mhurhangee/ep-ind-claims huggingface dataset:
Flexible multilayer laminate for forming a packaging of gas-releasing products, said laminate having an integrated pressure-release valve having open and closed orientations and having a liquid film disposed therein, the liquid film optionally comprising spacer means, said flexible multilayer laminate comprising: - a laminate comprising a first oriented polymer layer sealed on an underlying layer comprising a seal layer by a first adhesive pattern comprising first adhesive-free regions located on at least both sides of, or around at least one inlet perforation and a second perforation-free oriented polymer layer partly bonded to the first oriented polymer layer via a second adhesive pattern, the first and second oriented polymer layers (8,9) forming, once bonded in register, an inflatable outlet tube, said inflatable tube being partially disconnected from the rest of said laminate by a surrounding outer score line allowing the tube to lift off from the first laminate under increased pressure in the pack; - wherein the at least one inlet perforation and the inflatable outlet tube preferentially permit gaseous communication in one direction, the gas entering through the at least one perforation, travelling through the liquid film and exiting through the inflatable tube. - a laminate comprising a first oriented polymer layer sealed on an underlying layer comprising a seal layer by a first adhesive pattern comprising first adhesive-free regions located on at least both sides of, or around at least one inlet perforation and a second perforation-free oriented polymer layer partly bonded to the first oriented polymer layer via a second adhesive pattern, the first and second oriented polymer layers (8,9) forming, once bonded in register, an inflatable outlet tube, said inflatable tube being partially disconnected from the rest of said laminate by a surrounding outer score line allowing the tube to lift off from the first laminate under increased pressure in the pack; - wherein the at least one inlet perforation and the inflatable outlet tube preferentially permit gaseous communication in one direction, the gas entering through the at least one perforation, travelling through the liquid film and exiting through the inflatable tube.
A washer-dryer for washing, rinsing and drying laundry, comprising a processing chamber for receiving the laundry to be washed and dried, and a heat pump having a warm side provided with a condenser and a cold side provided with an evaporator, wherein the condenser is adapted to heat water to be used in the processing chamber, and the washer-dryer comprises a cold reservoir filled with a heat transfer fluid, and the evaporator is arranged in the cold reservoir to cool the heat transfer fluid in the cold reservoir to thereby store cold generated on the cold side of the heat pump during heating of the water with the condenser, characterized in that the washer-dryer comprises a heat exchanging device (17, 19) arranged to the cold reservoir and an air flow generating device for directing air towards the heat exchanging device (17, 19) and back to the processing chamber, wherein the heat exchanging device (17, 19) provides a surface for condensing thereon water vapour from the processing chamber during drying of the goods in the processing chamber.
A vacuum cleaner comprising: a cleaner body having a suction motor assembly for generating a suction force; and a suction part configured to be in communication with the cleaner body, and to suction air and dust, wherein the suction motor assembly comprises: a suction motor; a motor housing having a motor chamber which accommodates the suction motor; a housing cover configured to cover the suction motor comprising an air inlet; a circuit board disposed outside of the motor chamber and having one or more circuit board components installed thereon; and a heat radiating member located in the motor chamber and in contact with the one or more circuit board components, wherein an installation part for installing the circuit board is provided on the motor housing, wherein the motor housing comprises the installation part and a partition wall delimiting the motor chamber, wherein the partition wall comprises an opening, and one of the one or more circuit board components passes through the opening. a cleaner body having a suction motor assembly for generating a suction force; and a suction part configured to be in communication with the cleaner body, and to suction air and dust, wherein the suction motor assembly comprises: a suction motor; a motor housing having a motor chamber which accommodates the suction motor; a housing cover configured to cover the suction motor comprising an air inlet; a circuit board disposed outside of the motor chamber and having one or more circuit board components installed thereon; and a heat radiating member located in the motor chamber and in contact with the one or more circuit board components, wherein an installation part for installing the circuit board is provided on the motor housing, wherein the motor housing comprises the installation part and a partition wall delimiting the motor chamber, wherein the partition wall comprises an opening, and one of the one or more circuit board components passes through the opening. a suction motor; a motor housing having a motor chamber which accommodates the suction motor; a housing cover configured to cover the suction motor comprising an air inlet; a circuit board disposed outside of the motor chamber and having one or more circuit board components installed thereon; and a heat radiating member located in the motor chamber and in contact with the one or more circuit board components, wherein an installation part for installing the circuit board is provided on the motor housing, wherein the motor housing comprises the installation part and a partition wall delimiting the motor chamber, wherein the partition wall comprises an opening, and one of the one or more circuit board components passes through the opening.
