mhurhangee/ep-ind-claims huggingface dataset:
An inverter-integrated electric compressor having a built-in motor, a substrate provided with a motor drive circuit including an inverter and electric component parts including the substrate fixed in a housing space surrounded by a compressor housing, characterized in that a plurality of power semiconductor elements, which constitute the motor drive circuit, are disposed radially around a drive shaft of the motor in a plane crossing the drive shaft, a planar shape of the power semiconductor element is an approximate rectangle and a gap which has a sectoric planar shape is formed between the power semiconductor elements disposed next to each other, and the gap is provided with a supporting section for supporting a control substrate, on which an electric component part to control the power semiconductor element is mounted, which is stacked on a power device-mounting section for mounting the power semiconductor element.
Semi-finished product (102; 200) for producing a seal for button cells, wherein • the semi-finished product is designed as a hollow cylinder which comprises a shell (106; 201; 301) and is bounded on the end sides by a respective annular edge, and • one of the edges is designed as an outwardly directed annular collar (107; 202; 302), wherein • the hollow cylinder has a wall thickness within the range of between 10 μm and 100 μm in the region of the cylindrical shell (106; 201; 301), characterized in that • the semi-finished product is produced in an injection mould, • the semi-finished product has at least one injection point, and • the at least one injection point is located exclusively on the outwardly directed annular collar (107; 202; 302). • the semi-finished product is designed as a hollow cylinder which comprises a shell (106; 201; 301) and is bounded on the end sides by a respective annular edge, and • one of the edges is designed as an outwardly directed annular collar (107; 202; 302), wherein • the hollow cylinder has a wall thickness within the range of between 10 μm and 100 μm in the region of the cylindrical shell (106; 201; 301), characterized in that • the semi-finished product is produced in an injection mould, • the semi-finished product has at least one injection point, and • the at least one injection point is located exclusively on the outwardly directed annular collar (107; 202; 302).
An apparatus for automated control of gas washout of a patient interface (30, 330, 430) of a respiratory treatment apparatus comprising: a vent assembly (60, 360, 460) associated with a patient interface (30, 330, 430) to vent expiratory gas; an actuator to manipulate the vent assembly (60, 360, 460); and a controller, including a processor, that is coupled to the actuator; characterized in that the vent assembly (60, 360, 460) includes nested first and second structures, each having an opening defining overlapping apertures (90, 590, 1090, 1290; 95, 595, 1295); the vent assembly (60, 360, 460) has a variable exhaust area defined by the overlapping apertures (90, 590, 1090, 1290; 95, 595, 1295), wherein the overlapping apertures (90, 590, 1090, 1290; 95, 595, 1295) allow air to pass through the exhaust area; the controller is configured to operate the actuator to move the first and second structures relatively to each other to change the variable exhaust area of the vent assembly (60, 360, 460). a vent assembly (60, 360, 460) associated with a patient interface (30, 330, 430) to vent expiratory gas; an actuator to manipulate the vent assembly (60, 360, 460); and a controller, including a processor, that is coupled to the actuator; the vent assembly (60, 360, 460) includes nested first and second structures, each having an opening defining overlapping apertures (90, 590, 1090, 1290; 95, 595, 1295); the vent assembly (60, 360, 460) has a variable exhaust area defined by the overlapping apertures (90, 590, 1090, 1290; 95, 595, 1295), wherein the overlapping apertures (90, 590, 1090, 1290; 95, 595, 1295) allow air to pass through the exhaust area; the controller is configured to operate the actuator to move the first and second structures relatively to each other to change the variable exhaust area of the vent assembly (60, 360, 460).
A method for producing workpieces from an austenitic lightweight steel having material properties that are adjustable across the wall thickness or strip thickness, having an alloy composition (in wt.%) consisting of: C 0.2 to ≤ 1.0 Al 0.05 to <15.0 Si 0.05 to ≤ 6.0 Mn 9.0 to <30.0 remainder iron including common steel-accompanying elements with the optional addition of Cr, Cu, B, Ti, Zr, V and Nb with Cr ≤ 6.5; Cu ≤ 4.0; Ti+Zr ≤ 0.7; Nb+V ≤ 0.5, B ≤ 0.1, characterised in that the workpiece is subjected to a decarburising annealing treatment under an oxidising atmosphere in such a way that a ferritic or meta-stable austenitic structure is formed in the regions close to the surface, the layer thickness and properties of which can be adjusted via variation of the annealing parameters (temperature, holding time) and the annealing atmosphere (gas composition, partial pressure), and is subjected to a subsequent accelerated cooling and/or a cold forming to create a property gradient.
