mhurhangee/ep-ind-claims huggingface dataset:
An adhesive wafer for an ostomy device, the wafer comprising a proximal adhesive layer, a backing layer on the distal side of the adhesive layer, and a hole for accommodating a stoma, a connection zone, for attaching a collecting bag, circumferending the hole in a radial distance and a release layer configured to release a neutralizer on the distal side of the backing layer, characterized in that the backing layer is gas and water impermeable and in that at least a part of the distal surface of the central portion is provided with said release layer, the central portion being defined as the area extending radially from the edge of the hole to the connection zone. layer, a backing layer on the distal side of the adhesive layer, and a hole for accommodating a stoma, a connection zone, for attaching a collecting bag, circumferending the hole in a radial distance and a release layer configured to release a neutralizer on the distal side of the backing layer, characterized in that the backing layer is gas and water impermeable and in that at least a part of the distal surface of the central portion is provided with said release layer, the central portion being defined as the area extending radially from the edge of the hole to the connection zone.
A process for the thermal treatment of the precursor composition of a catalytic active composition which is a multielement oxide composition comprising at least one of the elements Nb and W and also the elements Mo and V, where the molar proportion of the element Mo based on the total amount of all elements other than oxygen in the catalytic active composition is from 20 mol% to 80 mol%, the molar ratio of Mo comprised in the catalytically active multielement oxide composition to V comprised in the catalytically active multielement oxide composition, Mo/V, is from 15:1 to 1:1 and the corresponding molar ratio of Mo/(total amount of W and Nb) is from 80:1 to 1:4, at a temperature of the material of from 300 to 450°C in a gas atmosphere comprising O 2 and NH 3 in a rotary tube furnace through which a gas stream flows, wherein an intimate dry mixture also comprising ammonium ions is produced as precursor composition from starting compounds comprising the elemental constituents other than oxygen of the multielement oxide composition as constituent, the gas atmosphere in which the thermal treatment is carried out is an atmosphere which further comprises from 0.5 to 4% by volume of O 2 at every point in time, from 1 to 8% by volume of NH 3 averaged over the total duration of the reductive thermal treatment and water vapor and/or inert gas as balance, the NH 3 content of the atmosphere during the thermal treatment goes through a maximum which is below 20% by volume and at least a substream of the gas stream flowing through the rotary tube furnace is circulated and no external introduction of NH 3 is carried out. an intimate dry mixture also comprising ammonium ions is produced as precursor composition from starting compounds comprising the elemental constituents other than oxygen of the multielement oxide composition as constituent, further comprises from 0.5 to 4% by volume of O 2 at every point in time, from 1 to 8% by volume of NH 3 averaged over the total duration of the reductive thermal treatment and water vapor and/or inert gas as balance,
An arrangement for fixing a heat exchanger, particularly a cooling module in a motor vehicle, preferably at four, two upper and two lower, fixing points (4, 5, 6, 7), wherein interengaging fixing means are provided on the heat exchanger and retaining means are provided on the motor vehicle (2, 3), wherein at least one fixing means is designed as an elastomeric bearing (6a, 7a) and at least one retaining means is designed as a screw bolt (8, 9, 13) with a displacement limit stop (8a, 9a), the screw bolt being supported in an essentially strain-free manner firstly on the motor vehicle and secondly on the elastomeric bearing (6a, 7a), wherein the screw bolt (8, 9, 13) has a screw head, a screw-in thread, a stem and an end surface and a depression for the insertion of a tool which has an engagement height h, characterized in that a longitudinal channel of length L1 emerging at the screw head and in the end surface is arranged in the screw bolt (8, 9, 13) and a pin of length L2 which is moveable in the longitudinal direction is arranged in the longitudinal channel, wherein L2 is larger than L1 by the amount ΔL, and ΔL corresponds to the engagement height h of the tool head.
