mhurhangee/ep-ind-claims huggingface dataset:
An implantable medical device configured to provide neuromodulation therapy to a patient comprising: a stimulation generator configured to generate at least one pulse train of electrical stimulation for delivery to the patient; and processing circuitry (210, 310) configured to: identify a plurality of electrical stimulation parameters for the at least one pulse train of electrical stimulation; define a complex variation to at least one electrical stimulation parameter of the plurality of electrical stimulation parameters to reduce a pelvic symptom of the patient; modify the at least one pulse train of electrical stimulation by introducing the complex variation to the at least one electrical stimulation parameter; and control the stimulation generator to generate, as modified, the at least one pulse train of electrical stimulation, wherein the complex variation to the at least one electrical stimulation parameter comprises a stochastic variation to the at least one electrical stimulation parameter, wherein the stochastic variation defines a distribution of values, wherein the stochastic variation to the at least one electrical stimulation parameter comprises values for the at least one electrical stimulation parameter that are within one standard deviation of a mean value of the distribution of values and wherein the number of values is at least 500. identify a plurality of electrical stimulation parameters for the at least one pulse train of electrical stimulation; define a complex variation to at least one electrical stimulation parameter of the plurality of electrical stimulation parameters to reduce a pelvic symptom of the patient; modify the at least one pulse train of electrical stimulation by introducing the complex variation to the at least one electrical stimulation parameter; and control the stimulation generator to generate, as modified, the at least one pulse train of electrical stimulation, wherein the complex variation to the at least one electrical stimulation parameter comprises a stochastic variation to the at least one electrical stimulation parameter, wherein the stochastic variation defines a distribution of values, wherein the stochastic variation to the at least one electrical stimulation parameter comprises values for the at least one electrical stimulation parameter that are within one standard deviation of a mean value of the distribution of values and wherein the number of values is at least 500.
A barbecue, comprising: - a frame; - a unit comprising a heat generating member and a supply regulating member coupled to the heat generating member, the unit being configured to be mounted onto the frame in one piece and to be in an alternating manner dismounted from the frame in one piece; and - a cooking tank having a side wall (58, 60), characterized in that the side wall (58, 60) is configured to be mounted onto the unit and to be in an alternating manner dismounted from the unit in such a manner that the unit is locked onto the frame and is in an alternating manner unlocked from the frame by means of the side wall (58, 60). - a frame; - a unit comprising a heat generating member and a supply regulating member coupled to the heat generating member, the unit being configured to be mounted onto the frame in one piece and to be in an alternating manner dismounted from the frame in one piece; and - a cooking tank having a side wall (58, 60),
A self-supporting reflector for preparing a parabolic trough by cold or warm forming from at least two layers of transparent plastic material that are both contiguous to the same metal layer: (a) having a reflectance of at least 90%, based on the solar spectrum; (b) comprising at least one layer of a transparent plastic material facing a light source and having a layer thickness within a range of from 0.1 mm to 8 mm; and (c) at least one metal layer contiguous to the layer according to (b) and having a layer thickness within a range of from 0.5 μm to 500 μm, and (d) another plastic layer contiguous to the back side of the metal layer according to (c) and having a layer thickness of from 1 mm to 15 mm. (a) having a reflectance of at least 90%, based on the solar spectrum; (b) comprising at least one layer of a transparent plastic material facing a light source and having a layer thickness within a range of from 0.1 mm to 8 mm; and (c) at least one metal layer contiguous to the layer according to (b) and having a layer thickness within a range of from 0.5 μm to 500 μm, and (d) another plastic layer contiguous to the back side of the metal layer according to (c) and having a layer thickness of from 1 mm to 15 mm.
Method of inkjet printing an image on a glass container comprising the steps of: a) providing a glass container having a CEC layer; b) removing at least part of the CEC layer to a level wherein the remaining CEC layer has a thickness of 0 to 20 nm; c) inkjet printing an image on the glass container; said glass container having an internal burst of at least 7 bar after being exposed to the printing. a) providing a glass container having a CEC layer; b) removing at least part of the CEC layer to a level wherein the remaining CEC layer has a thickness of 0 to 20 nm; c) inkjet printing an image on the glass container;
A lighting device comprising: a light source; a substrate (2, 12) on which the light source is mounted,; and a reflective sheet (3, 13) provided to cover a surface (2a, 12a) of the substrate (2, 12), the reflective sheet including an inner edge portion (3b, 13b) defining a reflective sheet side opening (3b, 13b) at a location corresponding to the light source, characterised in that the substrate (2; 12) includes a substrate side opening (2b; 12b) in a vicinity of the light source, wherein the substrate side opening (2b; 12b) is arranged such that the inner edge portion (3b; 13b) of the reflective sheet (3; 13) is inserted thereto. a light source; a substrate (2, 12) on which the light source is mounted,; and a reflective sheet (3, 13) provided to cover a surface (2a, 12a) of the substrate (2, 12), the reflective sheet including an inner edge portion (3b, 13b) defining a reflective sheet side opening (3b, 13b) at a location corresponding to the light source, characterised in that the substrate (2; 12) includes a substrate side opening (2b; 12b) in a vicinity of the light source, wherein the substrate side opening (2b; 12b) is arranged such that the inner edge portion (3b; 13b) of the reflective sheet (3; 13) is inserted thereto.
