mhurhangee/ep-ind-claims huggingface dataset:
An appliance for setting up at least one bowling pin, comprising: - an object recognition device for detecting the bowling pin and an orientation of the bowling pin, wherein the orientation of the bowling pin encompasses a vertical orientation and a horizontal orientation of the bowling pin, - at least one robot arm (3, 4) which is designed for gripping and holding the bowling pin and for setting up the bowling pin onto a predefined target position (5, 12), - a control unit which is designed to evaluate data and/or signals of the object recognition device and to activate the robot arm (3, 4) depending on the predefined target position (5, 12) of the bowling pin and/or on the detected orientation of the bowling pin, characterized in that the robot arm (3, 4) is designed for grabbing bowling pins which are located on at least two bowling lanes and/or setting up bowling pins onto at least two different bowling lanes. - an object recognition device for detecting the bowling pin and an orientation of the bowling pin, wherein the orientation of the bowling pin encompasses a vertical orientation and a horizontal orientation of the bowling pin, - at least one robot arm (3, 4) which is designed for gripping and holding the bowling pin and for setting up the bowling pin onto a predefined target position (5, 12), - a control unit which is designed to evaluate data and/or signals of the object recognition device and to activate the robot arm (3, 4) depending on the predefined target position (5, 12) of the bowling pin and/or on the detected orientation of the bowling pin, characterized in that the robot arm (3, 4) is designed for grabbing bowling pins which are located on at least two bowling lanes and/or setting up bowling pins onto at least two different bowling lanes.
A pharmaceutical composition comprising: (i) a botulinum toxin; (ii) poloxamer 188; and (iii) methionine. (i) a botulinum toxin; (ii) poloxamer 188; and (iii) methionine.
Assembly for measuring torque and axial load for capping heads, comprising, at least one first sensor and at least one second sensor, and interface means coupled to the at least one first sensor and to the at least one second sensor in a manner which is suitable to transfer a torque applied on the interface means to the at least one first sensor and to transfer a load applied on the interface means to the at least one second sensor, wherein the interface means comprise at least a first part magnetically coupled to a second part of the interface means to transfer a torque to the second part of the interface means in the absence of a reciprocal contact, wherein said assembly comprises a containing body, said first sensor being a torque sensor housed in said containing body and said second sensor being a load sensor housed in said containing body, wherein said interface means are adapted to connect a capping head with said containing body, and the at least first part of the interface means is fixedly constrained to the capping head in such a way that said first part is brought into rotation and translation by the capping head with respect to the second part of the interface means, and the second part is coupled to the at least one torque sensor for transferring a torque thereto and to the at least one load sensor for transferring a load thereto, which torque and load are applied by the first part of the interface means to the second part of the interface means.
A security pigment for manufacturing value documents, comprising a duromer matrix comprising an addition polymer and, embedded therein, a plurality of core particles of a thermoplastic polymer with a feature substance dissolved in the core particles, wherein the thermoplastic core particles in the duromer matrix are present in a concentration between 0.1 and 25 weight percent, wherein the feature substance is an organic or an metalorganic substance and the security pigment has a grain size of less than 6 μm.
A liquid container that is detachably mountable on a liquid consuming device, the liquid container comprising: a liquid container body that is at least partly formed from a material having flexibility and is configured to contain a liquid; an operation member that is located at one end of the liquid container body and is configured to include a holdable grip surface; and a liquid supply portion that is configured to have a liquid supply port at one end, wherein the operation member is configured such that the grip surface is offset relative to the liquid supply port in an axial direction of the liquid supply portion, characterized in that: the operation member further includes a container-side electrical connection structure that is configured to be connectable with a device-side electrical connection structure provided on the liquid consuming device, wherein the container-side electrical connection structure is configured to be offset relative to the grip surface in the axial direction of the liquid supply portion. a liquid container body that is at least partly formed from a material having flexibility and is configured to contain a liquid; an operation member that is located at one end of the liquid container body and is configured to include a holdable grip surface; and a liquid supply portion that is configured to have a liquid supply port at one end, wherein the operation member is configured such that the grip surface is offset relative to the liquid supply port in an axial direction of the liquid supply portion, characterized in that: the operation member further includes a container-side electrical connection structure that is configured to be connectable with a device-side electrical connection structure provided on the liquid consuming device, wherein the container-side electrical connection structure is configured to be offset relative to the grip surface in the axial direction of the liquid supply portion. the operation member further includes a container-side electrical connection structure that is configured to be connectable with a device-side electrical connection structure provided on the liquid consuming device, wherein the container-side electrical connection structure is configured to be offset relative to the grip surface in the axial direction of the liquid supply portion.
