mhurhangee/ep-ind-claims huggingface dataset:
Sample manipulator for rotating tensile or compressive stress of a material sample, comprising a supporting frame, two linearly movable cross members (4.1, 4.2), at least one drive motor for moving at least one of the cross members (4.1) relative to the other cross member (4.2), as well as two retaining and centring heads (24.1, 24.2) for receiving and holding the material sample that can be motor-driven by means of rotary drives (10.1, 10.2) about a common axis of rotation, wherein in each case one retaining and centring head (24.1, 24.2) is assigned to each cross member (4.1, 4.2), at least one load cell for capturing the tensile or compressive forces acting on at least one of the retaining and centring heads (4.1, 4.2), and wherein the angular position of the two rotary drives (10.1, 10.2) can be captured by sensors, and wherein furthermore all drives and sensors can be connected, individually or together, to an arithmetic and evaluation unit in a data-transmitting manner via at least one line and/or plug connection (22.1, 22.2) characterized in that in each case a rotary drive (10.1, 10.2) is arranged on the two cross members (4.1, 4.2), wherein the two cross members (4.1, 4.2) and thus also the two rotary drives (10.1, 10.2), arranged there in each case, of the retaining and centring heads (24.1, 24.2) are linearly movable towards one another, and wherein the respective assigned retaining and centring head (24.1, 24.2) is mounted on the cross member (4.1, 4.2) or in the rotary drive (10.1, 10.2) in such a way that it is likewise movable together with the rotary drive (10.1, 10.2) and the cross member (4.1, 4.2) and rotatable by the rotary drive (10.1, 10.2), and wherein, by means of the two rotary drives (10.1, 10.2), the two retaining and centring heads (24.1, 24.2) and a material sample arranged there are rotatable and twistable by at least 180°, in particular by 360°, about an axis of rotation.
A film comprising an adhesion layer and a release layer, said release layer comprising a release surface having a plurality of three-dimensional protrusions, characterised by the adhesion layer comprising a smooth surface having a roughness of from 0 to 1,524 μm (0 to 60 microinch), wherein the three-dimensional protrusions are integral extensions of the release layer, and wherein the plurality of protrusions have an average height of greater than 50 microns, as measured from a base surface of the film.
A setting tool for use in a downhole wellbore, the setting tool comprising: a hydraulic fluid pumping mechanism (76,77,78) for providing pressurised hydraulic fluid; a piston mechanism moveable by said pressurised hydraulic fluid acting upon a portion of the piston mechanism; and a resetting mechanism which when operated releases the pressurised hydraulic fluid from acting upon said portion of the piston mechanism and which results in the resetting of the setting tool; characterised by the setting tool further comprising a biasing device adapted to store energy when said piston mechanism moves in a first direction until the resetting mechanism is operated following which the biasing device releases said energy and in so doing moves said piston mechanism in a second direction to return said piston mechanism to a starting position thereby resetting said setting tool. a hydraulic fluid pumping mechanism (76,77,78) for providing pressurised hydraulic fluid; a piston mechanism moveable by said pressurised hydraulic fluid acting upon a portion of the piston mechanism; and a resetting mechanism which when operated releases the pressurised hydraulic fluid from acting upon said portion of the piston mechanism and which results in the resetting of the setting tool; characterised by the setting tool further comprising a biasing device adapted to store energy when said piston mechanism moves in a first direction until the resetting mechanism is operated following which the biasing device releases said energy and in so doing moves said piston mechanism in a second direction to return said piston mechanism to a starting position thereby resetting said setting tool.
An apparatus for disinfecting an area, and reporting said disinfecting, said apparatus comprising: a mobile structure on wheels with a plurality of lamps that emit ultraviolet light for the possibility of repositioning the emitter; a UV emitter for emitting a selected minimum dosage of UV light; a computer operable to control emission of UV radiation by said UV emitter; a plurality of UV sensors for measuring and reporting to said computer a dosage of UV radiation received, each of said plurality of UV sensors operable to measure UV light at a site by placement of each of said plurality of UV sensors proximate to that site, and further wherein at least one of said plurality of UV sensors is a remote sensor; a door safety sensor in communication with said computer, said door safety sensor operable to detect and report whether the door is open or closed for emergency shutoff purposes; and a human-machine interface in communication with said computer operable to start and stop a disinfection procedure, and further operable to pause and resume said disinfection procedure; wherein said apparatus for disinfecting an area is operable to pause UV emission, reposition the emitter, and to resume UV emission. a mobile structure on wheels with a plurality of lamps that emit ultraviolet light for the possibility of repositioning the emitter; a UV emitter for emitting a selected minimum dosage of UV light; a computer operable to control emission of UV radiation by said UV emitter; a plurality of UV sensors for measuring and reporting to said computer a dosage of UV radiation received, each of said plurality of UV sensors operable to measure UV light at a site by placement of each of said plurality of UV sensors proximate to that site, and further wherein at least one of said plurality of UV sensors is a remote sensor; a door safety sensor in communication with said computer, said door safety sensor operable to detect and report whether the door is open or closed for emergency shutoff purposes; and a human-machine interface in communication with said computer operable to start and stop a disinfection procedure, and further operable to pause and resume said disinfection procedure; wherein said apparatus for disinfecting an area is operable to pause UV emission, reposition the emitter, and to resume UV emission.
