mhurhangee/patent-ind-claim-en huggingface dataset:
Double breaker switch comprising: a contact bridge which is connected in a force-transmitting manner to an actuator at a connection point , a first contact arrangement which is connected in a force-transmitting manner to the connection point via a first arm and, in the closed state of the switch, electrically contacts a first bridge contact with an opposite first fixed contact at a first contact point , a second contact arrangement which is connected in a force-transmitting manner to the connection point via a second arm and, in the closed state of the switch, electrically contacts a second bridge contact with an opposite second fixed contact at a second contact point and a third contact point , characterised in that the second arm is longer than the first arm. a contact bridge which is connected in a force-transmitting manner to an actuator at a connection point , a first contact arrangement which is connected in a force-transmitting manner to the connection point via a first arm and, in the closed state of the switch, electrically contacts a first bridge contact with an opposite first fixed contact at a first contact point , a second contact arrangement which is connected in a force-transmitting manner to the connection point via a second arm and, in the closed state of the switch, electrically contacts a second bridge contact with an opposite second fixed contact at a second contact point and a third contact point , characterised in that the second arm is longer than the first arm.
A tire comprising: an annular carcass formed by using a carcass treat in which a carcass cord disposed along the tire width direction is coated with a rubber material; and a belt layer provided outside in a tire radial direction of the carcass and formed by disposing a resin-coated cord coated with a resin material along a tire circumferential direction, wherein a treat strength along a tire width direction of the carcass treat is 10 kN/25 mm or more, wherein OD is defined by an outer diameter of the tire , RW is defined by a rim width of a rim wheel assembled to the tire , SW is defined by a tire width of the tire , and RD is defined by a rim diameter of the tire , wherein the OD is 350 mm or more and 600 mm or less, the relation of 0.78 ≤ RW/SW ≤ 0.99, and the relation of 0.56 ≤ RD/OD ≤ 0.75 is satisfied, wherein the RD of the tire is 12 inches (305 mm) or more and 17.5 inches (445 mm) or less. an annular carcass formed by using a carcass treat in which a carcass cord disposed along the tire width direction is coated with a rubber material; and a belt layer provided outside in a tire radial direction of the carcass and formed by disposing a resin-coated cord coated with a resin material along a tire circumferential direction, wherein a treat strength along a tire width direction of the carcass treat is 10 kN/25 mm or more, wherein OD is defined by an outer diameter of the tire , RW is defined by a rim width of a rim wheel assembled to the tire , SW is defined by a tire width of the tire , and RD is defined by a rim diameter of the tire , wherein the OD is 350 mm or more and 600 mm or less, the relation of 0.78 ≤ RW/SW ≤ 0.99, and the relation of 0.56 ≤ RD/OD ≤ 0.75 is satisfied, wherein the RD of the tire is 12 inches (305 mm) or more and 17.5 inches (445 mm) or less.
An escalator cleaning apparatus comprising a cleaning head having a first, castellated side configured to engage the grooves of an escalator step, the apparatus being characterised by a brush element extending from a leading or trailing edge of the cleaning head for engaging a gap between escalator steps.
A glass optical fiber preform comprising: a columnar portion (la) having an approximately constant radius of r; and a taper portion located adjacent to the columnar portion (la) in a lengthwise direction and having a radius decreasing along the lengthwise direction, wherein the taper portion is characterized by a first taper portion including a portion having a radius varying between 0.9r and 0.6r; and a second taper portion including a portion having a radius varying between 0.4r and 0.15r, a diameter of the first taper portion in the portion having the radius varying between 0.9r and 0.6r decreases so as to form a maximum angle θ1 between 40 degrees and 60 degrees with respect to the columnar portion , a diameter of the second taper portion in the portion having the radius varying between 0.4r and 0.15r decreases so as to form an average angle θ2 between 5 degrees and 30 degrees with respect to a central axis in the lengthwise direction, and a volume of the taper portion is smaller than or equal to 45% of a volume of a column having a same outer diameter as a maximum outer diameter of the taper portion and having a same length as the taper portion . a columnar portion (la) having an approximately constant radius of r; and a taper portion located adjacent to the columnar portion (la) in a lengthwise direction and having a radius decreasing along the lengthwise direction, wherein the taper portion is characterized by a first taper portion including a portion having a radius varying between 0.9r and 0.6r; and a second taper portion including a portion having a radius varying between 0.4r and 0.15r, a first taper portion including a portion having a radius varying between 0.9r and 0.6r; and a second taper portion including a portion having a radius varying between 0.4r and 0.15r, a diameter of the first taper portion in the portion having the radius varying between 0.9r and 0.6r decreases so as to form a maximum angle θ1 between 40 degrees and 60 degrees with respect to the columnar portion , a diameter of the second taper portion in the portion having the radius varying between 0.4r and 0.15r decreases so as to form an average angle θ2 between 5 degrees and 30 degrees with respect to a central axis in the lengthwise direction, and a volume of the taper portion is smaller than or equal to 45% of a volume of a column having a same outer diameter as a maximum outer diameter of the taper portion and having a same length as the taper portion .
