mhurhangee/ep-ind-claims huggingface dataset:
A tower for a wind energy device, including a lattice tower part which has a polygonal cross section at least at a top, and a tubular tower part extending thereabove which has a substantially circular cross section at a bottom, wherein the lattice tower part and the tubular tower part are coupled to each other by means of a transition body, wherein the lattice tower part extends partly along the transition body, in a vertical direction, wherein the transition body includes a lowermost part having a polygonal cross section adapted to the lattice tower part, as well as an uppermost part having a circular cross section adapted to the circular cross section of the tubular tower part, wherein the lattice tower part has tubular main legs, wherein the transition body is provided with substantially rounded external corners, wherein the transition body is provided with one or more bent plate parts which each have a substantially constant radius of curvature, and in particular comprise a circular cylinder section, to form the substantially rounded external corners, wherein the transition body is provided with a number of substantially straight plate parts coupled to each other, and wherein the straight plate parts are coupled to each other through bent plate parts, characterised in that the lattice tower, by an upper part thereof, is slotted-in with the transition body, wherein the lattice tower is provided with tubular upper parts sticking up which are each provided with slots to engage the transition body, and in particular having tapering tube parts extending along those slots.
Household appliance with at least one touch key (5a-e) of a touch-sensitive control panel for setting at least one setting parameter of the household appliance, wherein the household appliance is designed to identify faulty operation of the touch key (5a-e) on account of its continuous operation, wherein the household appliance is designed - to determine (S2, S3) the faulty operation in the form of permanent operation by reaching or exceeding a first threshold value (tS_1) of an operation period (td), characterised in that the household appliance is further designed - to automatically reset at least one setting parameter, adjusted by the touch key (5a-e) thus operated in a faulty manner, to a value which is valid immediately before the faulty operation. - to determine (S2, S3) the faulty operation in the form of permanent operation by reaching or exceeding a first threshold value (tS_1) of an operation period (td), - to automatically reset at least one setting parameter, adjusted by the touch key (5a-e) thus operated in a faulty manner, to a value which is valid immediately before the faulty operation.
A system for biofeedback training of a subject, said system comprising: - at least one sensor for obtaining a bio-signal of the subject; - a computing unit for computing a series of biomarkers, each biomarker being representative of the bio-signal of the subject on a first time window; and - a memory comprising the series of biomarkers and a set of parameters including an expected reward ratio and an initial threshold Thr; - at least one interacting means for reporting a reward to the subject, said reward being based on the difference between the biomarker and a computed threshold Thr ( t); wherein the memory is connected to the computing unit for delivering the series of biomarkers and the set of parameters, and the sensor is connected to the computing unit for delivering the biomarkers; wherein the computing unit computes an intermediate threshold Thr intermediate ( t) based on the series of biomarkers on a second time window, such that said intermediate threshold on said second time window could provide the subject with an expected reward ratio; wherein the threshold Thr ( t) is a weighted sum of the intermediate threshold Thr intermediate ( t) and the threshold of the previous iteration Thr ( t- 1) computed as Thr ( t) = α * Thr ( t- 1) + (1 - α) * Thr intermediate ( t), the coefficient α being variable and ranging between 0 and 1; and wherein after each iteration the time windows are moved forward in time. - at least one sensor for obtaining a bio-signal of the subject; - a computing unit for computing a series of biomarkers, each biomarker being representative of the bio-signal of the subject on a first time window; and - a memory comprising the series of biomarkers and a set of parameters including an expected reward ratio and an initial threshold Thr; - at least one interacting means for reporting a reward to the subject, said reward being based on the difference between the biomarker and a computed threshold Thr ( t); wherein the memory is connected to the computing unit for delivering the series of biomarkers and the set of parameters, and the sensor is connected to the computing unit for delivering the biomarkers; wherein the computing unit computes an intermediate threshold Thr intermediate ( t) based on the series of biomarkers on a second time window, such that said intermediate threshold on said second time window could provide the subject with an expected reward ratio; wherein the threshold Thr ( t) is a weighted sum of the intermediate threshold Thr intermediate ( t) and the threshold of the previous iteration Thr ( t- 1) computed as Thr ( t) = α * Thr ( t- 1) + (1 - α) * Thr intermediate ( t), the coefficient α being variable and ranging between 0 and 1; and wherein after each iteration the time windows are moved forward in time.
