mhurhangee/ep-ind-claims huggingface dataset:
Inertial device with accumulation of energy for the stimulation of the pelvic floor muscles, designed to be inserted into the vagina of the user, comprising at least one hollow body, wherein at least one hollow body contains at least one freely moving interior ball that is able to move due to the force of gravity and the inertia of the user's movements and to hit against an inner surface of the hollow body, where the device is characterised in that: - the inner surface of the hollow body is provided with substantially-flat adjacent facets (5, 6), where - the facets (5, 6) form a specific angle with the adjacent facets (5, 6) in a way that the interior ball that is resting on a facet (5, 6) has to accumulate a determined amount of energy for moving and hitting an adjacent facet (5, 6). - the inner surface of the hollow body is provided with substantially-flat adjacent facets (5, 6), where - the facets (5, 6) form a specific angle with the adjacent facets (5, 6) in a way that the interior ball that is resting on a facet (5, 6) has to accumulate a determined amount of energy for moving and hitting an adjacent facet (5, 6).
A microfluidic device for determining the transepithelial electrical resistance (TEER) of a cell layer or a cell assembly and/or for determining the impedance of cells, a cell layer or a cell assembly, said device comprising at least one microchannel comprising at least a lower and an upper compartment characterised in that said upper and lower compartments are separated by at least two porous membranes and at least one inner compartment, the lower compartment comprising a bottom wall and side walls, the upper compartment comprising an upper wall and side walls, the bottom and upper wall, the side walls and the at least two porous membranes defining compartment volumes, wherein at least one porous membrane comprises on its surface at least one electrode, wherein the at least two porous membranes and side walls define the at least one inner compartment volume being positioned between the lower and the upper compartment.
A system, comprising: a plurality of power supply systems (402a, 402b) that are configured to supply electrical power to at least a section (458a, 458b) of a data center; a first plurality of sets of server racks; a first plurality of power buses that are configured to conduct the electrical power from at least some of the plurality of power supply systems to the first plurality of sets of server racks, wherein the first plurality of sets of server racks and the first plurality of power buses are connected in accordance with a first connection pattern to create a distributed, redundant configuration; the system being characterized in comprising: a second plurality of sets of server racks; and a second plurality of power buses that are configured to conduct the electrical power from at least some of the plurality of power supply systems to the second plurality of sets of server racks, wherein the second plurality of sets of server racks and the second plurality of power buses are connected in accordance with a second connection pattern to create a non-redundant configuration. a plurality of power supply systems (402a, 402b) that are configured to supply electrical power to at least a section (458a, 458b) of a data center; a first plurality of sets of server racks; a first plurality of power buses that are configured to conduct the electrical power from at least some of the plurality of power supply systems to the first plurality of sets of server racks, wherein the first plurality of sets of server racks and the first plurality of power buses are connected in accordance with a first connection pattern to create a distributed, redundant configuration; the system being characterized in comprising: a second plurality of sets of server racks; and a second plurality of power buses that are configured to conduct the electrical power from at least some of the plurality of power supply systems to the second plurality of sets of server racks, wherein the second plurality of sets of server racks and the second plurality of power buses are connected in accordance with a second connection pattern to create a non-redundant configuration.
A method of coating a catalyst support, in which a monolithic catalyst support provided therein with a plurality of longitudinally formed channels is quantitatively coated with catalyst slurry applied to post-treatment of exhaust gas, comprising the steps of: introducing catalyst slurry into a quantitative container whose bottom is vertically moved; moving a catalyst support to top of a container such that bottom of the catalyst support and top of the container are horizontally disposed each other; sealing the bottom of the catalyst support and the top of the container from the outside; moving the bottom of the container upward; and applying a vacuum to the channels of the catalyst support. introducing catalyst slurry into a quantitative container whose bottom is vertically moved; moving a catalyst support to top of a container such that bottom of the catalyst support and top of the container are horizontally disposed each other; sealing the bottom of the catalyst support and the top of the container from the outside; moving the bottom of the container upward; and applying a vacuum to the channels of the catalyst support.
