mhurhangee/ep-ind-claims huggingface dataset:
A system for controlling access to a charging socket for vehicles, wherein the charging socket, mounted on a motor vehicle or on a stationary charging station, has a lockable cover (3, 22), characterized in that the lockable cover is a cover flap, that in the region of the charging socket, adjacent to the connector holder, adjacent to the connector holder or directly on this connector holder or in the region of surrounding components, which permit a detection close to the socket, a capacitive proximity sensor is arranged, which detects the approach of a body part of an operator, wherein the body part approaches the charging socket, in which the operator extends his hand to the charging socket, that the proximity sensor is coupled to a control system (17, 21) on the vehicle side or respectively on the charging station side, wherein at least one transmitting coil for electromagnetic wake-up signals, situated in the region of and close to the charging socket, is coupled to the control system (17, 21) on the vehicle side or respectively on the charging station side, wherein the control system (17, 21) on the vehicle side or respectively on the charging station side is designed to control the transmitting coil in order to transmit a wake-up signal in reaction to the detection of an approach of a body part of an operator extending his hand to the charging station by the proximity sensor, that an ID transmitter, separate from the motor vehicle or from the stationary charging station, is designed to receive the wake-up signals, wherein the ID transmitter, separate from the motor vehicle or from the stationary charging station, and the control system (17, 21) on the vehicle side or respectively on the charging station side have respectively means for carrying out a bidirectional wireless communication in order to authenticate the ID transmitter, separate from the motor vehicle or from the stationary charging station, that the control system (17, 21) on the vehicle side or respectively on the charging station side unlocks the cover (3, 22) in reaction to a successful authentication of the authorized access of the operator to the charging socket.
Device for separating a material mixture, in particular waste material, in particular plastics and/or bio-waste, comprising a conveyor belt for transporting at least part of the material mixture in one direction of transport, where the material mixture can be applied to the conveyor in a substantially even distribution width on the conveyor belt, a fall area for producing at least partly free-falling material flow of the material mixture for the material mixture transported on the conveyor belt in the direction of transport at an interruption area of the conveyor belt, where the conveyor belt has an adapted transport speed, an airflow to produce a directed airflow, in particular with an adjustable flow angle, characterised by the fact that the conveyor belt is inclined adjustable, that the material mixture in the interruption zone essentially falls in a predefined parabolic curve, and that the airflow is directed substantially opposite to the direction of transport of the material mixture towards the material flow which is at least partly free falling.
An image reproducing apparatus comprising: an image storage device that stores image data having been read into the image reproducing apparatus; an image output device that outputs the image data stored in the image storage device to a display device; an image selection device that selects an image from the image data; and an image extraction device that extracts from the image data a plurality of images satisfying a condition equivalent to a condition of the image having been selected by the image selection device, wherein the apparatus is arranged to assign the plurality of images extracted by the image extraction device to a new group; wherein: at least one condition among; input dates on which the image data were read into the image reproducing apparatus, photographing dates on which the image data were obtained through photographing operations, location information indicating locations at which the image data were photographed, information indicating a photographing apparatus used to capture the image data, and image data size, is used as the condition in reference to which the plurality of images are extracted by the image extraction device. an image storage device that stores image data having been read into the image reproducing apparatus; an image output device that outputs the image data stored in the image storage device to a display device; an image selection device that selects an image from the image data; and an image extraction device that extracts from the image data a plurality of images satisfying a condition equivalent to a condition of the image having been selected by the image selection device, wherein the apparatus is arranged to assign the plurality of images extracted by the image extraction device to a new group; wherein: at least one condition among; input dates on which the image data were read into the image reproducing apparatus, photographing dates on which the image data were obtained through photographing operations, location information indicating locations at which the image data were photographed, information indicating a photographing apparatus used to capture the image data, and image data size, at least one condition among; input dates on which the image data were read into the image reproducing apparatus, photographing dates on which the image data were obtained through photographing operations, location information indicating locations at which the image data were photographed, information indicating a photographing apparatus used to capture the image data, and image data size, is used as the condition in reference to which the plurality of images are extracted by the image extraction device.
