mhurhangee/ep-ind-claims huggingface dataset:
Restraining device for an occupant seated in a vehicle seat comprising: - a carrier extending over the lap of the seated occupant when the restraining device is in use, - an airbag having an airbag main body enclosing a main gas space and extending from a lower end to an upper end being located above the lower end when the airbag main body is in its deployed state, said airbag main body being connected to the carrier via a connection section at the lower end of the airbag main body, and said airbag main body having an impact wall with an impact surface facing the seated occupant when the airbag is in its deployed state, and - an inflating device for filling the main gas space, wherein the airbag main body tapers from its lower end to its upper end, characterized in that the impact wall is provided with an indention in its lower part. - a carrier extending over the lap of the seated occupant when the restraining device is in use, - an airbag having an airbag main body enclosing a main gas space and extending from a lower end to an upper end being located above the lower end when the airbag main body is in its deployed state, said airbag main body being connected to the carrier via a connection section at the lower end of the airbag main body, and said airbag main body having an impact wall with an impact surface facing the seated occupant when the airbag is in its deployed state, and - an inflating device for filling the main gas space,
A method for thermal protection of an internal combustion engine of a motor vehicle comprising a cooling circuit inside of which circulates a cooling liquid, the temperature of which varies as a function of time, characterized in that it applies a closed loop iterative strategy using at input the torque originating from running, and on which a reduction coefficient is applied, comprising the step of adapting in a closed loop a maximum limitation torque (Cmax_lim) of said internal combustion engine as a function of a correction coefficient (Ccor) dependent on a difference between an instantaneous temperature change speed (Vi) of the cooling liquid and a maximum temperature change speed (Vlim) of the cooling liquid.
Method for monitoring the operation of a wind energy plant, the wind energy plant having a rotor with a plurality of rotor blades (11, 12, 13), having the following steps: a. recording air-borne noise produced by movement of the rotor, and transforming the noise recorded over time into a frequency spectrum; b. producing an assignment between sections (31, 32, 33) of the recorded noise and the air-borne noise produced by individual rotor blades (11, 12, 13); c. comparing the air-borne noise of one rotor blade (11, 12, 13) with the air-borne noise of another rotor blade (11, 12, 13); and d. measuring an environmental variable which can favour a fault of the rotor, characterized in that an item of information concerning the environmental variable is associated with an item of information from the noise recording. a. recording air-borne noise produced by movement of the rotor, and transforming the noise recorded over time into a frequency spectrum; b. producing an assignment between sections (31, 32, 33) of the recorded noise and the air-borne noise produced by individual rotor blades (11, 12, 13); c. comparing the air-borne noise of one rotor blade (11, 12, 13) with the air-borne noise of another rotor blade (11, 12, 13); and d. measuring an environmental variable which can favour a fault of the rotor, characterized in that an item of information concerning the environmental variable is associated with an item of information from the noise recording.
Method for lightening or for dyeing human keratinous fibres, in which use is made of: a) an anhydrous composition comprising one or more fatty substances, one or more surfactants, monoethanolamine and one or more basic amino acids; b) an aqueous composition comprising one or more oxidizing agents. a) an anhydrous composition comprising one or more fatty substances, one or more surfactants, monoethanolamine and one or more basic amino acids; b) an aqueous composition comprising one or more oxidizing agents.
Head rest, in particular for a vehicle seat, with a head contact part, with a holding device for mounting the head rest on a fixed structure, with at least one four-joint linkage between the head contact part and the holding device, by means of which the head contact part is mounted moveably relative to the holding device between a first position and a second position, wherein the four-joint linkage comprises at least two links (16, 17), and each link (16, 17) forms at least one joint (G1A, G2A, G1C, G2C) with the holding device and at least one joint (G1B, G2B, G1D, G2D) with the head contact part, with an interlocking device, with first locking means assigned to the holding device and second locking means assigned to the head contact part, wherein the first locking means and the second locking means are in engagement in a locked position and are out of engagement in a release position, whereby the first locking means are fixedly held on the holding device and in that the second locking means are fixedly held on the head contact part, characterized in that the holding device comprises at least one protrusion extending beyond the head contact part sided joints (G1B, G2B, G1D, G2D) and that the first locking means are assigned to the protrusion.