Timepiece including a case comprising a middle, the top part whereof is closed by a bezel and the bottom part whereof is closed by a back, a horological movement mounted against the middle by means of a casing ring, the casing ring comprising at least two clippable parts (50, 51) which hold the horological movement, the two parts being inseparable once mounted against the middle when closing the case of the timepiece, characterised in that the two clippable parts are two semi-annular parts, the face whereof facing the movement including a groove which engages with a plate of said horological movement in order to guarantee the positioning and the holding thereof.
Stud for fastening a component or the earth connection of electric or electronic components to a vehicle body, having a head portion with an external thread which is configured from a steel material; and a foot portion; wherein the foot portion is configured from an aluminium alloy and is connected in a materially integral manner to the head portion by a friction-welded connection; and the stud is configured as a welding stud for drawn arc stud welding, to which end said stud on the end side thereof that delimits the foot portion has an ignition tip; wherein the stud on the steel side and on the aluminium side has in each case spanner flats (12, 13) for engaging a tool. a head portion with an external thread which is configured from a steel material; and a foot portion; wherein the foot portion is configured from an aluminium alloy and is connected in a materially integral manner to the head portion by a friction-welded connection; and the stud is configured as a welding stud for drawn arc stud welding, to which end said stud on the end side thereof that delimits the foot portion has an ignition tip; wherein the stud on the steel side and on the aluminium side has in each case spanner flats (12, 13) for engaging a tool.
Pharmaceutical compositions for use in the treatment of ophthalmic diseases by local administration comprising one or more active ingredients selected from antimicrobial agents, anti-inflammatory agents, anti-glaucoma agents, antiviral agents, anti-angiogenic agents andantioxidants said active agent being included in a pharmaceutical vector constituted by polymer micelles comprising "graft" type copolymers of polyaspartamide (PHEA) containing hydrophilic polyethylene glycol chains with a mean molecular weight comprised between 750 and 20000 Da and/or hydrophobic C n alkyl chains, wherein 4 ≤ n ≤ 20..
A certificate revocation list updating method, comprising: determining, by a first road side unit, RSU based on a first certificate revocation list stored by the first RSU, that a certificate used by a first on board unit, OBU in a coverage area of the first RSU is revoked; and sending, by the first RSU, a first notification message to one or more OBUs in the coverage area of the first RSU, wherein the first notification message is used to notify the one or more OBUs to update a certificate revocation list; wherein the first notification message is used to trigger the one or more OBUs to request a latest certificate revocation list from a certificate server. determining, by a first road side unit, RSU based on a first certificate revocation list stored by the first RSU, that a certificate used by a first on board unit, OBU in a coverage area of the first RSU is revoked; and sending, by the first RSU, a first notification message to one or more OBUs in the coverage area of the first RSU, wherein the first notification message is used to notify the one or more OBUs to update a certificate revocation list; wherein the first notification message is used to trigger the one or more OBUs to request a latest certificate revocation list from a certificate server.
Support system for a roll of web to be stamped in an unwinding module, the roll being rotatably mounted, comprising: - two flanges (9, 9') integral with the axis of the roll, and each having an axis of rotation; - two side panels (7, 7') being mounted on a slide, each comprising at least one notch (10, 10'), oriented upwards, and intended to receive the axis of each flange (9, 9'); and - braking means, capable of engaging with, and of slowing down a rotation of the roll, characterised in that the braking means comprise an electromagnetic brake. - two flanges (9, 9') integral with the axis of the roll, and each having an axis of rotation; - two side panels (7, 7') being mounted on a slide, each comprising at least one notch (10, 10'), oriented upwards, and intended to receive the axis of each flange (9, 9'); and - braking means, capable of engaging with, and of slowing down a rotation of the roll,
A static electric induction system comprising: - a liquid dielectric cooling fluid, - an outer shell and an inner shell, - a coil assembly comprising a plurality of coil units, stacked on top of one another and positioned in between the outer and inner shells (12, 14), and a plurality of coil unit spacers configured to form a plurality of intermediate fluid ducts between the coil units, - a first and an adjacent second sector (2, 2'), each sector (2, 2') comprising a fluid guide arrangement (A, B) having a plurality of fluid guides (24, 26), characterized in that the vertical distance, as counted in coil units, between one pair of two subsequent fluid guides (24, 26) of a sector (2, 2') differs from a vertical distance, as counted in coil units, between another pair of two subsequent fluid guides (24, 26) of the same sector (2, 2') and wherein the first fluid guide arrangement of the first sector differs from the second fluid guide arrangement of the second sector, wherein a density of fluid guides (24, 26) is higher in a top region of the coil assembly than in a bottom region of the coil assembly. - a liquid dielectric cooling fluid, - an outer shell and an inner shell, - a coil assembly comprising a plurality of coil units, stacked on top of one another and positioned in between the outer and inner shells (12, 14), and a plurality of coil unit spacers configured to form a plurality of intermediate fluid ducts between the coil units, - a first and an adjacent second sector (2, 2'), each sector (2, 2') comprising a fluid guide arrangement (A, B) having a plurality of fluid guides (24, 26), characterized in that
