mhurhangee/ep-ind-claims huggingface dataset:
Method for decoating of glass panels, in which a grinding tool comprising a grinding element is used, the active face is generally circular and comprises a hole concentric to its axis of rotation and terminating in the active face, whereby the grinding tool for removing a coating of the glass panel is moved relative to the object, characterized in that the grinding tool is placed of the glass panel at a spot, that has distance from the ends (B,C) of the area, in which the glass panel is to be decoated, and that the grinding tool is moved to one end and then in opposite movement relative to the glass panel up to the other end.
An article comprising a water-insoluble absorbent substrate and a composition suitable for cleansing or treating the skin, said water-insoluble absorbent substrate being impregnated with said composition, said composition comprising: at least 90 wt.-% water; from 0.0025 wt.-% to 0.5 wt.-% of one or more water-soluble polymers, said water-soluble polymers include a glyceryl acrylate polymer; a non-ionic surfactant, which reduces the surface tension of water to 50 mN/m or less when added to pure deionized water at 20°C, and wherein said non-ionic surfactant has a HLB that is from 8 to 14; from 0.02 wt.-% to 0.4 wt-% of one or more hydrophobic emollients selected from the group consisting of hydrophobic emollients, which do not reduce the surface tension of water to 50 mN/m or less when added to pure deionized water at 20°C, and hydrophobic emollients, which have a HLB of less than 7, a water solubility of less than 0.50 wt.-% in deionized water at 20°C, a molecular weight greater than 200 and are fluid at ambient temperature; and wherein the composition has a ratio of total surfactant concentration to total hydrophobic emollient concentration that is from 0.5 to 2.5, wherein in the composition the total surfactant concentration is from 0.01 wt.-% to 0.3 wt.-%. at least 90 wt.-% water; from 0.0025 wt.-% to 0.5 wt.-% of one or more water-soluble polymers, said water-soluble polymers include a glyceryl acrylate polymer; a non-ionic surfactant, which reduces the surface tension of water to 50 mN/m or less when added to pure deionized water at 20°C, and wherein said non-ionic surfactant has a HLB that is from 8 to 14; from 0.02 wt.-% to 0.4 wt-% of one or more hydrophobic emollients selected from the group consisting of hydrophobic emollients, which do not reduce the surface tension of water to 50 mN/m or less when added to pure deionized water at 20°C, and hydrophobic emollients, which have a HLB of less than 7, a water solubility of less than 0.50 wt.-% in deionized water at 20°C, a molecular weight greater than 200 and are fluid at ambient temperature; and wherein the composition has a ratio of total surfactant concentration to total hydrophobic emollient concentration that is from 0.5 to 2.5, wherein in the composition the total surfactant concentration is from 0.01 wt.-% to 0.3 wt.-%.
A wiper device for vehicles, comprising: a blade, with rail springs provided in opposite edges of the blade, and a seating plate provided at a medial portion on an upper surface of the blade, parts of the seating plate protruding in opposite directions; and adaptors (20, 20') coupled to the seating plate of the blade so as to be removable, the adaptors (20, 20') having connectors (30, 30'), which are connected to a drive arm coupled to a vehicle body, wherein the adaptor includes: an insert coupling part provided in a lower surface of the adapter, the insert coupling part fitted over opposite edges of the seating plate; a pair of outer side plates perpendicularly protruding from the upper surface, at a distance from each other; a hinge shaft for connecting central portions of the outer side plates to each other; and front and rear outer pin holes (26, 27) formed through each of the outer side plates ahead of and behind of the hinge shaft, respectively; and the seating plate has coupling protrusions protruding in the transverse direction of the blade and insert protrusions that surrounds the both sides of the seating plate and to which the coupling protrusions are locked; wherein the connector is rotatably provided between the outer side plates, the wiper device being characterised in that: the connector includes: an upper plate for covering an open upper end of the outer side plates; and inner side plates extending downwards from both sides of the upper plate, the inner side plates being disposed adjacent to inner surfaces of the outer side plates; and wherein the connector has a hinge notch where the hinge shaft is fitted over, and front and rear inner pin holes (36, 37) communicating with each other and corresponding to the front and rear outer pin holes (26, 27), and wherein at least any one of the front and rear outer pin holes (26, 27) and the front and rear inner pin holes (36, 37) is sized such that a pin type of drive arm (pa) is forcibly fitted. the connector includes: an upper plate for covering an open upper end of the outer side plates; and inner side plates extending downwards from both sides of the upper plate, the inner side plates being disposed adjacent to inner surfaces of the outer side plates; and wherein the connector has a hinge notch where the hinge shaft is fitted over, and front and rear inner pin holes (36, 37) communicating with each other and corresponding to the front and rear outer pin holes (26, 27), and wherein at least any one of the front and rear outer pin holes (26, 27) and the front and rear inner pin holes (36, 37) is sized such that a pin type of drive arm (pa) is forcibly fitted.
