mhurhangee/ep-ind-claims huggingface dataset:
A magnetic module suitable for disengageably anchoring ferromagnetic pieces (13, 14) constituting part of an assembly, wherein the magnetic module comprises: a first and a second fixed magnetic core (16, 17) in which each fixed magnetic core (16, 17) comprises a plurality of polar elements defining a front anchoring surface (A1, A2), and a rear surface axially spaced apart from the front surface, and a plurality of polarization permanent magnets disposed between contiguous polar elements; the front anchoring surface of each fixed magnetic core (16, 17) being magnetically activatable with a plurality of induced magnetic poles alternatively of opposite polarities (N, S), by a movable magnetic unit configured with a same plurality of permanent magnetic poles, alternatively of opposite polarities (N, S), characterized by comprising: a movable magnetic unit directly disposed between opposite rear surfaces (B1, B2) of the first and second fixed magnetic core (16, 17), and configured on each side (C1, C2) facing the rear surface (B1, B2) of a respective fixed magnetic core (16, 17), with a plurality of permanent magnetic poles, alternatively of opposite polarities, corresponding to the plurality of the induced polar elements of the fixed magnetic cores (16, 17); the movable magnetic unit being supported to be moved between a first operative position for activating the magnetic module, in which each permanent magnetic pole of each polarity (N, S) of the movable magnetic unit is aligned to a corresponding induced polar element of the fixed magnetic cores (16, 17) having the same polarity (N, S) as the corresponding permanent magnetic pole of the movable magnetic unit, and a second operative position for deactivating the magnetic module, in which each permanent magnetic pole of each polarity (N, S) of the movable magnetic unit is aligned to a corresponding polar element, of the fixed magnetic cores (16, 17) induced with opposite polarity. a movable magnetic unit directly disposed between opposite rear surfaces (B1, B2) of the first and second fixed magnetic core (16, 17), and configured on each side (C1, C2) facing the rear surface (B1, B2) of a respective fixed magnetic core (16, 17), with a plurality of permanent magnetic poles, alternatively of opposite polarities, corresponding to the plurality of the induced polar elements of the fixed magnetic cores (16, 17); the movable magnetic unit being supported to be moved between a first operative position for activating the magnetic module, in which each permanent magnetic pole of each polarity (N, S) of the movable magnetic unit is aligned to a corresponding induced polar element of the fixed magnetic cores (16, 17) having the same polarity (N, S) as the corresponding permanent magnetic pole of the movable magnetic unit, and a second operative position for deactivating the magnetic module, in which each permanent magnetic pole of each polarity (N, S) of the movable magnetic unit is aligned to a corresponding polar element, of the fixed magnetic cores (16, 17) induced with opposite polarity.
A filter for the filtration of a liquid, comprising or consisting of a support element made of a porous ceramic material and a separating membrane layer for the filtration of said liquid, said support element being covered on the portion of its surface in contact with the liquid to be filtered by said separating membrane layer, said separating layer being made from a material comprising at least 70% by weight of silicon carbide SiC relative to the total weight of all of the mineral compounds present in said separating layer, said filter being characterized in that the ratio between the molar content of SiC in beta form and the molar content of SiC in alpha form of the separating layer is greater than 0.5, the nature and the respective proportions of the silicon carbide forms being determined by x-ray diffraction and Rietveld analysis.
A three-dimensional structure comprising: a plurality of multicellular bodies, each multicellular body comprising a plurality of living cells cohered to one another; and a plurality of discrete filler bodies, each filler body comprising a biocompatible material that resists migration and ingrowth of cells from the multicellular bodies into the filler bodies and resists adherence of cells in the multicellular bodies to the filler bodies, wherein the multicellular bodies and filler bodies are arranged in a pattern in which each multicellular body contacts at least one other multicellular body or at least one filler body.
