer barrier film such that at least a portion of the protective layer (150; 180) spans the gap to form a continuous film capable of use as a barrier film; and placing a weatherable sheet adjacent to the multilayer barrier film, wherein the multilayer barrier film has a water vapor transmission rate of less than about 0.05 g/m 2 /day at 38° C and 100% relative humidity, wherein the multilayer barrier film is transmissive to visible and infrared light, and wherein the protective layer is opaque.
A flexible abrasive article (100, 200, 300, 400) comprising: a first base layer (102, 202, 302) having opposed first (104, 204) and second major surfaces (106, 206), wherein the first base layer (102, 202, 302) is non-tacky under ambient conditions; an ink layer (108, 208, 308, 408) disposed on the first major surface (104, 204) of the first base layer (102, 202, 302); a second base layer (110, 210, 310) disposed on the ink layer (108, 208, 308, 408) whereby the ink layer (108, 208, 308, 408) is located between the first (102, 202, 302) and second base layers (110, 210, 310) and wherein the second base layer (110, 210, 310) comprises a thermoplastic; and an abrasive layer (112, 212) disposed on the second base layer (110, 210, 310) whereby the second base layer (110, 210, 310) is located between the abrasive layer (112, 212) and the ink layer (108, 208, 308, 408). a first base layer (102, 202, 302) having opposed first (104, 204) and second major surfaces (106, 206), wherein the first base layer (102, 202, 302) is non-tacky under ambient conditions; an ink layer (108, 208, 308, 408) disposed on the first major surface (104, 204) of the first base layer (102, 202, 302); a second base layer (110, 210, 310) disposed on the ink layer (108, 208, 308, 408) whereby the ink layer (108, 208, 308, 408) is located between the first (102, 202, 302) and second base layers (110, 210, 310) and wherein the second base layer (110, 210, 310) comprises a thermoplastic; and an abrasive layer (112, 212) disposed on the second base layer (110, 210, 310) whereby the second base layer (110, 210, 310) is located between the abrasive layer (112, 212) and the ink layer (108, 208, 308, 408).
A light-emitting diode, in which at least one LED die with a die attach is arranged on an organic LED-PCB and the organic LED-PCB has electrical backside contacts on the side located opposite the LED die, which are designed, if need be, as plug-in contacts, characterized in that the backside contacts cover at least half the surface, preferably, apart from necessary exceptions, the entire surface of the organic LED-PCB, and the organic LED-PCB has through-hole plates for increasing the thermal conductivity, wherein the through-hole plates have a diameter of less than 100 μm.
An anvil assembly comprising: an anvil center rod; and a head assembly pivotally secured to the anvil center rod about a pivot axis, the head assembly being movable between an operative position and a tilted position, the head assembly including a housing, the housing including an inner surface defining first and second openings for receiving a suture therethrough, characterised in that a cutting member is supported within the housing, wherein the cutting member includes a knife engageable with the inner surface of the housing between the first and second openings to sever the suture.
Household refrigeration appliance with a housing, in which a freezing compartment and a cooling compartment are embodied, and with a pressure equalising valve (13a, 13b) which is embodied to equalise a vacuum in the freezing compartment, wherein a door arranged on the housing closes the cooling compartment, characterised in that the at least one pressure equalising valve (13a, 13b) is embodied on the door which closes the cooling compartment, wherein the cooling compartment is connected in an air-conducting manner with the freezing compartment in order to equalise the vacuum in the freezing compartment which is carried out by means of the pressure equalising valve (13a, 13b), and wherein the pressure equalising valve (13a, 13b) is arranged remote from the freezing compartment.
