mhurhangee/ep-ind-claims huggingface dataset:
A sample analysis chip comprising, on a base material: a plurality of wells; a flow passage leading to the respective wells; and an injection port for injecting a solution into the flow passage, and delivers the solution to wells by rotating the base material, wherein the flow passage includes a main flow passage which supplies liquid to the respective wells, as well as a side passage that connects the main flow passage and the wells, wherein the main flow passage is provided closer to a rotation center side than the wells, and is formed so as to have a plurality of valley portions each of which is connected to each well, and one peak portion between neighboring wells in a direction of rotation center, a passage width of the main flow passage is relatively small in the peak portion and large in the valley portions, characterized in that the injection port is provided at one end of the main flow passage and an outlet which serves as an exit of surplus solution and air at the other end of the main flow passage, and wherein the side passage is formed so as to be inclined with respect to the radial direction to the rotation center. a plurality of wells; a flow passage leading to the respective wells; and an injection port for injecting a solution into the flow passage, and delivers the solution to wells by rotating the base material, wherein the flow passage includes a main flow passage which supplies liquid to the respective wells, as well as a side passage that connects the main flow passage and the wells, wherein the main flow passage is provided closer to a rotation center side than the wells, and is formed so as to have a plurality of valley portions each of which is connected to each well, and one peak portion between neighboring wells in a direction of rotation center, a passage width of the main flow passage is relatively small in the peak portion and large in the valley portions, characterized in that the injection port is provided at one end of the main flow passage and an outlet which serves as an exit of surplus solution and air at the other end of the main flow passage, and wherein the side passage is formed so as to be inclined with respect to the radial direction to the rotation center.
A vehicle interior device comprising a structural part (16a; 16b; 16c) that comprises at least one main component (18a; 18b, 20b; 18c) and at least one reinforcing component (22a, 24a, 26a, 56a, 58a; 22b, 24b, 26b, 60b; 22c) that is connected to the main component (18a; 18b, 20b; 18c) via one single thermoforming process, wherein the at least one reinforcing component (22a, 24a, 26a, 56a, 58a; 22b, 24b, 26b, 60b; 22c) and/or the at least one main component (18a; 18b, 20b; 18c) are embodied as sheet elements.
A pharmaceutical composition that comprises a therapeutically effective amount of digestive enzymes for use in the treatment of celiac disease in a patient with a diet that is not gluten-free, wherein the digestive enzymes comprise a protease, an amylase, and a lipase, wherein the pharmaceutical composition comprises from 155,000 to 310,000 United States Pharmacopeia (U.S.P.) units per dose of protease activity, wherein the protease and lipase in the pharmaceutical composition (in U.S.P. units) are present in a ratio such that the amount of lipase is never more than 0.188 times the amount of protease, and wherein the protease and amylase in the pharmaceutical composition (in U.S.P. units) are present in a ratio of protease to amylase of from 1:0.1 to 1:10.
A headphone comprising a casing, a feedforward active noise cancellation system, a microphone arranged to sense environmental noise, and a speaker system, the speaker system mounted in the casing, the active noise cancellation system comprising an active noise cancellation circuit connected to the microphone and to the speaker system, the active noise cancellation circuit comprising - an analog-to-digital converter working at a clock frequency ( fs) and arranged to convert the sensed environmental noise to a digital environmental noise signal, - a prediction filter working at a multiple N times higher clock frequency ( N × fs) than the clock frequency ( fs) of the ADC and configured for predicting a plurality D of inverted digital environmental noise samples and generating a digital inverted environmental noise signal, wherein the prediction filter is configured for running a prediction filter training algorithm on the digital audio noise signal to extract prediction filter coefficients and updating the prediction filter coefficients into the prediction filter; - a digital-to-analog converter to convert the digital inverted environmental noise signal to an analog inverted environmental noise signal for cancelling the environmental noise, wherein the predicted plurality of inverted digital environmental noise samples has a prediction depth time T PD corresponding to a total latency of the active noise cancellation circuit including the ADC and the DAC. - an analog-to-digital converter working at a clock frequency ( fs) and arranged to convert the sensed environmental noise to a digital environmental noise signal, - a prediction filter working at a multiple N times higher clock frequency ( N × fs) than the clock frequency ( fs) of the ADC and configured for predicting a plurality D of inverted digital environmental noise samples and generating a digital inverted environmental noise signal, wherein the prediction filter is configured for running a prediction filter training algorithm on the digital audio noise signal to extract prediction filter coefficients and updating the prediction filter coefficients into the prediction filter; - a digital-to-analog converter to convert the digital inverted environmental noise signal to an analog inverted environmental noise signal for cancelling the environmental noise,