A system for exchanging pressure and heat from a source stream to a sink stream, the system being characterized by comprising: a source exchanger comprising: a first pressure exchanger converting pressure of the source stream to electrical energy; and a first heat exchanger converting temperature from the source stream via a first temperature differential to electrical energy; a sink exchanger comprising: a second pressure exchanger using electrical energy received from the source exchanger to change a pressure of the sink stream; and a second heat exchanger using electrical energy received from the source exchanger to change a temperature of the sink stream. a source exchanger comprising: a first pressure exchanger converting pressure of the source stream to electrical energy; and a first heat exchanger converting temperature from the source stream via a first temperature differential to electrical energy; a first pressure exchanger converting pressure of the source stream to electrical energy; and a first heat exchanger converting temperature from the source stream via a first temperature differential to electrical energy; a sink exchanger comprising: a second pressure exchanger using electrical energy received from the source exchanger to change a pressure of the sink stream; and a second heat exchanger using electrical energy received from the source exchanger to change a temperature of the sink stream. a second pressure exchanger using electrical energy received from the source exchanger to change a pressure of the sink stream; and a second heat exchanger using electrical energy received from the source exchanger to change a temperature of the sink stream.
Use of lithium silicate glass ceramic, which comprises 8.0 to 18.0 wt.-% ZrO 2 and comprises lithium metasilicate or lithium disilicate as main crystal phase and comprises more than 10 vol.-% of lithium metasilicate crystals and/or lithium disilicate crystals, as dental material.
A cartridge for use by a beverage forming machine in forming a beverage, comprising: a container including a first chamber that is sealed and encloses a gas source material arranged to release a gas adsorbed by the gas source material with the addition of a fluid introduced into the first chamber, the gas source material being a zeolite, wherein the container is arranged to have an inlet through which the fluid is introduced by the beverage forming machine into the first chamber to cause the gas source material to release the gas, and is arranged to have an outlet through which gas released by the gas source material exits the first chamber for dissolution in the beverage, characterised in that the zeolite is formed in solid beads in which at least 85% of the beads by weight have a size of 0.71mm to 2.0mm and less than 5% of the beads have a size over 2.0mm. a container including a first chamber that is sealed and encloses a gas source material arranged to release a gas adsorbed by the gas source material with the addition of a fluid introduced into the first chamber, the gas source material being a zeolite, wherein the container is arranged to have an inlet through which the fluid is introduced by the beverage forming machine into the first chamber to cause the gas source material to release the gas, and is arranged to have an outlet through which gas released by the gas source material exits the first chamber for dissolution in the beverage, characterised in that the zeolite is formed in solid beads in which at least 85% of the beads by weight have a size of 0.71mm to 2.0mm and less than 5% of the beads have a size over 2.0mm.
A system for preparing food in which the cooking process can be monitored with the aid of a temperature sensor, the system comprising a food receiving device into which an electric heating element is integrated in a dishwasher-safe manner, and a docking station which is, on the one hand, connectable to a power source, and to which, on the other hand, the food receiving device can be coupled so as to be manually detachable, wherein at least one temperature sensor is integrated in the food receiving device in a dishwasher-safe manner, and wherein the docking station supplies the food receiving device with power based on data received from the temperature sensor integrated in the food receiving device in a dishwasher-safe manner, characterised in that the system comprises a plurality of different food receiving devices (56, 58, 60, 62, 64) for which the docking station can be used, wherein the docking station is informed for what type of food receiving device (56, 58, 60, 62, 64) it is currently used so that the docking station can be operated in an operating mode which is specifically adapted to the currently used food receiving device.
Domestic refrigeration appliance, having a heat-insulating inner container, which is embodied to delimit at least one storage space for refrigerated goods, a refrigerated goods container supported in the inner container which has an opening accessible from the top and a container lid which is mounted in the inner container such that a movement executed by a manual actuator is converted into a movement of the container lid for opening and closing the opening of the refrigerated goods container, characterised by a display means coupled to the actuator which is embodied, in a first position of the actuator, in which the container lid is moved into a lid position opening the opening of the refrigerated goods container, to display information indicating the open position and in a second position of the actuator, in which the container lid is moved into a lid position closing the opening of the refrigerated goods container, to display information identifying the closed position.
