mhurhangee/ep-ind-claims huggingface dataset:
Micro-device including at least one first element comprising at least: - a portion of material corresponding to a compound of at least one semi-conductor and at least one metal, - first and second protective layers (108, 110) each covering one of two opposite faces of said portion of material, such that the first and second protective layers (108, 110) are in direct contact with said portion of material, that the first protective layer comprises at least one first material able to withstand an HF etching, that the second protective layer comprises at least one second material able to withstand the HF etching, and that at least one of the first and second materials able to withstand the HF etching includes the semi-conductor. - a portion of material corresponding to a compound of at least one semi-conductor and at least one metal, - first and second protective layers (108, 110) each covering one of two opposite faces of said portion of material, such that the first and second protective layers (108, 110) are in direct contact with said portion of material, that the first protective layer comprises at least one first material able to withstand an HF etching, that the second protective layer comprises at least one second material able to withstand the HF etching, and that at least one of the first and second materials able to withstand the HF etching includes the semi-conductor.
A method of manufacturing an ultrasonic surgical instrument including an end effector with a jaw and an ultrasonic blade, wherein the ultrasonic surgical instrument has a controller, the method comprising: (a) measuring a production clamp force between the jaw and the ultrasonic blade; and (b) configuring a memory of controller with an ultrasonic seal process based on the measured production clamp force; and wherein the production clamp force is a clamp force of the end effector in the closed position, without a foreign substance between the jaw and the ultrasonic blade. (a) measuring a production clamp force between the jaw and the ultrasonic blade; and (b) configuring a memory of controller with an ultrasonic seal process based on the measured production clamp force; and
Method for producing an irradiation plan for a target volume, incorporating the following steps: - preparation of a modulation curve which characterises the modulation, in the direction of the beam, of particle numbers at target points which lie one behind another in the target volume, - determination of the current position of the target volume, - definition of a plurality of current target points, which fully cover the target volume in its current position, - assignment of particle numbers to the current target points, using the modulation curve. - preparation of a modulation curve which characterises the modulation, in the direction of the beam, of particle numbers at target points which lie one behind another in the target volume, - determination of the current position of the target volume, - definition of a plurality of current target points, which fully cover the target volume in its current position, - assignment of particle numbers to the current target points, using the modulation curve.
A method performed by a user equipment, UE, the method comprising: receiving, by the UE, a first downlink control information, DCI, sent by a network equipment; acquiring, by the UE, a cell-specific first physical uplink shared channel, PUSCH, configuration; and determining, by the UE, a first parameter of the DCI according to the cell-specific first PUSCH configuration in response to that a UE-specific second PUSCH configuration is acquired; wherein a format of the first DCI comprises DCI format 0_0. receiving, by the UE, a first downlink control information, DCI, sent by a network equipment; acquiring, by the UE, a cell-specific first physical uplink shared channel, PUSCH, configuration; and determining, by the UE, a first parameter of the DCI according to the cell-specific first PUSCH configuration in response to that a UE-specific second PUSCH configuration is acquired; wherein a format of the first DCI comprises DCI format 0_0.
A compound according to Formula for use in the prevention or treatment of a viral infection caused by an RNA virus in a subject: wherein R 1 is H or methyl, R 2 is methyl or ethyl, R 3 is methyl or ethyl, R 4 is H, acetyl, propionyl, benzoyl, cyclopropionyl, or methylsulfonyl, R 5 is H, acetyl, propionyl, benzoyl, cyclopropionyl, or methylsulfonyl, and X - is a monovalent anion. R 1 is H or methyl, R 2 is methyl or ethyl, R 3 is methyl or ethyl, R 4 is H, acetyl, propionyl, benzoyl, cyclopropionyl, or methylsulfonyl, R 5 is H, acetyl, propionyl, benzoyl, cyclopropionyl, or methylsulfonyl, and X - is a monovalent anion.