A beverage maker comprising: a fermentation tank having an inner space; a water tank in which water is accommodated; and a supplier physically disposed between the fermentation tank and the water tank to accommodate a beverage ingredient, wherein the supplier comprises: an ingredient accommodation body in which an ingredient accommodation part in which the beverage ingredient is accommodated is disposed; a lid opening/closing the ingredient accommodation part; and a locking module locking the lid to the ingredient accommodation body, wherein the locking module is configured for unlocking the lid by a translational operation, wherein the supplier further comprises a first surface facing the fermentation tank and a second surface facing the water tank, wherein the first surface includes a first accommodation space in which at least a portion of the fermentation tank or the fermentation tank assembly is accommodated. a fermentation tank having an inner space; a water tank in which water is accommodated; and a supplier physically disposed between the fermentation tank and the water tank to accommodate a beverage ingredient, wherein the supplier comprises: an ingredient accommodation body in which an ingredient accommodation part in which the beverage ingredient is accommodated is disposed; a lid opening/closing the ingredient accommodation part; and a locking module locking the lid to the ingredient accommodation body, wherein the locking module is configured for unlocking the lid by a translational operation, wherein the supplier further comprises a first surface facing the fermentation tank and a second surface facing the water tank, wherein the first surface includes a first accommodation space in which at least a portion of the fermentation tank or the fermentation tank assembly is accommodated. an ingredient accommodation body in which an ingredient accommodation part in which the beverage ingredient is accommodated is disposed; a lid opening/closing the ingredient accommodation part; and a locking module locking the lid to the ingredient accommodation body, wherein the locking module is configured for unlocking the lid by a translational operation, wherein the supplier further comprises a first surface facing the fermentation tank and a second surface facing the water tank, wherein the first surface includes a first accommodation space in which at least a portion of the fermentation tank or the fermentation tank assembly is accommodated.
Device for rotationally coupling a wheel with a ring for driving the wheel mounted so as to rotate coaxially with the wheel, the device having a plurality of connecting members each extending in a direction contained in a plane perpendicular to the axis of rotation and forming an angle with a radial direction, the connecting members being pivotably mounted, on the one hand, on the wheel and, on the other hand, on the ring, characterized in that each connecting member is elastically deformable in compression and in traction along an axis that passes through its two pivot-mounted ends.
A doctor blade cartridge for use in a doctor blade holder, said doctor blade cartridge for receiving a doctor blade, said doctor blade cartridge including a plurality of blade supporting members, wherein said blade supporting members support the doctor blade, characterized in that at least one blade supporting member includes load indication means for providing a signal indicative of at least one of blade supporting member strain and blade supporting member deflection.
A two-component epoxy resin composition containing - one epoxy resin component K1 comprising at least one epoxy resin A that contains on average more than one epoxy group per molecule; and - one hardener component K2 comprising between 1 and 10% by weight, preferably 4 and 8% by weight, based on the total weight of the hardener component, of amino group-terminated polyamide B; wherein at least one of components K1, K2 contains at least one amino group terminated impact strength modifier C1 prepared by reacting a polyurethane prepolymer having isocyanate groups, a primary diamine and optionally at least one Michael acceptor, wherein the polyurethane prepolymer having isocyanate groups is prepared from at least one polyisocyanate and at least one polyester or polyether polyol having at least two hydroxyl groups, and is a component of the hardener component K2, in particular in an amount of from 1 to 30% by weight, based on the weight of the hardener component K2. - one epoxy resin component K1 comprising at least one epoxy resin A that contains on average more than one epoxy group per molecule; and - one hardener component K2 comprising between 1 and 10% by weight, preferably 4 and 8% by weight, based on the total weight of the hardener component, of amino group-terminated polyamide B; wherein at least one of components K1, K2 contains at least one amino group terminated impact strength modifier C1 prepared by reacting a polyurethane prepolymer having isocyanate groups, a primary diamine and optionally at least one Michael acceptor, wherein the polyurethane prepolymer having isocyanate groups is prepared from at least one polyisocyanate and at least one polyester or polyether polyol having at least two hydroxyl groups,
A main shaft of a cone crusher, comprising: an interference fit section for supporting a crusher head, the interference fit section having a nominal interference fit diameter D if; a bottom shaft section extending between a bottom end of the main shaft and the interference fit section; the bottom shaft section comprising a bottom part and a neck part; wherein the bottom part has a bottom part length L bp and a bottom part diameter D bp that is constant below the neck part on at least 50 % of the bottom part length L bp; the neck part has a neck part diameter that is growing towards the interference fit section; the main shaft has a main shaft length L ms; characterized in that for reducing fretting wear in the interference fit section, L ms 1.3 /D if is at most 40 mm 0.3; and D bp 1.421 /D if is at most 9.0 mm 0.421. an interference fit section for supporting a crusher head, the interference fit section having a nominal interference fit diameter D if; a bottom shaft section extending between a bottom end of the main shaft and the interference fit section; the bottom shaft section comprising a bottom part and a neck part; wherein the bottom part has a bottom part length L bp and a bottom part diameter D bp that is constant below the neck part on at least 50 % of the bottom part length L bp; the neck part has a neck part diameter that is growing towards the interference fit section; the main shaft has a main shaft length L ms; characterized in that for reducing fretting wear in the interference fit section, L ms 1.3 /D if is at most 40 mm 0.3; and D bp 1.421 /D if is at most 9.0 mm 0.421.
