mhurhangee/patent-ind-claim-en huggingface dataset:
Impregnated fibrous material comprising at least one continuous-fibre fibrous material present in the form of one or more parallel rovings and at least one thermoplastic polymer matrix, characterized in that said at least one thermoplastic polymer is an amorphous or semicrystalline polymer having a glass transition temperature such that Tg ≥ 40°C, in particular Tg ≥ 100°C, in particular ≥ 120°C, as measured with a differential scanning calorimeter (DSC) after a second heating run according to the standard ISO 11357-2:2013 with a heating and cooling rate of 20°C/min, the content of fibres in said impregnated fibrous material being from 45% to 65% by volume, preferably from 50% to 60% by volume, especially from 54% to 60% by volume, the number-average molecular mass Mn of said thermoplastic polymer being from 11 000 to 25 000 g/mol, the melt viscosity of said thermoplastic polymer being from 80 to 1500 Pa·s, as measured by plane-plane rheology at 1 Hz and 2% deformation, at a temperature of Tg + 220°C.
A method of controlling a solar thermal power generation system comprising: a steam generator for generating steam by heating water with molten salt; a superheater for producing superheated steam by further heating the steam generated by the steam generator with molten salt; a high-pressure turbine driven by the superheated steam supplied from the superheater ; a reheater for producing reheated steam by reheating the intermediary exhaust steam coming from the high-pressure turbine with molten salt; a low-pressure turbine driven by the reheated steam supplied from the reheater ; a condenser for condensing the exhaust steam coming from the low-pressure turbine into water to be supplied to the steam generator; wherein the method comprises a reheater molten salt quantity control process of controlling the quantity Mr of the molten salt to be supplied to the reheater ; characterized in that the solar thermal power generation system further comprises a reheated steam temperature detector for detecting the temperature of the reheated steam to be supplied to the low-pressure turbine and in that the quantity Mr of the molten salt is controlled in the reheater molten salt quantity control process so as to make the temperature of the reheated steam not lower than 370°C and not higher than 430°C as detected by the reheated steam temperature detector in a low load operation with a load ratio not higher than a predetermined load ratio relative to the rated load of the power generation system. a steam generator for generating steam by heating water with molten salt; a superheater for producing superheated steam by further heating the steam generated by the steam generator with molten salt; a high-pressure turbine driven by the superheated steam supplied from the superheater ; a reheater for producing reheated steam by reheating the intermediary exhaust steam coming from the high-pressure turbine with molten salt; a low-pressure turbine driven by the reheated steam supplied from the reheater ; a condenser for condensing the exhaust steam coming from the low-pressure turbine into water to be supplied to the steam generator; wherein the method comprises a reheater molten salt quantity control process of controlling the quantity Mr of the molten salt to be supplied to the reheater ; characterized in that the solar thermal power generation system further comprises a reheated steam temperature detector for detecting the temperature of the reheated steam to be supplied to the low-pressure turbine and in that the quantity Mr of the molten salt is controlled in the reheater molten salt quantity control process so as to make the temperature of the reheated steam not lower than 370°C and not higher than 430°C as detected by the reheated steam temperature detector in a low load operation with a load ratio not higher than a predetermined load ratio relative to the rated load of the power generation system.
A method for a machine-to-machine, M2M, device to administer an interface between the M2M device and a network application function, NAF, for secure communication between the M2M device and the NAF , wherein the M2M device comprises security information that comprises a key or keys for enabling secure communication via the interface , the method comprising the steps of initiating, before expiry of a lifetime of the security information and on wake up from a sleep cycle: setting a secure interface lifetime parameter based on a lifetime of at least part of the security information, wherein the secure interface lifetime parameter sets a time period for which registration of the secure interface between the M2M device and the NAF remains valid; transmitting administration data to the NAF , wherein the administration data comprises the secure interface lifetime parameter; if the registration of the secure interface between the M2M device and the NAF has expired, or the remaining lifetime of the security information is less than a threshold amount, pre-emptively initiating a new bootstrapping process to obtain new security information, the initiating being pre-emptive as a result of obtaining the new security information prior to the M2M device attempting to connect to the NAF ; and using the new security information to either update the registration or, alternatively, to carry out a new registration. setting a secure interface lifetime parameter based on a lifetime of at least part of the security information, wherein the secure interface lifetime parameter sets a time period for which registration of the secure interface between the M2M device and the NAF remains valid; transmitting administration data to the NAF , wherein the administration data comprises the secure interface lifetime parameter; if the registration of the secure interface between the M2M device and the NAF has expired, or the remaining lifetime of the security information is less than a threshold amount, pre-emptively initiating a new bootstrapping process to obtain new security information, the initiating being pre-emptive as a result of obtaining the new security information prior to the M2M device attempting to connect to the NAF ; and using the new security information to either update the registration or, alternatively, to carry out a new registration.