An inkjet printing device comprising: a liquid supplying unit that supplies liquid to a liquid jetting head configured to discharge the liquid onto a medium, wherein the liquid supplying unit comprises: a pressure chamber that is connected to a supplying passage connecting a liquid container storing liquid and the liquid jetting head, stores therein the liquid from the liquid container, and supplies the liquid to the liquid jetting head; a casing housing the pressure chamber; a valve provided on the supplying passage between the liquid container and the pressure chamber so as to open and close the supplying passage; and a negative pressure generating unit that applies a biasing force in a direction along which a distance between opposing inner walls of the pressure chamber is increased, and the pressure chamber is a bag-shaped member that is formed of a resin material of which wall surface is displaced accompanying a change in a liquid amount stored inside characterized in that the negative pressure generating unit comprises a fixed portion fixed to the casing and an adhering portion adhered to the pressure chamber, wherein the negative pressure generating unit causes the wall surface of the pressure chamber on an adhering portion side to be displaced in a direction separating away from its opposing inner wall, by being displaced by its own weight in a direction of separating away from the pressure chamber with a fixed portion as a fulcrum point. a liquid supplying unit that supplies liquid to a liquid jetting head configured to discharge the liquid onto a medium, wherein the liquid supplying unit comprises: a pressure chamber that is connected to a supplying passage connecting a liquid container storing liquid and the liquid jetting head, stores therein the liquid from the liquid container, and supplies the liquid to the liquid jetting head; a casing housing the pressure chamber; a valve provided on the supplying passage between the liquid container and the pressure chamber so as to open and close the supplying passage; and a negative pressure generating unit that applies a biasing force in a direction along which a distance between opposing inner walls of the pressure chamber is increased, and the pressure chamber is a bag-shaped member that is formed of a resin material of which wall surface is displaced accompanying a change in a liquid amount stored inside characterized in that the negative pressure generating unit comprises a fixed portion fixed to the casing and an adhering portion adhered to the pressure chamber, wherein the negative pressure generating unit causes the wall surface of the pressure chamber on an adhering portion side to be displaced in a direction separating away from its opposing inner wall, by being displaced by its own weight in a direction of separating away from the pressure chamber with a fixed portion as a fulcrum point.
Gas flow and sound control valve for an exhaust system of an internal combustion engine comprising a Y-shaped housing including an inlet, a first outlet, and a second outlet, and a valve member arranged within the housing for forming a first conduit connecting the inlet to the first outlet and/or a second conduit from the inlet to the second outlet, wherein the valve member can be moved relative to the housing between a first predetermined position in which the valve member closes the second conduit and a second predetermined position in which the valve member closes the first conduit, wherein the valve member is rotatable around a valve axis (A V) aligned parallel to a centerline (A 5) of the inlet characterized by an actuator for manipulating the valve member, wherein the actuator is configured to arrange the valve member in at least one intermediate position between the first and second predetermined positions such that the valve member is positioned for guiding the exhaust gas flow and sound from the inlet to the first outlet and the second outlet, while partially covering the first conduit and the second conduit.
A method executed by a network device for implementing conversation-sensitive collection for frames received on a port of a link of a link aggregation group, where a conversation consists of an ordered sequence of frames, the method comprising: receiving a frame over the link of the link aggregation group at the network device, wherein each frame includes a service identifier and is associated with a conversation identifier; determining the conversation identifier for the frame using the service identifier of the frame; comparing the conversation identifier with port conversation allocation; discarding at a link aggregation sublayer the frame in response to a non-match of the conversation identifier with the port conversation allocation to maintain the ordered sequence of frames in the conversation; and forwarding the frame to an aggregator client in response to a match of the conversation identifier with the port conversation allocation. receiving a frame over the link of the link aggregation group at the network device, wherein each frame includes a service identifier and is associated with a conversation identifier; determining the conversation identifier for the frame using the service identifier of the frame; comparing the conversation identifier with port conversation allocation; discarding at a link aggregation sublayer the frame in response to a non-match of the conversation identifier with the port conversation allocation to maintain the ordered sequence of frames in the conversation; and forwarding the frame to an aggregator client in response to a match of the conversation identifier with the port conversation allocation.
A system, comprising: a modeler component on a cloud platform; a mesh network component configured to obtain a set of industrial data from a set of devices (310, 312, 314, 316) of an industrial automation system and communicate the set of industrial data to the modeler component on the cloud platform, wherein respective data is filtered by a segmenter component with regard to data that is to be provided to the modeler component on the cloud platform and data that is not to be provided to the modeler component on the cloud platform based on respective levels of data sensitivity of the data associated with the industrial automation system; and a collection component, comprised in the modeler component, configured to collect the set of industrial data and store the set of industrial data in a data store; wherein the modeler component is configured to generate a model of the industrial automation system that corresponds to the industrial automation system, based on a result of an analysis of the set of industrial data. a modeler component on a cloud platform; a mesh network component configured to obtain a set of industrial data from a set of devices (310, 312, 314, 316) of an industrial automation system and communicate the set of industrial data to the modeler component on the cloud platform, wherein respective data is filtered by a segmenter component with regard to data that is to be provided to the modeler component on the cloud platform and data that is not to be provided to the modeler component on the cloud platform based on respective levels of data sensitivity of the data associated with the industrial automation system; and a collection component, comprised in the modeler component, configured to collect the set of industrial data and store the set of industrial data in a data store; wherein the modeler component is configured to generate a model of the industrial automation system that corresponds to the industrial automation system, based on a result of an analysis of the set of industrial data.