Discharge hopper for a tray discharging station for the emptying of trays filled with rod-shaped products, in particular shaft trays, comprising a receiving chamber for products flowing out of the trays, wherein the receiving chamber is open at the top in the direction of the trays and is delimited at the bottom by a conveying element forming a channel for the removal of the products, and at least one flow regulating element (19, 21) inside the receiving chamber for the formation of at least two vertically oriented channels, for controlling the product flow inside the discharge hopper, wherein the distance between each flow regulating element (19, 21) and the conveying element is adjustable, and wherein the conveying element forming the channel for the removal of the products is arranged inclined at an angle in relation to the receiving chamber and to each flow regulating element (19, 21) respectively, characterized in that the inclination angle α and the distance interval between the conveying element and each flow regulating element (19, 21) is adjustable dependent on the diameters of the products as a result of the adjustability of each flow regulating element, while maintaining its contour, and of the conveying element, wherein the inclination angle α of the conveying element can be adjusted independently of the interval adjustability, wherein a drive is allocated to the conveying element for the adjustment of the inclination angle α, and that all the flow regulating elements (19, 21) are arranged on a support, wherein the support is adjustable vertically in height, and two drives (23, 24) are allocated to the support for adjusting the height of the flow regulating elements (19, 21) in relation to the conveying element, and that the respective diameter of the products can be input by way of an input panel in order to control the drives (23, 24, 25).
A battery module comprising: a plurality of cell cartridges including at least one battery cell having an electrode terminal and a molding case to receive the battery cell, the molding case having a plurality of coupling protrusions protruding outward; a sensing module connected to the coupling protrusions to couple the plurality of cell cartridges, the sensing module having a voltage sensing terminal coming into contact with the electrode terminal by the coupling; and a sensing module cover connected to the coupling protrusions and coupled to the cell cartridges and the sensing module, wherein the sensing module cover comprises a support rib disposed on the opposite side to the voltage sensing terminal across the electrode terminal to support the electrode terminal, and the voltage sensing terminal presses the electrode terminal in an elastically deformable manner by the coupling of the sensing module to the coupling protrusion. a plurality of cell cartridges including at least one battery cell having an electrode terminal and a molding case to receive the battery cell, the molding case having a plurality of coupling protrusions protruding outward; a sensing module connected to the coupling protrusions to couple the plurality of cell cartridges, the sensing module having a voltage sensing terminal coming into contact with the electrode terminal by the coupling; and a sensing module cover connected to the coupling protrusions and coupled to the cell cartridges and the sensing module, wherein the sensing module cover comprises a support rib disposed on the opposite side to the voltage sensing terminal across the electrode terminal to support the electrode terminal, and the voltage sensing terminal presses the electrode terminal in an elastically deformable manner by the coupling of the sensing module to the coupling protrusion.
Nozzle body for a fluid injection valve, the nozzle body comprising a wall which forms a recess of the nozzle body and a plurality of flow holes which penetrate the wall from the recess to an outside area of the nozzle body to enable a streaming fluid pass through the wall, characterized in that two or more of the flow holes have a circular cross-sectional shape and share one common inlet opening having a shape formed by an overlap of the circular cross-sectional shapes of the two or more flow holes.
A cleaning composition comprising a DNase, an RNase and a cleaning component, wherein the DNase comprises one or both of the motifs [D/M/L][S/T]GYSR[D/N] (SEQ ID NO: 73) or ASXNRSKG (SEQ ID NO: 74) and comprises an amino acid sequence having at least 80% sequence identity to SEQ ID NO: 13, and wherein the RNase comprises an amino acid sequence having at least 80% sequence identity to SEQ ID NO: 87, SEQ ID NO: 90, SEQ ID NO: 95, SEQ ID NO: 96, SEQ ID NO: 97, SEQ ID NO: 98, SEQ ID NO: 99, SEQ ID NO: 100, SEQ ID NO: 101, SEQ ID NO: 102, SEQ ID NO: 103 or SEQ ID NO: 104.