A leak test instrument (100, 300, 400, 500, 700, 800, 900, 1000, 1100) comprising: - electrodes (150, 360, 370, 420, 430, 770, 780); - at least one power source configured to apply a voltage to said electrodes; - a current measuring device configured to measure current on at least one electrode in order to detect a leak, and characterised in that the leak test instrument further comprises - an insulator (347, 440, 550, 747, 830, 947) positioned between the one or more electrode from which the current is measured, the electrodes being positioned and extending through the insulator for the measurement of the current - electrodes (150, 360, 370, 420, 430, 770, 780); - at least one power source configured to apply a voltage to said electrodes; - a current measuring device configured to measure current on at least one electrode in order to detect a leak, and characterised in that the leak test instrument further comprises - an insulator (347, 440, 550, 747, 830, 947) positioned between the one or more electrode from which the current is measured, - an insulator (347, 440, 550, 747, 830, 947) positioned between the one or more electrode from which the current is measured, the electrodes being positioned and extending through the insulator for the measurement of the current
A method for determining a cancer treatment for a patient, comprising: determining a BH3 profile for the patient's tumor or cancer cell specimen purified from a bone marrow aspirate of the patient, wherein the BH3 profile comprises permeabilizing the patient's tumor or cancer cells and determining a change in mitochondrial membrane potential upon contacting the permeabilized cells with a NOXA peptide, wherein the NOXA peptide comprises the amino acid sequence of SEQ ID NO: 1; and classifying the patient for likelihood of clinical response to one or more cancer treatments, wherein the cancer treatment comprises alvocidib, mitoxantrone, and cytarabine (Ara-C), and wherein the cancer for which the cancer treatment is determined is a hematologic cancer, thereby determining the cancer treatment for the patient. determining a BH3 profile for the patient's tumor or cancer cell specimen purified from a bone marrow aspirate of the patient, wherein the BH3 profile comprises permeabilizing the patient's tumor or cancer cells and determining a change in mitochondrial membrane potential upon contacting the permeabilized cells with a NOXA peptide, wherein the NOXA peptide comprises the amino acid sequence of SEQ ID NO: 1; and classifying the patient for likelihood of clinical response to one or more cancer treatments, wherein the cancer treatment comprises alvocidib, mitoxantrone, and cytarabine (Ara-C), and wherein the cancer for which the cancer treatment is determined is a hematologic cancer, thereby determining the cancer treatment for the patient.
A method of regulating the operation of a wind energy plant, the method comprising the steps of: providing a blade (101, 121) of a wind energy plant having at least one position indicator (103, 105, 107, 109, 111, 123, 125, 127, 129, 131, 133, 135, 137) arranged at a predetermined point on the blade (101, 121); monitoring the position of the at least one position indicator(103, 105, 107, 109, 111, 123, 125, 127, 129, 131, 133, 135, 137) during operation of the wind energy plant via a positioning system including calculating said at least one position using triangulation based on IR light or radio signals transmitted or received by said position indicator; determining the flexing of the blade (101, 121) of the wind energy plant based on a comparison of the monitored position of the at least one position indicator (103, 105, 107, 109, 111, 123, 125, 127, 129, 131, 133, 135, 137) and a predetermined reference position of the at least one position indicator (103, 105, 107, 109, 111, 123, 125, 127, 129, 131, 133, 135, 137); and regulating the operation of the wind energy plant based on said determined flexing, to minimize the flexing and hence avoid damage and/or to optimise the effect supplied by the wind energy plant. providing a blade (101, 121) of a wind energy plant having at least one position indicator (103, 105, 107, 109, 111, 123, 125, 127, 129, 131, 133, 135, 137) arranged at a predetermined point on the blade (101, 121); monitoring the position of the at least one position indicator(103, 105, 107, 109, 111, 123, 125, 127, 129, 131, 133, 135, 137) during operation of the wind energy plant via a positioning system including calculating said at least one position using triangulation based on IR light or radio signals transmitted or received by said position indicator; determining the flexing of the blade (101, 121) of the wind energy plant based on a comparison of the monitored position of the at least one position indicator (103, 105, 107, 109, 111, 123, 125, 127, 129, 131, 133, 135, 137) and a predetermined reference position of the at least one position indicator (103, 105, 107, 109, 111, 123, 125, 127, 129, 131, 133, 135, 137); and regulating the operation of the wind energy plant based on said determined flexing, to minimize the flexing and hence avoid damage and/or to optimise the effect supplied by the wind energy plant.
A body configured to form an interdental cleaner, the body comprising: a handle portion and an elongate cleaning body portion extending from the handle portion; wherein the handle portion comprises an outer rim extending at least partially along a periphery of the handle portion; said outer rim of the handle portion defining at least one handle portion recess configured to receive a coating material; and wherein the handle portion and the cleaning body portion are configured to have the coating material extending from said at least one handle portion recess to the cleaning body portion through a gap in said rim of the handle portion.
