mhurhangee/ep-ind-claims huggingface dataset:
Door bearing for a door of a refrigerated cabinet, whereas the door bearing comprises a bearing section for the door side for fixing the door bearing for the door and a bearing section for the cabinet head side for fixing the door on a cabinet head of the refrigerated cabinet, and whereas the bearing section for the cabinet head side is both movable in a longitudinal direction of the door bearing relative to the bearing section for the door side and pivotable relative to the bearing section for the door side, characterized in that the bearing section for the cabinet head side and the bearing section for the door side are in contact with each other in a positive-locking manner, and form the upper door bearing.
A multilayer film or skin for free space optical data transmission, comprising: - a first outer layer, which includes a first area extending in a plane of the first outer layer that transmits optical data signals received over a range of incident angles; and - a second layer that includes a second area extending in a plane of the second layer which underlies the first outer layer in which at least a portion of the optical data signals received from the first outer layer is concentrated into a substantially reduced area, wherein the second layer only transmits optical data signals from a specific optical collection area that is defined in the second layer, the specific optical collection area being less than an entirety of the second layer; - an optical detector for receiving the optical data signals; - a third layer which accepts the optical data signals from the second layer, the third layer including at least one waveguide for directing the optical data signals to the optical detector, wherein the at least one waveguide especially has dimensions that cause optical interference or other signal degrading effects to be reduced; and - an electrical connection extending from the optical detector to an external receiving device. - a first outer layer, which includes a first area extending in a plane of the first outer layer that transmits optical data signals received over a range of incident angles; and - a second layer that includes a second area extending in a plane of the second layer which underlies the first outer layer in which at least a portion of the optical data signals received from the first outer layer is concentrated into a substantially reduced area, wherein the second layer only transmits optical data signals from a specific optical collection area that is defined in the second layer, the specific optical collection area being less than an entirety of the second layer; - an optical detector for receiving the optical data signals; - a third layer which accepts the optical data signals from the second layer, the third layer including at least one waveguide for directing the optical data signals to the optical detector, wherein the at least one waveguide especially has dimensions that cause optical interference or other signal degrading effects to be reduced; and - an electrical connection extending from the optical detector to an external receiving device.
A method for prioritizing selection of cells in communication system, the method comprising: receiving, by a user equipment, UE, from a serving cell, local area data network, LADN, information, comprising a type of each of LADN services that are supported by the serving cell and neighboring cells and tracking area codes of the neighboring cells; selecting, by the UE, at least one neighboring cell providing at least one intended LADN service among the neighboring cells based on the LADN information; identifying, by the UE, strength and quality of signals received from the at least one selected neighboring cell; and connecting, by the UE, to one of the at least one selected neighboring cell when the identified strength and quality of the signals is above a threshold. receiving, by a user equipment, UE, from a serving cell, local area data network, LADN, information, comprising a type of each of LADN services that are supported by the serving cell and neighboring cells and tracking area codes of the neighboring cells; selecting, by the UE, at least one neighboring cell providing at least one intended LADN service among the neighboring cells based on the LADN information; identifying, by the UE, strength and quality of signals received from the at least one selected neighboring cell; and connecting, by the UE, to one of the at least one selected neighboring cell when the identified strength and quality of the signals is above a threshold.
A stator for a rotary electric machine comprising: a holding ring including a circular cylindrical portion and being attachable to a housing; and a plurality of core teeth each of including: a tooth portion which radially extends and around which a coil is wound; and a back yoke portion which is connected to the radially outward side of the tooth portion and circumferentially extends; the plurality of core teeth being arranged in an annular shape with ends of the back yoke portions of each adjacent ones thereof abutted against each other, and being attached to an inner circumferential surface of the circular cylindrical portion through press-fitting or shrink-fitting; characterized in that the outer circumferential surface of each of the back yoke portions includes a protruded portion (α) at the circumferential center thereof and includes recessed portions (β) at the opposite circumferential ends thereof, the protruded portion (α) being protruded radially outwardly from a reference circle (φ) formed to be located a predetermined distance apart from the axial center of the stator, the recessed portion (β) being recessed radially inwardly from the reference circle (φ), wherein the protruded portion (α) and the recessed portions (β) are formed of a sine curve or a cosine curve wherein, in each of the core teeth, a radial distance from the reference circle (φ) to the protruded portion (α) is equal to a radial distance from the reference circle (φ) to each of the recessed portions (β). a holding ring including a circular cylindrical portion and being attachable to a housing; and a plurality of core teeth each of including: a tooth portion which radially extends and around which a coil is wound; and a back yoke portion which is connected to the radially outward side of the tooth portion and circumferentially extends; the plurality of core teeth being arranged in an annular shape with ends of the back yoke portions of each adjacent ones thereof abutted against each other, and being attached to an inner circumferential surface of the circular cylindrical portion through press-fitting or shrink-fitting; characterized in that the outer circumferential surface of each of the back yoke portions includes a protruded portion (α) at the circumferential center thereof and includes recessed portions (β) at the opposite circumferential ends thereof, the protruded portion (α) being protruded radially outwardly from a reference circle (φ) formed to be located a predetermined distance apart from the axial center of the stator, the recessed portion (β) being recessed radially inwardly from the reference circle (φ), wherein the protruded portion (α) and the recessed portions (β) are formed of a sine curve or a cosine curve wherein, in each of the core teeth, a radial distance from the reference circle (φ) to the protruded portion (α) is equal to a radial distance from the reference circle (φ) to each of the recessed portions (β).