A method for marking a steel strip with material properties of the steel strip, comprising the following steps: - measuring material properties of the steel strip at a plurality of discrete strip positions, - applying a plurality of markers at the discrete strip positions, each marker from the plurality of markers containing a material identifier relating to the measured material properties at the respective strip position of the marker, characterized in that a plurality of markers are applied at the discrete strip positions to the strip edge. - measuring material properties of the steel strip at a plurality of discrete strip positions, - applying a plurality of markers at the discrete strip positions, each marker from the plurality of markers containing a material identifier relating to the measured material properties at the respective strip position of the marker, characterized in that a plurality of markers are applied at the discrete strip positions to the strip edge.
An inking system for inking an intaglio printing cylinder of an intaglio printing press (1 I; 1 IV), which intaglio printing cylinder carries one or more intaglio printing mediums (8a, 8b, 8c), the inking system comprising an ink collecting cylinder designed to cooperate with the intaglio printing cylinder and to collect ink patterns from a plurality of inking devices (95; 905) that are distributed about a portion of the circumference of the ink collecting cylinder, wherein at least one of the inking devices (95; 905), preferably each inking device (95; 905), comprises a selective inking cylinder cooperating with the ink collecting cylinder and carrying a selective inking plate, which selective inking plate receives ink supplied by an associated inking unit (96/96a/97; 906/906a/910/915), wherein the selective inking plate comprises a coating that is selectively structured to exhibit ink-repellent portions and perform selective transfer of ink at locations corresponding to engraved areas of the one or more intaglio printing mediums (8a, 8b, 8c) that are to be inked with the ink supplied by the associated inking unit (96/96a/97; 906/906a/910/915), wherein the selective inking plate exhibits substantially no relief, and wherein the coating is: (i) an ink-repellent coating that is formed on top of an ink-accepting layer or base, which ink-repellent coating is selectively removed, especially laser-ablated, to expose the underlying ink-accepting layer or base at the locations where ink is to be selectively transferred; or (ii) an ink-accepting coating that is formed on top of an ink-repellent layer or base, which ink-accepting coating is selectively removed, especially laser-ablated, to expose the underlying ink-repellent layer or base and form the ink-repellent portions outside of the locations where ink is to be selectively transferred. (i) an ink-repellent coating that is formed on top of an ink-accepting layer or base, which ink-repellent coating is selectively removed, especially laser-ablated, to expose the underlying ink-accepting layer or base at the locations where ink is to be selectively transferred; or (ii) an ink-accepting coating that is formed on top of an ink-repellent layer or base, which ink-accepting coating is selectively removed, especially laser-ablated, to expose the underlying ink-repellent layer or base and form the ink-repellent portions outside of the locations where ink is to be selectively transferred.
Building site device, comprising a climbing formwork platform for the purpose of producing, on a floor-by-floor basis, concrete portions of a building core, which comprises at least one elevator shaft, an elevator system having an elevator machine platform that can move vertically in an elevator shaft, the mobile elevator machine platform being movable together with the climbing formwork platform, characterized in that the elevator machine platform is suspended on the climbing formwork platform so as to be able to move vertically with respect to the climbing formwork platform, in particular by arranging lifting means of variable length between the elevator machine platform and the climbing formwork platform, or in that a lifting platform is suspended on the climbing formwork platform so as to be able to move vertically with respect to the climbing formwork platform, in particular by arranging lifting means of variable length between the lifting platform and climbing formwork platform and the elevator machine platform being suspended on the lifting platform so as to be able to move vertically with respect to the lifting platform, in particular by arranging lifting means of variable length between the elevator machine platform and the lifting platform.
A method of estimating an instantaneous frequency of a complex primary signal (d n), the method comprising: determining a normalized complex primary signal (x n) based, at least in part, on the complex primary signal; determining a normalized complex incident signal (x n-1) based, at least in part, on the normalized complex primary signal; determining a complex reference signal (y n) based, at least in part, on the normalized complex incident signal (x n-1); determining a complex error signal (e n) based, at least in part, on the normalized complex primary signal (x n) and the complex reference signal (y n); minimizing an error of the complex error signal (e n); iteratively adapting (106; 506) a complex coefficient (w n) or a normalized phase (Φ n) of a complex exponential, the iteratively adapting being based, at least in part, on the minimized error; estimating the instantaneous frequency (f n-0.5) of the complex primary signal (d n), the estimating being directly from the normalized phase (Φ n) or indirectly by extracting a phase of the complex coefficient (w n); and storing an indication of the estimated instantaneous frequency (f n-0.5) in at least one memory. determining a normalized complex primary signal (x n) based, at least in part, on the complex primary signal; determining a normalized complex incident signal (x n-1) based, at least in part, on the normalized complex primary signal; determining a complex reference signal (y n) based, at least in part, on the normalized complex incident signal (x n-1); determining a complex error signal (e n) based, at least in part, on the normalized complex primary signal (x n) and the complex reference signal (y n); minimizing an error of the complex error signal (e n); iteratively adapting (106; 506) a complex coefficient (w n) or a normalized phase (Φ n) of a complex exponential, the iteratively adapting being based, at least in part, on the minimized error; estimating the instantaneous frequency (f n-0.5) of the complex primary signal (d n), the estimating being directly from the normalized phase (Φ n) or indirectly by extracting a phase of the complex coefficient (w n); and storing an indication of the estimated instantaneous frequency (f n-0.5) in at least one memory.
