mhurhangee/ep-ind-claims huggingface dataset:
A tire comprising: a circular tire frame comprising a resin material; and a metal-resin complex, wound around an outer circumferential portion of the tire frame, which includes a metal member, an adhesive layer and a resin layer in this order, wherein resin encompasses thermoplastic resins, thermoplastic elastomers and thermosetting resins, but not vulcanized rubbers, and characterised in that a tensile elastic modulus of the adhesive layer is less than a tensile elastic modulus of the resin layer. a circular tire frame comprising a resin material; and a metal-resin complex, wound around an outer circumferential portion of the tire frame, which includes a metal member, an adhesive layer and a resin layer in this order, wherein resin encompasses thermoplastic resins, thermoplastic elastomers and thermosetting resins, but not vulcanized rubbers, and characterised in that a tensile elastic modulus of the adhesive layer is less than a tensile elastic modulus of the resin layer.
Method for welding thermoplastic resin articles comprising: providing a support with an infrared irradiated side surface made of a rubber buffer layer, superimposing two or more thermoplastic resin articles on said support, further superimposing an infrared transparent solid to form a superimposed body and irradiating infrared beam to said superimposed body from an irradiation source, the infrared transparent solid is made of an infrared crystal material having a thermal conductivity of 15 W/m*k or higher, characterized in that the irradiation source is a CO laser source irradiating an infrared beam having an oscillation wavelength in 5 μm band. providing a support with an infrared irradiated side surface made of a rubber buffer layer, superimposing two or more thermoplastic resin articles on said support, further superimposing an infrared transparent solid to form a superimposed body and irradiating infrared beam to said superimposed body from an irradiation source, the infrared transparent solid is made of an infrared crystal material having a thermal conductivity of 15 W/m*k or higher, characterized in that the irradiation source is a CO laser source irradiating an infrared beam having an oscillation wavelength in 5 μm band.
A method for controlling the utilization of services being available to a mobile terminal in a communication network (1, 1120, 1220, 1720) for communication connections in dependence on the local position of the mobile terminal in the communication network (1, 1120, 1220, 1720), wherein the communication network (1, 1120, 1220, 1720) comprises at least one service area (Vges) having a cellular network structure composed of radio cells (Z1, Z2), the service area (Vges) for at least one mobile terminal is subdivided into at least one preferred area and one residual area and if the mobile terminal is present in the at least one preferred area, a utilization of at least one service will be enabled for communication connections, which utilization differs from a utilization of services for communication connections which is rendered possible if the mobile terminal is present in the residual area, wherein a storage of the preferred area and/or the service utilizations being available in the preferred area for communication connections is carried out in the mobile terminal by means of at least one data base stored by the mobile terminal, the local position of the mobile terminal in the communication network (1, 1120, 1220, 1720) is determined by means of the mobile terminal, the determined local position is compared by means of the mobile terminal with at least one preferred area gathered in the data base stored by the mobile terminal, it is determined by the mobile terminal on the base of the comparison whether the mobile terminal is present in a preferred area or in the residual area and if the presence of the mobile terminal in a preferred area is determined, the presence of the mobile terminal in a preferred area, the preferred area and service utilizations for communication connections which are made available to the mobile terminal in the preferred area are signalized by the communication network (1, 1120, 1220, 1720) for the control of the service utilizations by means of the communication network (1, 1120, 1220, 1720), wherein the determined local position and/or the result of the comparison are stored by the data base of the mobile terminal, and within the scope of the signalizing, the mobile terminal sends at least one information item with respect to the presence of the mobile terminal in a preferred area, the preferred area and service utilizations for communication connections which are made available to the mobile terminal in the preferred area to the communication network (1, 1120, 1220, 1720), wherein on the base of the information item, the communication network (1, 1120, 1220, 1720) activates and/or charges the service utilizations of the mobile terminal in the communication network (1, 1120, 1220, 1720) which are available in the respective preferred area for communication connections.
A method for producing hierarchical mesoporous beta zeolites comprising: providing parent beta zeolites having a molar ratio of silicon to aluminum of from 5 to 50; mixing the parent beta zeolites with an aqueous metal hydroxide solution; and heating the parent beta zeolites and aqueous metal hydroxide mixture at an autogenous pressure to a temperature greater than or equal to 100°C to produce the hierarchical mesoporous beta zeolites having an average pore size greater than 8 nanometers; where the hierarchical mesoporous beta zeolites are produced without a templating agent or a pore-directing agent. providing parent beta zeolites having a molar ratio of silicon to aluminum of from 5 to 50; mixing the parent beta zeolites with an aqueous metal hydroxide solution; and heating the parent beta zeolites and aqueous metal hydroxide mixture at an autogenous pressure to a temperature greater than or equal to 100°C to produce the hierarchical mesoporous beta zeolites having an average pore size greater than 8 nanometers; where the hierarchical mesoporous beta zeolites are produced without a templating agent or a pore-directing agent.