A polymer corresponding in structure to Formula: wherein: R 3 and R 5 are independently H or C 1 -C 22 alkyl or alkyloxy; R 4 is C 4-22 alkyl; R 6 is H, alkyl, or aryl; R 7 is H, alkyl, aryl, or arylalkyl; R 9 is hydrogen, alkyl, or alkylaryl; m is an integer from 4 to 75; and n is an integer from 1 to 20. R 3 and R 5 are independently H or C 1 -C 22 alkyl or alkyloxy; R 4 is C 4-22 alkyl; R 6 is H, alkyl, or aryl; R 7 is H, alkyl, aryl, or arylalkyl; R 9 is hydrogen, alkyl, or alkylaryl; m is an integer from 4 to 75; and n is an integer from 1 to 20.
A glycosylated protein of an extracellular matrix for use in a method of treating an ischemic heart of a human or animal subject in need thereof, wherein the glycosylated protein of the extracellular matrix is nidogen-1.
Pad for a garment (100, 200), wherein a. the pad comprises a one piece structure comprising interconnected elements made from a first compressible foamed material, such as a closed-cell foam made from ethylene-vinyl-acetate or polyurethane with an Asker C hardness in the range of 20 - 80; b. the elements are arranged such that, when the pad is in a non-deformed state, each element is spaced apart from adjacent elements; c. the elements are interconnected such that, when the pad is deformed, a void enclosed by at least two adjacent elements is expanded; d. the at least two adjacent elements extend essentially parallel to one another in the non-deformed state of the pad; e. a first void is enclosed by at least two adjacent elements and a second void is enclosed by at least two adjacent elements, and wherein the first void and the second void extend essentially parallel to one another; characterized in that f. the at least two adjacent elements are curved. a. the pad comprises a one piece structure comprising interconnected elements made from a first compressible foamed material, such as a closed-cell foam made from ethylene-vinyl-acetate or polyurethane with an Asker C hardness in the range of 20 - 80; b. the elements are arranged such that, when the pad is in a non-deformed state, each element is spaced apart from adjacent elements; c. the elements are interconnected such that, when the pad is deformed, a void enclosed by at least two adjacent elements is expanded; d. the at least two adjacent elements extend essentially parallel to one another in the non-deformed state of the pad; e. a first void is enclosed by at least two adjacent elements and a second void is enclosed by at least two adjacent elements, and wherein the first void and the second void extend essentially parallel to one another; characterized in that f. the at least two adjacent elements are curved.
A catalytic article comprising a catalytic coating disposed on a substrate, wherein the catalytic coating comprises a bottom coating layer on the substrate and a top coating layer on the bottom coating layer, wherein: the bottom coating layer comprises a ceria-containing molecular sieve, and the top coating layer comprises a platinum group metal on a refractory metal oxide support; or the bottom coating layer comprises a platinum group metal on a refractory metal oxide support, and the top coating layer comprises a ceria-containing molecular sieve; the catalytic article is characterised in that the ceria in the ceria-containing molecular sieve is present from 1% to 50% by weight, based on a total weight of the ceria-containing molecular sieve. the bottom coating layer comprises a ceria-containing molecular sieve, and the top coating layer comprises a platinum group metal on a refractory metal oxide support; or the bottom coating layer comprises a platinum group metal on a refractory metal oxide support, and the top coating layer comprises a ceria-containing molecular sieve; the catalytic article is characterised in that the ceria in the ceria-containing molecular sieve is present from 1% to 50% by weight, based on a total weight of the ceria-containing molecular sieve.
A method for approving a payment transaction between a merchant payment device of a merchant and a payer identification device of a payer, the method comprising:- using the merchant payment device to extract payer information from the payer identification device; communicating, from the merchant payment device to a payment processing system, a transaction record containing the payer information; identifying, by the payment processing system or by the merchant payment device, from the payer information, a mobile communications device of the payer which can provide a transaction history of the payer identification device; communicating by the payment processing system or by the merchant payment device, with the identified mobile communications device to retrieve the transaction history therefrom, wherein the transaction history from the identified mobile communications device is provided to the payment processing system; retrieving, at the payment processing system, payer information including a transaction history for verifying transactions of the payer; verifying, in the payment processing system, the transaction history included in the retrieved payer information against the transaction history provided from the identified mobile communications device; and determining an approval of the payment transaction if the provided transaction history is verified.