An integrated gasification apparatus for carbonaceous fuel, comprising: a gasifier to react carbonaceous fuel and a gasification agent to produce a syngas, wherein the gasifier includes a heat exchanger; a flash dryer to lower a water content of the carbonaceous fuel containing water fed into the flash dryer using high-pressure steam produced in the heat exchanger; and a water gas shift reactor to produce hydrogen and carbon dioxide from the steam discharged from the flash dryer and the syngas, wherein the flash dryer comprises a high-pressure feeder for feeding the carbonaceous fuel, a dryer tube for feeding the steam, a cyclone for separating the steam and the carbonaceous fuel, a filter for separating fine particles from the steam separated by the cyclone, and a storage tank for storing the carbonaceous fuel. a gasifier to react carbonaceous fuel and a gasification agent to produce a syngas, wherein the gasifier includes a heat exchanger; a flash dryer to lower a water content of the carbonaceous fuel containing water fed into the flash dryer using high-pressure steam produced in the heat exchanger; and a water gas shift reactor to produce hydrogen and carbon dioxide from the steam discharged from the flash dryer and the syngas, wherein the flash dryer comprises a high-pressure feeder for feeding the carbonaceous fuel, a dryer tube for feeding the steam, a cyclone for separating the steam and the carbonaceous fuel, a filter for separating fine particles from the steam separated by the cyclone, and a storage tank for storing the carbonaceous fuel.
A telecommunications system including an internet protocol multimedia sub-system operable to provide an internet protocol communications service to a mobile terminal, the internet protocol multimedia sub-system being arranged to register the mobile terminal for deploying multi-media communications sessions to the mobile terminal via a first mobile access network and a second mobile access network, the registration including authentication and authorisation of the mobile terminal for receiving communications services, and the mobile terminal is operable as a calling terminal to communicate a set-up request message for requesting a bearer channel via a first mobile access network for communicating user data to and from a correspondent terminal acting as a called terminal to support a communications session with the correspondent terminal, the first mobile access network being operable to communicate a session set-up message to the internet protocol multimedia sub-system, the session set-up message including an identifier of the mobile terminal and an identifier of the correspondent terminal, the internet protocol multimedia sub-system being operable to initiate the communications session between the mobile terminal and the correspondent terminal without confirming the communication session with the mobile terminal, and consequent upon the mobile terminal roaming from the first mobile access network to the second mobile access network and requesting a communications bearer via the second mobile access network for continuing the communications session via the second mobile access network, the internet protocol multimedia sub-system is operable to establish the communications bearer via the second mobile access network, to act to terminate the communications session, the mobile terminal acting as a calling terminal and the correspondent terminal acting as a called terminal and to communicate a confirmation message to the mobile terminal via the second mobile access network confirming the communication session has been established to the mobile terminal, to provide the communications bearer via the second mobile access network for continuing the communications session with the mobile terminal via the second mobile access network.
An outdoor microphone comprising: - a microphone assembly comprising at least one microphone and mounted in a first housing element with openings surrounding a cavity; - a loudspeaker assembly mounted in a second housing element connected with the first housing element and comprising a loudspeaker for generating sound; characterized in that: - the at least one microphone is a first MEMS microphone configured as a measurement microphone; - the microphone assembly further comprises: - at least a second MEMS microphone configured as a reference microphone; - an amplifier for generating a loudspeaker driving signal; - a microprocessor configured to compare the signal level measured by the measurement microphone and the reference microphone and converted by a dual-channel A//D converter; - and wherein a springy connector installed inside the first and second housing elements (101, 102) for connecting the loudspeaker assembly with the microphone assembly to conduct the loudspeaker driving signal; - and wherein the cavity in the first housing element passes ambient sound from the environment and the sound from the loudspeaker assembly located at one end of the cavity to the microphone assembly located at the other end of the cavity. - a microphone assembly comprising at least one microphone and mounted in a first housing element with openings surrounding a cavity; - a loudspeaker assembly mounted in a second housing element connected with the first housing element and comprising a loudspeaker for generating sound; - the at least one microphone is a first MEMS microphone configured as a measurement microphone; - the microphone assembly further comprises: - at least a second MEMS microphone configured as a reference microphone; - an amplifier for generating a loudspeaker driving signal; - a microprocessor configured to compare the signal level measured by the measurement microphone and the reference microphone and converted by a dual-channel A//D converter; - at least a second MEMS microphone configured as a reference microphone; - an amplifier for generating a loudspeaker driving signal; - a microprocessor configured to compare the signal level measured by the measurement microphone and the reference microphone and converted by a dual-channel A//D converter; - and wherein a springy connector installed inside the first and second housing elements (101, 102) for connecting the loudspeaker assembly with the microphone assembly to conduct the loudspeaker driving signal; - and wherein the cavity in the first housing element passes ambient sound from the environment and the sound from the loudspeaker assembly located at one end of the cavity to the microphone assembly located at the other end of the cavity.
