mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: a memory; and processing circuitry configured to: determine, an electrode of a plurality of electrodes of a lead to be used to deliver electrical stimulation to a patient at a particular time; determine an amplitude of the electrical stimulation; select, based on the determined electrode, a set of electrodes of the plurality of electrodes; and sense, via the selected set of electrodes, first electrical signals of the patient at the particular time, wherein the processing circuity is further configured to: sense, via the selected set of electrodes, second electrical signals during a sense window that does not include the particular time: and adjust a delay of the sense window based on the determined amplitude of the electrical stimulation. a memory; and processing circuitry configured to: determine, an electrode of a plurality of electrodes of a lead to be used to deliver electrical stimulation to a patient at a particular time; determine an amplitude of the electrical stimulation; select, based on the determined electrode, a set of electrodes of the plurality of electrodes; and sense, via the selected set of electrodes, first electrical signals of the patient at the particular time, determine, an electrode of a plurality of electrodes of a lead to be used to deliver electrical stimulation to a patient at a particular time; determine an amplitude of the electrical stimulation; select, based on the determined electrode, a set of electrodes of the plurality of electrodes; and sense, via the selected set of electrodes, first electrical signals of the patient at the particular time, wherein the processing circuity is further configured to: sense, via the selected set of electrodes, second electrical signals during a sense window that does not include the particular time: and adjust a delay of the sense window based on the determined amplitude of the electrical stimulation. sense, via the selected set of electrodes, second electrical signals during a sense window that does not include the particular time: and adjust a delay of the sense window based on the determined amplitude of the electrical stimulation.
A bladed expander for recovery of thermal energy from a working fluid, comprising a stator provided with at least one inlet port and at least one outlet port for the working fluid, a rotor housed within the stator, and a plurality of blades set between the rotor and the stator so as to delimit between them a plurality of compartments with variable volume that increases between the inlet port and the outlet port, said expander being characterized in that it comprises a heating line traversed by a hot fluid and configured so as to subject the stator and the rotor to a heat exchange with the hot fluid and to carry out on the working fluid a transformation of expansion during which the working fluid receives thermal energy from outside, the heating line comprising at least one cavity inside the rotor.
A user terminal comprising: a receiving section configured to receive downlink control information for scheduling of a downlink data, via a downlink control channel in a control resource set; and a control section configured to determine a starting location in a time domain of the downlink data based on the downlink control information, wherein the control section is configured to, if the downlink data overlaps with the control resource set, perform rate matching process to the downlink data based on the premise that no downlink data is arranged on resources where the downlink control information is mapped, wherein a field value in the downlink control information indicates an index of a table for specifying one of a plurality of starting locations that are received in advance. a receiving section configured to receive downlink control information for scheduling of a downlink data, via a downlink control channel in a control resource set; and a control section configured to determine a starting location in a time domain of the downlink data based on the downlink control information, wherein the control section is configured to, if the downlink data overlaps with the control resource set, perform rate matching process to the downlink data based on the premise that no downlink data is arranged on resources where the downlink control information is mapped, wherein a field value in the downlink control information indicates an index of a table for specifying one of a plurality of starting locations that are received in advance.
A multicolor powder center for supplying at least one powder spraying device with different types of coating powder as required, wherein the multicolor powder center comprises the following: - a first powder container (2.1) for accommodating a first type of coating powder; - at least one second powder container (2.2-2.12) for accommodating a second type of coating powder; and - at least one pump unit (3.1-3.6) having at least one powder pump, particularly a dense phase or dilute phase powder pump, the pressure side of which is fluidly connected or connectable to the powder inlet of a powder spraying device, wherein the at least one pump unit (3.1-3.6) and/or the powder containers (2.2-2.12) is/are movable relative to each other such that the suction side of the at least one powder pump is fluidly connected or connectable to either the interior of the first powder container (2.1) or to the interior of the at least one second powder container (2.2-2.12) as required, characterized in that a vertical guide unit is assigned to the pump unit (3.1-3.6) for the vertical moving of the pump unit (3.1-3.6) or parts thereof as needed. - a first powder container (2.1) for accommodating a first type of coating powder; - at least one second powder container (2.2-2.12) for accommodating a second type of coating powder; and - at least one pump unit (3.1-3.6) having at least one powder pump, particularly a dense phase or dilute phase powder pump, the pressure side of which is fluidly connected or connectable to the powder inlet of a powder spraying device, wherein the at least one pump unit (3.1-3.6) and/or the powder containers (2.2-2.12) is/are movable relative to each other such that the suction side of the at least one powder pump is fluidly connected or connectable to either the interior of the first powder container (2.1) or to the interior of the at least one second powder container (2.2-2.12) as required, characterized in that a vertical guide unit is assigned to the pump unit (3.1-3.6) for the vertical moving of the pump unit (3.1-3.6) or parts thereof as needed.