A device adapted to generate laser induced optical breakdown in mammal skin tissue, the device comprising: - a light source adapted to provide a pulsed light beam ; - a beam scanner adapted to provide a scanning pulsed light beam; - a beam focusing unit adapted to focus the scanning pulsed light beam into a focal spot for positioning in the mammal skin tissue to cause the laser induced optical breakdown, wherein the beam scanner is adapted to provide the scanning pulsed light beam such that during the scanning of the pulsed light beam a point of intersect of the scanning pulsed light beam and an imaginary plane moves along an arc path lying within the imaginary plane. - a light source adapted to provide a pulsed light beam ; - a beam scanner adapted to provide a scanning pulsed light beam; - a beam focusing unit adapted to focus the scanning pulsed light beam into a focal spot for positioning in the mammal skin tissue to cause the laser induced optical breakdown,
A magnetic refrigerating device comprising: a cylindrical AMR bed that contains refrigerants ; two magnetic materials arranged in a direction of an axis of the AMR bed , the magnetic materials being movable in the direction of the axis of the AMR bed and made of magnetocaloric effect materials; at least two permanent magnets (34a1, 34a2, 34b1, 34b2) facing the two magnetic materials in the AMR bed; a rotary shaft between the two magnetic materials in the AMR bed and between the at least two permanent magnets (34a1, 34a2, 34b1, 34b2); a rotator that rotates the permanent magnets or the AMR bed about the rotary shaft such that the permanent magnets (34a1, 34a2, 34b1, 34b2) and the two magnetic materials repeatedly get close to and away from each other due to the rotation, and a magnetic material reciprocating unit that causes the two magnetic materials to reciprocate in the direction of the axis such that when one of the magnetic materials moves toward an outside in the direction of the axis of the AMR bed, the other magnetic material also moves toward the outside, wherein heat exchange occurs between the magnetic materials and the refrigerants in the AMR bed and generates a temperature difference in the AMR bed . a cylindrical AMR bed that contains refrigerants ; two magnetic materials arranged in a direction of an axis of the AMR bed , the magnetic materials being movable in the direction of the axis of the AMR bed and made of magnetocaloric effect materials; at least two permanent magnets (34a1, 34a2, 34b1, 34b2) facing the two magnetic materials in the AMR bed; a rotary shaft between the two magnetic materials in the AMR bed and between the at least two permanent magnets (34a1, 34a2, 34b1, 34b2); a rotator that rotates the permanent magnets or the AMR bed about the rotary shaft such that the permanent magnets (34a1, 34a2, 34b1, 34b2) and the two magnetic materials repeatedly get close to and away from each other due to the rotation, and a magnetic material reciprocating unit that causes the two magnetic materials to reciprocate in the direction of the axis such that when one of the magnetic materials moves toward an outside in the direction of the axis of the AMR bed, the other magnetic material also moves toward the outside, wherein heat exchange occurs between the magnetic materials and the refrigerants in the AMR bed and generates a temperature difference in the AMR bed .
Vehicle with a vehicle interior , with at least two microphones for receiving environmental sound and at least one loudspeaker for transmitting environmental sound from the environment of the vehicle into the vehicle interior , characterized by a hull and a turret that can be rotated relative to the hull , wherein the loudspeaker is mounted on the turret and the microphones are mounted on the hull and the loudspeaker and the microphones are set up in such a way that the position of the turret relative to the hull is taken into account for positionally correct transmission.
Conveyor dishwasher , in particular commercial conveyor dishwasher , having at least one wash zone (10, 11.1, 11.2, 12) and at least one final rinse zone and also having a conveyor apparatus for conveying washware through the at least one wash zone (10, 11.1, 11.2, 12) and the at least one final rinse zone , wherein the conveyor apparatus has a first conveyor belt for trays or tray-like washware and a second conveyor belt , which runs parallel to the first conveyor belt , for other washware , and wherein the first conveyor belt has a width which is reduced in comparison to the second conveyor belt in such a way that a tray or a tray-like item of washware can be held by the first conveyor belt only when it is in a state in which it is placed on edge and is oriented parallel to the conveying direction (T), wherein a guide which is associated with the first conveyor belt is provided for guiding a tray or tray-like item of washware which is held by the first conveyor belt as it is conveyed through the at least one wash zone (10, 11.1, 11.2, 12) and the at least one final rinse zone , wherein the first conveyor belt is in the form of an endless drive belt that comprises a guide groove formed in the first conveyor belt , wherein the guide groove runs in the longitudinal direction of the first conveyor belt and wherein the guide groove is configured to hold a border or edge region of the tray or tray-like item of washware which is placed on the first conveyor belt as it is conveyed through the respective treatment zones of the conveyor dishwasher , wherein the guide comprises a belt guide which is associated with the first conveyor belt and which is provided for guiding the first conveyor belt , said belt guide being configured not only for guiding the first conveyor belt , but also for guiding the tray or tray-like item of washware, which is placed on the first conveyor belt , as it is conveyed through the respective treatment zones of the conveyor dishwasher , and wherein a machine outlet is provided downstream of the at least one final rinse zone as seen in the conveying direction (T), wherein the guide rail of the guide associated with the first conveyor belt runs in such a way that a tray or tray-like item of washware, which is held on the first conveyor belt , is transferred from its state in which it is placed on edge to its horizontally oriented normal state and then automatically destacked at the machine outlet, wherein the conveying speed at which an item of washware which is held by the first conveyor belt is conveyed through the at least one wash zone (10, 11.1, 11.2, 12) and the at least one final rinse zone is different than the conveying speed at which an item of washware which is held by the second conveyor belt is conveyed through the at least one wash zone (10, 11.1, 11.2, 12) and the at least one final rinse zone .