A gear-shifting mechanism for vehicles characterized in that the gear-shifting mechanism for vehicles comprises: a crankcase having a crankshaft, a shift lever shaft, a shift drum, a shift fork and a gear assembly mounted therein and having a first case having a first segment corresponding in position to the shift lever shaft; and a second case corresponding to the first case and having a second segment corresponding in position to the shift lever shaft; a gearbox connected to the crankcase and having a driving wheel assembly actuated by the crankshaft; a body connected to the first case; and a cover mounted on the body; and a reserved gap formed between an outside surface of the first case and an outside surface of the body; wherein the crankcase further has at least one shaft hole (181, 182) through which the shift lever shaft protrudes, formed through at least one of the first segment of the first case and the second segment of the second case, wherein the reserved gap is arranged such that, if the first segment of the first case is a segment having a shaft hole, the shift lever shaft protrudes through this shaft hole into the reserved gap. a crankcase having a crankshaft, a shift lever shaft, a shift drum, a shift fork and a gear assembly mounted therein and having a first case having a first segment corresponding in position to the shift lever shaft; and a second case corresponding to the first case and having a second segment corresponding in position to the shift lever shaft; a first segment corresponding in position to the shift lever shaft; and a second case corresponding to the first case and having a second segment corresponding in position to the shift lever shaft; a gearbox connected to the crankcase and having a driving wheel assembly actuated by the crankshaft; a body connected to the first case; and a cover mounted on the body; and a driving wheel assembly actuated by the crankshaft; a body connected to the first case; and a cover mounted on the body; and a reserved gap formed between an outside surface of the first case and an outside surface of the body; wherein the crankcase further has at least one shaft hole (181, 182) through which the shift lever shaft protrudes, formed through at least one of the first segment of the first case and the second segment of the second case, wherein the reserved gap is arranged such that, if the first segment of the first case is a segment having a shaft hole, the shift lever shaft protrudes through this shaft hole into the reserved gap.
Hand-held power tool with a tool holder, a motor for rotational and/or percussive driving of the tool holder, and a magnetic field sensor for detecting a magnetic field of the motor that is created by the driving of the tool holder, wherein the magnetic field sensor is arranged in the hand-held power tool in such a way that it detects as the magnetic field of the motor a magnetic field of a current that is consumed by the motor when the tool holder is driven, characterized in that the hand-held power tool has a control device for determining a load state of the motor in dependence on the detected magnetic field for differentiation between an idle mode of the hand-held power tool and a load mode. a tool holder, a motor for rotational and/or percussive driving of the tool holder, and a magnetic field sensor for detecting a magnetic field of the motor that is created by the driving of the tool holder, wherein the magnetic field sensor is arranged in the hand-held power tool in such a way that it detects as the magnetic field of the motor a magnetic field of a current that is consumed by the motor when the tool holder is driven, characterized in that the hand-held power tool has a control device for determining a load state of the motor in dependence on the detected magnetic field for differentiation between an idle mode of the hand-held power tool and a load mode.
A method of laying pipes in a landfill, characterized in that a blind hole drill channel having a first predefined diameter is produced in the landfill by driving a drill head forward; the blind hole drill channel is widened to a second predefined diameter by driving a blind hole reamer forward; the blind hole reamer is pulled backward out of the widened blind hole drill channel; and a pipe to be laid is driven into the widened blind hole drill channel.
Salicylates for use in the treatment of cancer comprising the following dosage regimen: a) administering to a patient an initial dose of either acetylsalicylic acid or 5-[2,4-difluorophenyl]-salicylic acid on a first Day of treatment, b) administering to the patient a second dose of at least two different salicylates selected from: acetylsalicylic acid, 4-aminosalicylic acid and 5-[2,4-difluorophenyl]-salicylic acid on a next Day of treatment, wherein the dose of acetylsalicylic acid does not exceed 80 mg/kg bodyweight of the patient in step b) when acetylsalicylic acid and 5-[2,4-difluorophenyl]-salicylic acid are administered together. a) administering to a patient an initial dose of either acetylsalicylic acid or 5-[2,4-difluorophenyl]-salicylic acid on a first Day of treatment, b) administering to the patient a second dose of at least two different salicylates selected from: acetylsalicylic acid, 4-aminosalicylic acid and 5-[2,4-difluorophenyl]-salicylic acid on a next Day of treatment, wherein the dose of acetylsalicylic acid does not exceed 80 mg/kg bodyweight of the patient in step b) when acetylsalicylic acid and 5-[2,4-difluorophenyl]-salicylic acid are administered together.
Charge changing control device for a reciprocating engine, comprising at least one cam follower configured for being pivotably actuated around a pivot axis upon rotational movement of a camshaft, and an adjustment unit configured for setting at least three different charge-changing modes of the device by translationally displacing the pivot axis relative to a rotational axis of the camshaft, characterized in that the device is configured to set the different charge-changing modes as a function of a knocking characteristic or an exhaust gas temperature of the engine such that the device switches a charge-changing mode when the knocking characteristic or the exhaust gas temperature has reached a predefined threshold value.
