mhurhangee/patent-ind-claim-en huggingface dataset:
A turbine ring assembly comprising a plurality of ring sectors made of ceramic matrix composite material forming a turbine ring and a ring support structure , each ring sector having, along a cutting plane defined by an axial direction (D A ) and a radial direction (D R ) of the turbine ring , a portion forming an annular base with, in the radial direction (D R ) of the turbine ring , a radially inner face defining the inner face of the turbine ring and a radially outer face from which a first and a second attachment lug protrude, the ring support structure including a central shroud from which protrude a first and a second radial clamp from which the first and second attachment lugs of each ring sector are held , the turbine ring assembly further comprising a first annular flange disposed upstream of the turbine ring and of the first radial clamp relative to the direction of an air stream (F) intended to pass through the turbine ring assembly and having in the radial direction (D R ) a first free end , a second end opposite to the first end , a first portion extending from the first end , and a second portion extending between the first portion and the second end , the first portion of the first flange bearing against the first attachment lug , the second portion of the first flange being fixed to the first radial clamp of the central shroud of the ring support structure , and characterized in that the first portion of the first annular flange comprising a plurality of radial slits which lead to the first end of the first annular flange and which delimit first-portion sectors of the first annular flange , the radial slits passing through the axial direction (D A ), the first annular flange comprising, for each radial slit , a discharge orifice , and each radial slit leads, on the one hand, to the first end of the first annular flange and, on the other hand, into the discharge orifice . the turbine ring assembly further comprising a first annular flange disposed upstream of the turbine ring and of the first radial clamp relative to the direction of an air stream (F) intended to pass through the turbine ring assembly and having in the radial direction (D R ) a first free end , a second end opposite to the first end , a first portion extending from the first end , and a second portion extending between the first portion and the second end , the first portion of the first flange bearing against the first attachment lug , the second portion of the first flange being fixed to the first radial clamp of the central shroud of the ring support structure , and characterized in that the first portion of the first annular flange comprising a plurality of radial slits which lead to the first end of the first annular flange and which delimit first-portion sectors of the first annular flange , the radial slits passing through the axial direction (D A ), the first annular flange comprising, for each radial slit , a discharge orifice , and each radial slit leads, on the one hand, to the first end of the first annular flange and, on the other hand, into the discharge orifice .
Method for operating a tractor-trailer combination consisting of a tractor vehicle and a trailer with an overrun brake , wherein an overall weight of the tractor-trainer combination is determined using a driving torque of the tractor vehicle and an acceleration of the tractor-trailer combination , a trailer braking action of the overrun brake is determined using a deceleration of the tractor-trailer combination , the determined overall weight and a previously known vehicle braking action of the tractor vehicle without the trailer , and a brake force distribution of the tractor vehicle is set using the determined trailer braking action .
A discharge product comprising a content-accommodating container containing a concentrate (C) and an agent (P), and a discharge device attached to the content-accommodating container , wherein the content-accommodating container is unsealed and used by attaching a removable valve member having a valve mechanism , the content-accommodating container comprising a container body having an opening, and a tubular valve accommodating portion for accommodating the valve mechanism , the valve accommodating portion being fixed to the container body and closing the opening of the container body, wherein the valve accommodating portion has a housing portion which accommodates the valve mechanism , a communicating portion to communicate with the concentrate in the container body and a first unsealing portion to close the communicating portion, wherein the housing portion is tubular and has a flange portion formed in an upper end of the housing portion which protrudes outward from the housing portion , wherein the discharge device is provided with the valve member comprising a valve housing accommodated in the valve accommodating portion , the valve mechanism accommodated in the valve housing , and a cap which fixes the valve housing to the content-accommodating container, and wherein the valve housing has a first unsealing mechanism to unseal the first unsealing portion of the content-accommodating container, and wherein the agent (P) is a pressurizing agent; characterized in that the container body has a step portion and the flange portion is arranged on the step portion and is fixed airtightly to the container body by welding or adhering; and in that a seal material is provided which is compressed in a radial direction between an outer surface of the valve housing and an inner surface of the valve accommodating portion .
