mhurhangee/ep-ind-claims huggingface dataset:
Method for the introduction of a liquid into a molten mass under pressure, comprising the steps of: a) bringing said liquid to a predetermined pressure greater than the pressure of said molten mass by means of at least one pump; b) feeding the liquid at said predetermined pressure to a plurality of storage tanks maintained at said predetermined pressure, each storage tank being connected in series with said at least one pump downstream of said at least one pump; c) injecting said liquid into said mass at an injection pressure equal to said predetermined pressure by means of a plurality of injectors each being in fluid communication and directly connected with a respective one of said plurality of storage tanks downstream of the plurality of storage tanks, such that said steps a) and c) are independent from each other. a) bringing said liquid to a predetermined pressure greater than the pressure of said molten mass by means of at least one pump; b) feeding the liquid at said predetermined pressure to a plurality of storage tanks maintained at said predetermined pressure, each storage tank being connected in series with said at least one pump downstream of said at least one pump; c) injecting said liquid into said mass at an injection pressure equal to said predetermined pressure by means of a plurality of injectors each being in fluid communication and directly connected with a respective one of said plurality of storage tanks downstream of the plurality of storage tanks, such that said steps a) and c) are independent from each other.
A three-dimensional scanner device comprising: a processor system that is configured to generate a point cloud representing multiple surfaces, the point cloud comprises a plurality of scan points, and wherein generating the point cloud comprises: receiving spherical coordinates for a scan point, the spherical coordinates comprising a distance ( r), a polar angle ( θ), and an azimuth angle ( φ); homogenizing a scan point density of the surfaces by filtering the scan points, the homogenizing comprising: computing a probability to determine whether to store the scan point according to the following steps: producing samples, using a pseudo-random number generator, of a random variable that behaves in accordance with a Bernoulli distribution; calculating a parameter for the Bernoulli distribution, the parameter representing the probability of keeping the scan point; and based on the parameter for the Bernoulli distribution and a predetermined threshold, determining to store or discard the scan point. receiving spherical coordinates for a scan point, the spherical coordinates comprising a distance ( r), a polar angle ( θ), and an azimuth angle ( φ); homogenizing a scan point density of the surfaces by filtering the scan points, the homogenizing comprising: computing a probability to determine whether to store the scan point according to the following steps: producing samples, using a pseudo-random number generator, of a random variable that behaves in accordance with a Bernoulli distribution; calculating a parameter for the Bernoulli distribution, the parameter representing the probability of keeping the scan point; and based on the parameter for the Bernoulli distribution and a predetermined threshold, determining to store or discard the scan point. producing samples, using a pseudo-random number generator, of a random variable that behaves in accordance with a Bernoulli distribution; calculating a parameter for the Bernoulli distribution, the parameter representing the probability of keeping the scan point; and based on the parameter for the Bernoulli distribution and a predetermined threshold, determining to store or discard the scan point.
An absorbent article comprising: a topsheet having a contact surface that comes into contact with a skin of a wearer; a liquid-impermeable backsheet which does not permeate a liquid; and an absorber that is arranged between the topsheet and the backsheet, wherein a material including a refresher agent is provided between the topsheet and the backsheet, the material including the refresher agent is arranged at each side in a widthwise direction of the absorber, and wherein the topsheet has: a first sheet configured to cover at least a surface of the wearer's side of the absorber; and a second sheet (12, 13) that is disposed at each side of a widthwise direction of the first sheet, the second sheet is bonded with the first sheet at an edge part in the widthwise direction of the first sheet, and the material including the refresher agent is arranged at a back face side of the second sheet, wherein the material including the refresher agent is adhesively bonded with a back face of the second sheet in a state in which the material is in contact with the back face of the second sheet, and wherein the refresher agent is carried by a porous material.
An apparatus (2, 3), comprising a mating unit (20-1, 20-2; 31) for releasably attaching the apparatus to a medical device for ejecting a medicament or for releasably receiving at least a part of said medical device, wherein said medical device is one of an injection device and an infusion device, and characterised by one or more optical sensors (25, 26) for determining information related to a condition and/or use of said medical device, said determining comprising recognizing characters, wherein said one or more optical sensors (25, 26) comprise at least one optical sensor configured to capture an image of an information-bearing or information-displaying part of said medical device, and wherein said apparatus (2, 3) is configured to recognize characters from said captured image,
An image forming apparatus, comprising: a first heater comprising a first heat source (55a, 55b) that generates heat with alternating current power; a second heater comprising a second heat source that generates heat with direct current power; and a print controller configured to execute printing using at least one of the first heater and the second heater; characterized in that when a necessary amount of power is not being supplied to the second heater, the print controller controls the first heater and the second heater such that power supply to the second heater is stopped and the first heating unit is used. a first heater comprising a first heat source (55a, 55b) that generates heat with alternating current power; a second heater comprising a second heat source that generates heat with direct current power; and a print controller configured to execute printing using at least one of the first heater and the second heater; characterized in that when a necessary amount of power is not being supplied to the second heater, the print controller controls the first heater and the second heater such that power supply to the second heater is stopped and the first heating unit is used.
