mhurhangee/ep-ind-claims huggingface dataset:
A device for vibration stimulation of body tissue in a body cavity comprising a stimulation member for imparting vibrations to said body tissue in said body cavity, said stimulation member defining an enclosed volume comprising a flexible electrically insulating layer having a first surface and a second surface, wherein at least a part of the first surface of the layer is adapted to abut against the tissue of the body cavity; a first compliant electrically conducting layer provided on at least a part of the second surface of the insulating layer, and being electrically connectable to a first electrical potential; a dielectric polymer layer provided on at least a part of the first conducting layer; a second compliant electrically conducting layer provided on at least a part of the dielectric polymer layer, and being electrically connectable to a second electrical potential; wherein the stimulation member is expandable and can be arranged in a first state wherein the stimulation member can be introduced via a body opening into a body cavity, and a second state wherein the stimulation member is expanded to a volume such that the first surface of the electrically insulating layer abuts against the tissue within the body cavity.
An inserter for an implant comprising: an elongated, substantially rigid shaft having a proximal surface which is capable of receiving a driving force; a substantially rigid tip portion having a distal end and a proximal end, and at least the distal end being capable of being placed within an implant; and a compliant region disposed between the tip portion and the shaft which requires less lateral force to bend than the tip portion; characterised in that: the compliant region is formed of a material that is more malleable than that of the tip portion. an elongated, substantially rigid shaft having a proximal surface which is capable of receiving a driving force; a substantially rigid tip portion having a distal end and a proximal end, and at least the distal end being capable of being placed within an implant; and a compliant region disposed between the tip portion and the shaft which requires less lateral force to bend than the tip portion; characterised in that: the compliant region is formed of a material that is more malleable than that of the tip portion. the compliant region is formed of a material that is more malleable than that of the tip portion.
A computer-implemented method for controlling a marine vessel, comprising: obtaining motion data related to the marine vessel; obtaining an operation state related to one or more apparatuses exerting force from the marine vessel to ambient water, wherein the one or more apparatuses exerting force comprise one or more podded azimuth thrusters, and the operation state comprises information on one or more of a current steering angle, a current speed, a current torque, a current power, a current thrust; detecting a disturbance in one or more degrees of freedom affecting the marine vessel based on the motion data; and determining control data for the one or more apparatuses exerting force to attenuate the detected disturbance, wherein the determining of the control data comprises determining one or more of a steering angle, speed, torque, power and thrust for each podded azimuth thruster to attenuate the detected disturbance, characterized in that the determining of the control data further comprises determining a torque caused by surfaces of a pod and a strut of each podded azimuth thruster to attenuate the detected disturbance. obtaining motion data related to the marine vessel; obtaining an operation state related to one or more apparatuses exerting force from the marine vessel to ambient water, wherein the one or more apparatuses exerting force comprise one or more podded azimuth thrusters, and the operation state comprises information on one or more of a current steering angle, a current speed, a current torque, a current power, a current thrust; detecting a disturbance in one or more degrees of freedom affecting the marine vessel based on the motion data; and determining control data for the one or more apparatuses exerting force to attenuate the detected disturbance, wherein the determining of the control data comprises determining one or more of a steering angle, speed, torque, power and thrust for each podded azimuth thruster to attenuate the detected disturbance, characterized in that the determining of the control data further comprises determining a torque caused by surfaces of a pod and a strut of each podded azimuth thruster to attenuate the detected disturbance.
A slide bearing for telescopic booms or arms (3, 72) which are extendable and retractable under load and which comprise a plurality of boom or arm sections (5, 7, 9, 73, 75, 77) being movable with respect to each other, wherein said slide bearing comprises: a first section in form of a housing, comprising a central recess, being adapted to receive a second and a third section, a second section being received in said central recess of said first housing section, and a third section comprising a sliding surface, said third section serving as slide plate of the slide bearing, characterized in that said third section is smoothly in contact with said second section, said second section comprises a central inner recess opening to the bottom of the central recess of the first section and extending into said second section until a base section thereof, and said second section is configured such that it provides a load deflection curve starting from a rather flat part and turning into and ending in a very steep part. a first section in form of a housing, comprising a central recess, being adapted to receive a second and a third section, a second section being received in said central recess of said first housing section, and a third section comprising a sliding surface, said third section serving as slide plate of the slide bearing, characterized in that said third section is smoothly in contact with said second section, said second section comprises a central inner recess opening to the bottom of the central recess of the first section and extending into said second section until a base section thereof, and said second section is configured such that it provides a load deflection curve starting from a rather flat part and turning into and ending in a very steep part.