A test device for performing cyclical hydraulic load tests at temperatures below -40 °C and above 85 °C in pressure containers made of composite material, comprising the components: (a) a climatic chamber configured for receiving a pressure container to be tested and for controlling the chamber temperature and the pressure medium temperature in the determined extreme temperature interval; (b) a test facility configured for cyclical-hydraulically loading the pressure container with a pressure medium having a determined test pressure; and (c) a cooling section configured for being connected to the test facility and the pressure container, which consists of one or a plurality of high pressure pipelines connected together so as to conduct the pressure medium, wherein the location, number, length and cross-section of the high-pressure pipelines are specified such that a volume of the pressure medium located in the part of the cooling section arranged within the climatic chamber corresponds at least to the volume of the pressure medium that, at the highest test pressure applied, flows from the test facility into the cooling section. (a) a climatic chamber configured for receiving a pressure container to be tested and for controlling the chamber temperature and the pressure medium temperature in the determined extreme temperature interval; (b) a test facility configured for cyclical-hydraulically loading the pressure container with a pressure medium having a determined test pressure; and (c) a cooling section configured for being connected to the test facility and the pressure container, which consists of one or a plurality of high pressure pipelines connected together so as to conduct the pressure medium, wherein the location, number, length and cross-section of the high-pressure pipelines are specified such that a volume of the pressure medium located in the part of the cooling section arranged within the climatic chamber corresponds at least to the volume of the pressure medium that, at the highest test pressure applied, flows from the test facility into the cooling section.
A guide rail holder for connecting at least one guide rail for a submersible machine to a wall bracket, comprising: - a radially extending support body, - an axially extending post, which is rigidly connected to said support body and which is adapted to be inserted into an end of said guide rail, characterized in that said guide rail holder further comprises an engagement head that is connected to said post at a distance from said support body and has a greater radial extension than said post, the engagement head comprising a radially expandable member that is adapted to be reversibly manipulated between an active state, in which the expandable member is in engagement with the guide rail, and an inactive state, in which the expandable member is disengaged from the guide rail. - a radially extending support body, - an axially extending post, which is rigidly connected to said support body and which is adapted to be inserted into an end of said guide rail,
A flushing element of a rock drilling machine; wherein the flushing element is configured to surround a shank adapter passing through the flushing element; and wherein the flushing element comprises: a feed opening for feeding flushing agent to a flushing space surrounding the shank adaptor; and at least two sealing housings for receiving flushing sealings (S, S2, S3) and wherein the sealing housings are located at axial distance from each other and on opposite sides relative to the flushing space; characterized in that the flushing element has split configuration, whereby it comprises two halves (19a, 19b) mountable to each other in transverse direction relative to axial direction of the shank adapter, and the halves (19a, 19b) define together an axial opening inside which the shank adapter is mountable. wherein the flushing element is configured to surround a shank adapter passing through the flushing element; and wherein the flushing element comprises: a feed opening for feeding flushing agent to a flushing space surrounding the shank adaptor; and at least two sealing housings for receiving flushing sealings (S, S2, S3) and wherein the sealing housings are located at axial distance from each other and on opposite sides relative to the flushing space; characterized in that the flushing element has split configuration, whereby it comprises two halves (19a, 19b) mountable to each other in transverse direction relative to axial direction of the shank adapter, and the halves (19a, 19b) define together an axial opening inside which the shank adapter is mountable. a feed opening for feeding flushing agent to a flushing space surrounding the shank adaptor; and at least two sealing housings for receiving flushing sealings (S, S2, S3) and wherein the sealing housings are located at axial distance from each other and on opposite sides relative to the flushing space; characterized in that the flushing element has split configuration, whereby it comprises two halves (19a, 19b) mountable to each other in transverse direction relative to axial direction of the shank adapter, and the halves (19a, 19b) define together an axial opening inside which the shank adapter is mountable.