An image erasing apparatus which scans a laser light onto a thermo-reversible recording medium on which an image is recorded to erase the image, comprising: a light source which emits the laser light whose cross section has a line shape; optics (2, 3, 4, 6, 7, 8, 9, 15) which converts the laser light emitted from the light source to a converging light which converges in a width direction to emit the converging light, wherein the width direction is a direction which is parallel to a direction orthogonal to an alignment direction of said line-shaped light source; and a scanning unit which deflects, in the width direction, the laser light emitted from the optics to scan the deflected laser light on the thermo-reversible recording medium, wherein the optics includes at least one collecting element (2, 3, 8) which is arranged such that a width on the thermo-reversible recording medium of the laser light becomes constant regardless of a scanning position of the laser light scanned by the scanning unit, wherein the optics further parallelizes, in a length direction, the laser light emitted from the light source to emit the parallelized laser light. a light source which emits the laser light whose cross section has a line shape; optics (2, 3, 4, 6, 7, 8, 9, 15) which converts the laser light emitted from the light source to a converging light which converges in a width direction to emit the converging light, wherein the width direction is a direction which is parallel to a direction orthogonal to an alignment direction of said line-shaped light source; and a scanning unit which deflects, in the width direction, the laser light emitted from the optics to scan the deflected laser light on the thermo-reversible recording medium, wherein the optics includes at least one collecting element (2, 3, 8) which is arranged such that a width on the thermo-reversible recording medium of the laser light becomes constant regardless of a scanning position of the laser light scanned by the scanning unit, wherein the optics further parallelizes, in a length direction, the laser light emitted from the light source to emit the parallelized laser light.
An actuation mechanism for a wedge-actuated drum brake, in particular for commercial vehicles, comprising a spreading unit which has an actuating element which is displaceable along an actuating direction, a master unit which has a master element which is displaceable along a master direction, wherein the spreading unit is configured in such a way that the displacement of the actuating element occurs directly via a fluid or a fluid pressure, wherein the master element and the actuating element are in direct operative connection via the fluid, wherein the master element comprises a master piston, wherein the actuating element comprises an actuating piston on which the fluid pressure acts directly, characterized in that a piston face of the master piston corresponds substantially to the piston face of the actuating piston.
Use of a polyol or a liquid comprising a polyol to induce or facilitate nucleic acid to enter an extra-solution phase, wherein said polyol or liquid comprising a polyol is not combined with a monohydric alcohol, and wherein the polyol is selected from 2-methyl-1,3-propanediol, 2,3-butanediol and tripropyleneglycol.
A computer-implemented method comprising: receiving, by a processing unit, an instruction to perform a masked shift add operation with a set of operands; performing a logical AND operation on a first pair of operands from the set of operands to obtain a first intermediate result; shifting the first intermediate result by a first shift amount that is based on a first operand from the first pair of operands; characterised by performing a logical AND operation on a second pair of operands from the set of operands to obtain a second intermediate result; shifting the second intermediate result by a second shift amount that is based on a first operand from the second pair of operands; adding the shifted first intermediate result and the shifted second intermediate result; and outputting, as a result of the masked shift add operation, an output of the adding. receiving, by a processing unit, an instruction to perform a masked shift add operation with a set of operands; performing a logical AND operation on a first pair of operands from the set of operands to obtain a first intermediate result; shifting the first intermediate result by a first shift amount that is based on a first operand from the first pair of operands; characterised by performing a logical AND operation on a second pair of operands from the set of operands to obtain a second intermediate result; shifting the second intermediate result by a second shift amount that is based on a first operand from the second pair of operands; adding the shifted first intermediate result and the shifted second intermediate result; and outputting, as a result of the masked shift add operation, an output of the adding.