Magnetic transducer, comprising a magnetic field sensor, and an electronic circuit comprising a current source providing a supply current, a transformer comprising two input terminals and two output terminals, a fully differential preamplifier comprising two input terminals and two output terminals, the two input terminals coupled to said two output terminals of the transformer, a phase sensitive detector comprising two input terminals coupled to the output terminals of the preamplifier and providing a DC output voltage, and a logic block (5, 5a, 5c) configured to operate the magnetic field sensor to provide an AC output voltage, wherein the magnetic field sensor is a Hall element comprising four terminals serving to receive a supply current and to deliver an output voltage and the logic block comprises circuitry to couple the Hall element to the current source and to the input terminals of the transformer according to a predetermined spinning current scheme, or wherein the magnetic field sensor is an AMR sensor comprising four terminals serving to receive a supply current and to deliver an output voltage and two terminals serving to receive set and reset current pulses that change the polarity of the output voltage, wherein the terminals serving to receive a supply current are coupled to the current source, the terminals serving to deliver an output voltage are coupled to the input terminals of the transformer, and the terminals serving to receive set and reset current pulses are coupled to the logic block, and the logic block comprises circuitry to deliver set and reset current pulses according to a predetermined frequency, or wherein the magnetic field sensor is a fluxgate sensor comprising four terminals serving to receive an excitation current and to deliver an output voltage, wherein the terminals serving to receive the excitation current are coupled to the current source and the terminals serving to deliver an output voltage are coupled to the input terminals of the transformer, wherein the logic block comprises circuitry to control the current source to provide the supply current as an AC current having a predetermined frequency.
A method of breaking a circuit using a switch (108, 500, 700), wherein a variable voltage is applied across the switch (108, 500, 700) and the switch (108, 500, 700) comprises a series connection of switching elements which are individually controllable between a blocking state and a conductive state, characterised by the method comprising controlling the state of the switching elements such that at least a portion of switching elements are in the blocking state, wherein fewer switching elements are in the blocking state when the applied voltage magnitude is low than when the applied voltage magnitude is high.
A rotary-wing drone of the quadricopter type, comprising: - a drone body; - a plurality of propulsion units mounted remote from the drone body, at the end of respective support arms, each propulsion unit comprising a motor for driving a propeller, with a propulsion unit casing comprising a vertical barrel; and - removable means for protecting the propellers; characterized in that: - the removable means for protecting the propellers comprise removable lateral bumpers extending, in a horizontal plane, beyond the zone of rotation of the propellers, each bumper being connected to the propulsion units located on the same side of the drone by respective connection arms; - each connection arm comprises at its proximal end a clamp for the mounting to the propulsion unit barrel; - the mounting clamp comprises an elastically deformable cylindrical tube, provided with a notch formed on the proximal side and extending axially with edges following parallel generating lines, the inner diameter of the tube of the mounting clamp being lower than the diameter of the propulsion unit barrel; and - the transverse width ( e 2) of the notch, in an elastically deformed mounting / dismounting position of the mounting clamp, is higher than the diameter of the propulsion unit barrel, to allow the insertion of the clamp about the barrel then the clamping of the latter by the clamp so as to fasten the bumper arm to the propulsion unit and, vice versa, the dismounting of the bumper by detachment of the clamp from the barrel. - a drone body; - a plurality of propulsion units mounted remote from the drone body, at the end of respective support arms, each propulsion unit comprising a motor for driving a propeller, with a propulsion unit casing comprising a vertical barrel; and - removable means for protecting the propellers; - the removable means for protecting the propellers comprise removable lateral bumpers extending, in a horizontal plane, beyond the zone of rotation of the propellers, each bumper being connected to the propulsion units located on the same side of the drone by respective connection arms; - each connection arm comprises at its proximal end a clamp for the mounting to the propulsion unit barrel; - the mounting clamp comprises an elastically deformable cylindrical tube, provided with a notch formed on the proximal side and extending axially with edges following parallel generating lines, the inner diameter of the tube of the mounting clamp being lower than the diameter of the propulsion unit barrel; and - the transverse width ( e 2) of the notch, in an elastically deformed mounting / dismounting position of the mounting clamp, is higher than the diameter of the propulsion unit barrel, to allow the insertion of the clamp about the barrel then the clamping of the latter by the clamp so as to fasten the bumper arm to the propulsion unit and, vice versa, the dismounting of the bumper by detachment of the clamp from the barrel.