A dental barrier membrane comprising a sterilized fragment of a silkworm cocoon, prepared by dividing a silkworm cocoon into two or more fragments in a predetermined form, the cocoon having a shell having a first thickness.
Circulation pump for swimming pools or swimming baths, having a pump housing in which is arranged a centrifugal pump, an electric motor which is surrounded by a substantially cylindrical motor housing shell, wherein the motor housing shell has on an end face a connecting flange for connecting the electric motor to the pump housing, a ventilator, which is arranged on the end face of the motor housing shell which is opposite the connecting flange, and which is designed to generate a cooling air flow along the outer surface of the motor housing shell, wherein the ventilator has a ventilator impeller which is formed by a ventilator hub and ventilator blades arranged on the ventilator hub, characterised in that the ventilator hub has an end face which is free of ventilator blades and the diameter (D N) of which is at least 60% of the diameter (D L) of the ventilator impeller, and that the ventilator blades are arranged on the outer circumference of the ventilator hub and have a radial height (H s) which is at most 20% of the diameter (D L) of the ventilator impeller. a pump housing in which is arranged a centrifugal pump, an electric motor which is surrounded by a substantially cylindrical motor housing shell, wherein the motor housing shell has on an end face a connecting flange for connecting the electric motor to the pump housing, a ventilator, which is arranged on the end face of the motor housing shell which is opposite the connecting flange, and which is designed to generate a cooling air flow along the outer surface of the motor housing shell, wherein the ventilator has a ventilator impeller which is formed by a ventilator hub and ventilator blades arranged on the ventilator hub, that the ventilator hub has an end face which is free of ventilator blades and the diameter (D N) of which is at least 60% of the diameter (D L) of the ventilator impeller, and that the ventilator blades are arranged on the outer circumference of the ventilator hub and have a radial height (H s) which is at most 20% of the diameter (D L) of the ventilator impeller.
A method of making a waveguiding optical component, comprising: processing a polymer optical material to form a billet having an axis of light transmission and having residual stress maintaining a transverse extent of the billet; placing the billet into a mold, the mold being configured to constrain transverse expansion of the billet according to a desired shape of the waveguiding optical component; and heating the billet in the mold to induce relaxation of the residual stress and corresponding transverse expansion of the billet, thereby forming the billet into the waveguiding optical component with the desired shape. processing a polymer optical material to form a billet having an axis of light transmission and having residual stress maintaining a transverse extent of the billet; placing the billet into a mold, the mold being configured to constrain transverse expansion of the billet according to a desired shape of the waveguiding optical component; and heating the billet in the mold to induce relaxation of the residual stress and corresponding transverse expansion of the billet, thereby forming the billet into the waveguiding optical component with the desired shape.
A locking bar for arrangement in a loading space of a vehicle, which locking bar is provided for positive integration into two holding elements arranged opposite one another at a vehicle side, with at least two tube sections (7, 8) which are arranged telescopically in the longitudinal direction of the locking bar, with connection elements which are arranged at the ends of the locking bar and formed in each case to be received in a holding element, and with at least one spring element, wherein two bar parts (4, 5) are arranged to be rotatable to one another about their longitudinal axis over an angle, characterized in that the spring element is formed and arranged in such a manner that it can generate a torsional force acting between the bar parts (4, 5).