A blade guard for a circular saw blade comprising: at least two pieces coupled together; at least one bottom plate having a slot formed therein for accommodating the circular saw blade; at least one top cover; a plurality of fastening rods for coupling the bottom plate with the top cover, the plurality of fastening rods further configured to secure the at least two pieces to the at least one bottom plate and the at least one top cover, characterized in that one of said pieces has an arbor accommodating slot formed therein for receiving an arbor of the circular saw, and each piece (242, 244, 246 247) comprises two ends (241, 243, 245) that are c-shaped and configured to be secured by corresponding fastening rods. at least two pieces coupled together; at least one bottom plate having a slot formed therein for accommodating the circular saw blade; at least one top cover; a plurality of fastening rods for coupling the bottom plate with the top cover, the plurality of fastening rods further configured to secure the at least two pieces to the at least one bottom plate and the at least one top cover, characterized in that one of said pieces has an arbor accommodating slot formed therein for receiving an arbor of the circular saw, and each piece (242, 244, 246 247) comprises two ends (241, 243, 245) that are c-shaped and configured to be secured by corresponding fastening rods.
A combined accumulator and receiver tank for a refrigeration system comprising: an accumulator portion; a receiver portion positioned below the accumulator portion in a vertical orientation, the receiver portion having a receiver portion inlet; a pipe having a first end that is in fluid communication with the accumulator portion and a second end that is in fluid communication with the receiver portion; and a valve positioned between the first end and the second end of the pipe, wherein the valve has an open state and a closed state, when the valve is in the open state, the valve is configured to allow fluid to flow between the accumulator portion and the receiver portion through the pipe, and when the valve is in the closed state, the valve is configured to prevent fluid from flowing between the accumulator portion and the receiver portion, wherein the valve is configured to be in the closed state when the combined accumulator and receiver tank is operated in a cooling cycle, characterized in that the pipe includes a junction between the first end and the second end, and in that the junction connects the pipe to an evaporator via a refrigerant line; and in that the junction is positioned between the valve and the second end of the pipe so as to prevent fluid flow between the accumulator portion and a condenser outlet liquid line that is connected to the receiver portion inlet of the receiver portion, when the valve is in a closed state. an accumulator portion; a receiver portion positioned below the accumulator portion in a vertical orientation, the receiver portion having a receiver portion inlet; a pipe having a first end that is in fluid communication with the accumulator portion and a second end that is in fluid communication with the receiver portion; and a valve positioned between the first end and the second end of the pipe, wherein the valve has an open state and a closed state, when the valve is in the open state, the valve is configured to allow fluid to flow between the accumulator portion and the receiver portion through the pipe, and when the valve is in the closed state, the valve is configured to prevent fluid from flowing between the accumulator portion and the receiver portion, wherein the valve is configured to be in the closed state when the combined accumulator and receiver tank is operated in a cooling cycle, characterized in that the pipe includes a junction between the first end and the second end, and in that the junction connects the pipe to an evaporator via a refrigerant line; and in that the junction is positioned between the valve and the second end of the pipe so as to prevent fluid flow between the accumulator portion and a condenser outlet liquid line that is connected to the receiver portion inlet of the receiver portion, when the valve is in a closed state.
A frozen confection coating composition, the composition comprising, expressed in weight % based on the total weight of the coating, 35 - 75 wt.% of non-interesterified fat, preferably 40-65 wt.% of non-interesterified fat which comprises a fat blend of medium soft fat and liquid oil, and 25 - 65 wt.% of non-fat solids, preferably 35-60 wt.% of non-fat solids, wherein, the coating composition comprises, less than 30 wt.% of saturated fatty acids 9-50 wt.%, preferably 15-30 wt.% of monounsaturated fatty acid and less than 30 wt.%, preferably less than 15 wt.% of polyunsaturated fatty acid, and wherein the medium soft fat has 35-50 %, preferably 40-45 % of solid fat at 20°C, and the medium soft fat has less than 55 wt. % saturated fatty acids,and wherein the liquid oil is liquid at 20°C and contains less than 5% of solid fat content at 0°C and wherein the medium soft fat is selected from the group consisting of: palm oil medium soft fractions including soft stearins and mid fractions, shea, cocoa butter, cocoa butter equivalents, cocoa butter replacers, or a combination thereof; and wherein the non-fat solids are selected from the group consisting of: sugar, fibres, cocoa powder, milk powder, emulsifier and one or more flavours. less than 30 wt.% of saturated fatty acids 9-50 wt.%, preferably 15-30 wt.% of monounsaturated fatty acid and less than 30 wt.%, preferably less than 15 wt.% of polyunsaturated fatty acid, and
A process for selecting thermostable variants of a protein of interest characterized in that a library of variants of a protein of interest is expressed in an thermophilic or hyper-thermophilic extremophilic microorganism as a fusion protein with a thermostable reporter protein, and in that, one or several thermostable variants of the protein of interest are selected at a temperature comprised between 50 and 110°C from the extremophilic microorganisms in which the thermostable reporter protein is active.