Domestic appliance having a cover cap for covering a recess formed in a component and delimited by lateral walls and a bottom, which is set back from the component surface by a countersinking depth (s), said recess being a screw head recess, in which a screw head of a fastening screw is countersunk, with which the component is in a screwed connection with a base part, wherein the cover cap is in a latching connection with the component, in which at least one undercut is formed in the lateral wall of the recess, behind which a latching element of the cover cap can engage, wherein the component is a plastic injection-moulded part, characterised in that a metal insert is integrated in the plastic injection-moulded part, in which the screw hole of the screwed connection is formed, such that the screw head is directly supported against the metal insert in the incorporation position, while in the further outwardly radial course the metal insert is covered with plastic material, on which a support web of the cover cap rests.
An computer-implemented method of protecting an electric unmanned aerial vehicle, said method comprising: obtaining a remaining capacity of a battery in real-time; obtaining a coordinate information of a present position of the electric unmanned aerial vehicle in real-time, the method being characterized in that the method further comprises: calculating a plurality of safety electric capacities, each of the plurality of safety electric capacities being needed by the electric unmanned aerial vehicle to perform a corresponding safety protection command at the present position based on the coordinate information of the present position of the electric unmanned aerial vehicle; comparing the remaining capacity with the plurality of safety electric capacities to select a safety electric capacity of the plurality of safety electric capacities that corresponds to the remaining capacity; and performing one of the plurality of safety protection commands that corresponds to the selected safety electric capacity. obtaining a remaining capacity of a battery in real-time; obtaining a coordinate information of a present position of the electric unmanned aerial vehicle in real-time, the method being characterized in that the method further comprises: calculating a plurality of safety electric capacities, each of the plurality of safety electric capacities being needed by the electric unmanned aerial vehicle to perform a corresponding safety protection command at the present position based on the coordinate information of the present position of the electric unmanned aerial vehicle; comparing the remaining capacity with the plurality of safety electric capacities to select a safety electric capacity of the plurality of safety electric capacities that corresponds to the remaining capacity; and performing one of the plurality of safety protection commands that corresponds to the selected safety electric capacity. calculating a plurality of safety electric capacities, each of the plurality of safety electric capacities being needed by the electric unmanned aerial vehicle to perform a corresponding safety protection command at the present position based on the coordinate information of the present position of the electric unmanned aerial vehicle; comparing the remaining capacity with the plurality of safety electric capacities to select a safety electric capacity of the plurality of safety electric capacities that corresponds to the remaining capacity; and performing one of the plurality of safety protection commands that corresponds to the selected safety electric capacity.
An air deflection system, comprising a double-faced cabinet, comprising heat generating components, wherein the double-faced cabinet is located in an equipment room with separated cold and hot aisles, an air vent is disposed at both the top and the bottom of the double-faced cabinet, a front air vent is disposed on the front of the double-faced cabinet, and the front of the double-faced cabinet is located in the cold aisle, so that cool air can enter though the front air vent; and a warm air vent, from where warm air can be evacuated, is disposed in both an upper part of the back and a lower part of the back of the double-faced cabinet, the back of the double-faced cabinet is located in the hot aisle, a side air vent is disposed on a side of the double-faced cabinet, and the side air vent is close to the back of the double-faced cabinet; in operation cool air enters through the front air vent, part of the cool air flows toward the upper part of the double-faced cabinet thereby taking away heat from the double-faced cabinet before leaving the double-faced cabinet via the warm air vent in the upper part of the double-faced cabinet, some other cool air flows toward the lower part of the double-faced cabinet taking away heat from the double-faced cabinet before leaving the double-faced cabinet via the warm air vent in the lower part of the double-faced cabinet; the air deflection system further comprising: at least one air deflection cabinet, wherein a front air vent is disposed on the front of the air deflection cabinet, the front of the air deflection cabinet is located in the cold aisle, a side air vent is disposed on a side of the air deflection cabinet, the side air-vent of the air deflection cabinet clings to the side air vent of the cabinet, and the side air vent of the air deflection cabinet is in communication with the side air vent of the double-faced cabinet, so that in operation cool air enters the air deflection cabinet through the front air vent of the air deflection cabinet, and enters the back side of the double-faced cabinet through the side air vent of the air deflection cabinet for heat dissipation, the warm air is then exhausted via the air vents at the top and the bottom of the double-faced cabinet. at least one air deflection cabinet, wherein a front air vent is disposed on the front of the air deflection cabinet, the front of the air deflection cabinet is located in the cold aisle, a side air vent is disposed on a side of the air deflection cabinet, the side air-vent of the air deflection cabinet clings to the side air vent of the cabinet, and the side air vent of the air deflection cabinet is in communication with the side air vent of the double-faced cabinet, so that in operation cool air enters the air deflection cabinet through the front air vent of the air deflection cabinet, and enters the back side of the double-faced cabinet through the side air vent of the air deflection cabinet for heat dissipation, the warm air is then exhausted via the air vents at the top and the bottom of the double-faced cabinet.