Composition, called molluscicide composition, lethal to mollusc pests by ingestion, including the following active constituents against mollusc pests: - at least one compound, called metallic compound, chosen from the group composed of iron acetate, iron chloride, iron phosphate, iron and sodium phosphate, iron pyrophosphate, iron nitrate, iron sulphate, iron and ammonium sulphate, ferroproteins, iron sulphides, iron citrate, glycerol and iron phosphates, choline and iron citrate, ammonium and iron citrate, iron fumarate, iron gluconate, iron lactate, iron and saccharose complexes, iron and fructose complexes, iron and dextrose complexes, iron succinate, iron tartrate, iron oxalate, iron ascorbate and iron aspartate; - metaldehyde; characterised in that the metaldehyde is present in the molluscicide composition with a proportion by mass equal to between 0.5% and 2%. - at least one compound, called metallic compound, chosen from the group composed of iron acetate, iron chloride, iron phosphate, iron and sodium phosphate, iron pyrophosphate, iron nitrate, iron sulphate, iron and ammonium sulphate, ferroproteins, iron sulphides, iron citrate, glycerol and iron phosphates, choline and iron citrate, ammonium and iron citrate, iron fumarate, iron gluconate, iron lactate, iron and saccharose complexes, iron and fructose complexes, iron and dextrose complexes, iron succinate, iron tartrate, iron oxalate, iron ascorbate and iron aspartate; - metaldehyde;
A method for making a mouse XY embryonic stem cell line capable of producing a fertile XY female mouse in an F0 generation, comprising: (a) modifying a mouse XY ES cell to comprise a genetic modification comprising a deletion that inactivates an endogenous Sry gene, wherein the mouse XY ES cell comprises a Y chromosome from a 129S6 strain; and (b) culturing the modified mouse XY ES cell under conditions to produce the mouse XY ES cell line capable of producing the fertile XY female non-human mammal in the F0 generation. (a) modifying a mouse XY ES cell to comprise a genetic modification comprising a deletion that inactivates an endogenous Sry gene, wherein the mouse XY ES cell comprises a Y chromosome from a 129S6 strain; and (b) culturing the modified mouse XY ES cell under conditions to produce the mouse XY ES cell line capable of producing the fertile XY female non-human mammal in the F0 generation.
A steam iron comprising a steam generator comprising a main body portion including an electrical heating element to heat the steam generator and an ironing plate; wherein the ironing plate is coupled to the steam generator via a thermal coupling which comprises an indirect thermal path formed by a flange which extends from a peripheral edge of the main body portion of the steam generator, the flange being in contact with the ironing plate and being spaced from the main body portion of the steam generator, the flange also being configured to space the main body portion of the steam generator from the ironing plate to restrict the conduction of heat from the main body portion of the steam generator to the ironing plate, so that the ironing plate is passively heated by conduction of heat from the steam generator via the thermal coupling.
A printer for printing printed media in the form of label and/or receipt rolls (23, 43), having a printhead; an upper-side cover which is pivotable between a closed position and an open position and which releases access to a reception space for a label or receipt roll in the open position; a drive roller which can be driven by a drive of the printer for the transport of the respective printed medium (23, 43); and a front-side cover which can be pivoted between a closed position and an open position and which releases access to a further reception space for a receipt roll in the open position, with the drive roller being provided at the front-side cover, characterized in that the drive roller is configured as a print roll for the printhead.
A method for manufacturing a lithium battery electrode comprising the steps of: - depositing an electrode ink on a current collector by coating or printing; said ink comprising at least one active electrode material, at least one polymer binder, at least one electronic conductor; - drying: evaporating the solvent; the current collector being porous and made of woven or nonwoven carbon fibers; the polymer binder of the ink being poly(acrylic acid) having a molecular weight ranging between 1000 000 and 2 500 000 g.mol -1. - depositing an electrode ink on a current collector by coating or printing; said ink comprising at least one active electrode material, at least one polymer binder, at least one electronic conductor; - drying: evaporating the solvent;
Non-therapeutic cosmetic use of at least one selected from the group consisting of proguanil or a salt thereof and phenformin or a salt thereof for inhibiting melanin decomposition in keratinocytes or autophagy in keratinocytes; darkening skin or hair color; or preventing gray hair, wherein the salt of proguanil or phenformin is a salt of an acid selected from the group consisting of hydrochloric acid, hydrobromic acid, hydroiodic acid, nitric acid, sulfuric acid, phosphoric acid, acetic acid, fumaric acid, maleic acid, succinic acid, citric acid, and tartaric acid.
Dryer comprising a drying chamber to contain articles to be dried, a process air guide for guiding process air along the articles to pick up humidity from them, a heat sink disposed in said process air guide for precipitating the humidity from the process air as a condensate, a condensate collecting device (6, 7, 8, 9, 10, 11) for collecting the condensate comprising a condensate container to contain the condensate, characterized in that said condensate container has an insert permeable by the condensate and projecting into said condensate container through an opening for transferring the condensate to and from said condensate container, said insert comprising a first filter for filtering particles from the condensate prior to storing the condensate in said condensate container.