A method for receiving control information through a part of Layer 1, L1, signaling information, the part of L1 signaling information including information associated with at least one Physical Layer Pipe in a frame, in a broadcasting communication system, the method comprising the steps of: acquiring information for a number of bits of the part of theL1 signaling information from a received frame; calculating a number of LDPC blocks into which the part of the L1 signaling information is divided; calculating a number of input information bits of each LDPC block when there are a plurality of LDPC blocks, such that the plurality of LDPC blocks have a same number of input information bits, and calculating a number of puncturing bits among parity bits of each LDPC block; and decoding one or more received LDPC blocks based on the information acquired and calculated in the preceding steps. acquiring information for a number of bits of the part of theL1 signaling information from a received frame; calculating a number of LDPC blocks into which the part of the L1 signaling information is divided; calculating a number of input information bits of each LDPC block when there are a plurality of LDPC blocks, such that the plurality of LDPC blocks have a same number of input information bits, and calculating a number of puncturing bits among parity bits of each LDPC block; and decoding one or more received LDPC blocks based on the information acquired and calculated in the preceding steps.
A CT system comprising: - two x-ray sources (10, 11) for rotating about and concurrently or subsequently emitting radiation through an imaging region, - two detectors (13, 14), one per x-ray source, for detecting radiation after penetration through the imaging region, - two read-out units (15, 16), one per detector, for reading out the detected radiation from the respective detector, - a control unit for controlling said x-ray sources by alternately switching each of said x-ray sources on and off so that in a first phase only the first x-ray source emits radiation, in a second phase both x-ray sources emit radiation and in a third phase only the second x-ray source emits radiation and for controlling said read-out units such that radiation detected by a detector during a phase in which the corresponding x-ray source is switched off is distinguished from radiation detected by the same detector during a phase in which the corresponding x-ray source is switched on, and - a reconstruction unit for reconstructing a projection from a scatter-corrected readout-signal, wherein a scatter correction unit is provided or the read-out units (15, 16) are configured to generate scatter-corrected read-out signals from the detected radiation, wherein a scatter-corrected read-out signal is generated from the radiation detected by a detector during a single projection interval and read out by the corresponding read-out unit, characterized in that the single projection interval includes multiple repetitions of said three phases. - two x-ray sources (10, 11) for rotating about and concurrently or subsequently emitting radiation through an imaging region, - two detectors (13, 14), one per x-ray source, for detecting radiation after penetration through the imaging region, - two read-out units (15, 16), one per detector, for reading out the detected radiation from the respective detector, - a control unit for controlling said x-ray sources by alternately switching each of said x-ray sources on and off so that in a first phase only the first x-ray source emits radiation, in a second phase both x-ray sources emit radiation and in a third phase only the second x-ray source emits radiation and for controlling said read-out units such that radiation detected by a detector during a phase in which the corresponding x-ray source is switched off is distinguished from radiation detected by the same detector during a phase in which the corresponding x-ray source is switched on, and - a reconstruction unit for reconstructing a projection from a scatter-corrected readout-signal,
Cosmetic use, as an agent for treating perspiration, of at least one compound comprising at least one free carbonyl function that is capable of reacting with at least one amine compound via the Maillard reaction, said at least one compound comprising at least one free carbonyl function being a carbohydrate and/or a precursor thereof and/or an oxidized form thereof, and in which the carbohydrate is dihydroxyacetone in free form and/or in encapsulated form.
Cut-off mechanism of an optical module, comprising a cut-off bar, a motor which drives the cut-off bar between at least a first and a second position via a transmission shaft of the motor and via a drive means for the cut-off bar connected to the transmission shaft, a return means which tends to bring the cut-off bar back into its first position, characterised by the fact that the drive means comprises a device for decoupling the movement of the transmission shaft relative to that of the cut-off bar when the cut-off bar reaches the first position.
Dyeing composition for colouring human keratin fibres, containing, at a pH less than 8, in a cosmetically acceptable medium, * one or more oxidative dye precursors; * one or more cationic surfactants; * one or more fatty acid esters; * one or more fatty alcohols, * the weight ratio of fatty alcohol(s) to fatty acid ester(s) being greater than 2 and less than 10. * one or more oxidative dye precursors; * one or more cationic surfactants; * one or more fatty acid esters; * one or more fatty alcohols, * the weight ratio of fatty alcohol(s) to fatty acid ester(s) being greater than 2 and less than 10.