A hyaluronic acid derivative comprising disaccharide units represented by Formula: wherein R 1, R 2, R 3, and R 4 are each independently selected from a hydrogen atom, C 1-6 alkyl, formyl and C 1-6 alkylcarbonyl; R 8 is a hydrogen atom, formyl or C 1-6 alkylcarbonyl; X is represented by the following formulae: "*" represents a bonding position to the carboxy in the hyaluronic acid derivative, wherein the proportion of the disaccharide units of Formula with respect to the disaccharide repeating units present in the hyaluronic acid derivative is at least 70%. R 1, R 2, R 3, and R 4 are each independently selected from a hydrogen atom, C 1-6 alkyl, formyl and C 1-6 alkylcarbonyl; R 8 is a hydrogen atom, formyl or C 1-6 alkylcarbonyl; X is represented by the following formulae: "*" represents a bonding position to the carboxy in the hyaluronic acid derivative, wherein the proportion of the disaccharide units of Formula with respect to the disaccharide repeating units present in the hyaluronic acid derivative is at least 70%.
A gas turbine engine having an electrical assembly that comprises: an electrical raft having a rigid material with at least one electrical conductor embedded therein so as to be surrounded and fixed in position by the rigid material; and an electronic control unit mounted on the electrical raft and in electrical connection with the electrical raft, wherein: the electrical raft is mechanically fixed to another component of the gas turbine engine; and at least a part of a surface of the electronic control unit forms at least a part of a gas-washed surface of the gas turbine engine. an electrical raft having a rigid material with at least one electrical conductor embedded therein so as to be surrounded and fixed in position by the rigid material; and an electronic control unit mounted on the electrical raft and in electrical connection with the electrical raft, wherein: the electrical raft is mechanically fixed to another component of the gas turbine engine; and at least a part of a surface of the electronic control unit forms at least a part of a gas-washed surface of the gas turbine engine. the electrical raft is mechanically fixed to another component of the gas turbine engine; and at least a part of a surface of the electronic control unit forms at least a part of a gas-washed surface of the gas turbine engine.
Securing device for securing a construction accessory to a construction element, the device comprising at least: - an attachment base, said attachment base comprising at least one first fastening hook for being secured to a first reinforcement of the construction element and a second fastening hook for being secured to a second reinforcement of the construction element, the two hooks facing away from one another, the first hook facing a first end of the attachment base and the second hook facing a second end of the attachment base, said second end being opposite the first end; - accommodating means connected to the attachment base of the device and designed, during use, to receive the construction accessory, the base comprising at least one third hook arranged after the second hook and oriented like it, a fourth hook arranged after the third hook and oriented like it and a fifth hook arranged after the fourth hook and oriented like it, said securing device being characterised in that the second hook, third hook, fourth hook and fifth hook each comprise a flank and a counter-flank facing the flank. - an attachment base, said attachment base comprising at least one first fastening hook for being secured to a first reinforcement of the construction element and a second fastening hook for being secured to a second reinforcement of the construction element, the two hooks facing away from one another, the first hook facing a first end of the attachment base and the second hook facing a second end of the attachment base, said second end being opposite the first end; - accommodating means connected to the attachment base of the device and designed, during use, to receive the construction accessory,
A method for the continuous and uninterrupted monitoring of the state of a mechanically driven tool and for the collection and processing of tool-related data of the tool by means of a system, the system comprising: a data transfer module having application software, a database having a user interface and at least one mechanically driven tool comprising sensors, a memory, an energy supply and a controller, the method comprising the steps: a) collection of tool-related data by the mechanically driven tool using the sensors and controller, b) storage of the collected tool-related data in the memory in the tool, c) transfer of the tool-related data stored in the tool on a mobile data transfer module using the application software, d) transfer of the tool-related data located on the data transfer module to the database using the application software, e) processing and visualization of the processed tool-related data on a user interface, characterized in that the energy supply has a first power supply device, wherein the first power supply device is an induction module acting between a shaft and a carrier unit of the tool for supplying electrical energy from a rotary movement of the shaft relative to the carrier unit, wherein the electrical energy supplied by the first power supply device is used for continuous operation of the tool. a data transfer module having application software, a database having a user interface and at least one mechanically driven tool comprising sensors, a memory, an energy supply and a controller, the method comprising the steps: a) collection of tool-related data by the mechanically driven tool using the sensors and controller, b) storage of the collected tool-related data in the memory in the tool, c) transfer of the tool-related data stored in the tool on a mobile data transfer module using the application software, d) transfer of the tool-related data located