A mold for cold spray additive manufacturing, the mold comprising: a first portion ; a second portion , the first portion and the second portion configured to abuttingly engage each other with a gap formed longitudinally therebetween, an outer surface of the first portion engaged with the second portion being a complex shape ; and a reinforcement member positioned in the gap before the cold spray additive manufacturing begins, wherein the first portion , the second portion , and the reinforcement member are configured to be cold sprayed in the cold spray additive manufacturing, during which the reinforcement member is positioned in the gap , to form a unified part including the reinforcement member being integral therewith after the cold spray additive manufacturing is completed and after the unified part is non-destructively removed from the first and second portions , ), wherein the reinforcement member positioned in the gap protrudes in part from the first portion engaged with the second portion . a first portion ; a second portion , the first portion and the second portion configured to abuttingly engage each other with a gap formed longitudinally therebetween, an outer surface of the first portion engaged with the second portion being a complex shape ; and a reinforcement member positioned in the gap before the cold spray additive manufacturing begins, wherein the first portion , the second portion , and the reinforcement member are configured to be cold sprayed in the cold spray additive manufacturing, during which the reinforcement member is positioned in the gap , to form a unified part including the reinforcement member being integral therewith after the cold spray additive manufacturing is completed and after the unified part is non-destructively removed from the first and second portions , ), wherein the reinforcement member positioned in the gap protrudes in part from the first portion engaged with the second portion .
A fitting arrangement for windows, doors or the like having a frame and having a leaf, wherein the fitting arrangement comprises at the leaf side a locking bar , a mechanical manually operable actuation device and at least one actuation motor , wherein the locking bar is displaceable and can be brought into a first functional position and into a second functional position by both the actuation motor and the actuation device , and wherein the actuation motor and components for the drive-effective coupling of the actuation motor to the locking bar are configured for an arrangement in a region of a - in the position of use - lower margin of the leaf in a leaf frame, characterized in that a tilting device is provided by which the leaf can be brought into a tilt position in the frame, with the tilting device being directly or indirectly drive-effectively coupled to the actuation motor and/or to the actuation device by a mechanical compulsory guidance such that an actuation of the actuation motor or of the actuation device not only results in a movement of the locking bar , but such that a tilting movement of the leaf is also actively produced. wherein the fitting arrangement comprises at the leaf side a locking bar , a mechanical manually operable actuation device and at least one actuation motor , wherein the locking bar is displaceable and can be brought into a first functional position and into a second functional position by both the actuation motor and the actuation device , and wherein the actuation motor and components for the drive-effective coupling of the actuation motor to the locking bar are configured for an arrangement in a region of a - in the position of use - lower margin of the leaf in a leaf frame,
Method for monitoring transportation processes for conveying bills (BN) in a self-service terminal, wherein each transported bill (BN) is routed at a predefined transportation speed, according to its length or width, through a light barrier that has a light-sensitive sensor (S), in order to detect at least one edge of the bill (BN), characterized in that in order to suppress the detection of windows (W) and in order to detect the rear edge (HK) of the bill (BN) the signal (S0) produced by the sensor (S) is debounced by freezing the state of the signal (S0) produced by the sensor (S) during a debounce time (dT), the debounce time (dT) being set, on the basis of the length or width of the bill (BN), to a first period (dT1) that corresponds to the expected length or width of the bill (BN) at the predefined transportation speed, the debounce time (dT) being set to a second period (dT2), which is shorter than the first period (dT1), after the first period (dT1) has elapsed, and the debounce time (dT) being set to the first period (dT1) as soon as the signal (S0) produced by the sensor (S) indicates the first appearance of the front edge (VK) of the bill (BN).
System for providing and monitoring UV illumination in an interior of an aircraft , wherein the system comprises: - at least one switchable UV light source ; - a light detector , responsive to visible light and UV light and configured for providing sensor outputs regarding detected light; - a controller for monitoring an operational status of the at least one switchable UV light source , wherein the controller is configured to determine the operational status of the at least one switchable UV light source by comparing a first sensor output, provided by the light detector when the at least one switchable UV light source is activated, with a second sensor output, provided by the light detector when the at least one switchable UV light source is deactivated. - at least one switchable UV light source ; - a light detector , responsive to visible light and UV light and configured for providing sensor outputs regarding detected light; - a controller for monitoring an operational status of the at least one switchable UV light source , wherein the controller is configured to determine the operational status of the at least one switchable UV light source by comparing a first sensor output, provided by the light detector when the at least one switchable UV light source is activated, with a second sensor output, provided by the light detector when the at least one switchable UV light source is deactivated.