A blood collection needle assembly (100, 240) comprising: a housing (110, 248) comprising a body (156, 282) defining an interior cavity and having a distal wall (160, 280) with an opening (164a, 286) and an open proximal end for receiving a vacutainer comprising a septum; an actuator (112, 250) located within the interior cavity of the housing and having an arm (172a, 284) with an arm section extending through the opening (164a, 286) on the distal wall (160, 280) for gripping a second shield section of a safety shield (104, 242), which has an elongated first shield section sized for surrounding a needle (108, 244) having a first shaft section extending distally of the distal wall (160, 280) of the housing (110, 248) and a second shaft section extending proximally of the distal wall (160, 280) of the housing (110, 248); a biasing spring (106, 246) compressed between the safety shield (104, 242) and the housing (110, 248); and wherein the actuator (112, 250) is movable towards the distal wall (160, 280) of the housing (110, 248) to release the second shield section from the arm section to allow the biasing spring (106, 246) to expand. a housing (110, 248) comprising a body (156, 282) defining an interior cavity and having a distal wall (160, 280) with an opening (164a, 286) and an open proximal end for receiving a vacutainer comprising a septum; an actuator (112, 250) located within the interior cavity of the housing and having an arm (172a, 284) with an arm section extending through the opening (164a, 286) on the distal wall (160, 280) for gripping a second shield section of a safety shield (104, 242), which has an elongated first shield section sized for surrounding a needle (108, 244) having a first shaft section extending distally of the distal wall (160, 280) of the housing (110, 248) and a second shaft section extending proximally of the distal wall (160, 280) of the housing (110, 248); a biasing spring (106, 246) compressed between the safety shield (104, 242) and the housing (110, 248); and wherein the actuator (112, 250) is movable towards the distal wall (160, 280) of the housing (110, 248) to release the second shield section from the arm section to allow the biasing spring (106, 246) to expand.
A method of amplifying a target polynucleotide in a sample, the method comprising: combining a sample and nucleic acid polymer particles in an amplification reaction mixture, each such particle comprising a non-nucleosidic polymer network having attached throughout its volume a primer at a concentration of at least 1 × 10 5 primers per (μm 3, a region of the target polynucleotide capable of annealing to the primer, the volumes of the polymer networks have a coefficient of variation of fifteen percent or less, the non-nucleosidic polymer network including a polyacrylamide gel having a total monomer percentage in a range of 3% to 20% and being permeable to proteins having a size in the range of 50 kilodaltons to 200 kilodaltons; and performing an amplification reaction so that primers on a nucleic acid polymer particle are repeatedly extended along a target polynucleotide annealed thereto so that a clonal population of complements of such target polynucleotide is formed on the polymer networks. combining a sample and nucleic acid polymer particles in an amplification reaction mixture, each such particle comprising a non-nucleosidic polymer network having attached throughout its volume a primer at a concentration of at least 1 × 10 5 primers per (μm 3, a region of the target polynucleotide capable of annealing to the primer, the volumes of the polymer networks have a coefficient of variation of fifteen percent or less, the non-nucleosidic polymer network including a polyacrylamide gel having a total monomer percentage in a range of 3% to 20% and being permeable to proteins having a size in the range of 50 kilodaltons to 200 kilodaltons; and performing an amplification reaction so that primers on a nucleic acid polymer particle are repeatedly extended along a target polynucleotide annealed thereto so that a clonal population of complements of such target polynucleotide is formed on the polymer networks.
A system for monitoring the amount of particulate matter within a vehicle's exhaust or emissions, comprising: a sensor; a measurement filter for collecting an amount of sulfate within a first exhaust sample provided during a first time period; and a computer including a processor, the computer being programmed to identify, based on at least one parameter associated with the first exhaust sample, at least one quantity including an amount of sulfate and an amount of SOF within a second exhaust sample provided during a second time period, wherein the at least one parameter includes a sulfate-make factor and a proportionality factor, the sulfate-make factor indicating a relationship between a concentration of SOF in the first exhaust sample and factors known to correlate to sulfate concentration, the sulfate-make factor being determined based on an amount of sulfate within the first exhaust sample, the proportionality factor being determined, at least in part, based on amounts of SOF and soot within the first exhaust sample; and wherein the amount of SOF within the second exhaust sample is identified further based on a measurement of the sensor, the measurement of the sensor being indicative of an amount of soot within the second exhaust sample. a sensor; a measurement filter for collecting an amount of sulfate within a first exhaust sample provided during a first time period; and a computer including a processor, the computer being programmed to identify, based on at least one parameter associated with the first exhaust sample, at least one quantity including an amount of sulfate and an amount of SOF within a second exhaust sample provided during a second time period, wherein the at least one parameter includes a sulfate-make factor and a proportionality factor, the sulfate-make factor indicating a relationship between a concentration of SOF in the first exhaust sample and factors known to correlate to sulfate concentration, the sulfate-make factor being determined based on an amount of sulfate within the first exhaust sample, the proportionality factor being determined, at least in part, based on amounts of SOF and soot within the first exhaust sample; and wherein the amount of SOF within the second exhaust sample is identified further based on a measurement of the sensor, the measurement of the sensor being indicative of an amount of soot within the second exhaust sample.