A non-aqueous electrolyte secondary battery comprising: a positive electrode, a negative electrode, a separator interposed between the positive electrode and the negative electrode, and an electrolyte solution, wherein the electrolyte solution includes a solvent, a solute, and a carboxylic anhydride, the solvent includes a carboxylic acid ester compound, and the solute includes a sulfonyl imide compound, characterized in that the sulfonyl imide compound includes lithium bis(fluorosulfonyl)imide: LiN(SO 2 F) 2. a positive electrode, a negative electrode, a separator interposed between the positive electrode and the negative electrode, and an electrolyte solution, wherein the electrolyte solution includes a solvent, a solute, and a carboxylic anhydride, the solvent includes a carboxylic acid ester compound, and the solute includes a sulfonyl imide compound,
A method of mitigating interference in a heterogeneous network using an inter-cell interference coordination, wherein the heterogeneous network comprises a plurality of base stations, communication ranges of at least some of the base stations overlap, and a plurality of user equipments (UEs) are within the communication ranges of the base stations, the method comprising: identifying, by an interference control server, an interference-service relationship between any one of the base stations and any one of the UEs, wherein the interference-service relationship indicates whether any one of the UEs is served by or interfered from any one of the base stations; grouping, by the interference control server, the UEs into a plurality of UE groups, wherein each UE in a same UE group has an identical interference-service relationship with all of the base stations; identifying, by the interference control server, an UE group interference relationship among the UE groups, wherein the UE group interference relationship indicates which ones of the UE groups may result in collision if simultaneously receiving downlink data in a same downlink subframe within a period; and for each of the UE groups, assigning, by the interference control server, a first set of time-specific downlink subframes within the period to a corresponding one of the UE groups as a set of almost blank subframes specific to the corresponding one of the UE groups based on the UE group interference relationship and a resource demand for each of the UE groups. identifying, by an interference control server, an interference-service relationship between any one of the base stations and any one of the UEs, wherein the interference-service relationship indicates whether any one of the UEs is served by or interfered from any one of the base stations; grouping, by the interference control server, the UEs into a plurality of UE groups, wherein each UE in a same UE group has an identical interference-service relationship with all of the base stations; identifying, by the interference control server, an UE group interference relationship among the UE groups, wherein the UE group interference relationship indicates which ones of the UE groups may result in collision if simultaneously receiving downlink data in a same downlink subframe within a period; and for each of the UE groups, assigning, by the interference control server, a first set of time-specific downlink subframes within the period to a corresponding one of the UE groups as a set of almost blank subframes specific to the corresponding one of the UE groups based on the UE group interference relationship and a resource demand for each of the UE groups.
Hose, in particular sanitation hose, for example shower hose - having an inner layer, - having a textile layer, - having an intermediate layer and - having an outer layer, - characterised in that the textile layer has threads having a linear density of a maximum of 300 dtex. - having an inner layer, - having a textile layer, - having an intermediate layer and - having an outer layer, - characterised in that the textile layer has threads having a linear density of a maximum of 300 dtex.