An injection molding machine , comprising: a movable platen to which a movable mold is attached; and a mold clamping force generating mechanism that is adapted to generate a mold clamping force, wherein the movable platen includes a mold mounting portion being plate-shaped to which the movable mold is attached, tie bar inserting portions including tie bar through-holes for inserting tie bars therethrough and provided at four corners of the mold mounting portion , and an upper and a lower arm portion that are adapted to transmit the mold clamping force from the mold clamping force generating mechanism to the mold mounting portion, at least one of the arm portions includes an inner side surface that includes a concave portion formed therein, wherein the inner side corresponds to a near side that is closer to a center line of the mold mounting portion of the movable platen, and a bottom surface of the concave portion includes a portion that is inclined with respect to a mold clamping direction, wherein a front end surface of the mold mounting portion defines a mold mounting surface to which the movable mold is attached, and wherein the tie bar inserting portions form front concave portions that are recessed from the mold mounting surface of the mold mounting portion , and bottom surfaces of the front concave portions are formed by front end surfaces of the tie bar inserting portions . a movable platen to which a movable mold is attached; and a mold clamping force generating mechanism that is adapted to generate a mold clamping force, wherein the movable platen includes a mold mounting portion being plate-shaped to which the movable mold is attached, tie bar inserting portions including tie bar through-holes for inserting tie bars therethrough and provided at four corners of the mold mounting portion , and an upper and a lower arm portion that are adapted to transmit the mold clamping force from the mold clamping force generating mechanism to the mold mounting portion, at least one of the arm portions includes an inner side surface that includes a concave portion formed therein, wherein the inner side corresponds to a near side that is closer to a center line of the mold mounting portion of the movable platen, and a bottom surface of the concave portion includes a portion that is inclined with respect to a mold clamping direction, wherein a front end surface of the mold mounting portion defines a mold mounting surface to which the movable mold is attached, and wherein the tie bar inserting portions form front concave portions that are recessed from the mold mounting surface of the mold mounting portion , and bottom surfaces of the front concave portions are formed by front end surfaces of the tie bar inserting portions . wherein a front end surface of the mold mounting portion defines a mold mounting surface to which the movable mold is attached, and wherein the tie bar inserting portions form front concave portions that are recessed from the mold mounting surface of the mold mounting portion , and bottom surfaces of the front concave portions are formed by front end surfaces of the tie bar inserting portions .
An aspiration smoke detection system for detecting the presence of a fire within a region of interest, the aspiration smoke detection system comprising: a smoke detection unit comprising a smoke detector housed within a sampling chamber for detecting the presence of smoke particles suspended in air within the sampling chamber ; and one or more local sensors located remotely from the smoke detection unit for measuring a property of air from the region of interest that is drawn into the aspiration smoke detection system , wherein the aspiration smoke detection system is configured to pass air from the region of interest to the sampling chamber of the smoke detection unit via one of the one or more local sensors , wherein the aspiration smoke detection system is configured to use the one or more local sensors to detect quick developing fires before a sample of air reaches the sampling chamber of the smoke detection unit. a smoke detection unit comprising a smoke detector housed within a sampling chamber for detecting the presence of smoke particles suspended in air within the sampling chamber ; and one or more local sensors located remotely from the smoke detection unit for measuring a property of air from the region of interest that is drawn into the aspiration smoke detection system , wherein the aspiration smoke detection system is configured to pass air from the region of interest to the sampling chamber of the smoke detection unit via one of the one or more local sensors , wherein the aspiration smoke detection system is configured to use the one or more local sensors to detect quick developing fires before a sample of air reaches the sampling chamber of the smoke detection unit.