A method for application information risk management on a network device, the method comprising: receiving target application information that a user selects and requests for validation by using a user device, wherein the target application information comprises an SMS message; validating the target application information to determine corresponding risk information; transmitting the rogue base station prompt information to the user device based on the risk information; characterized in that, if the corresponding risk information indicates that the SMS message comprises false information sent by a rogue based station, the method further comprises: sending rogue base station prompt information to other user devices near the user device, wherein a distance between each other user device and the user device is less than or equal to a predetermined device distance threshold. receiving target application information that a user selects and requests for validation by using a user device, wherein the target application information comprises an SMS message; validating the target application information to determine corresponding risk information; transmitting the rogue base station prompt information to the user device based on the risk information; characterized in that, if the corresponding risk information indicates that the SMS message comprises false information sent by a rogue based station, the method further comprises: sending rogue base station prompt information to other user devices near the user device, wherein a distance between each other user device and the user device is less than or equal to a predetermined device distance threshold.
Partial turn actuator comprising an output shaft, a first element with a degree of freedom to translation, said element being moved by a driving power, at least a second axially constrained element (2, 10, 11, 15), at least one of said elements having a degree of freedom to rotation according to which it is mechanically connected to the output shaft and at least a first and a second rod (6, 7) constrained by means of a first hinge (8, 8') to the first element and by means of a second hinge (9, 9') to the second axially constrained element (2, 10, 11, 15), so that the translation of the first element is converted in a rotation of the element having a degree of freedom to rotation, and as a consequence, of the output shaft wherein: - at least one of a said first or second rod (6, 7) is made up of a triad of rods, - said driving power is provided by means of the pressure difference between two chambers (3, 4) positioned above and under the element respectively, said element being a piston, the partial turn actuator being characterized in that said second axially constrained element is a lower head and a rotating plate, said first and second rod (6, 7) being positioned inside the chamber and said rod (6,) being constrained to the lower head and to the piston, and said second rod being constrained to the piston and to the rotating plate. - at least one of a said first or second rod (6, 7) is made up of a triad of rods, - said driving power is provided by means of the pressure difference between two chambers (3, 4) positioned above and under the element respectively, said element being a piston, the partial turn actuator being characterized in that said second axially constrained element is a lower head and a rotating plate, said first and second rod (6, 7) being positioned inside the chamber and said rod (6,) being constrained to the lower head and to the piston, and said second rod being constrained to the piston and to the rotating plate.
A method performed at a network node, said method comprising facilitating sharing of resources between multiple user equipment (202, 204) located within a radio coverage area of said network node by: storing within a resource database a current resource capacity of each of at least a subset of said multiple user equipment; and in response to receiving a signal from one of said multiple user equipment indicating a resource requirement to complete a data communication task requested at said user equipment: determining from said resource database whether one of said at least a subset of multiple user equipment has sufficient resource available to complete said requested data communication task; and if so transmitting an indicator identifying said determined user equipment with said resource available. storing within a resource database a current resource capacity of each of at least a subset of said multiple user equipment; and in response to receiving a signal from one of said multiple user equipment indicating a resource requirement to complete a data communication task requested at said user equipment: determining from said resource database whether one of said at least a subset of multiple user equipment has sufficient resource available to complete said requested data communication task; and if so transmitting an indicator identifying said determined user equipment with said resource available. determining from said resource database whether one of said at least a subset of multiple user equipment has sufficient resource available to complete said requested data communication task; and if so transmitting an indicator identifying said determined user equipment with said resource available.