Instrument cluster arrangement, being adapted for mounting in a dashboard panel of a vehicle, comprising a display having a display surface intended to face a subject inside the vehicle when the instrument cluster is arranged in said dashboard panel and providing a graphics area of the instrument cluster arrangement, and characterised by a detector for monitoring said subject inside the vehicle, said detector being arranged to receive radiation providing information regarding the subject and a reflector arranged to redirect radiation from said subject towards said detector, wherein the detector and the reflector are both arranged in said instrument cluster arrangement, adjacent the display.
A cooler for a power semiconductor module arrangement comprising a cooler body (1, 2), a cavity formed in the cooler body (1, 2), and a bonding wire disposed inside the cavity and directly bonded to a first surface (2b, 1t) of the cooler body (1, 2), characterized in that the bonding wire comprises at least 99.50 percent by weight aluminium (Al); at least 0.25 percent by weight silicon (Si); at least 0.05 percent by weight magnesium (Mg); and at least 0.05 percent by weight manganese (Mn). at least 99.50 percent by weight aluminium (Al); at least 0.25 percent by weight silicon (Si); at least 0.05 percent by weight magnesium (Mg); and at least 0.05 percent by weight manganese (Mn).
Electric drive, in particular for vehicles, having at least a first and at least a second electric machine, wherein • the electric machines are arranged in relation to one another in a way which is comparable to the cylinders of a boxer internal combustion engine, • a transmission arrangement is provided which has a first and a second drive element and an output element, • the at least one first electric machine is arranged on a first side of the transmission arrangement and can be coupled or is coupled in a torque-transmitting fashion to the first drive element, and • the at least one second electric machine is arranged on a second side of the transmission arrangement lying opposite the first side and can be coupled or is coupled in a torque-transmitting fashion to the second drive element, characterized in that • the transmission arrangement is conceived in such a way that during a torque transmission which drives the output element the two drive elements rotate in opposite directions to one another, • an electric energy store is provided which is arranged underneath or above the transmission arrangement, wherein • the transmission arrangement is connected by flanges directly to a housing of the electric energy store. • the electric machines are arranged in relation to one another in a way which is comparable to the cylinders of a boxer internal combustion engine, • a transmission arrangement is provided which has a first and a second drive element and an output element, • the at least one first electric machine is arranged on a first side of the transmission arrangement and can be coupled or is coupled in a torque-transmitting fashion to the first drive element, and • the at least one second electric machine is arranged on a second side of the transmission arrangement lying opposite the first side and can be coupled or is coupled in a torque-transmitting fashion to the second drive element, characterized in that • the transmission arrangement is conceived in such a way that during a torque transmission which drives the output element the two drive elements rotate in opposite directions to one another, • an electric energy store is provided which is arranged underneath or above the transmission arrangement, wherein • the transmission arrangement is connected by flanges directly to a housing of the electric energy store.
A gas cooler comprising: a casing; a cooling unit (13A, 13B) provided within the casing and configured to cool gas; an upper space (27A, 27B) located above the cooling unit (13A, 13B) and a bottom space (28A, 28B) located below the cooling unit (13A, 13B), the upper space (27A, 27B) and the bottom space (28A, 28B) being formed separately from each other by the cooling unit (13A, 13B) within the casing; a lead-in port (31A, 31B) for leading the gas into the upper space (27A, 27B); a lead-out port (33A, 33B) for leading out the gas from the bottom space (28A, 28B); and a drain scattering prevention member (41A, 41B) disposed in the bottom space (28A, 28B) and being configured to collect therein drain water accompanied by the gas as the gas passes, the drain water being produced by condensation of moisture contained in the gas by cooling with the cooling unit (13A, 13B), characterized in that the drain scattering prevention member (41A, 41B) is laid on a bottom wall of the casing so as to suppress the drain water on the bottom wall from being blown up and scattered by the gas flow blown on the bottom wall. a casing; a cooling unit (13A, 13B) provided within the casing and configured to cool gas; an upper space (27A, 27B) located above the cooling unit (13A, 13B) and a bottom space (28A, 28B) located below the cooling unit (13A, 13B), the upper space (27A, 27B) and the bottom space (28A, 28B) being formed separately from each other by the cooling unit (13A, 13B) within the casing; a lead-in port (31A, 31B) for leading the gas into the upper space (27A, 27B); a lead-out port (33A, 33B) for leading out the gas from the bottom space (28A, 28B); and a drain scattering prevention member (41A, 41B) disposed in the bottom space (28A, 28B) and being configured to collect therein drain water accompanied by the gas as the gas passes, the drain water being produced by condensation of moisture contained in the gas by cooling with the cooling unit (13A, 13B), characterized in that the drain scattering prevention member (41A, 41B) is laid on a bottom wall of the casing so as to suppress the drain water on the bottom wall from being blown up and scattered by the gas flow blown on the bottom wall.