Method for reducing colour of a biotechnological liquid obtained from enzyme preparation or from preparation of organic acids, comprising - obtaining a biotechnological liquid comprising colour forming substances, - adding and mixing aluminium compound selected from polyaluminium chloride, polyaluminium chloride sulphate or any of their mixtures, which has a basicity of at least 50 % expressed as 100 × /3[Al], to the biotechnological liquid, - allowing precipitate and/or flocks comprising colour forming substances to form, and - separating the precipitate and/or flocks from the biotechnological liquid. - obtaining a biotechnological liquid comprising colour forming substances, - adding and mixing aluminium compound selected from polyaluminium chloride, polyaluminium chloride sulphate or any of their mixtures, which has a basicity of at least 50 % expressed as 100 × /3[Al], to the biotechnological liquid, - allowing precipitate and/or flocks comprising colour forming substances to form, and - separating the precipitate and/or flocks from the biotechnological liquid.
A patient specific surgical template system for use in working on a specific bone of a specific patient, comprising: a tool guiding portion comprising a guide aperture for receiving and guiding a tool to work on the bone; and patient specific locating means for locating the tool guiding portion at a predetermined position with respect to the bone such that the guide aperture has a fixed orientation with respect to the bone, the locating means comprising: a patient specific locating member having a first locating surface, the first locating surface being adapted to conform to either a predetermined surface of cartilage covering a predetermined articular surface of the bone or a predicted surface of cartilage covering, or assumed to be covering, the predetermined articular surface of the bone; and a patient specific adapter member having a second locating surface and being adapted to attach to the locating member in an operative position in which the second locating surface is adapted to engage the predetermined articular surface of the bone if the cartilage is removed or not present. a tool guiding portion comprising a guide aperture for receiving and guiding a tool to work on the bone; and patient specific locating means for locating the tool guiding portion at a predetermined position with respect to the bone such that the guide aperture has a fixed orientation with respect to the bone, the locating means comprising: a patient specific locating member having a first locating surface, the first locating surface being adapted to conform to either a predetermined surface of cartilage covering a predetermined articular surface of the bone or a predicted surface of cartilage covering, or assumed to be covering, the predetermined articular surface of the bone; and a patient specific adapter member having a second locating surface and being adapted to attach to the locating member in an operative position in which the second locating surface is adapted to engage the predetermined articular surface of the bone if the cartilage is removed or not present. a patient specific locating member having a first locating surface, the first locating surface being adapted to conform to either a predetermined surface of cartilage covering a predetermined articular surface of the bone or a predicted surface of cartilage covering, or assumed to be covering, the predetermined articular surface of the bone; and a patient specific adapter member having a second locating surface and being adapted to attach to the locating member in an operative position in which the second locating surface is adapted to engage the predetermined articular surface of the bone if the cartilage is removed or not present.