A method of operating a laundry treating appliance according to a cycle of operation, with the laundry treating appliance having a tub and a rotatable drum located within the tub, the method comprising: forming a liquid inertial mass (63, LIM) in the tub by providing a predetermined amount of liquid to the tub; and executing an extraction phase by accelerating rotational speed of the drum toward an extraction speed while the liquid inertial mass (63, LIM) is in the tub, wherein the liquid inertial mass (63, LIM) is present in the tub when the rotational speed of the drum reaches a natural frequency of the drum during the extraction phase, the natural frequency corresponding to a pendulum mode of the drum, characterized in that the method further comprises removing the liquid inertial mass from the tub after the natural frequency corresponding to the pendulum mode of the drum and prior to the rotational speed of the drum reaching a natural frequency corresponding to a vertical travel mode of the drum, that occurs when the drum starts reciprocating up and down, during the extraction phase. forming a liquid inertial mass (63, LIM) in the tub by providing a predetermined amount of liquid to the tub; and executing an extraction phase by accelerating rotational speed of the drum toward an extraction speed while the liquid inertial mass (63, LIM) is in the tub, wherein the liquid inertial mass (63, LIM) is present in the tub when the rotational speed of the drum reaches a natural frequency of the drum during the extraction phase, the natural frequency corresponding to a pendulum mode of the drum, characterized in that the method further comprises removing the liquid inertial mass from the tub after the natural frequency corresponding to the pendulum mode of the drum and prior to the rotational speed of the drum reaching a natural frequency corresponding to a vertical travel mode of the drum, that occurs when the drum starts reciprocating up and down, during the extraction phase.
Solid resin system for insulating compositions in switchgear, comprising a solid epoxy resin based on bisphenol A and a liquid resin based on bisphenol F, wherein the proportion of the bisphenol F liquid resin in the resin, measured in weight/weight of the overall resin, is from ≥ 5% to ≤ 60%,and wherein the bisphenol F liquid resin has an epoxide number (DIN ISO 16945) of ≥ 0.4 to ≤ 0.63.
A method for encoding a vector (114, 902, 1002) of parameters in an audio encoding system, each parameter corresponding to a non-periodic quantity, the vector having a first element and at least one second element, the method comprising: Representing (S702, S802) each parameter in the vector by an index value which takes one of N possible values; associating each of the at least one second element with a symbol, the symbol being calculated by: calculating a difference between the index value of the second element and the index value of its preceding element in the vector; applying modulo N to the difference; encoding each of the at least one second element by entropy coding of the symbol associated with the at least one second element based on a probability table comprising probabilities of the symbols. characterized in that the method further comprises: associating the first element in the vector with a symbol, the symbol being calculated by: shifting the index value representing the first element in the vector by subtracting an off-set value from the index value; applying modulo N to the shifted index value; encoding the first element by entropy coding of the symbol associated with the first element using the same probability table that is used to encode the at least one second element. Representing (S702, S802) each parameter in the vector by an index value which takes one of N possible values; associating each of the at least one second element with a symbol, the symbol being calculated by: calculating a difference between the index value of the second element and the index value of its preceding element in the vector; applying modulo N to the difference; calculating a difference between the index value of the second element and the index value of its preceding element in the vector; applying modulo N to the difference; encoding each of the at least one second element by entropy coding of the symbol associated with the at least one second element based on a probability table comprising probabilities of the symbols. characterized in that the method further comprises: associating the first element in the vector with a symbol, the symbol being calculated by: shifting the index value representing the first element in the vector by subtracting an off-set value from the index value; applying modulo N to the shifted index value; encoding the first element by entropy coding of the symbol associated with the first element using the same probability table that is used to encode the at least one second element. associating the first element in the vector with a symbol, the symbol being calculated by: shifting the index value representing the first element in the vector by subtracting an off-set value from the index value; applying modulo N to the shifted index value; shifting the index value representing the first element in the vector by subtracting an off-set value from the index value; applying modulo N to the shifted index value; encoding the first element by entropy coding of the symbol associated with the first element using the same probability table that is used to encode the at least one second element.
A lightning current transfer system adapted for usage in a wind turbine having a hub rotatably supported relative to a nacelle and a plurality of pitchable blades connected with the hub, said system comprising a blade band mountable to the root of the blade; and a lightning ring mountable to the nacelle; characterised in that the lightning ring and the blade band are positioned relative to each other to form a spark gap there between.