Ratchet tensioning device for a winding shaft of a heavy goods vehicle covering, comprising a drive shaft which has a free end, characterised in that the free end of the drive shaft is surrounded by a sleeve part.
Device for maintaining a temperature of bulk material, comprising - a heat exchange section having a housing, - heat exchanger pipes arranged in the housing in a direction of gravity, - a feed line, which leads into the housing, for a heat carrier fluid, - a discharge line, which leads out of the housing, for the heat carrier fluid, - a bulk material inlet arranged at the upper end of the pipes for feeding the bulk material into the pipes, and - an outlet for the bulk material provided at the lower end of the pipes, - wherein access openings for the heat exchanger pipes are formed in an inlet pipe bottom, said access openings being arranged on partial circles (44, 45, 46) about a longitudinal centre axis of the housing, characterized in that the heat exchanger pipes are held, at their upper ends, in the inlet pipe bottom, which has upwardly expanding inlet funnels that lead into the individual pipes, the relationship of an outer diameter of the heat exchanger pipes to a mutual spacing (a) of radially adjacent pipes is such that 1.10 D ≤ a ≤ 1.25 D and/or the relationship of the outer diameter of the heat exchanger pipes to the mutual spacing (b) of tangentially adjacent pipes is such that 1.10 D ≤ b ≤ 1.25 D. - a heat exchange section having a housing, - heat exchanger pipes arranged in the housing in a direction of gravity, - a feed line, which leads into the housing, for a heat carrier fluid, - a discharge line, which leads out of the housing, for the heat carrier fluid, - a bulk material inlet arranged at the upper end of the pipes for feeding the bulk material into the pipes, and - an outlet for the bulk material provided at the lower end of the pipes, - wherein access openings for the heat exchanger pipes are formed in an inlet pipe bottom, said access openings being arranged on partial circles (44, 45, 46) about a longitudinal centre axis of the housing,
An automatic fruit juice squeezing machine, for dispensing a drink made from a portion of fruit, being of the type that comprises a motorised squeezing element for squeezing a pulp of a portion of fruit, connected to a user interface for starting up the squeezing element, wherein the squeezing element is housed in a frame, and the frame includes a pulp squeezing chamber facing the squeezing element wherein at least one portion of fruit is disposed, said squeezing chamber including a housing wherein a membrane made of waterproof and elastic material is supported, and wherein: - said motorised squeezing element is a rotating squeezing element, in that; - said membrane is made of a film of food-grade material and positioned inside the housing on a plane that is inclined with respect to a horizontal plane of the machine, and in that, - said membrane is arranged between the rotating squeezing element and the portion of fruit to be squeezed in such a manner that the action of squeezing the pulp is carried out when the portion of fruit is pressed against a side of said membrane onto the rotating squeezing element and said rotating squeezing element is in operation, wherein the side of the membrane that is in contact with the portion of fruit has guiding means to guide the expulsion of juice towards a liquid outlet, - the machine further comprising holding means envisaged to hold the portion of fruit in contact with the membrane during operation of the rotating squeezing element so that a squeezed liquid from the portion of fruit is expelled towards the liquid outlet from the inclined membrane. - said motorised squeezing element is a rotating squeezing element, in that; - said membrane is made of a film of food-grade material and positioned inside the housing on a plane that is inclined with respect to a horizontal plane of the machine, and in that, - said membrane is arranged between the rotating squeezing element and the portion of fruit to be squeezed in such a manner that the action of squeezing the pulp is carried out when the portion of fruit is pressed against a side of said membrane onto the rotating squeezing element and said rotating squeezing element is in operation, wherein the side of the membrane that is in contact with the portion of fruit has guiding means to guide the expulsion of juice towards a liquid outlet, - the machine further comprising holding means envisaged to hold the portion of fruit in contact with the membrane during operation of the rotating squeezing element so that a squeezed liquid from the portion of fruit is expelled towards the liquid outlet from the inclined membrane.
Illuminated dissuader device comprising a frame to be secured to the ground and a bollard that comes out from the ground to form an obstacle protruding therefrom, the bollard comprises a base connected to the frame and an upper portion comprising a tubular lighting element extending substantially along the entire length of the upper portion, characterized in that said base comprises a lower disc and an upper disc joined together by at least two substantially rectangular walls, and a vertical tubular bar onto which said lighting element is fitted, which engages into an aperture of the upper disc and extends along the entire bollard, said lighting element is constrained to the base of the bollard through rotary fitting means, said fitting means comprise a suitable seat obtained on the base of the bollard for inserting a fitting element present on a ring integral with the base of the lighting element.