Composition (C 1) in the form of an oil-in-water type emulsion, characterised in that it comprises the following for 100% of its mass: - from 5% to 55% by mass of a fatty phase (P 1) composed of at least one oil and/or at least one wax, - from 0.025% to 3.75% by mass of at least one cross-linked anionic polyelectrolyte derived from the polymerisation of 2-methyl 2[(1-oxo 2-propenyl) amino] 1-propanesulfonic acid, partially or totally salified, with at least one neutral monomer chosen from among acrylamide, (2-hydroxy ethyl) acrylate or N,N-dimethyl acrylamide, and at least on monomer with formula: in which R represents a linear or ramified alkyl radical comprising eight to twenty carbon atoms and n represents a number greater than or equal to one and less than or equal to twenty, in the presence of at least one cross-linking agent, - from 0.025% to 3.75% by mass of at least one galactomannan with a degree of substitution equal to about 1/2, - from 37.5% to 94.95% by mass of a cosmetically acceptable aqueous phase (P 2), said aqueous phase (P 2) comprising for 100% of its mass from 1% to 25% by mass of at least one salt in a dissolved form, said composition (C 1) also being characterised in that the mass ratio between the galactomannan and the cross-linked anionic polyelectrolyte is greater than or equal to 1/3 and less than or equal to 3/1. - from 5% to 55% by mass of a fatty phase (P 1) composed of at least one oil and/or at least one wax, - from 0.025% to 3.75% by mass of at least one cross-linked anionic polyelectrolyte derived from the polymerisation of 2-methyl 2[(1-oxo 2-propenyl) amino] 1-propanesulfonic acid, partially or totally salified, with at least one neutral monomer chosen from among acrylamide, (2-hydroxy ethyl) acrylate or N,N-dimethyl acrylamide, and at least on monomer with formula: in which R represents a linear or ramified alkyl radical comprising eight to twenty carbon atoms and n represents a number greater than or equal to one and less than or equal to twenty, in the presence of at least one cross-linking agent, - from 0.025% to 3.75% by mass of at least one galactomannan with a degree of substitution equal to about 1/2, - from 37.5% to 94.95% by mass of a cosmetically acceptable aqueous phase (P 2), said aqueous phase (P 2) comprising for 100% of its mass from 1% to 25% by mass of at least one salt in a dissolved form, said composition (C 1) also being characterised in that the mass ratio between the galactomannan and the cross-linked anionic polyelectrolyte is greater than or equal to 1/3 and less than or equal to 3/1.
Line for chain processing products, comprising, on the one hand, several stations for successive processing said products, and, on the other hand, a movement mean, for moving the products between the stations within said line from an upstream station to a downstream station, said products being of the liquid or food container type, said products being single or grouped, said upstream station comprising as output an output conveyor that continuously puts out the products into one or more columns, line characterized in that the movement mean essentially consists of at least one self-contained, self-supported movable carriage that moves on the ground and that transports the products during their movement within the line.
Electricity generating device (1, 10, 11, 12), having at least one magnetic field generating device, at least one magnetic field interaction means (3, 18) and a plurality of electricity generating means designed as piezo element devices, wherein said magnetic field generating device is designed and configured such that it generates at least at times a time-variable magnetic field, wherein said time-variable magnetic field is a cyclically changing magnetic field, where the cyclic change is achieved by a pitching back-and-forth movement of said magnetic field generating device, characterized in that said plurality of piezo element devices is arranged along a closed circumferential line.