A method for operating a first wireless device as part of a wireless frequency division multiplexed communication system comprising: detecting a first unused frequency channel using the first wireless device; transmitting, to a second wireless device, an uplink frame with listen-before-talk protocol on the first unused frequency channel using the first wireless device; while transmitting the uplink frame, receiving a downlink frame using the first wireless device, from the second wireless device on a second unused frequency channel, wherein receiving the downlink frame is independent of activity on the first unused frequency channel and wherein the first and second unused frequency channels are separate channels; and when the downlink frame indicates a collision of the uplink frame, as determined by the second wireless device, ending transmission of the uplink frame prior to completion of the transmission of the uplink frame; wherein the downlink frame that indicates a collision of the uplink frame further includes a request to resend the uplink frame. detecting a first unused frequency channel using the first wireless device; transmitting, to a second wireless device, an uplink frame with listen-before-talk protocol on the first unused frequency channel using the first wireless device; while transmitting the uplink frame, receiving a downlink frame using the first wireless device, from the second wireless device on a second unused frequency channel, wherein receiving the downlink frame is independent of activity on the first unused frequency channel and wherein the first and second unused frequency channels are separate channels; and when the downlink frame indicates a collision of the uplink frame, as determined by the second wireless device, ending transmission of the uplink frame prior to completion of the transmission of the uplink frame; wherein the downlink frame that indicates a collision of the uplink frame further includes a request to resend the uplink frame.
Positioning system having an antenna aperture, wherein • the antenna aperture is fastened to a bracket in a rotatable manner along a first axis, • the bracket is fastened to a second pivot bearing at a second axis, the second pivot bearing is mounted on a positioner platform in a rotatable manner at a third axis, the first axis forms an oblique angle, deviating from the perpendicular, with respect to the second axis, and the second axis forms an oblique angle, deviating from the perpendicular, with respect to the third axis, characterized in that the antenna aperture has an oval or stepped oval shape, the second pivot bearing is provided with at least one stop which, as a mechanical limitation, restricts the angular range of the rotary movement of the bracket on the second axis to less than +/- 90°, wherein at least one third pivot bearing is provided substantially centrally with a radio-frequency rotary joint, which passes radio-frequency signals from and to the antenna aperture, preferably two radio-frequency channels being provided. • the antenna aperture is fastened to a bracket in a rotatable manner along a first axis, • the bracket is fastened to a second pivot bearing at a second axis,
An opening roller housing for an opening unit of an open-end rotor spinning device with a feed opening for feeding a sliver into the opening roller housing, with a discharge opening for discharging fibres from the opening roller housing, as well as with a dirt separation opening in the circumferential wall of the opening roller housing, the opening roller housing having an exchangeable insert, with the insert being formed as a hollow, cylindrical ring, which has in the cylinder wall at least one wall region with an opening and a trough-shaped fibre inlet into the discharge opening and a wall region with an opening for adjusting the dirt separation opening, whereby the insert adjusts the annular gap between the opening roller housing of an opening roller by the thickness of its cylinder wall.