A header for an agricultural harvester , the header comprising: a continuous loop knife assembly including a plurality of knives attached to an endless flexible member ; a sensor configured to sense a condition of the plurality of knives ; and a motor operatively engaged with the endless flexible member for moving the plurality of knives past the sensor ; and characterized in that the sensor is configured to sense the condition of the plurality of knives in increments comprising non-adjacent groups of one or more knives , whereby substantially an entirety of the plurality of knives is sensed after a plurality of cycles of the continuous loop knife assembly past the sensor . a continuous loop knife assembly including a plurality of knives attached to an endless flexible member ; a sensor configured to sense a condition of the plurality of knives ; and a motor operatively engaged with the endless flexible member for moving the plurality of knives past the sensor ; and characterized in that the sensor is configured to sense the condition of the plurality of knives in increments comprising non-adjacent groups of one or more knives , whereby substantially an entirety of the plurality of knives is sensed after a plurality of cycles of the continuous loop knife assembly past the sensor .
A measurement method comprising: receiving , by a terminal device , first indication information sent by a network device ; wherein the first indication information is configured to indicate to activate a first measurement gap configuration; and determining , by the terminal device, frequency domain information associated with the first measurement gap configuration, and performing , by the terminal device, a measurement based on a measurement configuration and the frequency domain information associated with the first measurement gap configuration; and characterized by : the measurement configuration comprises a measurement identity associated with a measurement object identity; and wherein the frequency domain information comprises at least one of: a frequency point type, a frequency point list, a frequency point and physical cell identity, PCI, list, a frequency band list, and a measurement object identity list; wherein the measurement object identity list comprises the measurement object identity. receiving , by a terminal device , first indication information sent by a network device ; wherein the first indication information is configured to indicate to activate a first measurement gap configuration; and determining , by the terminal device, frequency domain information associated with the first measurement gap configuration, and performing , by the terminal device, a measurement based on a measurement configuration and the frequency domain information associated with the first measurement gap configuration; and characterized by : the measurement configuration comprises a measurement identity associated with a measurement object identity; and wherein the frequency domain information comprises at least one of: a frequency point type, a frequency point list, a frequency point and physical cell identity, PCI, list, a frequency band list, and a measurement object identity list; wherein the measurement object identity list comprises the measurement object identity. the measurement configuration comprises a measurement identity associated with a measurement object identity; and wherein the frequency domain information comprises at least one of: a frequency point type, a frequency point list, a frequency point and physical cell identity, PCI, list, a frequency band list, and a measurement object identity list; wherein the measurement object identity list comprises the measurement object identity.
A method for reporting a Direct Current, DC, carrier location, characterized by comprising: reporting , by a terminal device, at least one piece of DC carrier location information, wherein each of the at least one piece of DC carrier location information is associated with N cells and N bandwidth parts, BWPs, where N is a positive integer, wherein the N cells are N severing cells in an active state among M severing cells, the N BWPs are N active BWPs of the N cells, and the active BWPs are not dormant BWPs; and M is a positive integer greater than or equal to N, wherein the DC carrier location information comprises at least one of: an indication of a shift of 7.5 KHz, or txDirectCurrentLocation, wherein the shift of 7.5 KHz and the txDirectCurrentLocation are defined in a New Radio, NR, Radio Resource Control, RRC, ReconfigurationComplete message. reporting , by a terminal device, at least one piece of DC carrier location information, wherein each of the at least one piece of DC carrier location information is associated with N cells and N bandwidth parts, BWPs, where N is a positive integer, wherein the N cells are N severing cells in an active state among M severing cells, the N BWPs are N active BWPs of the N cells, and the active BWPs are not dormant BWPs; and M is a positive integer greater than or equal to N, wherein the DC carrier location information comprises at least one of: an indication of a shift of 7.5 KHz, or txDirectCurrentLocation, wherein the shift of 7.5 KHz and the txDirectCurrentLocation are defined in a New Radio, NR, Radio Resource Control, RRC, ReconfigurationComplete message.