Bicycle operating apparatus for controlling at least one component of a bicycle, comprising: - a carrier element to or on which a fastening device for fixing the bicycle operating apparatus to the handlebar of a bicycle is attachable or provided, - a housing, provided on the carrier element, having an electronic circuit arrangement accommodated in the housing, wherein a first and a second switch (112, 114), which are each connected to the electronic circuit arrangement, are provided on the housing, - an operating component, which is mounted on the carrier element so as to be pivotable about an operating axis and is preloaded into a neutral position, said operating component being able to be deflected out of the neutral position in a first direction of rotation about the operating axis in order to actuate the first switch, and being able to be deflected out of the neutral position in a second direction of rotation opposite to the first direction of rotation in order to actuate the second switch, characterized in that the operating component comprises a first operating element and a second operating element, which are formed separately from one another in each case in one piece and are each mounted on the carrier element so as to be pivotable about the operating axis. - a carrier element to or on which a fastening device for fixing the bicycle operating apparatus to the handlebar of a bicycle is attachable or provided, - a housing, provided on the carrier element, having an electronic circuit arrangement accommodated in the housing, wherein a first and a second switch (112, 114), which are each connected to the electronic circuit arrangement, are provided on the housing, - an operating component, which is mounted on the carrier element so as to be pivotable about an operating axis and is preloaded into a neutral position, said operating component being able to be deflected out of the neutral position in a first direction of rotation about the operating axis in order to actuate the first switch, and being able to be deflected out of the neutral position in a second direction of rotation opposite to the first direction of rotation in order to actuate the second switch,
A railroad work vehicle having a chassis supported by a truck and having work devices (3, 4) supported by the chassis for carrying out work at rail carriageways, characterized in that at least one conveyor track is provided beneath and/or above and/or next to the work devices (3, 4), with transport containers for articles being able to be moved along the work vehicle on said conveyor track.
A liquid solution generating system for generation of custom consumable liquids at a consumer premises, the system comprising: a liquid generating machine (101, 501, 601, 801), the liquid generating machine (101, 501, 601, 801) comprising: a distilled water storage module for receiving distilled water generated from a tap water source; a container module for receiving and identifying a container associated with a custom consumable liquid recipe, the container module configured to retrieve ingredients from the container for generating the custom consumable liquid; a liquid making module for making the custom consumable liquid, the liquid making module coupled to the container module for receiving the ingredients and coupled to the distilled water storage module for receiving a volume of distilled water specified the recipe and for mixing the ingredients with the volume of distilled water according to the recipe, wherein the mixing further comprises at least one of circulating to a static mixer, dissolving a gas, or adjusting a temperature; and a bottle (102, 400) filling and cleaning module, the bottle (102, 400) cleaning and filling module coupled to the liquid making module for receiving the custom consumable liquid and inserting it into a bottle (102, 400) and further coupled to the distilled water storage module and a steam module for steam cleaning the bottle (102, 400), the bottle (102, 400) filling and cleaning module further comprising a communications interface for communicating with the bottle (102, 400) and an electrical charging interface for charging a battery in the bottle (102, 400); a container comprising the ingredients and a machine-readable identifier, the machine- readable identifier associated with a custom consumable liquid making recipe that provides access to the recipe when the container module identifies the container based on the machine-readable identifier; and a bottle (102, 400) for receiving and storing the custom consumable liquid, the bottle (102, 400) comprising a smart base with a communications interface and a controller for communicating with the bottle (102, 400) filling and cleaning module, the bottle (102, 400) further comprising a display for displaying information associated with the custom consumable liquid received from the bottle (102, 400) filling and cleaning module (510, 511), the smart base further comprising a battery and a charging circuit configured to recharge the battery when inserted into the bottle (102, 400) filling and cleaning module (510, 511).
A device for conversion of energy of an incident wave of water to electricity, the device having a front and a back, the device comprising: an inlet chamber having a inlet valve, and an inlet chamber vent, wherein the inlet valve allows water to flow only into the inlet chamber; and an outlet chamber separated from the inlet chamber by a partition, the outlet chamber having a outlet valve located below the inlet valve, and an outlet chamber vent, wherein the outlet valve allows water to flow only out of the outtet chamber, the inlet valve facing generally toward the incident wave during operation; a connecting duct connecting the Inlet chamber to the outlet chamber; a generator and a turbine that rotates In response to a flow of water through the connecting duct so as to convert the energy of the incident wave to electricity, and wherein the generator is connected by a shaft to the turbine, and wherein the turbine is positioned in the connecting duct; characterised in that the outlet chamber vent is positioned at a top and directed towards the back and the outlet chamber vent allows excess water to flow into and out from the outlet chamber and allows air to flow into and out the outlet chamber to maintain atmospheric pressure of air in the outlet chamber. an inlet chamber having a inlet valve, and an inlet chamber vent, wherein the inlet valve allows water to flow only into the inlet chamber; and an outlet chamber separated from the inlet chamber by a partition, the outlet chamber having a outlet valve located below the inlet valve, and an outlet chamber vent, wherein the outlet valve allows water to flow only out of the outtet chamber, the inlet valve facing generally toward the incident wave during operation; a connecting duct connecting the Inlet chamber to the outlet chamber; a generator and a turbine that rotates In response to a flow of water through the connecting duct so as to convert the energy of the incident wave to electricity, and wherein the generator is connected by a shaft to the turbine, and wherein the turbine is positioned in the connecting duct;