A compressor system, comprising: a compression section (101,102) that is adapted to suck and compress gas; a rotor including the compression section (101,102); a gas bearing (2A,2B) supporting the rotor; a dynamic-pressure generating gas supply system (31A-31C) that is adapted to supply, to the gas bearing (2A,2B), bleed gas from the gas pressurized by the compression section (101,102); and an external gas supply system for static pressure that is adapted to supply, to the gas bearing (2A,2B), any of an external gas from outside of the compression section (101,102) and the bleed gas, characterized in that: the gas bearing (2A, 2B) includes a plurality of pads and a housing holding the pads; a plurality of gas supply ports for dynamic pressure are provided on the housing along an end rim of each of the pads; a plurality of gas supply ports for static pressure are distributed on a surface of each of the plurality of pads; and the compressor system is configured so that the bleed gas is supplied to the plurality of gas supply ports for dynamic pressure and the external gas or the bleed gas is supplied to the plurality of gas supply ports for static pressure. a compression section (101,102) that is adapted to suck and compress gas; a rotor including the compression section (101,102); a gas bearing (2A,2B) supporting the rotor; a dynamic-pressure generating gas supply system (31A-31C) that is adapted to supply, to the gas bearing (2A,2B), bleed gas from the gas pressurized by the compression section (101,102); and an external gas supply system for static pressure that is adapted to supply, to the gas bearing (2A,2B), any of an external gas from outside of the compression section (101,102) and the bleed gas, characterized in that: the gas bearing (2A, 2B) includes a plurality of pads and a housing holding the pads; a plurality of gas supply ports for dynamic pressure are provided on the housing along an end rim of each of the pads; a plurality of gas supply ports for static pressure are distributed on a surface of each of the plurality of pads; and the compressor system is configured so that the bleed gas is supplied to the plurality of gas supply ports for dynamic pressure and the external gas or the bleed gas is supplied to the plurality of gas supply ports for static pressure. the gas bearing (2A, 2B) includes a plurality of pads and a housing holding the pads; a plurality of gas supply ports for dynamic pressure are provided on the housing along an end rim of each of the pads; a plurality of gas supply ports for static pressure are distributed on a surface of each of the plurality of pads; and the compressor system is configured so that the bleed gas is supplied to the plurality of gas supply ports for dynamic pressure and the external gas or the bleed gas is supplied to the plurality of gas supply ports for static pressure.
Method for removing permeates from a flat structure I that is at least partially used in the structure of an organic electronic device, comprising: the direct or indirect bringing into planar contact of the flat structure I with a flat structure II containing at least one getter material and capable of taking up at least one permeate from the flat structure I, wherein no adhesive bonding takes place between the flat structures I and II.
A terminal device comprising: means configured to receive a synchronization signal block composed of a synchronization signal and PBCH, New Radio-Physical Downlink Control Channel, NR-PDCCH, and NR-Physical Downlink Shared Channel, NR-PDSCH, the synchronization signal block comprising a synchronization signal and New Radio Physical Broadcast Channel, NR-PBCH; means configured to receive a reference signal for demodulating the NR-PBCH; means configured to acquire a Master Information Block, MIB, included in the NR-PBCH and a System Information Block, SIB, included in the NR-PDSCH, wherein the NR-PDSCH is scheduled by the NR-PDCCH, wherein the NR-PDCCH is located in a common search space and wherein a Cyclic Redundancy Check, CRC, which is scrambled by System Information Radio Network Temporary Identifier, SI-RNTI, is added to the NR-PDCCH; and means configured to decode the scheduled NR-PDSCH in a slot determined based on the MIB and a time index of the synchronization signal block, wherein the terminal device belongs to a terminal group including one or more terminal devices grouped by a predetermined beam, wherein the terminal group is a group including the one or more terminal devices that recognized the same time index of the synchronization signal block related to the predetermined beam, wherein the time index of the synchronization signal block is based on a sequence of the reference signal for demodulating the NR-PBCH, and wherein the MIB includes subcarrier interval information for the SIB. means configured to receive a synchronization signal block composed of a synchronization signal and PBCH, New Radio-Physical Downlink Control Channel, NR-PDCCH, and NR-Physical Downlink Shared Channel, NR-PDSCH, the synchronization signal block comprising a synchronization signal and New Radio Physical Broadcast Channel, NR-PBCH; means configured to receive a reference signal for demodulating the NR-PBCH; means configured to acquire a Master Information Block, MIB, included in the NR-PBCH and a System Information Block, SIB, included in the NR-PDSCH, wherein the NR-PDSCH is scheduled by the NR-PDCCH, wherein the NR-PDCCH is located in a common search space and wherein a Cyclic Redundancy Check, CRC, which is scrambled by System Information Radio Network Temporary Identifier, SI-RNTI, is added to the NR-PDCCH; and means configured to decode the scheduled NR-PDSCH in a slot determined based on the MIB and a time index of the synchronization signal block, wherein the terminal device belongs to a terminal group including one or more terminal devices grouped by a predetermined beam, wherein the terminal group is a group including the one or more terminal devices that recognized the same time index of the synchronization signal block related to the predetermined beam, wherein the time index of the synchronization signal block is based on a sequence of the reference signal for demodulating the NR-PBCH, and wherein the MIB includes subcarrier interval information for the SIB.
Laundry treatment appliance (1, 11), in particular washing machine or washer-dryer, having a housing (2, 12), an outer tub (3, 13) which is arranged such that it can move within the housing (2, 12), and a laundry drum (4, 14), which is arranged within the outer tub (3, 13) such that it can rotate about a transverse axis (5, 15) running transversely to a height axis of the laundry treatment appliance (1, 11), characterised in that the outer tub (3, 13) is braced against the housing (2, 12) via exclusively two adjacent damping units (6, 16), which are arranged at a distance from one another in relation to the transverse axis (5, 15), of which each damping unit (6, 16) has an adjustable damping property, and via exclusively one further damping unit (7, 17), which is arranged peripherally offset from the adjacent damping units (6, 16) in relation to the transverse axis (5, 15) and which has a constant damping property.