Retrievable measuring cell for optical measurements in gas, the cell being defined by a gas conducting pipe having an input end adapted to be connected to a gas flow input introducing gas into the cell and an output end adapted to be connected to a gas flow output, the gas input and output ends also being adapted to be coupled to optical components including an optical transmitter transmitting light into said cell and an optical receiver adapted to receive light having passed through said cell, the optical beam in said cell having a predetermined shape, the optical components including a light source, at least two mirrors and a light receiver being mounted in known positions on an external frame covered by the pipe ends, wherein a first of said input and output ends is adapted to be connected to the transmitter and at least one mirror and the second of said input and output ends is adapted to be connected to the receiver and the same number of mirrors as the first end, the light beam thus travelling at least 3 times though said cell, and wherein the cell has an elongated shape corresponding to the optical beam shape, and wherein the cell at the pipe input end is adapted to force a rotating gas flow or a turbulence in the gas flow through said pipe. the gas input and output ends also being adapted to be coupled to optical components including an optical transmitter transmitting light into said cell and an optical receiver adapted to receive light having passed through said cell, the optical beam in said cell having a predetermined shape, the optical components including a light source, at least two mirrors and a light receiver being mounted in known positions on an external frame covered by the pipe ends, wherein a first of said input and output ends is adapted to be connected to the transmitter and at least one mirror and the second of said input and output ends is adapted to be connected to the receiver and the same number of mirrors as the first end, the light beam thus travelling at least 3 times though said cell, and wherein the cell has an elongated shape corresponding to the optical beam shape, and wherein the cell at the pipe input end is adapted to force a rotating gas flow or a turbulence in the gas flow through said pipe.
A food intake regulating agent comprising 4 kinds of amino acids of tryptophan, threonine, methionine and isoleucine as active ingredients, for use in a therapeutic method for prophylaxis or improvement of reduction in appetite or an undernutrition state due to reduction in appetite, wherein the reduction in appetite is caused by one or more kinds selected from cancer, inflammation, decreased function of digestive organ, cardiac failure, hepatic diseases, autoimmune disorder, lung disease, hypothyroidism, encephalopathy, anorexia nervosa, depression, dementia, Alzheimer's disease, chemotherapeutic agent, antibiotic, therapeutic agent for diabetes, trauma after surgery, lack of ghrelin secretion, lack of ghrelin action, psychological stress, physical stress, irregular lifestyle habit, unbalanced diet and low-protein diet, wherein the weight (%) of each amino acid in the contained amino acids is tryptophan 5 wt% - 33 wt%, threonine 8 wt% - 60 wt%, methionine 10 wt% - 40 wt%, and isoleucine 0.001 wt% - 40 wt%; and the content of other amino acid other than tryptophan, threonine, methionine, isoleucine and valine is not more than 20 wt%.
A method for calibrating a gas turbine burner for power plants during recondition or production; the method comprising the steps of: a) providing: - a gas turbine burner comprising a plurality of holes configured for injecting gas fuel in an airflow, each hole comprising an outlet having an initial outlet diameter; - a calibrating pin device comprising a pin having a diameter slightly smaller than the initial outlet diameter of each hole and an enlarged base; the base being provided with a circular projecting V-shaped ring around the pin; b) deforming the hole outlets by pressing the pin into each hole so that at the outlet of each hole a ring indentation is obtained by the projecting V-shaped ring and so that the outlet of each hole is deformed from the initial outlet diameter to a smaller outlet diameter. a) providing: - a gas turbine burner comprising a plurality of holes configured for injecting gas fuel in an airflow, each hole comprising an outlet having an initial outlet diameter; - a calibrating pin device comprising a pin having a diameter slightly smaller than the initial outlet diameter of each hole and an enlarged base; the base being provided with a circular projecting V-shaped ring around the pin; - a gas turbine burner comprising a plurality of holes configured for injecting gas fuel in an airflow, each hole comprising an outlet having an initial outlet diameter; - a calibrating pin device comprising a pin having a diameter slightly smaller than the initial outlet diameter of each hole and an enlarged base; the base being provided with a circular projecting V-shaped ring around the pin; b) deforming the hole outlets by pressing the pin into each hole so that at the outlet of each hole a ring indentation is obtained by the projecting V-shaped ring and so that the outlet of each hole is deformed from the initial outlet diameter to a smaller outlet diameter.