Portable device for administering a physiologically active liquid, comprising a container for holding the liquid, pressurizing means for applying pressure to the liquid, an atomizer for atomizing the liquid and an applicator for administering atomized liquid, wherein the atomizer comprises at least one nozzle through which liquid can be ejected from the container, characterized in that the atomizer further comprises, on the nozzle outlet side, an impact element for impact atomization, said impact element being functionally combined with the nozzle, and wherein the atomizer is configured in such a way that, in a pressure range that can be generated with the pressurizing means, a liquid jet emerging from the nozzle breaks up, under a free break-up regime, into droplets prior to striking the impact element. wherein the atomizer comprises at least one nozzle through which liquid can be ejected from the container, characterized in that the atomizer further comprises, on the nozzle outlet side, an impact element for impact atomization, said impact element being functionally combined with the nozzle, and wherein the atomizer is configured in such a way that, in a pressure range that can be generated with the pressurizing means, a liquid jet emerging from the nozzle breaks up, under a free break-up regime, into droplets prior to striking the impact element.
A bearing for an anti-roll bar of a motor vehicle, having a rubber body and at least two structural elements, the rubber body being divided radially by an intermediate ring into an outer ring and an inner ring, characterized in that, in order to achieve a prestress which acts on the outer ring, the at least two structural elements have an outer circumference which is configured so as to surround the outer ring only in sections, wherein the at least two structural elements have at least one radially extending compression gap which is configured so as to extend, starting from an outer face of the outer shell, as far as but outside the outer ring.
A method implemented in a wireless device configured to communicate with an Access and Mobility Management Function, AMF, entity, and a Unified Data Management, UDM, node, the method comprising: determining to initiate a switch from a first profile associated with a first profile identifier, PID, to a target profile associated with a target PID; causing transmission of a switch request message indicating the switch, the switch request message being configured to initiate the UDM node to activate the target profile; and at least one of causing transmission of and receiving signaling in accordance with the activated target profile associated with the target PID. determining to initiate a switch from a first profile associated with a first profile identifier, PID, to a target profile associated with a target PID; causing transmission of a switch request message indicating the switch, the switch request message being configured to initiate the UDM node to activate the target profile; and at least one of causing transmission of and receiving signaling in accordance with the activated target profile associated with the target PID.
Method for retrofitting a closure for a bulk-material lock, equipped with a disc-shaped closing body (l) with a flat surface, characterized in that the disc-shaped closing body (l) with a flat surface is provided with a hood, wherein the hood is conical and wherein the base surface of the hood has the same size as the top side of the closing body.
A system for producing hydrogen from a byproduct gas generated during a steelmaking process or a coal chemistry process, the system comprising: a reformer for reforming the byproduct gas using steam (H 2 O); a separator for separating a reformed gas supplied from the reformer into a reduction gas and hydrogen gas (H 2); a first reactor for reducing ferric oxide (Fe 2 O 3) into ferrous oxide (FeO) using the reduction gas supplied from the separator; and a second reactor for producing ferrous-ferric oxide (Fe 3 O 4) and hydrogen gas (H 2) by mixing the ferrous oxide (FeO) supplied from the first reactor with steam (H 2 O), wherein a concentration of hydrogen gas (H 2) in the reformed gas discharged from the reformer is higher than a concentration of hydrogen gas (H 2) in the byproduct gas, wherein the byproduct gas includes coke oven gas comprising hydrogen, methane, carbon monoxide, nitrogen, carbon dioxide, ethylene and oxygen. a reformer for reforming the byproduct gas using steam (H 2 O); a separator for separating a reformed gas supplied from the reformer into a reduction gas and hydrogen gas (H 2); a first reactor for reducing ferric oxide (Fe 2 O 3) into ferrous oxide (FeO) using the reduction gas supplied from the separator; and a second reactor for producing ferrous-ferric oxide (Fe 3 O 4) and hydrogen gas (H 2) by mixing the ferrous oxide (FeO) supplied from the first reactor with steam (H 2 O), wherein a concentration of hydrogen gas (H 2) in the reformed gas discharged from the reformer is higher than a concentration of hydrogen gas (H 2) in the byproduct gas, wherein the byproduct gas includes coke oven gas comprising hydrogen, methane, carbon monoxide, nitrogen, carbon dioxide, ethylene and oxygen.