A method for use in a logically central entity, comprising: collecting (S31) operational experience information related to impacts on network performance due to configuration management changes on executed configuration management change operations from various logical entities via an interface, the collected operational experience information including execution data involved in the execution of configuration management change operations and performance data concerning the executed operation, wherein the execution data includes all data particles relevant for execution of a self organizing network operation, storing (S33) the collected operational experience information of the executed operations, arranging (S34) the operational experience information of executed operations into different groups in the central entity according to similarities in the execution data of the operational experience information, the execution data relating to similarities between different instances of the execution data relating to different configuration management events; receiving a request relating to a planned configuration management change operation and providing a response predicting an outcome of the planned configuration management change operation based on stored operational experience information to enable a decision to be made about the planned configuration management change operation. collecting (S31) operational experience information related to impacts on network performance due to configuration management changes on executed configuration management change operations from various logical entities via an interface, the collected operational experience information including execution data involved in the execution of configuration management change operations and performance data concerning the executed operation, wherein the execution data includes all data particles relevant for execution of a self organizing network operation, storing (S33) the collected operational experience information of the executed operations, arranging (S34) the operational experience information of executed operations into different groups in the central entity according to similarities in the execution data of the operational experience information, the execution data relating to similarities between different instances of the execution data relating to different configuration management events; receiving a request relating to a planned configuration management change operation and providing a response predicting an outcome of the planned configuration management change operation based on stored operational experience information to enable a decision to be made about the planned configuration management change operation.
A device for measuring properties of a fluid flow in a pipe, comprising a first , second and third pipe section , and where - the first pipe section comprises a fluid flow modifying feature arranged such that, during use, a liquid part of the fluid flow will form an annular layer at an inner wall of the second pipe section , and - the second pipe section is arranged downstream of the first pipe section and comprises at least one near field probe having a first frequency range, which at least one near field probe is configured to apply a low frequency signal to the annular layer from a position flush to the inner wall and to measure the reflected signal, or a transmitted signal if there are at least two near field probes close to each other within the fringing field distance, characterized in that - the second pipe section further comprises at least one full volume field probe having a second frequency range, which at least one full volume field probe is configured to apply a high frequency signal into the second pipe section from a position flush to the inner wall to perform a resonance measurement and to obtain a quality factor and resonance frequency from the resonance measurement, wherein the upper limit of the first frequency range is lower than the lower limit of the second frequency range; and in that the third pipe section is arranged downstream of the second pipe section and comprises a resonance enabling element , such that said element and at least the second pipe section provides a resonator able to capture parts of the frequency range of the at least one full volume field probe . - the first pipe section comprises a fluid flow modifying feature arranged such that, during use, a liquid part of the fluid flow will form an annular layer at an inner wall of the second pipe section , and - the second pipe section is arranged downstream of the first pipe section and comprises at least one near field probe having a first frequency range, which at least one near field probe is configured to apply a low frequency signal to the annular layer from a position flush to the inner wall and to measure the reflected signal, or a transmitted signal if there are at least two near field probes close to each other within the fringing field distance, - the second pipe section further comprises at least one full volume field probe having a second frequency range, which at least one full volume field probe is configured to apply a high frequency signal into the second pipe section from a position flush to the inner wall to perform a resonance measurement and to obtain a quality factor and resonance frequency from the resonance measurement, wherein the upper limit of the first frequency range is lower than the lower limit of the second frequency range;
A method of operation of a base station of a cellular communications network to control Channel State Information Reference Symbol, CSI-RS, based channel estimation at a wireless device , comprising: sending an indication to the wireless device to disable , at a wireless device , inter-subframe channel filtering of CSI-RS estimates across subframes; characterized by sending an indication to the wireless device to disable , at the wireless device , combining of CSI Interference Measurement, CSI-IM, estimates across subframes; and receiving one or more Channel State Information, CSI, reports from the wireless device that are generated by the wireless device with disabled inter-subframe channel filtering of CSI-RS estimates across subframes and with disabled combining of CSI-IM estimates across subframes. sending an indication to the wireless device to disable , at a wireless device , inter-subframe channel filtering of CSI-RS estimates across subframes; characterized by sending an indication to the wireless device to disable , at the wireless device , combining of CSI Interference Measurement, CSI-IM, estimates across subframes; and receiving one or more Channel State Information, CSI, reports from the wireless device that are generated by the wireless device with disabled inter-subframe channel filtering of CSI-RS estimates across subframes and with disabled combining of CSI-IM estimates across subframes.