A treatment solution for chromium-free insulating coating for grain-oriented electrical steel sheet containing one or more of a Mg phosphate, Ca phosphate, Ba phosphate, Sr phosphate, Zn phosphate, Al phosphate, and Mn phosphate and Ti in an amount of 25 parts by mass or less per 100 parts by mass of the phosphate in terms of TiO 2, wherein colloidal silica is contained in an amount of 50 parts by mass to 120 parts by mass per 100 parts by mass of the phosphate in terms of solid content of SiO 2, and a water-soluble metal salt of Mg, Ca, Ba, Sr, Zn, Al, and Mn is contained to adjust the molar ratio between M 2+ (= Mg, Ca, Ba, Sr, Zn, Mn) and/or M 3+ (= Al) which are metallic elements contained in the treatment solution and P to a range of 0.6 ≤ (M 2+ + 1.5 × M 3+)/P ≤ 1.0, wherein the water-soluble metal salt is one or more of nitrate, acetate, and chloride.
A glass bowl for a door assembly of a washer, the glass bowl comprising: a bowl portion having an open end and a closed end; and a flange extending radially from a perimeter of the open end of the bowl portion and in a plane that corresponds to a plane of the door assembly for securing the glass bowl to the door assembly, characterized in that the flange includes a plurality of stiffening features (50a, 50b, 50c, 50d) for fixedly engaging a plurality of portions of one of a door frame and an inner ring of the door assembly for increasing a stiffness of the door assembly. a bowl portion having an open end and a closed end; and a flange extending radially from a perimeter of the open end of the bowl portion and in a plane that corresponds to a plane of the door assembly for securing the glass bowl to the door assembly, characterized in that the flange includes a plurality of stiffening features (50a, 50b, 50c, 50d) for fixedly engaging a plurality of portions of one of a door frame and an inner ring of the door assembly for increasing a stiffness of the door assembly.
Switching device for a busbar system, wherein the switching device has an input contact, which is associated with the respective busbar of the busbar system, for making contact with the busbar, an outgoing contact which is associated with the respective input contact, and a fuse receptacle which is associated with the respective busbar, wherein the fuse receptacle has a receiving device for receiving a fuse insert, wherein the receiving device can be mounted in a mounting section of the switching device, wherein the receiving device has first locking means and the mounting section has second locking means, wherein the receiving device has a preloading means, wherein, in a locking position of the receiving device and the mounting section, a fuse insert which can be arranged in the receiving device and has a first contact-making area is preloaded against a mounting section-side first contact, wherein the receiving device has a receiving body, wherein the receiving body has a cover section and a casing section, wherein the casing section serves to receive the fuse insert, characterized in that, in a first angular position of the receiving device with respect to the mounting section, the receiving device can be moved in an axial direction in the mounting section and, in a second angular position of the receiving device with respect to the mounting section, interaction between the first and the second locking means (7, 8) prevents axial movement of the receiving device with respect to the mounting section, wherein the receiving device has a contact lug, which is mounted in the receiving body, for making contact with a second contact-making area of the fuse insert, wherein the contact lug is movably mounted in the receiving body and wherein the preloading means is arranged between the contact lug and the cover section.
A blade unit comprising a movable blade that cuts recording paper with a fixed blade, the blade unit including a slider to which the movable blade is attachable, wherein the slider includes: a contact part configured to contact the movable blade; and it is further characterized by comprising a flexible part; and a first protrusion provided on the flexible part and configured to engage with a first opening provided in the movable blade; wherein the flexible part is formed thinner than the contact part such that the flexible part flexes in a direction in which the first protrusion is pushed. a contact part configured to contact the movable blade; and it is further characterized by comprising a flexible part; and a first protrusion provided on the flexible part and configured to engage with a first opening provided in the movable blade;
An oral irrigator comprising a first liquid container; an nozzle outlet; a pump driven by a drive to pump liquid from the liquid container to the nozzle outlet so that a liquid jet is emitted via the nozzle outlet; a first switch element arranged so that the drive is powered when the first switch element is actuated once and the oral irrigator is switched into an ON state and so that powering of the drive is stopped and the oral irrigator is switched into an OFF state when the first switch element is actuated once again; and a second switch element arranged so that the drive is powered only while the second switch element is continuously actuated by the user and powering is stopped when the second switch element is released. a first liquid container; an nozzle outlet; a pump driven by a drive to pump liquid from the liquid container to the nozzle outlet so that a liquid jet is emitted via the nozzle outlet; a first switch element arranged so that the drive is powered when the first switch element is actuated once and the oral irrigator is switched into an ON state and so that powering of the drive is stopped and the oral irrigator is switched into an OFF state when the first switch element is actuated once again; and a second switch element arranged so that the drive is powered only while the second switch element is continuously actuated by the user and powering is stopped when the second switch element is released.