Apparatus for calibrating cut surfaces of punched or fine-blanked workpieces having burr (5, 5.1), such as bobs, discs, synchronizer rings for clutches or the like, having an upper part and a lower part which form at least one cutting stage for cutting the outer and/or inner contours of the workpiece and form at least one forming stage for pressing away the burrs (5, 5.1) arising during the cutting, wherein the forming stage is divided into a stationary upper die part having an embossing bell and a lower die part that can be moved in the stroke direction (HR) and has an embossing anvil , characterized in that the forming stage comprises a calibrating punch , which has a calibrating region for smoothing the cut surface of the outer or inner contour to the final shape, and an embossing shoulder for pressing away the burr (5.1) on the outer or inner contour , which are formed in such a way that the calibrating region initially bends the burr (5.1) on the outer or inner contour away from the cut surface (3 or 8), then grips the cut surface for widening, wherein the embossing shoulder of the calibrating punch presses away the burr (5.1) on the outer or inner contour as the widening on the workpiece is completed and, as the calibrating punch is removed from the workpiece , equalizes the embossing bead produced during the pressing away, and in that the calibrating punch has a shape and dimension which are matched to the outer contour or inner contour of the workpiece , and the calibrating region of the calibrating punch is formed from a spherical segment-shaped thickening arranged on its top end , which has a defined oversize with respect to the outer or inner contour for the radial widening of the cut surface , and in that the embossing shoulder on the calibrating punch is arranged at a height (H) from the top end of the calibrating punch such that the calibrating region of the calibrating punch firstly bends away the burr located (5.1) on the outer or inner contour of the cut surface during the vertical movement of the workpiece and then grips the cut surface of the outer or inner contour for the widening.
Apparatus for carrying out a method for acoustically determining a gait of a hoofed animal, having a ground area with low attenuation of structure-borne sound, and a route longer than for a single step of each of the four hooves , wherein at least one sound sensor for recording the step sounds is arranged on the ground area and, downstream, a signal conditioning unit and an evaluation unit are connected to the at least one sound sensor, and wherein the signal conditioning unit is configured to convert specific parameters of a time signal and of power spectra of the at least four single steps into at least one parameter vector, wherein from the power spectra the specific parameters frequency, amplitude, interval and width of three peaks are used to convert the parameter vector and wherein from the time signal the specific parameters amplitude, duration of a single step and interval between two steps are used, and wherein the evaluation unit is configured to classify the at least one parameter vector and to specify the degree of similarity with previously recorded parameter vectors.
Fitting (1; 61; 81; 101) for fixing a threaded element to a wall section , comprising a base body (3; 67; 87; 107) which is penetrated by a recess (7; 70; 90; 109), which recess is extended along a central axis (4; 71; 86; 111), further comprising a clamping ring (17; 73; 89; 113) which is rotatably movable mounted on an outer surface, in particular on a sleeve section arranged coaxially to the central axis (4; 71; 86; 111), of the base body (3; 67; 87; 107), wherein a first cam (38; 118) is assigned to the outer surface (14; 114), in particular to the sleeve section , and/or wherein a second cam is assigned to the to the clamping ring (17; 73; 89; 113), which effectuates a change in diameter of the clamping ring (17; 73; 89; 113) during a rotary movement of the clamping ring (17; 73; 89; 113) relative to the base body (3; 67; 87; 107), characterized in that a coupling part (20; 62; 82; 102) is movably received in the recess (7; 70; 90; 109) and forms with the base body (3; 67; 87; 107) a rotary coupling for a transmission of a torque between the coupling part (20; 62; 82; 102) and the base body (3; 67; 87; 107) about the central axis (4; 71; 86; 111), wherein a threaded portion of the coupling part (20; 62; 82; 102) determines a thread axis (24; 124), which is aligned with a variable orientation within a predetermined angular interval and/or within a predetermined distance interval to the central axis (4; 71; 86; 111), wherein a region of an outer surface of the coupling part (20; 62; 82; 102) defines a first profile and wherein a region of an inner surface of the recess (7; 70; 90; 109) defines a second profile , wherein the first profile forms with the second profile a rotary coupling for a torque transmission between the coupling part (20; 62; 82; 102) and the base body (3; 67; 87; 107) in a functional position and is designed for a relative movement between the coupling part (20; 62; 82; 102) and the base body (3; 67; 87; 107) with at least one geometrically limited rotational degree of freedom and/or at least one geometrically limited linear degree of freedom of movement.