An imaging camera unit, arranged to form part of an image-capturing camera system, comprising: - a user-interface, allowing a user to specify at least one indication (gp) of a geometric position of an object of his preference in a captured image (Io) received from an imaging sensor via an input; - a user-adaptable object segmentation unit, arranged to determine a set of pixels (sg) being part of the object, on the basis of the indication (gp); and - a color composition monitor unit, arranged to determine at least one statistic on the basis of at least one color property of pixels in the set of pixels (sg) the imaging camera unit further comprising an object transformation unit, arranged to apply a transformation to the luminance of the pixels in the set of pixels (sg), based on a user supplying to the object transformation unit via a transformation interface unit a positioning of the range of luminances of the object along the range of an output color space, to determine the output image (Is) of the imaging camera unit. - a user-interface, allowing a user to specify at least one indication (gp) of a geometric position of an object of his preference in a captured image (Io) received from an imaging sensor via an input; - a user-adaptable object segmentation unit, arranged to determine a set of pixels (sg) being part of the object, on the basis of the indication (gp); and - a color composition monitor unit, arranged to determine at least one statistic on the basis of at least one color property of pixels in the set of pixels (sg)
Method for determining rolling conditions of a tyre on a ground, said tyre being mounted on a vehicle, said method comprising the steps in which: - a measurement of an acoustic signal produced by the tyre rolling on the surface of the ground is acquired by a microphone, - for each of a plurality of frequency bands, association with said frequency band of a datum representative of an average sound power measured in said frequency band from the measurement of the acoustic signal acquired, the representative data associated with the different frequency bands and derived from one and the same measurement forming variables of a vector associated with said measurement, - determination of the state of the ground corresponding to the vector associated with the measurement by implementing a discriminative analysis of the data based on a learning base, characterized in that the acoustic signal produced by the tyre is acquired by a microphone disposed inside the tyre, the discriminative analysis supplying information on the state of firmness of the ground. - a measurement of an acoustic signal produced by the tyre rolling on the surface of the ground is acquired by a microphone, - for each of a plurality of frequency bands, association with said frequency band of a datum representative of an average sound power measured in said frequency band from the measurement of the acoustic signal acquired, the representative data associated with the different frequency bands and derived from one and the same measurement forming variables of a vector associated with said measurement, - determination of the state of the ground corresponding to the vector associated with the measurement by implementing a discriminative analysis of the data based on a learning base,
A method for monitoring an electrical power transmission system for a DC electrical power transmission network comprising an electrical power transmission cable, with: - an electrically conductive central core configured to transmit an electrical current, - an insulating jacket electrically disposed around the central core, - a metal shield arranged around the insulating jacket, - grounding connections of the metal shield, a measurement segment (112A, 112B, 112C, 112D, 112E) being defined between two successive grounding connections, the method comprising the following steps: - determining, along a measurement segment, at least one profile of a temperature parameter, - determining a theoretical leakage current (I_leak-theo) between the ground connections of the measurement segment taking into account the temperature parameter profiles and the load current and voltage, - measuring the leakage current (I leak-mes) between the ground connections of the measuring segment, - generating an alert if the difference between the theoretical leakage current (I_leak-theo) and the measured leakage current (I_leak-mes) exceeds a predetermined threshold. - an electrically conductive central core configured to transmit an electrical current, - an insulating jacket electrically disposed around the central core, - a metal shield arranged around the insulating jacket, - grounding connections of the metal shield, a measurement segment (112A, 112B, 112C, 112D, 112E) being defined between two successive grounding connections, the method comprising the following steps: - determining, along a measurement segment, at least one profile of a temperature parameter, - determining a theoretical leakage current (I_leak-theo) between the ground connections of the measurement segment taking into account the temperature parameter profiles and the load current and voltage, - measuring the leakage current (I leak-mes) between the ground connections of the measuring segment, - generating an alert if the difference between the theoretical leakage current (I_leak-theo) and the measured leakage current (I_leak-mes) exceeds a predetermined threshold. - determining, along a measurement segment, at least one profile of a temperature parameter, - determining a theoretical leakage current (I_leak-theo) between the ground connections of the measurement segment taking into account the temperature parameter profiles and the load current and voltage, - measuring the leakage current (I leak-mes) between the ground connections of the measuring segment, - generating an alert if the difference between the theoretical leakage current (I_leak-theo) and the measured leakage current (I_leak-mes) exceeds a predetermined threshold.