on the data transfer module to the database using the application software, e) processing and visualization of the processed tool-related data on a user interface, characterized in that the energy supply has a first power supply device, wherein the first power supply device is an induction module acting between a shaft and a carrier unit of the tool for supplying electrical energy from a rotary movement of the shaft relative to the carrier unit, wherein the electrical energy supplied by the first power supply device is used for continuous operation of the tool. a) collection of tool-related data by the mechanically driven tool using the sensors and controller, b) storage of the collected tool-related data in the memory in the tool, c) transfer of the tool-related data stored in the tool on a mobile data transfer module using the application software, d) transfer of the tool-related data located on the data transfer module to the database using the application software, e) processing and visualization of the processed tool-related data on a user interface,
A well system, comprising: a work string providing a flow path therein; a downhole tool coupled to the work string; at least one actuation device operatively coupled to the downhole tool and configured to act on the downhole tool such that the downhole tool performs a predetermined action; and an optical computing device communicably coupled to the at least one actuation device and configured to detect a characteristic of a substance in the flow path and trigger actuation of the at least one actuation device based on detecting the characteristic, wherein the optical computing device comprises (i) an electromagnetic radiation source configured to emit electromagnetic radiation; the well system being characterized by (ii) at least one integrated computational element configured to receive optically interacted light and produce modified electromagnetic radiation corresponding to a particular characteristic of the substance; and (iii) at least one detector (420, 424) arranged to receive the modified electromagnetic radiation and generate an output signal corresponding to the characteristic of the substance. a work string providing a flow path therein; a downhole tool coupled to the work string; at least one actuation device operatively coupled to the downhole tool and configured to act on the downhole tool such that the downhole tool performs a predetermined action; and an optical computing device communicably coupled to the at least one actuation device and configured to detect a characteristic of a substance in the flow path and trigger actuation of the at least one actuation device based on detecting the characteristic, wherein the optical computing device comprises (i) an electromagnetic radiation source configured to emit electromagnetic radiation; the well system being characterized by (ii) at least one integrated computational element configured to receive optically interacted light and produce modified electromagnetic radiation corresponding to a particular characteristic of the substance; and (iii) at least one detector (420, 424) arranged to receive the modified electromagnetic radiation and generate an output signal corresponding to the characteristic of the substance.
A method for provisioned configuration of a wireless device (170a-c), the method comprising: authenticating a user of the wireless device (170a-c) at an authentication server; generating a certificate or a shared secret or a private key through execution of an application generation module of the authentication server; generating (250, 430) an executable application based on at least authentication information provided by the wireless device (170a-c), wherein the executable application is generated through execution of the application generation module; transferring the executable application from the authentication server to the wireless device (170a-c), wherein execution of the executable application by the wireless device (170a-c) configures the wireless device (170a-c) for access to a restricted wireless network in accordance with the provisioned configuration, wherein the configuration includes installing at the wireless device (170a-c) parameters and policies governing access to the restricted wireless network, and wherein the configuration includes the certificate or the shared secret or the private key; and controlling access of the wireless device (170a-c) to the restricted wireless network, wherein access to the restricted wireless network is based on at least the parameters and policies installed on the wireless device (170a-c) as a part of the wireless device configuration. authenticating a user of the wireless device (170a-c) at an authentication server; generating a certificate or a shared secret or a private key through execution of an application generation module of the authentication server; generating (250, 430) an executable application based on at least authentication information provided by the wireless device (170a-c), wherein the executable application is generated through execution of the application generation module; transferring the executable application from the authentication server to the wireless device (170a-c), wherein execution of the executable application by the wireless device (170a-c) configures the wireless device (170a-c) for access to a restricted wireless network in accordance with the provisioned configuration, wherein the configuration includes installing at the wireless device (170a-c) parameters and policies governing access to the restricted wireless network, and wherein the configuration includes the certificate or the shared secret or the private key; and controlling access of the wireless device (170a-c) to the restricted wireless network, wherein access to the restricted wireless network is based on at least the parameters and policies installed on the wireless device (170a-c) as a part of the wireless device configuration.