A computer-implemented method for estimating effort of breathing of a patient, comprising: receiving noninvasive respiratory parameters of the patient receiving mechanical ventilation, wherein the respiratory parameters comprise airway flow and airway pressure; determining a measured flow waveform and a volume waveform using the airway flow respiratory parameter and the airway pressure respiratory parameter; calculating a leak-compensated flow waveform and a leak-compensated volume waveform compensating for leak flow; calculating respiratory data from at least the leak-compensated flow waveform and the leak-compensated volume waveform; inputting the respiratory data into a mathematical model created using clinical data; providing at least one output variable from the mathematical model corresponding to effort of breathing; and providing an output signal that is based on said at least one output variable, said output signal being either suitable for controlling a ventilator or suitable for displaying said at least one output variable on a display; wherein calculating the leak-compensated waveforms comprises a step selected from the group consisting of: (a) equally redistributing a measured lost volume over a breath and subtracting a bias flow from the measured flow waveform, and (b) calculating a parabolic conductance and using the parabolic conductance to correct the measured flow waveform. receiving noninvasive respiratory parameters of the patient receiving mechanical ventilation, wherein the respiratory parameters comprise airway flow and airway pressure; determining a measured flow waveform and a volume waveform using the airway flow respiratory parameter and the airway pressure respiratory parameter; calculating a leak-compensated flow waveform and a leak-compensated volume waveform compensating for leak flow; calculating respiratory data from at least the leak-compensated flow waveform and the leak-compensated volume waveform; inputting the respiratory data into a mathematical model created using clinical data; providing at least one output variable from the mathematical model corresponding to effort of breathing; and providing an output signal that is based on said at least one output variable, said output signal being either suitable for controlling a ventilator or suitable for displaying said at least one output variable on a display; wherein calculating the leak-compensated waveforms comprises a step selected from the group consisting of: (a) equally redistributing a measured lost volume over a breath and subtracting a bias flow from the measured flow waveform, and (b) calculating a parabolic conductance and using the parabolic conductance to correct the measured flow waveform. (a) equally redistributing a measured lost volume over a breath and subtracting a bias flow from the measured flow waveform, and (b) calculating a parabolic conductance and using the parabolic conductance to correct the measured flow waveform.
Method for modifying one or more types of triglycerides in a fat or oil, comprising subjecting a single oil or fat selected from the group consisting of high stearic high oleic sunflower oil, high stearic high oleic soybean oil, high stearic high oleic rapeseed oil, and high stearic high oleic cottonseed oil, to an intraesterification process in which the fatty acids of the triglycerides of said oil or fat are randomly redistributed between the triglycerides to obtain an oil or fat with a modified solid fat content profile, wherein the amounts of SUS type, SSU type and SSS type triglycerides are increased.
Use of organic oxyimides, comprising at least one structural element of the subsequently illustrated formula I as flame retardant for plastic materials, the organic oxyimide being halogen-free.
A method for storing a program for distribution, the method comprising: dividing the program into a plurality of units sized based on a memory paging system of a recipient electronic device that will execute the program; computing a hash value from each of the plurality of units; arranging the computed hash values in a hash array; computing a single hash value of the entire hash array; and storing the plurality of hash values and the single hash value with the program in order for the program and the plurality of hash values to be distributed as a single program to the recipient electronic device, the plurality of hash values for later use by the recipient electronic device in iterative authentication of the program and the single hash value for later use by the recipient electronic device in authentication of the entire hash array. dividing the program into a plurality of units sized based on a memory paging system of a recipient electronic device that will execute the program; computing a hash value from each of the plurality of units; arranging the computed hash values in a hash array; computing a single hash value of the entire hash array; and storing the plurality of hash values and the single hash value with the program in order for the program and the plurality of hash values to be distributed as a single program to the recipient electronic device, the plurality of hash values for later use by the recipient electronic device in iterative authentication of the program and the single hash value for later use by the recipient electronic device in authentication of the entire hash array.
A process for wrapping articles with heat shrinkable bubble wrap film comprising the steps of: wrapping an article with a heat shrinkable bubble wrap film, the bubble wrap film comprising first and second films at least one of which is a heat shrinkable film; subsequently heat shrinking the heat shrinkable bubble wrap film wrapped around the article; wrapping the heat shrunk bubble wrapped article with a heat shrinkable film; and subsequently heat shrinking the heat shrinkable film around the heat shrunk bubble wrapped article. wrapping an article with a heat shrinkable bubble wrap film, the bubble wrap film comprising first and second films at least one of which is a heat shrinkable film; subsequently heat shrinking the heat shrinkable bubble wrap film wrapped around the article; wrapping the heat shrunk bubble wrapped article with a heat shrinkable film; and subsequently heat shrinking the heat shrinkable film around the heat shrunk bubble wrapped article.