A power supply for supplying a DC output current of a plasma arc system, said power supply comprising: a plurality of power modules connected in parallel, each said power module providing a DC output from an AC input, each said power module comprising a rectifier, a converter, an inverter and a power module controller, said power module controller configured to control at least one of said rectifier, said converter or said inverter to regulate the DC output of said power module; a master controller coupled to each of said power module controllers, said master controller configured to regulate the DC output current of said power supply by controlling said power module controllers. a plurality of power modules connected in parallel, each said power module providing a DC output from an AC input, each said power module comprising a rectifier, a converter, an inverter and a power module controller, said power module controller configured to control at least one of said rectifier, said converter or said inverter to regulate the DC output of said power module; a master controller coupled to each of said power module controllers, said master controller configured to regulate the DC output current of said power supply by controlling said power module controllers.
Method for producing an electrode stack comprising anodes and cathodes for a lithium-ion battery, in particular an electrically driven motor vehicle, - in which the anodes and the cathodes or a number of monocells, each of which has one of the anodes and one of the cathodes, are conveyed into a production region, wherein the anodes and the cathodes or the monocells are conveyed into the production region at a distance from a floor of the production region in the vertical direction, so that the anodes and the cathodes or the monocells drop towards the floor, - in which an air flow is generated within the production region by introducing air, and - in which the anodes and the cathodes or the monocells are aligned with each other by means of the air flow as they fall, - wherein, for alignment by means of the air flow, the air is introduced beneath each of the anodes and beneath each of the cathodes or beneath each of the monocells from two opposite sides of the production region, wherein the air for generating the air flow is introduced into the production region parallel to the floor of the production region or inclined in relation to the floor at an angle between the floor and the introduction direction of air of at most 30°. - in which the anodes and the cathodes or a number of monocells, each of which has one of the anodes and one of the cathodes, are conveyed into a production region, wherein the anodes and the cathodes or the monocells are conveyed into the production region at a distance from a floor of the production region in the vertical direction, so that the anodes and the cathodes or the monocells drop towards the floor, - in which an air flow is generated within the production region by introducing air, and - in which the anodes and the cathodes or the monocells are aligned with each other by means of the air flow as they fall, - wherein, for alignment by means of the air flow, the air is introduced beneath each of the anodes and beneath each of the cathodes or beneath each of the monocells from two opposite sides of the production region, wherein the air for generating the air flow is introduced into the production region parallel to the floor of the production region or inclined in relation to the floor at an angle between the floor and the introduction direction of air of at most 30°.
A method for performing a radio frequency identification RFID inventory, the method comprising: selectively controlling with an RF signal each of a plurality of multiplexers connected to a plurality of local antennas; selectively enabling with an RF signal the plurality of local antennas using the plurality of multiplexers to perform RFID interrogation on a plurality of RFID tags (60, 70, 88, 150); and acquiring inventory information based on the RFID interrogation, characterized by further comprising: controlling the acquisition of information during said RFID item level inventory transmitting an identification ID request command to each of said plurality of multiplexers during an ID acquisition state, the ID request command activating multiplexers in a transmission range; during said ID acquisition state, setting an RF switch of each array formed by said local antennas to a pass through mode, such that said multiplexers are able to provide IDs, identifying, using the plurality of multiplexers, antenna arrays available to acquire RFID tag information; and initiating an inventory acquisition process wherein each of a plurality of local antennas of the antenna arrays is selectively activated to acquire the RFID tag information. selectively controlling with an RF signal each of a plurality of multiplexers connected to a plurality of local antennas; selectively enabling with an RF signal the plurality of local antennas using the plurality of multiplexers to perform RFID interrogation on a plurality of RFID tags (60, 70, 88, 150); and acquiring inventory information based on the RFID interrogation, controlling the acquisition of information during said RFID item level inventory transmitting an identification ID request command to each of said plurality of multiplexers during an ID acquisition state, the ID request command activating multiplexers in a transmission range; during said ID acquisition state, setting an RF switch of each array formed by said local antennas to a pass through mode, such that said multiplexers are able to provide IDs, identifying, using the plurality of multiplexers, antenna arrays available to acquire RFID tag information; and initiating an inventory acquisition process wherein each of a plurality of local antennas of the antenna arrays is selectively activated to acquire the RFID tag information.