A method for forming catalytic nanoparticles, the method comprising: forming core-shell catalytic nanoparticles having a palladium core enclosed by a platinum shell, wherein forming the core-shell catalytic nanoparticles comprises depositing copper on palladium nanoparticle cores, and replacing the copper with platinum, and increasing a percentage of surface area of the core-shell catalytic nanoparticles covered by the platinum shell by further processing the core-shell catalytic nanoparticles characterized in that the percentage of surface area is increased by dissolution of the palladium core which is exposed by pinholes in the platinum shell by subjecting the core-shell nanoparticles to potential cycling after replacement of the copper atoms and before incorporating the core-shell catalytic nanoparticles into a catalyst layer of an electrochemical cell. forming core-shell catalytic nanoparticles having a palladium core enclosed by a platinum shell, wherein forming the core-shell catalytic nanoparticles comprises depositing copper on palladium nanoparticle cores, and replacing the copper with platinum, and increasing a percentage of surface area of the core-shell catalytic nanoparticles covered by the platinum shell by further processing the core-shell catalytic nanoparticles characterized in that the percentage of surface area is increased by dissolution of the palladium core which is exposed by pinholes in the platinum shell by subjecting the core-shell nanoparticles to potential cycling after replacement of the copper atoms and before incorporating the core-shell catalytic nanoparticles into a catalyst layer of an electrochemical cell.
A hydraulic mass determining system arranged for determining the mass of a load displaced by a hydraulic fluid system, whereby the hydraulic mass-determining system is adapted to be connected to a hydraulic fluid system between a hydraulic activator and a lifting device, the hydraulic mass determining system comprises at least one pressure sensor for measuring the pressure in the hydraulic fluid system, where the at least one pressure sensor is connected to a processor, characterised in that the processor is arranged for comparing two pressure signals from the pressure sensor corresponding to a first measurement of a first movement and a second measurement of a second movement, respectively, and for calculating the mass of the load based on the mean value of the two pressure signals, if the value of the two pressure signals differ more than a preset value.
An electrical axle (200, 300, 400) for a four wheeled road vehicle, comprising an electrical propulsion motor (210, 310, 410) arranged coaxially on said axle (200, 300, 400), a first planetary gear (222a, 322a, 422a) connected to said electrical propulsion motor (210, 310, 410) and to a first side of said axle (200, 300, 400), and a second planetary gear (222b, 322b, 422b) connected to said electrical propulsion motor (210, 310, 410) and to a second side of said axle (200, 300, 400), said first and second planetary gears (222, 322, 422) is forming a differential mechanism (220, 320, 420), and a torque vectoring unit (240, 340, 440) comprising an electrical motor (242, 342, 442) arranged coaxially on said axle (200, 300, 400) and being connected to the differential mechanism (220, 320, 420) for providing a change in torque distribution between said first side and said second side of said axle (200, 300, 400) by providing a torque difference to opposite ends of the axle (200, 300, 400), wherein said electrical motor (242, 342, 442) of said torque vectoring unit (240, 340, 440) is connected to the first and second planetary gears (222, 322, 422).
An input control device for use in an electronic device including a display device by which a screen is displayed so as to be scrolled, on which screen a display element, to be subjected to a selecting operation conducted via a touch panel, is displayed, the input control device controlling an acceptance of the operation in such a way to forbid or to permit an acceptance of the selecting operation conducted with respect to the display element displayed on the screen by a display section said input control device comprising: operation accepting means for permitting or forbidding the acceptance of the selecting operation to be conducted with respect to the display element; and accepting operation control means for controlling the operation accepting means in such a way to forbid an accepting of the operation when the scrolling of the screen is started, and then the accepting operation control means controlling the operation accepting means to lift forbiddance of the accepting operation before the scrolling of the screen automatically stops, that is without recourse to operation of a user, wherein said predetermined time is determined in accordance with a scrolling speed and a deceleration rate of the scrolling speed, to allow a user to conduct a selecting operation at a timing when the scrolling speed decreases to such a degree that causes the user not to conduct an erroneous operation in the selection operation, even before the screen scroll stops. operation accepting means for permitting or forbidding the acceptance of the selecting operation to be conducted with respect to the display element; and accepting operation control means for controlling the operation accepting means in such a way to forbid an accepting of the operation when the scrolling of the screen is started, and then the accepting operation control means controlling the operation accepting means to lift forbiddance of the accepting operation before the scrolling of the screen automatically stops, that is without recourse to operation of a user, wherein said predetermined time is determined in accordance with a scrolling speed and a deceleration rate of the scrolling speed, to allow a user to conduct a selecting operation at a timing when the scrolling speed decreases to such a degree that causes the user not to conduct an erroneous operation in the selection operation, even before the screen scroll stops.