A two-part composition suitable for use in the preparation of a foamed material wherein the first part comprises a source of metal ions and water and the second part comprises an isocyanate, wherein the ratio of NCO isocyanate to water to metal ions is 1mol : 3.5 to 5.5mol : 95 to 650mmol, wherein the source of metal ions is a water soluble metal salt selected from the group consisting of potassium phosphate, potassium polyphosphate, potassium bicarbonate, potassium carbonate, potassium chloride, potassium sulfate, potassium nitrate, sodium bicarbonate, sodium carbonate, sodium sulfate, sodium chloride and/or sodium nitrite, and mixtures of two or more of such salts.
A method for configuring equalization circuitry of a communication device, the method comprising: determining , for a predefined first value of a tap weight of a decision feedback equalizer, DFE, of the equalization circuitry, whether a predefined error propagation condition occurs; iteratively updating the tap weight according to a predefined scheme, wherein each update of the tap weight occurs responsive to determining that the predefined error propagation condition occurs for a current value of the tap weight; and ceasing the updating of the tap weight responsive to determining a difference between values of the tap weight from adjacent iterations is less than a predefined resolution limit. determining , for a predefined first value of a tap weight of a decision feedback equalizer, DFE, of the equalization circuitry, whether a predefined error propagation condition occurs; iteratively updating the tap weight according to a predefined scheme, wherein each update of the tap weight occurs responsive to determining that the predefined error propagation condition occurs for a current value of the tap weight; and ceasing the updating of the tap weight responsive to determining a difference between values of the tap weight from adjacent iterations is less than a predefined resolution limit.
Operating apparatus for a handheld power tool (12a; 12b; 12c), having an operator interface (14a; 14b; 14c) which is provided for the purpose of capturing at least one operating input by at least one user for controlling the handheld power tool (12a; 12b; 12c), wherein the operator interface (14a; 14b; 14c) is provided for the purpose of capturing the at least one operator input in a contact-free manner, characterized in that the operator interface has a projector unit which is provided for the purpose of projecting at least one virtual operating element and/or at least one virtual display element onto at least one projection surface , wherein the operator interface has at least one optical sensor which is provided for the purpose of capturing the operator input of the at least one virtual operating element .
A method for data transmission, performed by a user equipment, UE , comprising: in response to first physical uplink shared channel, PUSCH resources (A) being with a first priority, maintaining downlink communication with a serving cell within a first duration after an end moment of the first PUSCH resources; the method characterized in that the first duration is a duration (T3) from the end moment of the first PUSCH resources to an end moment (t1) of a predetermined downlink control information, DCI monitoring occasion, and the predetermined DCI monitoring occasion is a first DCI monitoring occasion after a second duration (T1) gaped from the end moment of the first PUSCH resources. in response to first physical uplink shared channel, PUSCH resources (A) being with a first priority, maintaining downlink communication with a serving cell within a first duration after an end moment of the first PUSCH resources; the method characterized in that the first duration is a duration (T3) from the end moment of the first PUSCH resources to an end moment (t1) of a predetermined downlink control information, DCI monitoring occasion, and the predetermined DCI monitoring occasion is a first DCI monitoring occasion after a second duration (T1) gaped from the end moment of the first PUSCH resources.