A computer system, comprising: at least two nodes, wherein each of the at least two nodes (21, 22) includes a selecting module (211, 221) and a CPU (212, 222), wherein inputs to the selecting modules (211, 221) comprise clock of local node and clock output from other node, and an output terminal of the selecting modules (211, 221) is connected to the CPU (212, 222) and an input terminal of the selecting module (211, 221) of other node; the computer system further comprising a clock controlling module, wherein an output terminal of the clock controlling module is connected to a control terminal of the selecting module (211, 221) of each of the at least two nodes (21, 22), for controlling the clocks of the at least two nodes to be the same clock, wherein the clock controlling module controls the selecting modules of the at least two nodes to select a clock of one of the at least two nodes as a common clock source for the at least two nodes, and when the clock of the selected node becomes abnormal, the clock controlling module controls the selecting modules (211, 221) of the rest of the at least two nodes to select another available common clock source according to clock channels recorded in a clock relation connection table such that the rest of the at least two nodes are provided with the same clock, the clock channel being a route from one of the at least two nodes to any of the rest of the at least two nodes. at least two nodes, wherein each of the at least two nodes (21, 22) includes a selecting module (211, 221) and a CPU (212, 222), wherein inputs to the selecting modules (211, 221) comprise clock of local node and clock output from other node, and an output terminal of the selecting modules (211, 221) is connected to the CPU (212, 222) and an input terminal of the selecting module (211, 221) of other node; the computer system further comprising a clock controlling module, wherein an output terminal of the clock controlling module is connected to a control terminal of the selecting module (211, 221) of each of the at least two nodes (21, 22), for controlling the clocks of the at least two nodes to be the same clock, wherein the clock controlling module controls the selecting modules of the at least two nodes to select a clock of one of the at least two nodes as a common clock source for the at least two nodes, and when the clock of the selected node becomes abnormal, the clock controlling module controls the selecting modules (211, 221) of the rest of the at least two nodes to select another available common clock source according to clock channels recorded in a clock relation connection table such that the rest of the at least two nodes are provided with the same clock, the clock channel being a route from one of the at least two nodes to any of the rest of the at least two nodes.
A meter electronics for determining a damping of a meter assembly of a flow meter, the meter electronics comprising an interface for receiving a vibrational response from a meter assembly, the vibrational response comprising a response to an excitation of the meter assembly at a substantially resonant frequency, and a processing system in communication with the interface, the processing system being configured to: receive the vibrational response from the interface; measure a plurality of response voltages of the vibrational response, the plurality of response voltages including one or more decay sections (430a, 530a-530f) and one or more rising sections (430b, 630a-630f); and determine an aggregate damping-related value of the meter assembly based on the one or more decay sections (430a, 530a-530f) and the one or more rising sections (430b, 630a-630f), characterized in that the aggregate damping-related value of the meter assembly is an aggregate damping characteristic value of the meter assembly, wherein the aggregate damping characteristic value of the meter assembly is comprised of an average damping characteristic of the meter assembly, wherein a damping characteristic determined based on one or more of the decay sections and a damping characteristic determined based on one or more of the rising sections are averaged together to determine said average damping characteristic of the meter assembly. receive the vibrational response from the interface; measure a plurality of response voltages of the vibrational response, the plurality of response voltages including one or more decay sections (430a, 530a-530f) and one or more rising sections (430b, 630a-630f); and determine an aggregate damping-related value of the meter assembly based on the one or more decay sections (430a, 530a-530f) and the one or more rising sections (430b, 630a-630f), the aggregate damping-related value of the meter assembly is an aggregate damping characteristic value of the meter assembly, wherein the aggregate damping characteristic value of the meter assembly is comprised of an average damping characteristic of the meter assembly, wherein a damping characteristic determined based on one or more of the decay sections and a damping characteristic determined based on one or more of the rising sections are averaged together to determine said average damping characteristic of the meter assembly.
Use of a compound represented by the formula: wherein X is a hydrogen atom or a methyl group, and n is an integer of 5 to 15; for solubilizing at least one selected from the group consisting of a liposoluble vitamin, a steroid, a fatty acid, noradrenaline, and cholesterol. wherein X is a hydrogen atom or a methyl group, and n is an integer of 5 to 15; for solubilizing at least one selected from the group consisting of a liposoluble vitamin, a steroid, a fatty acid, noradrenaline, and cholesterol.