Suction nozzle for a portable, battery-powered hard surface suction unit, in the form of a window vacuum, comprising a suction device, which suction nozzle has a suction opening to which there is joined a suction channel whose suction channel end remote from the suction opening is connectable or connected to the suction device, wherein furthermore a first coupling device is arranged or formed on the suction nozzle for pivoted coupling with a second coupling device, arranged or formed on the hard surface suction unit, about at least one rotational or pivot axis, so that the first coupling device and the second coupling device form an articulation, wherein the at least one rotational or pivot axis runs transversely to the suction opening, characterized in that the suction channel end has a sleeve-like suction channel portion defining a suction channel longitudinal axis, and in that the suction channel longitudinal axis defines the at least one rotational or pivot axis.
Sorting apparatus for sorting multipacks, - having a conveying route, along which at least one multipack can be conveyed in a conveying direction, wherein the conveying route has a conveying portion on which the at least one multipack can be conveyed in a state in which it is standing up or lying down, and - having an opening, into which the at least one multipack can optionally be conveyed for sorting purposes or past which the at least one multipack can be conveyed, characterized in that the conveying portion, for the purpose of freeing the opening can be moved between a closed position, in which the conveying portion closes the opening and the at least one multipack can be conveyed on the conveying portion beyond the opening, and an open position, in which the conveying portion frees the opening and the at least one multipack can be conveyed into the opening. - having a conveying route, along which at least one multipack can be conveyed in a conveying direction, wherein the conveying route has a conveying portion on which the at least one multipack can be conveyed in a state in which it is standing up or lying down, and - having an opening, into which the at least one multipack can optionally be conveyed for sorting purposes or past which the at least one multipack can be conveyed,
A method for manufacturing a dental prosthesis in a system having at least one workstation (201, 202, 203), and a plurality of machining devices (301, 302, 303), the method comprising: designing a framework for the dental prosthesis based on a digital image of a situation of an area of a person's teeth; assigning a material blank for said framework, said material blank having an identification code associated therewith; generating electronic machining data having content for providing machining path instructions for forming said framework in a machining device (301, 302, 303); placing said material blank in a selected machining device (301, 302, 303), said selected machining device (301, 302, 303), reading said identification code of said material blank, retrieving said machining data corresponding to said identification code; and said selected machining device (301, 302, 303), machining said material blank using the content of said machining data. designing a framework for the dental prosthesis based on a digital image of a situation of an area of a person's teeth; assigning a material blank for said framework, said material blank having an identification code associated therewith; generating electronic machining data having content for providing machining path instructions for forming said framework in a machining device (301, 302, 303); placing said material blank in a selected machining device (301, 302, 303), said selected machining device (301, 302, 303), reading said identification code of said material blank, retrieving said machining data corresponding to said identification code; and said selected machining device (301, 302, 303), machining said material blank using the content of said machining data.
An enzyme, which enzyme is a subtilisin BPN' homologue, comprising the following mutations compared to subtilisin BPN' represented by SEQ ID NO: 2: - a deletion of the amino acids corresponding to positions 75-83; - a mutation at the amino acid position corresponding to S221, the mutation corresponding to S221C or S221selenocysteine, preferably S221C; - at least one further mutation selected from the group consisting of amino acid positions corresponding to F189W, F189Y, S33D, S33T, N218D, N218T, N218E, N62D, N62S, N62W, and N62Y; preferably a mutation at the amino acid position corresponding to P225; wherein the amino acid positions are defined according to the sequence of subtilisin BPN' represented by SEQ ID NO: 2 and wherein such subtilisin BPN' homologue has a sequence identity of at least 50% to subtilisin BPN' SEQ ID NO: 2. - a deletion of the amino acids corresponding to positions 75-83; - a mutation at the amino acid position corresponding to S221, the mutation corresponding to S221C or S221selenocysteine, preferably S221C; - at least one further mutation selected from the group consisting of amino acid positions corresponding to F189W, F189Y, S33D, S33T, N218D, N218T, N218E, N62D, N62S, N62W, and N62Y; preferably a mutation at the amino acid position corresponding to P225; wherein the amino acid positions are defined according to the sequence of subtilisin BPN' represented by SEQ ID NO: 2 and wherein such subtilisin BPN' homologue has a sequence identity of at least 50% to subtilisin BPN' SEQ ID NO: 2.