Actuator for a brake system of a rail vehicle having means for generating a braking movement of at least one pressing part with a braking force, with a supply connection for connecting the actuator to an energy storage unit, with a control connection for connecting a data line and with a logic unit which is connected to the control connection and which is configured to set the braking force as a function of a control signal of a brake controller which is transferred over the data line, wherein the actuator is configured in its entirety for mounting in a bogie of the rail vehicle and wherein the actuator is designed to be suitable for initiating an emergency braking operation, characterized in that the actuator is designed to be suitable for setting the braking force during the emergency braking operation to a maximum value which is dependent on additional load information of a converter unit.
System for opening and closing water in a shower or bathroom or kitchen sink, comprising - a shutter with at least one metal part, slidable inside a cylindrical chamber with a diameter which is substantially equal to the diameter of the shutter; - a pushbutton comprising a magnet associated with the metal part, the pushbutton being adapted to be operated axially to displace the magnet and the shutter along an axis of the cylindrical chamber, into two different stable positions, corresponding to an opening of the flow in a predetermined rate or to a closure of the flow of water from a diffuser, characterized by the fact that said pushbutton also being rotatable about said axis, to vary said open stable position of the shutter in the cylindrical chamber along the axis and vary the corresponding rate of the flow of water, wherein a retraction of the shutter in the cylindrical chamber is increased by rotating the pushbutton in a direction and a retraction of the shutter in the cylindrical chamber is decreased by rotating the pushbutton in the opposite direction. - a shutter with at least one metal part, slidable inside a cylindrical chamber with a diameter which is substantially equal to the diameter of the shutter; - a pushbutton comprising a magnet associated with the metal part,
A sensor for controlling the output of a welding-type power from a power source to a torch during a welding operation, the sensor comprising: a coil (138; 150) having a spacing that increases along a length of the coil from a first region having a first density to a second region having a second density lower than the first density; a conductive target configured to travel within a travel zone, the travel zone extending from a first position outside the length of the coil to a second position within the length of the coil, and wherein the second region is adjacent the first position; and measurement circuitry configured to: measure a response of the coil to a position of the conductive target; and detect when the response satisfies a first threshold, wherein the first threshold corresponds to a position at which the conductive target enters the second region from the first position. a coil (138; 150) having a spacing that increases along a length of the coil from a first region having a first density to a second region having a second density lower than the first density; a conductive target configured to travel within a travel zone, the travel zone extending from a first position outside the length of the coil to a second position within the length of the coil, and wherein the second region is adjacent the first position; and measurement circuitry configured to: measure a response of the coil to a position of the conductive target; and detect when the response satisfies a first threshold, wherein the first threshold corresponds to a position at which the conductive target enters the second region from the first position. measure a response of the coil to a position of the conductive target; and detect when the response satisfies a first threshold, wherein the first threshold corresponds to a position at which the conductive target enters the second region from the first position.
A preparation comprising a core comprising a pharmaceutically acceptable organic acid with water solubility at 20°C of not less than 10 mg/mL and pK a1 (a negative common logarithm of the first acid dissociation constant K a1) at 25°C of not more than 5, and a coating layer comprising pioglitazone or a salt thereof, wherein the content of the organic acid is 20 - 95 parts by weight, per 100 parts by weight of the preparation.
A method to diagnose or to prognose inflammation in a mammal comprising the following steps: (i) digesting the total mixture of proteins present in a body fluid with Endoglycosidase S, at a pH higher than 7.4, wherein said body fluid is derived from a mammal and said body fluid consists of blood, serum or plasma, to obtain a profile of N-linked glycans, (ii) determining the ratio between the non-galactosylated glycan GlcNAc(β-1,2)Man(α-1,3)[GlcNAc(β-1,2)Man(α-1,6)]Man(β-1,4)GlcNAc (NGA2F*) and the galactosylated glycan Gal(β-1,4)GlcNAc(β-1,2)Man(α-1,3)[Gal(β-1,4)GlcNAc(β-1,2)Man(α-1,6)]Man(β-1,4)GlcNAc (NA2F*), (iii) attributing at least a more than 5% difference, as compared to the same ratio determined for mammals not suffering from inflammation or the same ratio obtained from mammals suffering from inflammation before receiving therapy, with the presence or prognosis of inflammation. (i) digesting the total mixture of proteins present in a body fluid with Endoglycosidase S, at a pH higher than 7.4, wherein said body fluid is derived from a mammal and said body fluid consists of blood, serum or plasma, to obtain a profile of N-linked glycans, (ii) determining the ratio between the non-galactosylated glycan GlcNAc(β-1,2)Man(α-1,3)[GlcNAc(β-1,2)Man(α-1,6)]Man(β-1,4)GlcNAc (NGA2F*) and the galactosylated glycan Gal(β-1,4)GlcNAc(β-1,2)Man(α-1,3)[Gal(β-1,4)GlcNAc(β-1,2)Man(α-1,6)]Man(β-1,4)GlcNAc (NA2F*), (iii) attributing at least a more than 5% difference, as compared to the same ratio determined for mammals not suffering from inflammation or the same ratio obtained from mammals suffering from inflammation before receiving therapy, with the presence or prognosis of inflammation.