An ammunition for a non-lethal protection of a platform, such as a vehicle or a structure, which ammunition is provided with means, such as a base, for allowing it to be secured in a dismantlable way to a firing base integral with the platform, which ammunition is provided with a case containing a container which contains a lachrymatory means, which is pressurised or which can be scattered by a propellant gas, which case is closed at its front part by a plug which has at least one diffuser nozzle connected to the container via a remote-controllable valve which is intended to be actuated from the firing base, after the ammunition is secured to the latter, and via a control interface which is intended to cooperate with the firing base.
A computer implemented method for coordinating firmware updates comprising: receiving, from a head end system, HES, firmware upgrades at a hub device, wherein the firmware upgrades comprise one or more firmware upgrade images for updating one or more target devices, wherein the hub device acts as both a coordinator and gateway between a wide area network, WAN, and one or more home area network, HAN, devices; receiving by a designated server at the hub device an image set listing available firmware upgrades; selecting by the designated server the firmware upgrade to be downloaded over the WAN; informing by the designated server the head end system, HES, of its selection, wherein the designated server is an upgrade server; collecting WAN messages, at the hub device, that transmit and control one or more firmware upgrade images; performing, by the hub device, firmware upgrade on a target device when the target device is the hub device; transferring, from the hub device, the one or more firmware upgrade images to the one or more target devices when the one or more target devices are HAN devices; initiating, by the hub device, upgrade of the one or more target devices in accordance with the transferred one or more firmware upgrade images; reporting, by the hub device, a status of each of the one or more target devices to the WAN; and messaging, by the hub device, activation instructions for the one or more firmware upgrade images to the one or more target devices, scheduling, by the hub device, an activation time for each firmware upgrade. receiving, from a head end system, HES, firmware upgrades at a hub device, wherein the firmware upgrades comprise one or more firmware upgrade images for updating one or more target devices, wherein the hub device acts as both a coordinator and gateway between a wide area network, WAN, and one or more home area network, HAN, devices; receiving by a designated server at the hub device an image set listing available firmware upgrades; selecting by the designated server the firmware upgrade to be downloaded over the WAN; informing by the designated server the head end system, HES, of its selection, wherein the designated server is an upgrade server; collecting WAN messages, at the hub device, that transmit and control one or more firmware upgrade images; performing, by the hub device, firmware upgrade on a target device when the target device is the hub device; transferring, from the hub device, the one or more firmware upgrade images to the one or more target devices when the one or more target devices are HAN devices; initiating, by the hub device, upgrade of the one or more target devices in accordance with the transferred one or more firmware upgrade images; reporting, by the hub device, a status of each of the one or more target devices to the WAN; and messaging, by the hub device, activation instructions for the one or more firmware upgrade images to the one or more target devices, scheduling, by the hub device, an activation time for each firmware upgrade.