A program for executing steps of a method of controlling a circulation apparatus by a computer of the circulation apparatus, said circulation apparatus causing blood of an examinee to circulate outside a human body by using a circulation circuit and including an artificial lung, gas supply means for supplying gas including at least oxygen to the artificial lung while having changeable supply volume per unit time and detection means for detecting blood oxygen concentration after gas exchange performed in the artificial lung while being positioned on a downstream side of the artificial lung which is installed on the circulation circuit, the method comprising: a detection step of detecting blood oxygen concentration after gas exchange performed in the artificial lung, based on a signal from the detection means and a determination step (S405, S407, S410, S411) of determining whether blood oxygen concentration detected by the detection means is within a target range (T1;T2) set in advance, exceeds the target range (T1;T2), or falls below the target range (T1;T2); and a control step (S406, S408, S409) of controlling gas supply volume of the gas supply means in accordance with a determination result of the determination step (S405, S407), characterized in that it is determined further in the determination step whether or not oxygen concentration detected in the detection step falls below a threshold value which is smaller than a lower limit of the target range, and in that flush processing (Pf) is executed in the control step by causing the gas supply means to supply gas in volume sufficient to blow off a blood plasma liquid (Vmax) on a presumption that a gas exchange membrane inside the artificial lung is covered with the blood plasma liquid in a case where oxygen concentration falling below the threshold value is detected. a detection step of detecting blood oxygen concentration after gas exchange performed in the artificial lung, based on a signal from the detection means and a determination step (S405, S407, S410, S411) of determining whether blood oxygen concentration detected by the detection means is within a target range (T1;T2) set in advance, exceeds the target range (T1;T2), or falls below the target range (T1;T2); and a control step (S406, S408, S409) of controlling gas supply volume of the gas supply means in accordance with a determination result of the determination step (S405, S407),
A flow sensor for a flowmeter, wherein the flowmeter is designed for determining speeds ( ν 1, ν 2) of phases of a multi-phase medium and wherein the flow sensor has a sensor carrier and the sensor carrier has at least one first sensor array, characterized in that the at least first sensor array has a first permittivity sensor for determining a first permittivity of a multi-phase medium, a second permittivity sensor for determining a second permittivity of the medium, a density sensor for determining a density of the medium and a first sensor axis, that the first permittivity sensor, the second permittivity sensor and the density sensor are arranged on the sensor carrier along the first sensor axis, and that the first permittivity sensor and the second permittivity sensor are spaced apart with a permittivity sensor distance (d). wherein the flowmeter is designed for determining speeds ( ν 1, ν 2) of phases of a multi-phase medium and wherein the flow sensor has a sensor carrier and the sensor carrier has at least one first sensor array, characterized in that the at least first sensor array has a first permittivity sensor for determining a first permittivity of a multi-phase medium, a second permittivity sensor for determining a second permittivity of the medium, a density sensor for determining a density of the medium and a first sensor axis, that the first permittivity sensor, the second permittivity sensor and the density sensor are arranged on the sensor carrier along the first sensor axis, and that the first permittivity sensor and the second permittivity sensor are spaced apart with a permittivity sensor distance (d).
Wheel suspension for a two-track motor vehicle, comprising a lower transverse link, which extends in the vehicle transverse direction (y) between a vehicle structure and a wheel carrier, wherein a shock absorber and a suspension spring are supported on the transverse link, wherein the wheel suspension comprises an angle lever, which is pivot mounted on the bearing point about a pivot axis (S 1) aligned in the vehicle longitudinal direction (x) on the transverse link, and the angle lever comprises a first lever arm on which the suspension spring is supported and comprises a second lever arm on which a coupling rod attached to the vehicle structure is supported, characterised in that the transverse link is constructed in two parts from two separate transverse link struts, and in that the angle lever is attached with its pivot axis (S 1) between the two transverse link struts.
A method for wireless communications by a user equipment, UE (120, 706, 908), comprising: determining, at the UE, a disjoint resource split of a set of resource blocks, RBs for a multiple transmission configuration indicator, multi-TCI state transmission, the determination based on a pseudo-random sequence, wherein the pseudo-random sequence is generated at the UE using a same seed generated based on a same parameter as a seed and parameter used by the multiple TCI states to determine the same resource split; and decoding the multi-TCI state transmission based on the determination. determining, at the UE, a disjoint resource split of a set of resource blocks, RBs for a multiple transmission configuration indicator, multi-TCI state transmission, the determination based on a pseudo-random sequence, wherein the pseudo-random sequence is generated at the UE using a same seed generated based on a same parameter as a seed and parameter used by the multiple TCI states to determine the same resource split; and decoding the multi-TCI state transmission based on the determination.