An apparatus for fluid delivery in oral irrigation, the apparatus comprising: a fluid delivery tube with a proximal end and a distal end, wherein the proximal end is configured to receive fluid for oral irrigation; and a nozzle at the distal end of the fluid delivery tube ; and a mechanical valve at the nozzle , characterized in that the mechanical valve is closed in equilibrium and configured to open when a force is applied to the mechanical valve by each of two neighboring teeth, wherein, in equilibrium, the pressure of the fluid in the fluid delivery tube applies a pressure driven force to the mechanical valve . a fluid delivery tube with a proximal end and a distal end, wherein the proximal end is configured to receive fluid for oral irrigation; and a nozzle at the distal end of the fluid delivery tube ; and a mechanical valve at the nozzle , characterized in that the mechanical valve is closed in equilibrium and configured to open when a force is applied to the mechanical valve by each of two neighboring teeth, wherein, in equilibrium, the pressure of the fluid in the fluid delivery tube applies a pressure driven force to the mechanical valve .
An apparatus for preventing overheating of a charging inlet , comprising: a memory configured to store program instructions; and a processor configured to execute the program instructions, the program instructions when executed configured to: measure a charging time; estimate a temperature of the charging inlet using a map in which the temperature of the charging inlet based on charging times and charging currents for respective charging voltages are recorded; and set a charging voltage and a charging current by communicating with a charger and decrease the charging current to prevent the temperature of the charging inlet from exceeding a threshold temperature. a memory configured to store program instructions; and a processor configured to execute the program instructions, the program instructions when executed configured to: measure a charging time; estimate a temperature of the charging inlet using a map in which the temperature of the charging inlet based on charging times and charging currents for respective charging voltages are recorded; and set a charging voltage and a charging current by communicating with a charger and decrease the charging current to prevent the temperature of the charging inlet from exceeding a threshold temperature. measure a charging time; estimate a temperature of the charging inlet using a map in which the temperature of the charging inlet based on charging times and charging currents for respective charging voltages are recorded; and set a charging voltage and a charging current by communicating with a charger and decrease the charging current to prevent the temperature of the charging inlet from exceeding a threshold temperature.
A method for a User Equipment, UE, operating in a wireless communication system, the method comprising: configuring (S1101) a Contention Based uplink, CB UL, grant, wherein the configured CB UL grant is a grant configured to the UE with an opportunity to send UL packets without requiring the UE to send a scheduling request; transmitting (S1103) a physical uplink shared channel, PUSCH, on the configured CB UL grant; starting (S1105) a timer associated with the configured CB UL grant when the UE transmits the PUSCH on the configured CB UL grant; determining (S1107) whether a hybrid automatic repeat request, HARQ, feedback associated with the PUSCH is received while the timer is running; stopping (S1109) the timer based on a determination that the HARQ feedback is received while the timer is running; and when the UE decides that the transmission of the PUSCH is negative acknowledged based on a determination that the HARQ feedback has not been received until the timer expires, retransmitting (S1115) the PUSCH on the configured CB UL grant, wherein a value of the timer is configured via a radio resource control, RRC, message per configured CB UL grant, and wherein the HARQ feedback including an Acknowledgement, ACK, indication is received through a physical downlink control channel, PDCCH, masked by a CB-Radio Network Temporary Identifier, RNTI, wherein there is a one-to-one mapping relationship between the CB-RNTI and the configured CB UL grant, wherein the configured CB UL grant is related to a resource that is shared with two or more UEs. configuring (S1101) a Contention Based uplink, CB UL, grant, wherein the configured CB UL grant is a grant configured to the UE with an opportunity to send UL packets without requiring the UE to send a scheduling request; transmitting (S1103) a physical uplink shared channel, PUSCH, on the configured CB UL grant; starting (S1105) a timer associated with the configured CB UL grant when the UE transmits the PUSCH on the configured CB UL grant; determining (S1107) whether a hybrid automatic repeat request, HARQ, feedback associated with the PUSCH is received while the timer is running; stopping (S1109) the timer based on a determination that the HARQ feedback is received while the timer is running; and when the UE decides that the transmission of the PUSCH is negative acknowledged based on a determination that the HARQ feedback has not been received until the timer expires, retransmitting (S1115) the PUSCH on the configured CB UL grant, wherein a value of the timer is configured via a radio resource control, RRC, message per configured CB UL grant, and wherein the HARQ feedback including an Acknowledgement, ACK, indication is received through a physical downlink control channel, PDCCH, masked by a CB-Radio Network Temporary Identifier, RNTI, wherein there is a one-to-one mapping relationship between the CB-RNTI and the configured CB UL grant, wherein the configured CB UL grant is related to a resource that is shared with two or more UEs.