An arm mechanism consisting of an attachment that performs partial rotation movement that is integrated to the construction machines used in the preparation of construction and urban infrastructures, with which digging, drilling, crushing etc. works are performed, a drive mechanism that drives said attachment with the drive piston, on which there are 2 hydraulic ports as the drive mechanism inlet hydraulic port and drive mechanism outlet hydraulic port, transmission mechanism that is located between said drive element and said attachment, transmits the movement and force received from said drive mechanism to said attachment, characterized by comprising; • a positioning mechanism having positioning piston that moves in the + x or -x direction according to the movement of said drive piston that is located between said attachment and said transmission mechanism, on which there are 2 hydraulic ports as positioning mechanism inlet hydraulic port and positioning mechanism outlet hydraulic port, and changes the distance between said attachment and said transmission mechanism increasing the rotation angle of the said attachment during opening or closing with this movement, • a connection element which is connected to the drive mechanism inlet hydraulic port and drive mechanism outlet hydraulic port on the drive mechanism, provides the hydraulic oil in the drive mechanism to be used together with said positioning mechanism, • a transmission element that transmits the hydraulic fluid between said drive mechanism and said positioning mechanism. • a positioning mechanism having positioning piston that moves in the + x or -x direction according to the movement of said drive piston that is located between said attachment and said transmission mechanism, on which there are 2 hydraulic ports as positioning mechanism inlet hydraulic port and positioning mechanism outlet hydraulic port, and changes the distance between said attachment and said transmission mechanism increasing the rotation angle of the said attachment during opening or closing with this movement, • a connection element which is connected to the drive mechanism inlet hydraulic port and drive mechanism outlet hydraulic port on the drive mechanism, provides the hydraulic oil in the drive mechanism to be used together with said positioning mechanism, • a transmission element that transmits the hydraulic fluid between said drive mechanism and said positioning mechanism.
Motor compressor unit comprising a motor, a compressor and a connecting shaft extending axially between the motor and the compressor, which are mounted in a common housing sealed against the gas to be compressed, the motor comprising a rotor rotatably connected to a rotor of the compressor by the connecting shaft, characterized in that the rotor of the compressor comprises a main shaft coaxial with the connecting shaft, the connecting shaft being inserted inside the main shaft by at least one radially axial portion spaced apart, over its entire circumference, from the main shaft, the connecting shaft comprising a coupling zone for coupling with the main shaft.
Apparatus for the production of molten iron comprising a metallurgical vessel and a smelting cyclone for the production of pre-reduced molten iron oxides, wherein the smelting cyclone is provided on the top part of the metallurgical vessel and in open connection with the interior of the metallurgical vessel and wherein the smelting cyclone is provided with a first and second opening (8, 9), the first opening serving as an inlet for reducing process gas and as an outlet for molten pre-reduced iron oxides and the second opening serving as an outlet for process gas, with supply means to supply iron ore into the smelting cyclone and with oxygen supply means to supply oxygen into the smelting cyclone, characterised in that additional heating means are provided to prevent solidification of molten iron oxides at or near the first opening of the smelting cyclone, wherein the additional heating means comprise at least two oxygen injectors (14, 18) that in operation inject oxygen from a location below the first opening of the smelting cyclone in a direction such that the injected oxygen will come into contact with process gas entering the first opening and wherein the at least two oxygen injectors (14, 18) are positioned outside the circumference of the first opening as seen in vertical downward direction.
A method of displaying a clock face that indicates current time and includes a stopwatch hand, comprising: at an electronic device with a touch-sensitive display: displaying on the touch-sensitive display a clock face that indicates current time, the clock face including: a user interface object comprising an hour hand and a minute hand, wherein the user interface object indicates the current time; one or more indications of an hourly timescale; and a stopwatch hand; receiving first data representing a first user input; and in response to receiving the first data, while the user interface object comprising the hour hand and the minute hand continues to indicate the current time: substituting the one or more indications of an hourly timescale with an indication of a first timescale for the stopwatch hand different from the hourly timescale; and animating the stopwatch hand to reflect passage of time. displaying on the touch-sensitive display a clock face that indicates current time, the clock face including: a user interface object comprising an hour hand and a minute hand, wherein the user interface object indicates the current time; one or more indications of an hourly timescale; and a stopwatch hand; a user interface object comprising an hour hand and a minute hand, wherein the user interface object indicates the current time; one or more indications of an hourly timescale; and a stopwatch hand; receiving first data representing a first user input; and in response to receiving the first data, while the user interface object comprising the hour hand and the minute hand continues to indicate the current time: substituting the one or more indications of an hourly timescale with an indication of a first timescale for the stopwatch hand different from the hourly timescale; and animating the stopwatch hand to reflect passage of time. substituting the one or more indications of an hourly timescale with an indication of a first timescale for the stopwatch hand different from the hourly timescale; and animating the stopwatch hand to reflect passage of time.