Inverter, in particular multiphase three-phase Inverter, having a DC link and a power module, which comprises at least one power semiconductor, wherein the DC link and the power module are accommodated on a common printed circuit board, wherein the printed circuit board is fixed in a cover-like housing part and the cover-like housing part is mounted on a heat sink, characterized in that connector pins of electrical power connections of the DC link and of the power module are integrated in the cover-like housing part.
Method for cooling a carrier fluid of a solar power plant, wherein - the carrier fluid is used to drive a turbine of the solar power plant; - the carrier fluid comprises water; and - at least a part of a cooling process is realized by leading the carrier fluid underground a soil to a depth in which the soil is substantially cooler than the ambient air; characterized in that - the depth is selected such that there is at least a temperature difference of 10°C between the ambient air and an underground region in which the cooling, using the thermal inertia of underground soil, takes place. - the carrier fluid is used to drive a turbine of the solar power plant; - the carrier fluid comprises water; and - at least a part of a cooling process is realized by leading the carrier fluid underground a soil to a depth in which the soil is substantially cooler than the ambient air; - the depth is selected such that there is at least a temperature difference of 10°C between the ambient air and an underground region in which the cooling, using the thermal inertia of underground soil, takes place.
A surgical stapling device comprising: an elongated body portion defining a longitudinal axis; a tool assembly pivotally supported at the distal end of the elongated body portion about a pivot axis which is substantially perpendicular to the longitudinal axis of the elongated body portion, the tool assembly including an anvil assembly and a cartridge assembly housing a plurality of staples, the anvil assembly being movably mounted in relation to the cartridge assembly between open and closed positions; characterized by a flexible drive assembly having a distal end configured to translate through the cartridge assembly to eject the staples therefrom; and a blowout plate assembly positioned adjacent the pivot axis on at least one side of the flexible drive assembly; wherein the blowout plate assembly has a first end fixedly attached to the tool assembly and a second end fixedly attached to the elongated body portion, the blowout plate assembly being positioned adjacent the drive assembly to prevent outward buckling of the drive assembly, wherein the blowout plate assembly includes a flexible body having an intermediate spring portion which allows the flexible body to flex outwardly of the longitudinal axis to prevent binding of the flexible drive assembly, and wherein the blowout plate assembly further includes a limit member positioned about the intermediate spring portion to limit the extent to which the intermediate spring portion can flex outwardly. an elongated body portion defining a longitudinal axis; a tool assembly pivotally supported at the distal end of the elongated body portion about a pivot axis which is substantially perpendicular to the longitudinal axis of the elongated body portion, the tool assembly including an anvil assembly and a cartridge assembly housing a plurality of staples, the anvil assembly being movably mounted in relation to the cartridge assembly between open and closed positions; characterized by a flexible drive assembly having a distal end configured to translate through the cartridge assembly to eject the staples therefrom; and a blowout plate assembly positioned adjacent the pivot axis on at least one side of the flexible drive assembly; wherein the blowout plate assembly has a first end fixedly attached to the tool assembly and a second end fixedly attached to the elongated body portion, the blowout plate assembly being positioned adjacent the drive assembly to prevent outward buckling of the drive assembly, wherein the blowout plate assembly includes a flexible body having an intermediate spring portion which allows the flexible body to flex outwardly of the longitudinal axis to prevent binding of the flexible drive assembly, and wherein the blowout plate assembly further includes a limit member positioned about the intermediate spring portion to limit the extent to which the intermediate spring portion can flex outwardly.