A skin treatment needle by which energy is supplied into skin tissue to increase the speed of skin regeneration, the skin treatment needle comprising a needle body that is formed of a conductive material and inserted into skin, starting from a front end thereof, wherein a region of an outer circumferential surface of the needle body comprises a conductive portion which is a region inducing an electric field different from those formed at other portions of the needle body, and wherein the conductive portion comprises a plurality of corrugations that include concave semicircular corrugation valleys consecutively formed and connecting lines between the corrugation valleys to form a high-intensity electric field at a plurality of positions via the connecting lines, the connecting lines having a sharply protruding form. wherein a region of an outer circumferential surface of the needle body comprises a conductive portion which is a region inducing an electric field different from those formed at other portions of the needle body, and wherein the conductive portion comprises a plurality of corrugations that include concave semicircular corrugation valleys consecutively formed and connecting lines between the corrugation valleys to form a high-intensity electric field at a plurality of positions via the connecting lines, the connecting lines having a sharply protruding form.
A separated solids monitoring system comprising a pressurised solids accumulator vessel for receiving separated process solids, a weighing platform located inside the accumulator and arranged to carry process solids as they settle in the accumulator, a force transducer located inside the pressurised accumulator and mechanically coupled to the weighing platform to provide a weight signal which is a measure of gravitational force on the weighing platform, and characterised by mechanically based pressure compensation means integrated within the force transducer, comprising a load cell contained in a sealed chamber filled with a clean generally incompressible fluid such as oil, and part of the chamber wall being flexible to form a diaphragm which allows external pressure from the accumulator vessel to be applied to the clean generally incompressible fluid so that the clean fluid is at the same pressure as the external fluids in the accumulator vessel, whereby the force transducer is arranged substantially to compensate and remove a force offset in the weight signal due to the pressure of fluids in the solids accumulator thereby allowing a fuller measurement range of the force transducer to be used and substantially dedicated to indicating a mass of solids on the weighing platform.
A mobile station arranged to communicate via a radio access interface of a mobile radio network, the mobile radio network including a plurality of base stations for providing the radio access interface and a base station controller, the radio access interface using Code Division Multiple Access, CDMA, and providing multi-rate transmission using codes from a tree structured orthogonal multi-spreading factor sequence, the mobile station comprising a code switching unit: for receiving an indication including a target code information from the base station controller, for transmitting a code switching response to said base station controller, for receiving, from one of the plurality of base stations, timing information regarding timing of a switch from a first code to the target code, for switching from the first code to the target code in accordance with the timing information, and for transmitting a code switching complete message to the base station using the target code. for receiving an indication including a target code information from the base station controller, for transmitting a code switching response to said base station controller, for receiving, from one of the plurality of base stations, timing information regarding timing of a switch from a first code to the target code, for switching from the first code to the target code in accordance with the timing information, and for transmitting a code switching complete message to the base station using the target code.
A hydraulic system for a vehicle transmission with at least a primary friction element and a secondary friction element for coupling and transmitting engine power to wheels of the vehicle by actuation of the friction elements via the hydraulic system, wherein the hydraulic system comprises - a pressure pump system having at least two outlet lines (5, 6) for supplying pressurized fluid to a line pressure circuit, the pressure pump having a bypass circuit controlled by a bypass valve such that, when the bypass circuit is open to allow flow therethrough, a reduced -pressure is obtained in one of the outlet lines (5, 6); - a primary operating element for operating a primary valve arranged for controlling the pressure on the primary friction element; - a line operating element for operating a line pressure valve arranged for controlling the pressure in the line pressure circuit; - a bypass operating element for regulating the bypass valve, characterized in that the bypass operating element additionally is arranged to operate a secondary valve controlling the pressure on the secondary friction element such that, after actuation of the bypass valve, the pressure on the secondary friction element falls lower than the pressure on the primary friction element. - a pressure pump system having at least two outlet lines (5, 6) for supplying pressurized fluid to a line pressure circuit, the pressure pump having a bypass circuit controlled by a bypass valve such that, when the bypass circuit is open to allow flow therethrough, a reduced -pressure is obtained in one of the outlet lines (5, 6); - a primary operating element for operating a primary valve arranged for controlling the pressure on the primary friction element; - a line operating element for operating a line pressure valve arranged for controlling the pressure in the line pressure circuit; - a bypass operating element for regulating the bypass valve, characterized in that