A method, comprising: detecting, with a detector array comprising a plurality of individual detectors each configured with a first number of energy bins, photons generated by an x-ray source and attenuated by a subject to be imaged; generating a first dataset, for a virtual detector array comprising a combination of individual detectors and macro-detectors, by selectively aggregating a subset of the individual detectors into the macro-detectors with a second number of energy bins; generating a second dataset, for an augmented detector array comprising the plurality of individual detectors each configured with the second number of energy bins, by up-sampling the first dataset; and reconstructing an image of the subject from the second dataset. detecting, with a detector array comprising a plurality of individual detectors each configured with a first number of energy bins, photons generated by an x-ray source and attenuated by a subject to be imaged; generating a first dataset, for a virtual detector array comprising a combination of individual detectors and macro-detectors, by selectively aggregating a subset of the individual detectors into the macro-detectors with a second number of energy bins; generating a second dataset, for an augmented detector array comprising the plurality of individual detectors each configured with the second number of energy bins, by up-sampling the first dataset; and reconstructing an image of the subject from the second dataset.
A self-moving device, comprising an outer frame and a base body rotatably connected on the outer frame, wherein the base body is provided with a control unit and a walking unit, characterized in that, a fixing pin is connected to the base body, one end of the fixing pin is movably fixed to the base body and the other end of the fixing pin is a pin head, and a pin slot is correspondingly provided in the outer frame; when the pin head is engaged and fixed within the pin slot, the base body is fixedly connected to and engaged with the outer frame; and when the pin head is separated from the pin slot, the base body is able to rotate with respect to the outer frame; and the base body is provided with a detection mechanism, and when the detection mechanism detects that the pin head is engaged and fixed within the pin slot, the control unit, according to a detection signal of the detection mechanism, controls the walking unit to execute a corresponding movement command.
A method of forming a reclosable bag containing a product comprising: joining a first ply to a second ply to define a main bag portion having a compartment including a first side, a second side, a third side that extends between the first side and the second side, a product receiving opening, and a reclosing flap that is connected to the third side and is spaced apart from the product receiving opening; applying a reclosing material to the bag; applying a release material to the bag; forming a bag opening zone in the main bag portion proximate the reclosing flap, wherein the bag opening zone is a line of weakness in the main bag portion; moving the reclosing flap to a passive position in which the reclosing material is in contact with the release material, wherein the reclosing flap is configured to be movable between the passive position and an active position in which the reclosing flap covers the bag opening zone; loading a product into the compartment through the product receiving opening; and sealing the product receiving opening after the product has been loaded into the compartment, wherein the release material is located between the bag opening zone and the third side. joining a first ply to a second ply to define a main bag portion having a compartment including a first side, a second side, a third side that extends between the first side and the second side, a product receiving opening, and a reclosing flap that is connected to the third side and is spaced apart from the product receiving opening; applying a reclosing material to the bag; applying a release material to the bag; forming a bag opening zone in the main bag portion proximate the reclosing flap, wherein the bag opening zone is a line of weakness in the main bag portion; moving the reclosing flap to a passive position in which the reclosing material is in contact with the release material, wherein the reclosing flap is configured to be movable between the passive position and an active position in which the reclosing flap covers the bag opening zone; loading a product into the compartment through the product receiving opening; and sealing the product receiving opening after the product has been loaded into the compartment, wherein the release material is located between the bag opening zone and the third side.
A method of wireless communication performed by a base station, BS (105; 205; 1005; 1105), comprising: determining (525; 1202) at least one capability indicator for a communication channel, the at least one capability indicator indicative of channel throughput parameters; and transmitting (530; 1204) the at least one capability indicator to a user equipment, UE (115; 215; 705; 805; 905), to trigger a power adjustment in advance of downlink transmissions received at the UE, wherein the at least one capability indicator is at least one information element, IE, transmitted in a downlink MAC message, and wherein the at least one capability indicator comprises a maximum downlink schedule rank for the communication channel or a downlink buffer status. determining (525; 1202) at least one capability indicator for a communication channel, the at least one capability indicator indicative of channel throughput parameters; and transmitting (530; 1204) the at least one capability indicator to a user equipment, UE (115; 215; 705; 805; 905), to trigger a power adjustment in advance of downlink transmissions received at the UE, wherein the at least one capability indicator is at least one information element, IE, transmitted in a downlink MAC message, and wherein the at least one capability indicator comprises a maximum downlink schedule rank for the communication channel or a downlink buffer status.