A volatile composition dispensing system, comprising: a volatile composition container comprising at least one volatile composition therein; a rupture element (44, 144) comprising a movable portion (48, 148), wherein the rupture element (44, 144) is positioned proximate to the volatile composition container; characterised by a breathable membrane positioned proximate to the rupture element (44, 144); and an actuator (24, 224) configured to move between a first position, where the actuator is free from applying a force to the movable portion (48, 148), and a second position, where the actuator applies a force to the movable portion (48, 148) to cause the movable portion (48, 148) to be forced towards the volatile composition container to puncture the volatile composition container and release at least a portion of the volatile composition onto the breathable membrane for evaporation. a volatile composition container comprising at least one volatile composition therein; a rupture element (44, 144) comprising a movable portion (48, 148), wherein the rupture element (44, 144) is positioned proximate to the volatile composition container; characterised by a breathable membrane positioned proximate to the rupture element (44, 144); and an actuator (24, 224) configured to move between a first position, where the actuator is free from applying a force to the movable portion (48, 148), and a second position, where the actuator applies a force to the movable portion (48, 148) to cause the movable portion (48, 148) to be forced towards the volatile composition container to puncture the volatile composition container and release at least a portion of the volatile composition onto the breathable membrane for evaporation.
A pelletized resin composition comprising an ethylene-vinyl alcohol resin, a polyamide resin, and a lower fatty acid magnesium salt, wherein the pelletized resin composition comprises with respect to 100 parts by mass in total of the ethylene-vinyl alcohol resin and the polyamide resin, 55 to 99 parts by mass of the ethylene-vinyl alcohol resin, 1 to 45 parts by mass of the polyamide resin, and 0.001 to 0.05 parts by mass of the lower fatty acid magnesium salt in terms of metal atom equivalent, the polyamide resin is dispersed in the ethylene-vinyl alcohol resin with an average dispersed particle diameter of 1 μm or less as determined using an electron microscope, the lower fatty acid magnesium salt is dispersed in both the ethylene-vinyl alcohol resin and the polyamide resin, and the lower fatty acid magnesium salt is a magnesium salt of a fatty acid having 6 or less carbon atoms.
A component for a bending machine having a component base body and having at least two layers (120, 130) arranged thereon for wear detection, wherein the layers (120, 130) for wear detection are applied to a wear region of the component of the bending machine and wherein at least one of the two layers (120, 130) is a signalling layer for indicating wear and wherein a consumable layer in the initial state is arranged relatively outside in relation to the component base body and the signalling layer is arranged relatively between the consumable layer and the component base body and/or a further pair of layers comprising a consumable layer and a signalling layer, wherein the signalling layer is colour-coded and differs in colour from the consumable layer or layers and/or the component base body, characterised in that the component is a bending tool or a machine table or a stop element and in that the signalling layer and the consumable layer completely cover the component. wherein the signalling layer is colour-coded and differs in colour from the consumable layer or layers and/or the component base body, characterised in that the component is a bending tool or a machine table or a stop element and in that the signalling layer and the consumable layer completely cover the component.
Blocking element for closing an opening, comprising a pyrotechnic composition which releases heat during burning and a thermally expandable solid the blocking element further comprising a container having the opening and at least one further opening, in which the pyrotechnic composition and the solid are arranged, the pyrotechnic composition and the solid being arranged with respect to one another and with respect to the openings (18, 20) and the solid and the pyrotechnic composition being selected in such a way that the solid expands on burning of the pyrotechnic composition and thereby closes the opening such that the flame formed by the pyrotechnic composition following expansion of the solid is blown out of the further opening.
Electrode coating for a lithium ion battery, which contains copolymer C which can be prepared by polymerization of together more than 70% by weight of vinyl-functional cyclic carbonate and one or more monomers from the group consisting of acrylic acid and derivatives thereof, where the proportion by weight of vinyl-functional cyclic carbonate based on the weight of all monomers used is 5 - 90%, or contains the salt thereof, where the electrode coating contains the active material silicon.