A method for wireless communications at an access point, comprising: identifying an operating condition of a station that comprises a primary radio and a wakeup radio; adapting a transmission timing of a synchronization beacon associated with the wakeup radio of the station based at least in part on the identified operating condition; and transmitting the synchronization beacon according to the adapted transmission timing, wherein identifying the operating condition of the station comprises: determining that the wakeup radio of the station is in an active status; and refraining from transmitting one or more instances (325-c) of the synchronization beacon based at least in part on determining that the wakeup radio of the station is in the active status. identifying an operating condition of a station that comprises a primary radio and a wakeup radio; adapting a transmission timing of a synchronization beacon associated with the wakeup radio of the station based at least in part on the identified operating condition; and transmitting the synchronization beacon according to the adapted transmission timing, wherein identifying the operating condition of the station comprises: determining that the wakeup radio of the station is in an active status; and refraining from transmitting one or more instances (325-c) of the synchronization beacon based at least in part on determining that the wakeup radio of the station is in the active status. determining that the wakeup radio of the station is in an active status; and refraining from transmitting one or more instances (325-c) of the synchronization beacon based at least in part on determining that the wakeup radio of the station is in the active status.
A method for producing an aromatic organic solvent solution of a methanesulfonic acid alkyl ester, which comprises reacting an alkyl alcohol with methanesulfonyl chloride in an aromatic organic solvent in the presence of a tertiary amine, and washing the resulting aromatic organic solvent solution of a crude methanesulfonic acid alkyl ester with an aqueous alkali metal carbonate solution.
A retarding device for a hand held cutting machine having a housing (1; 1') and a drive engine, which drives a transmission comprising a number of transmission members (3', 2; 3', 3; 3") and driving a rotational or semi rotational cutting tool, and comprises brake means (12, 17; 34, 36; 34',36') arranged to be in close relation with the transmission and for actuating a retarding force on a transmission member (2; 3; 3'; 3"), said brake means being arranged to automatically put a retarding force on said transmission member when the speed of rotation or the torque of rotation of said transmission member falls below a predetermined value, characterized in that the transmission is either a) a belt transmission having a first belt pulley arranged close to and being driven by the drive engine and a second belt pulley (2; 3) being driven by a belt driven by the first belt pulley and said brake means being arranged to put a brake force either on the second or on the first belt pulley, or b) a chain transmission having a first chain pulley (3") arranged close to and being driven by the drive engine and a second chain pulley being driven by a chain driven by the first chain pulley (3") such that the transmission drives the chain and said brake means being arranged to put a brake force on the first chain pulley and thereby brake the chain, which brake means comprises a friction member (17, 36, 36') which is rotationally fixed relative to said housing (1, 1') and a brake member (12, 34, 34') fixed to either of said pulleys (3; 3') or said first chain pulley (3"), respectively, and arranged to act against said friction member. a) a belt transmission having a first belt pulley arranged close to and being driven by the drive engine and a second belt pulley (2; 3) being driven by a belt driven by the first belt pulley and said brake means being arranged to put a brake force either on the second or on the first belt pulley, or b) a chain transmission having a first chain pulley (3") arranged close to and being driven by the drive engine and a second chain pulley being driven by a chain driven by the first chain pulley (3") such that the transmission drives the chain and said brake means being arranged to put a brake force on the first chain pulley and thereby brake the chain,
A method for transmitting a relay node specific physical downlink control channel, R-PDCCH, and a physical downlink shared channel, PDSCH, to a relay node from a base station in a multiple antennae wireless communication system, the method comprising: mapping the R-PDCCH to resource elements, REs, in a first slot of at least one resource block, RB, pair of two or more RB pairs on a specific antenna port among a plurality of antenna ports; mapping the PDSCH to REs in the two or more RB pairs on the plurality of antenna ports; and transmitting the mapped R-PDCCH and the mapped PDSCH to the relay node, wherein the PDSCH is not mapped to any RE of the first slot of the at least one RB pair of the two or more RB pairs to which the R-PDCCH is mapped, on each of the plurality of antenna ports, wherein another relay node uses another plurality of antenna ports not using any antenna port in the plurality of antenna ports, and scrambling codes are used to identify antenna ports used for each relay node. mapping the R-PDCCH to resource elements, REs, in a first slot of at least one resource block, RB, pair of two or more RB pairs on a specific antenna port among a plurality of antenna ports; mapping the PDSCH to REs in the two or more RB pairs on the plurality of antenna ports; and transmitting the mapped R-PDCCH and the mapped PDSCH to the relay node, wherein the PDSCH is not mapped to any RE of the first slot of the at least one RB pair of the two or more RB pairs to which the R-PDCCH is mapped, on each of the plurality of antenna ports, wherein another relay node uses another plurality of antenna ports not using any antenna port in the plurality of antenna ports, and scrambling codes are used to identify antenna ports used for each relay node.