An actuatable guidewire stop configured to be locked onto a guidewire for use in a body lumen in medical procedures, comprising: a locking tube (72, 82, 92, 108) disposed about the guidewire and having a locked configuration, wherein the locking tube is prevented from movement relative to the guidewire, and an unlocked configuration, wherein the locking tube is moveable relative to the guidewire; a locking element (74, 84, 94, 102, 104) disposed between the guidewire and the locking tube and in frictional engagement with at least the guidewire in the locked configuration, such that, in the locked configuration, the locking tube is locked to the guidewire by friction; and an actuator (73, 93, 103, 109a, 109b) operatively coupled to the locking element, for drawing the locking element into the locking tube for switching the locking tube from the unlocked configuration to the locked configuration. a locking tube (72, 82, 92, 108) disposed about the guidewire and having a locked configuration, wherein the locking tube is prevented from movement relative to the guidewire, and an unlocked configuration, wherein the locking tube is moveable relative to the guidewire; a locking element (74, 84, 94, 102, 104) disposed between the guidewire and the locking tube and in frictional engagement with at least the guidewire in the locked configuration, such that, in the locked configuration, the locking tube is locked to the guidewire by friction; and an actuator (73, 93, 103, 109a, 109b) operatively coupled to the locking element, for drawing the locking element into the locking tube for switching the locking tube from the unlocked configuration to the locked configuration.
A radiation detection apparatus comprising: a scintillator including a scintillation compound, the scintillation compound comprising a metal element in a trivalent state, and a rare earth element in a divalent state at a concentration of at least 10 ppm atomic of the scintillation compound, wherein, in a host matrix of the scintillator compound, at least a portion of the rare earth element in the divalent state replaces the metal in the trivalent state, the scintillation compound further comprising a dopant in a tetravalent state at the concentration of at least 5 ppm atomic of the scintillator compound, and a photosensor configured to receive scintillating light from the scintillator, wherein the scintillation compound comprises one of the following compounds: - BaAl (10-×-y) RE 2+ x Hf y MgO 17, wherein Hf may partially or completely replaced by Zr and RE 2+ may be Nd 2+, Sm 2+, Eu 2+, Dy 2+, Tm 2+, Yb 2+; - GdCl 3 having some of the Gd replaced by a combination of RE 2+ and M 4+; - RE1 3+ ( 1-a-b)RE2 2+ a M 4+ b X 3, wherein M 4+ is a tetravalent metal element; RE1 3+ is a trivalent rare earth element; RE2 2+ is a divalent rare earth element; X is a halogen; each of a and b is greater than or equal to 0 and less than or equal to 0.2; and (a+b) are greater than or equal to 0.0001 and less than 0.2. a scintillator including a scintillation compound, the scintillation compound comprising a metal element in a trivalent state, and a rare earth element in a divalent state at a concentration of at least 10 ppm atomic of the scintillation compound, wherein, in a host matrix of the scintillator compound, at least a portion of the rare earth element in the divalent state replaces the metal in the trivalent state, the scintillation compound further comprising a dopant in a tetravalent state at the concentration of at least 5 ppm atomic of the scintillator compound, and a photosensor configured to receive scintillating light from the scintillator, wherein the scintillation compound comprises one of the following compounds: - BaAl (10-×-y) RE 2+ x Hf y MgO 17, wherein Hf may partially or completely replaced by Zr and RE 2+ may be Nd 2+, Sm 2+, Eu 2+, Dy 2+, Tm 2+, Yb 2+; - GdCl 3 having some of the Gd replaced by a combination of RE 2+ and M 4+; - RE1 3+ ( 1-a-b)RE2 2+ a M 4+ b X 3, wherein M 4+ is a tetravalent metal element; RE1 3+ is a trivalent rare earth element; RE2 2+ is a divalent rare earth element; X is a halogen; each of a and b is greater than or equal to 0 and less than or equal to 0.2; and (a+b) are greater than or equal to 0.0001 and less than 0.2. - BaAl (10-×-y) RE 2+ x Hf y MgO 17, wherein Hf may partially or completely replaced by Zr and RE 2+ may be Nd 2+, Sm 2+, Eu 2+, Dy 2+, Tm 2+, Yb 2+; - GdCl 3 having some of the Gd replaced by a combination of RE 2+ and M 4+; - RE1 3+ ( 1-a-b)RE2 2+ a M 4+ b X 3, wherein M 4+ is a tetravalent metal element; RE1 3+ is a trivalent rare earth element; RE2 2+ is a divalent rare earth element; X is a halogen; each of a and b is greater than or equal to 0 and less than or equal to 0.2; and (a+b) are greater than or equal to 0.0001 and less than 0.2.