A gas turbine engine comprising: a tail cone; a low pressure compressor; a low pressure turbine; a low speed spool interconnecting the low pressure compressor and the low pressure turbine; and an electric generator located within the tail cone, the electric generator being operably connected to the low speed spool; and characterized by one or more acoustic panel assemblies located around the electric generator, the one or more acoustic panel assemblies comprising: an acoustic backing sheet, an outer porous liner, and an acoustic liner interposed between the outer porous liner and the acoustic backing sheet, a structural support housing at least partially enclosing the electric generator, the structural support housing being located within the tail cone; and a mounting system located within the tail cone between the structural support housing and the tail cone, wherein the mounting system attaches the tail cone to the structural support housing, wherein the mounting system is composed of a plurality of mounts at multiple different locations along a length of the tail cone, wherein the one or more acoustic panel assemblies are interposed between the plurality of mounts. a tail cone; a low pressure compressor; a low pressure turbine; a low speed spool interconnecting the low pressure compressor and the low pressure turbine; and an electric generator located within the tail cone, the electric generator being operably connected to the low speed spool; and characterized by one or more acoustic panel assemblies located around the electric generator, the one or more acoustic panel assemblies comprising: an acoustic backing sheet, an outer porous liner, and an acoustic liner interposed between the outer porous liner and the acoustic backing sheet, a structural support housing at least partially enclosing the electric generator, the structural support housing being located within the tail cone; and a mounting system located within the tail cone between the structural support housing and the tail cone, wherein the mounting system attaches the tail cone to the structural support housing, wherein the mounting system is composed of a plurality of mounts at multiple different locations along a length of the tail cone, wherein the one or more acoustic panel assemblies are interposed between the plurality of mounts.
An image forming apparatus comprising: an image forming section that forms an image on an object, the object being movable in a moving direction; a controlling section that controls the image forming section to form a calibration pattern on the object, the calibration pattern including a plurality of first patterns for correcting an image forming position in a first direction and a plurality of second patterns for correcting an image forming position in a second direction different from the first direction, each of the plurality of first patterns including at least one pair of marks, each of the at least one pair of marks having different colors and overlapping with each other in the first direction, the plurality of first patterns having different degrees of overlapping from each other; a detecting section that detects the plurality of first patterns and the plurality of second patterns formed on the object, thereby obtaining detection results; and a correcting section that corrects the image forming position in the first direction based on the detection results of the plurality of first patterns, and that corrects the image forming position in the second direction based on the detection results of the plurality of second patterns characterized in that each of the plurality of second patterns is formed between one of the plurality of first patterns and another one of the plurality of first patterns in the moving direction. an image forming section that forms an image on an object, the object being movable in a moving direction; a controlling section that controls the image forming section to form a calibration pattern on the object, the calibration pattern including a plurality of first patterns for correcting an image forming position in a first direction and a plurality of second patterns for correcting an image forming position in a second direction different from the first direction, each of the plurality of first patterns including at least one pair of marks, each of the at least one pair of marks having different colors and overlapping with each other in the first direction, the plurality of first patterns having different degrees of overlapping from each other; a detecting section that detects the plurality of first patterns and the plurality of second patterns formed on the object, thereby obtaining detection results; and a correcting section that corrects the image forming position in the first direction based on the detection results of the plurality of first patterns, and that corrects the image forming position in the second direction based on the detection results of the plurality of second patterns characterized in that each of the plurality of second patterns is formed between one of the plurality of first patterns and another one of the plurality of first patterns in the moving direction.
A method of providing a measure of tumor mutation burden in a test sample of cell-free nucleic acids from a subject having a cancer type or signs of a cancer type, comprising: (a) determining, by a computer, a number of mutations present in the test sample of cell-free nucleic acids, and a minor allele fraction based on one or more mutations most highly represented in the test sample of cell-free nucleic acids; and (b) normalizing, by a computer, the number of mutations present in the sample to a number of mutations present in control samples from other subjects with the same cancer type and a minor allele fraction within a bin of minor allele fractions including the minor allele fraction of the test sample to determine a measure of cancer mutation burden in the test sample. (a) determining, by a computer, a number of mutations present in the test sample of cell-free nucleic acids, and a minor allele fraction based on one or more mutations most highly represented in the test sample of cell-free nucleic acids; and (b) normalizing, by a computer, the number of mutations present in the sample to a number of mutations present in control samples from other subjects with the same cancer type and a minor allele fraction within a bin of minor allele fractions including the minor allele fraction of the test sample to determine a measure of cancer mutation burden in the test sample.