An anticancer composition for use in a method of treatment of an ErbB-2 and ErbB-3 overexpression human breast cancer, wherein the composition comprises one or more compounds which prevent or reduce ErbB-2/ErbB-3 heterodimer formation in a cancer cell, wherein said one or more compounds comprise an anti-ErbB-3 antibody.
A process for the synthesis of metal molybdates and tungstates in the form of A a MO 4 , wherein A = Sr, Ba, Co, Bi, Cd, Cu, Fe, Mn, Pb, wherein 0.6 ≤ a ≤ 1, M = Mo, W, characterized in that the synthesis is carried out by the chemical conversion of molybdenum and tungsten nitrides M x N, wherein M = Mo, W and 1 ≤ x ≤ 2, and molybdenum and tungsten carbides M x C, wherein M = Mo, W and 1 ≤ x ≤ 2 in a solution of reactive compounds containing metal A = Sr, Ba, Bi, Cd, Co, Cu, Fe, Mn, Pb, wherein a solvent, in which said reactive compounds containing metal A = Sr, Ba, Bi, Cd, Co, Cu, Fe, Mn, Pb are dissolved, is water or a mixture of solvents consisting of at least 0.5 weight % of water and the remainder of the solvents are liquids that are miscible with water, at temperatures above 1 °C.
Railway maintenance apparatus configured for track side operation comprising: an apparatus body supported by first and second ground engaging means comprising chain treads arranged at first and second opposite sides of the apparatus body, each chain tread extending in a direction parallel to the longitudinal axis of the apparatus, a rail lifting head arranged below at least part of the apparatus body between the first and second ground engaging means , a lifting means adapted to raise or lower the rail lifting head , wherein the spacing between the first and second ground engaging means is between 0.7 and 1.5 m so that in operation the apparatus can be used on a single track railway, with one ground engaging means between the rails of the single track railway and the other ground engaging means to one side of the rails of the single track railway, on the ballast or area close to the track, characterized in that a plough is arranged at the first side of the apparatus body, the plough including a blade arranged to remove ballast when moving the railway maintenance apparatus forward, and a plough support structure connecting the blade to the apparatus body. an apparatus body supported by first and second ground engaging means comprising chain treads arranged at first and second opposite sides of the apparatus body, each chain tread extending in a direction parallel to the longitudinal axis of the apparatus, a rail lifting head arranged below at least part of the apparatus body between the first and second ground engaging means , a lifting means adapted to raise or lower the rail lifting head , wherein the spacing between the first and second ground engaging means is between 0.7 and 1.5 m so that in operation the apparatus can be used on a single track railway, with one ground engaging means between the rails of the single track railway and the other ground engaging means to one side of the rails of the single track railway, on the ballast or area close to the track, characterized in that a plough is arranged at the first side of the apparatus body, the plough including a blade arranged to remove ballast when moving the railway maintenance apparatus forward, and a plough support structure connecting the blade to the apparatus body.
A diversity communication method performed by a first device, wherein the method comprises: processing , by the first device, one transport block to generate a plurality of different codewords; wherein the different codewords correspond to different antenna ports and wherein each codeword is a redundancy version of the transport block; performing, by the first device, the following processing on each codeword of the plurality of codewords: modulating bits in the codeword to obtain a plurality of modulation symbols, mapping the plurality of modulation symbols to a frequency domain resource, and transmitting the plurality of modulation symbols on the frequency domain resource, wherein the frequency domain resource is a frequency domain resource corresponding to an antenna port, wherein frequency domain resources corresponding to the different antenna ports do not overlap. processing , by the first device, one transport block to generate a plurality of different codewords; wherein the different codewords correspond to different antenna ports and wherein each codeword is a redundancy version of the transport block; performing, by the first device, the following processing on each codeword of the plurality of codewords: modulating bits in the codeword to obtain a plurality of modulation symbols, mapping the plurality of modulation symbols to a frequency domain resource, and transmitting the plurality of modulation symbols on the frequency domain resource, wherein the frequency domain resource is a frequency domain resource corresponding to an antenna port, wherein frequency domain resources corresponding to the different antenna ports do not overlap.