Device for lining up and introducing a plurality of guiding channels in a bone, comprising a handle in which there is removably held a single guiding sleeve (18, 78), in which a central, first guiding channel (30, 80) for a first aiming wire is present, the guiding sleeve (18, 78) being able to be placed with its distal end on a bone, and comprising an arm which projects from the handle and the distal end of which can be placed on the bone at another site, wherein the guiding sleeve (18, 78) has a second guiding channel for a further aiming wire, wherein a central longitudinal axis of the second guiding channel runs at a distance from the central longitudinal axis of the first guiding channel (30, 80) and also running parallel thereto, characterized in that at the guiding sleeve (18, 78) there is at least one cannulation (42; 84, 86, 88), the central longitudinal axis of which runs at the same distance from and parallel to the central axis of the first guiding channel (30, 80), and that the at least one cannulation (42; 84, 86, 88) runs offset in relation to the central longitudinal axis of the second channel in terms of the circumferential angle, so that a further aiming wire introduced through the second guiding channel can be introduced into the at least one open cannulation (42; 84, 86, 88) by pulling off the guiding sleeve (18, 30), turning it about the first aiming wire and reinserting it.
A power conversion device inter-connectable with a power system to which a power facility is connected, the power conversion device is comprised of a voltage-source inverter and a control system for controlling the voltage-source inverter, and the voltage source inverter is arranged to be connected to a system connection point between the power facility and the power system, the control system of the power conversion device having a current command generation circuit, the current command generation circuit configured to include fundamental wave control functions and harmonic control functions cooperating to generate an inverter's output current command value, and a voltage command generation circuit configured to generate an output voltage command for the voltage-source inverter based on the inverter's output current command value output from the current command generation circuit, the current command generation circuit comprising: a fundamental wave control function circuit, which generates a first inverter's output current command value for controlling a fundamental wave of a system current flowing in the power system; a harmonic control function circuit, which generates a second current command value of the inverter's output current command for controlling harmonics of the system current; and a limiting circuit, which limits the second current command value according to an estimated value obtained by estimating an increase in an output voltage based on the second current command value. a fundamental wave control function circuit, which generates a first inverter's output current command value for controlling a fundamental wave of a system current flowing in the power system; a harmonic control function circuit, which generates a second current command value of the inverter's output current command for controlling harmonics of the system current; and a limiting circuit, which limits the second current command value according to an estimated value obtained by estimating an increase in an output voltage based on the second current command value.
A method for reducing power consumption of a detachable card for a mobile communication terminal configured to operate with first and second detachable cards (10, 20), the method comprising: receiving a request for operating one of the first and second cards; determining whether the said one of the first and second cards requested to be operated can be operated with a low voltage; if the said one of the first and second cards requested to be operated can be operated with a low voltage, operating the said one of the first and second cards with a low voltage, receiving a request for operating the other one of the said first and second cards; if the other one of the said first and second cards cannot be operated with a low voltage, operating the first and second cards with a high voltage; if the other one of the said first and second cards can be operated with a low voltage, operating the first and second cards with a low voltage. receiving a request for operating one of the first and second cards; determining whether the said one of the first and second cards requested to be operated can be operated with a low voltage; if the said one of the first and second cards requested to be operated can be operated with a low voltage, operating the said one of the first and second cards with a low voltage, receiving a request for operating the other one of the said first and second cards; if the other one of the said first and second cards cannot be operated with a low voltage, operating the first and second cards with a high voltage; if the other one of the said first and second cards can be operated with a low voltage, operating the first and second cards with a low voltage.
A track comprising a covering formed of slab-shaped cover elements, the upper side of which covering forming a traffic surface extending on the level of the rails of the track, wherein the cover elements, at their edge zones facing the rails of the track, are only supported on the rails of the track via interposed elastomer profiles (7a, 7b) arranged in the lateral recesses of the rails and supporting the cover elements while engaging in the lateral recesses of the rails, characterized in that the elastomer profiles (7a, 7b) comprise longitudinally stable reinforcing elements (14, 15, 16, 27) that are located in the interior thereof and/or on an exterior surface thereof, extend over the longitudinal extension of said profiles (7a, 7b) and are intimately connected with the elastomer material of said profiles, the rigidity of said reinforcing elements being higher than that of the elastomer material.
Convertible vehicle with at least one air flow guiding element which extends at least in sections along a front roof cross member and is formed by a profile around which air flows on the upper and lower side in the driving mode of the vehicle, characterized in that the at least one air flow guiding element, as seen in the longitudinal direction (X direction) of the vehicle, is arranged at least in sections within a housing which is formed in the manner of a hollow profile and which, in order to ensure that the air flow guiding element is acted upon by flowing air, has at least one air inlet opening arranged so as to point towards the front side of the vehicle and at least one air outlet opening arranged so as to point towards the rear side of the vehicle.