A thermoplastic acrylonitrile-butadiene-styrene copolymer/lignin blend comprising: (i) an amount of lignin; (ii) an amount of acrylonitrile-butadiene-styrene copolymer; and (iii) an amount of compatibilizing agent, wherein the compatibilizing agent comprises a copolymer of acrylonitrile and butadiene, an acrylonitirile butadiene styrene copolymer having a butadiene content of at least 50% by weight, and polyethylene glycol having a molecular weight between 5,000 and 50,000 daltons; or a copolymer of acrylonitrile and butadiene, an acrylonitirile butadiene styrene copolymer having a butadiene content of at least 50% by weight, and maleic anhydride, and wherein the lignin is present in an amount of at least 5 wt % by total weight of components (i) and (ii), and the compatibilizing agent comprises from 0.5 to 25% by weight of the total weight of the blend. (i) an amount of lignin; (ii) an amount of acrylonitrile-butadiene-styrene copolymer; and (iii) an amount of compatibilizing agent, wherein the compatibilizing agent comprises a copolymer of acrylonitrile and butadiene, an acrylonitirile butadiene styrene copolymer having a butadiene content of at least 50% by weight, and polyethylene glycol having a molecular weight between 5,000 and 50,000 daltons; or a copolymer of acrylonitrile and butadiene, an acrylonitirile butadiene styrene copolymer having a butadiene content of at least 50% by weight, and maleic anhydride, and
An apparatus of a Wi-Fi device for performing handover operations, the apparatus comprising processing circuitry configured to: identify, when the Wi-Fi device is associated to a first access point, AP, a second AP to which to transfer connection from the first AP; transmit, to the first AP, when the Wi-Fi device is associated to the first AP, a request to transfer connection from the first AP to the second AP; identify a response, received from the first AP, representing that the second AP is available to transfer connection from the first AP to the second AP; transmit an association request to the first AP, the association request representing a request to associate to the second AP; and identify an association response, received from the first AP, representing that the Wi-Fi device is associated to the second AP. identify, when the Wi-Fi device is associated to a first access point, AP, a second AP to which to transfer connection from the first AP; transmit, to the first AP, when the Wi-Fi device is associated to the first AP, a request to transfer connection from the first AP to the second AP; identify a response, received from the first AP, representing that the second AP is available to transfer connection from the first AP to the second AP; transmit an association request to the first AP, the association request representing a request to associate to the second AP; and identify an association response, received from the first AP, representing that the Wi-Fi device is associated to the second AP.
A remote heave compensation system associated with a crane on a vessel and comprising: a heave compensator arranged remotely from the crane and configured to translate in association with and to compensate for heaving motion of the vessel; characterized in that, an equalizer arranged on the crane and coupled to an end of a multiline system of the crane; and a heave line secured to the equalizer at a first end and secured to the heave compensator at a second end, wherein, compensating motion of the heave compensator is transferred to the equalizer by the heave line to compensate for heaving motion of the vessel and stabilize objects suspended from the multiline system of the crane. a heave compensator arranged remotely from the crane and configured to translate in association with and to compensate for heaving motion of the vessel; characterized in that, an equalizer arranged on the crane and coupled to an end of a multiline system of the crane; and a heave line secured to the equalizer at a first end and secured to the heave compensator at a second end,
A load carrying truck provided with a traction system wherein said system comprises - at least a first pair of traction wheels (2a, 2b) mounted on a rear drive axle being drivingly connected by a mechanical drivetrain to an internal combustion engine - a second pair of steerable traction wheels (6a, 6b) mounted on an axle and being hydraulically powered by a pair of hydraulic motors (8a, 8b), each one located at each wheel of said second pair of traction wheels (6a, 6b) - a hydraulic circuit comprising a hydraulic pump powered by the internal combustion engine and arranged to drive said hydraulic motors (8a, 8b), wherein said traction system further comprises a control unit connected to the hydraulic pump and adapted to send output signals in order to control the work of the hydraulic pump, and thus the pressure and/or flow delivered from the hydraulic pump to the hydraulic wheel motors (8a, 8b), said control unit using an algorithm to compute said output signals in dependence of at least one first input signal indicating a rotational speed of at least a rear wheel (2a, 2b) and a second input signal received by said control unit indicating a steering angle of said second pair of traction wheels (6a, 6b) provided with the hydraulic motors (8a, 8b), characterized in that said hydraulic pump is hydraulically connected to the respective hydraulic wheel motors (8a,8b) in parallel such that the hydraulic pressure in each one of the wheel motors (8a, 8b) is in direct communication with each other. - at least a first pair of traction wheels (2a, 2b) mounted on a rear drive axle being drivingly connected by a mechanical drivetrain to an internal combustion engine - a second pair of steerable traction wheels (6a, 6b) mounted on an axle and being hydraulically powered by a pair of hydraulic motors (8a, 8b), each one located at each wheel of said second pair of traction wheels (6a, 6b) - a hydraulic circuit comprising a hydraulic pump powered by the internal combustion engine and arranged to drive said hydraulic motors (8a, 8b),