A method of surface pre-treatment of ink-receiving substrates (12, 14, 16), the pre-treatment including a transfer of energy to the surface of a substrate in order to induce a reaction that modifies the chemical and/or physical properties of the substrate surface, wherein treatment energy is applied to the surface of the substrates in a controlled atmosphere that contains nitrogen and oxygen, and the amount of energy per surface area is adjusted dependent upon the type of substrate, and wherein the method comprises a step of adjusting the ratio of oxygen to nitrogen in the controlled atmosphere dependent upon the type of substrate.
A communication method, comprising: receiving, by a terminal device, first indication information sent by a base station, when a signal quality of a resource currently used does not satisfy one or more conditions including a signal quality parameter less than a threshold, wherein the first indication information is used to instruct the terminal device to perform uplink transmission by using at least one configured resource, and the at least one configured resource comprises a resource that is different from the resource currently used by the terminal device and does not include the resource currently used by the terminal device; sending, by the terminal device, one or more signals to the base station by using one or more resources in the at least one configured resource according to the first indication information; and receiving, by the terminal device, third indication sent by the base station, wherein the third indication information is used to instruct the terminal device to perform as second uplink transmission using a target resource selected from the one or more configured resources, wherein the at least one configured resource comprises at least one beam and the target resource comprises a target beam. receiving, by a terminal device, first indication information sent by a base station, when a signal quality of a resource currently used does not satisfy one or more conditions including a signal quality parameter less than a threshold, wherein the first indication information is used to instruct the terminal device to perform uplink transmission by using at least one configured resource, and the at least one configured resource comprises a resource that is different from the resource currently used by the terminal device and does not include the resource currently used by the terminal device; sending, by the terminal device, one or more signals to the base station by using one or more resources in the at least one configured resource according to the first indication information; and receiving, by the terminal device, third indication sent by the base station, wherein the third indication information is used to instruct the terminal device to perform as second uplink transmission using a target resource selected from the one or more configured resources, wherein the at least one configured resource comprises at least one beam and the target resource comprises a target beam.
A method for defining a dynamic view in a modelling of an automation system via a modeling tool, comprising: displaying a first sequence description (442(a)) of a model of the automation system, the first sequence description (442(a)) including a first sequence flow, the first sequence description (442(a))contained in a first file; displaying a second sequence description (442(b)) of the model of the automation system, the second sequence description (442(b)) including a second sequence flow of the automation system, the second sequence description (442(b)) contained in a second file; identifying a first object from the displayed first sequence flow; identifying a second object from the displayed second sequence flow; linking the first sequence description (442(a)) to the second sequence description (442(b)) via a first external link in the first file, the linking after the identifying the second object; and linking the second sequence description (442(b)) to the first sequence description (442(a)) via a second external link in the second file, the linking after the identifying the first object, wherein the displaying the model is on an electronic display device, characterized in providing a visual representation of the external links. displaying a first sequence description (442(a)) of a model of the automation system, the first sequence description (442(a)) including a first sequence flow, the first sequence description (442(a))contained in a first file; displaying a second sequence description (442(b)) of the model of the automation system, the second sequence description (442(b)) including a second sequence flow of the automation system, the second sequence description (442(b)) contained in a second file; identifying a first object from the displayed first sequence flow; identifying a second object from the displayed second sequence flow; linking the first sequence description (442(a)) to the second sequence description (442(b)) via a first external link in the first file, the linking after the identifying the second object; and linking the second sequence description (442(b)) to the first sequence description (442(a)) via a second external link in the second file, the linking after the identifying the first object, wherein the displaying the model is on an electronic display device, characterized in providing a visual representation of the external links.