An infra-red detector array device comprising: a semiconductor substrate comprising an etched portion; at least two dielectric membranes (2, 3) formed on the semiconductor substrate; an array of IR detectors comprising at least two IR detectors, wherein said array of IR detectors are formed on or within said at least two dielectric membranes (2, 3); and wherein a first IR detector of the array of IR detectors is formed on or within a first dielectric membrane and wherein a second IR detector of the array of IR detectors is formed on or within a second dielectric membrane; and at least one patterned layer formed within or on at least one of said dielectric membranes for controlling the IR absorption of at least one of the said IR detectors, and wherein said at least one patterned layer comprises laterally spaced structures; and wherein said at least one patterned layer is located above one of the at least two IR detectors so that said at least one patterned layer is associated with one of the at least two IR detectors, and further comprising circuitry (25, 26, 27) formed on the same chip with said array of IR detectors, wherein the circuitry comprises analogue circuitry to improve spectral selectivity by processing the outputs from each individual IR detector within the array; and wherein the circuitry comprises a differential amplifier to determine the differential signal between two IR detectors to extract the difference in a spectral response. a semiconductor substrate comprising an etched portion; at least two dielectric membranes (2, 3) formed on the semiconductor substrate; an array of IR detectors comprising at least two IR detectors, wherein said array of IR detectors are formed on or within said at least two dielectric membranes (2, 3); and wherein a first IR detector of the array of IR detectors is formed on or within a first dielectric membrane and wherein a second IR detector of the array of IR detectors is formed on or within a second dielectric membrane; and at least one patterned layer formed within or on at least one of said dielectric membranes for controlling the IR absorption of at least one of the said IR detectors, and wherein said at least one patterned layer comprises laterally spaced structures; and wherein said at least one patterned layer is located above one of the at least two IR detectors so that said at least one patterned layer is associated with one of the at least two IR detectors, and further comprising circuitry (25, 26, 27) formed on the same chip with said array of IR detectors, wherein the circuitry comprises analogue circuitry to improve spectral selectivity by processing the outputs from each individual IR detector within the array; and wherein the circuitry comprises a differential amplifier to determine the differential signal between two IR detectors to extract the difference in a spectral response.
A process for drying of uncoated or film-coated tablets comprising 4-[(3-chloro-4-fluorophenyl)amino]-6-{[4-(N,N-dimethylamino)-1-oxo-2-buten-1-yl]amino}-7-( -tetrahydrofuran-3-yloxy)-quinazoline (BIBW 2992) in the form of its dimaleate (MA 2) salt (BIBW 2992 MA 2) as the active ingredient and at least one further excipient, comprising drying with a gas which is inert towards the ingredients of said tablets at the drying conditions and which has a relative humidity (rh) of not more than 15 %, at a temperature below 40°C.
A connection assembly for attaching an electrical apparatus to a bus bar, the connection assembly comprising a bolt and a nut, the nut being configured to push said electrical apparatus towards the bus bar when the connection assembly is in use, wherein the bolt has a head and a shaft, which shaft is provided with a thread and configured to be screwed into the nut, the shaft extending essentially from the centre of the head of the bolt, wherein the head, as seen in a plane perpendicular to the longitudinal axis of the shaft, has an elongated shape so as to allow the head to be introduced into a groove in a bus bar through a slot with the longitudinal axis of the head extending along the slot and thereafter be rotated so as to come into engagement with opposite walls in the groove, wherein frictional means is provided between the bolt and the nut, the frictional means being configured to provide enough friction between the bolt and the nut for the bolt to rotate with the nut when the nut is turned if the head of the bolt by the surroundings is allowed to rotate essentially freely, characterized in that the nut has a through hole and that the bolt has an indicator mark on the surface of the free end of the shaft, which indicator mark indicates the turning position of the bolt, the indicator mark being visible through said through hole of the nut when the thread of the nut is in engagement with the thread of the shaft of the bolt.
A modified Aβ 42 peptide comprising the N-terminal immunoreactive domain and the C-terminal immunoreactive domain of Aβ 42, wherein the central aggregation domain amino acids 17-20 and various lengths of the adjacent C-terminal peptide are replaced with a linker selected from: - a linker having the amino acid sequence EERP or DREPNR, - linkers consisting of an integer number of lysine residues or an integer number of glutamic acid residues or an integer number of alanine residues, - polyethylene glycols (PEGs), and - dendrimers and branched co-polymers able to couple amino acid residues. - a linker having the amino acid sequence EERP or DREPNR, - linkers consisting of an integer number of lysine residues or an integer number of glutamic acid residues or an integer number of alanine residues, - polyethylene glycols (PEGs), and - dendrimers and branched co-polymers able to couple amino acid residues.