A radio transmission device (100, 300), comprising: a modulation unit (120, 310) that maps a transmission bit sequence to a symbol corresponding to any one signal point by using a constellation in which a plurality of congruent equilateral triangles having a signal point as an apex are formed in each of four quadrants of an in-phase quadrature, IQ, plane representing an in-phase, I, component and a quadrature, Q, component of a signal, wherein any two arbitrary neighboring equilateral triangles in a quadrant share one side, and signal points in the four quadrants closest to the origin of the IQ plane form two neighboring equilateral triangles that share one side; and a transmission unit that transmits the symbol obtained by mapping performed by the modulation unit (120, 310), characterised in that; the modulation unit (120, 310) maps the transmission bit sequence using a constellation in which one side of the two equilateral triangles formed by the signal points closest to the origin of the IQ plane is longer than one side of the plurality of equilateral triangles formed in each of the four quadrants, wherein a distance between the signal points in different quadrants is equal to or larger than the one side of the two equilateral triangles formed by the signal points closest to the origin of the IQ plane. a modulation unit (120, 310) that maps a transmission bit sequence to a symbol corresponding to any one signal point by using a constellation in which a plurality of congruent equilateral triangles having a signal point as an apex are formed in each of four quadrants of an in-phase quadrature, IQ, plane representing an in-phase, I, component and a quadrature, Q, component of a signal, wherein any two arbitrary neighboring equilateral triangles in a quadrant share one side, and signal points in the four quadrants closest to the origin of the IQ plane form two neighboring equilateral triangles that share one side; and a transmission unit that transmits the symbol obtained by mapping performed by the modulation unit (120, 310), characterised in that; the modulation unit (120, 310) maps the transmission bit sequence using a constellation in which one side of the two equilateral triangles formed by the signal points closest to the origin of the IQ plane is longer than one side of the plurality of equilateral triangles formed in each of the four quadrants, wherein a distance between the signal points in different quadrants is equal to or larger than the one side of the two equilateral triangles formed by the signal points closest to the origin of the IQ plane.
Device for buffering moulded parts in a beverage filling plant, preferably for buffering container caps in a beverage filling plant, wherein the device comprises an inlet by means of which the moulded parts are supplied and an outlet by means of which the moulded parts are ejected out of the device, between which inlet and outlet a buffering surface is arranged for buffering the moulded parts, wherein the buffering surface is arranged to be rotatable and adjoins a transport surface, which provides a direct connection between the inlet and the outlet, serves for transporting the moulded parts from the inlet to the outlet and can be rotated independently of the buffering surface, characterised in that the inlet and the outlet are arranged relative to one another at the same level and the buffering surface and the transport surface are oriented horizontally, whereby a loss of height between the inlet of the respective moulded parts and the outlet of the respective moulded parts is avoided, wherein the inlet and the outlet open directly onto the transport surface.
A method performed by a transmitting device for transferring non-time-critical data to a receiving device in a communication network, comprising: - intercepting (301,401) a packet, which packet comprises service data in a payload field of the packet; - determining (302,402) that the packet is intended for the receiving device; - establishing (303,402) an available amount of data in the payload field of the packet; characterised in that the method further comprising: - checking a size of a header of the packet relative a size of the packet against a threshold; and only when the size of the header of the packet relative the size of the packet is above the threshold, adding (305,404) the non-time-critical data for the receiving device to the established available amount of data in the payload field; - modifying the header of the packet indicating that the payload field comprises the non-time-critical data; and - transmitting (307,405) the packet with the service data and the non-time-critical data to the receiving device. - intercepting (301,401) a packet, which packet comprises service data in a payload field of the packet; - determining (302,402) that the packet is intended for the receiving device; - establishing (303,402) an available amount of data in the payload field of the packet; - checking a size of a header of the packet relative a size of the packet against a threshold; and only when the size of the header of the packet relative the size of the packet is above the threshold, adding (305,404) the non-time-critical data for the receiving device to the established available amount of data in the payload field; - modifying the header of the packet indicating that the payload field comprises the non-time-critical data; and - transmitting (307,405) the packet with the service data and the non-time-critical data to the receiving device.
A system for assessing orientation and dynamics of a hip arthroplasty component, the system comprising: an acetabular component (104, 212) including a magnetic component (106, 208, 308) to emit a magnetic field; a femoral component including: a femoral head (112, 202, 302) configured to be accommodated by the acetabular component; and a sensor (108, 204A-C) to detect the magnetic field; and processing circuitry to: receive information from the sensor about the magnetic field; determining a relative orientation of the femoral component with respect to the acetabular component based at least in part on the information received from the sensor; and output an indication based on the relative orientation. an acetabular component (104, 212) including a magnetic component (106, 208, 308) to emit a magnetic field; a femoral component including: a femoral head (112, 202, 302) configured to be accommodated by the acetabular component; and a sensor (108, 204A-C) to detect the magnetic field; and a femoral head (112, 202, 302) configured to be accommodated by the acetabular component; and a sensor (108, 204A-C) to detect the magnetic field; and processing circuitry to: receive information from the sensor about the magnetic field; determining a relative orientation of the femoral component with respect to the acetabular component based at least in part on the information received from the sensor; and output an indication based on the relative orientation. receive information from the sensor about the magnetic field; determining a relative orientation of the femoral component with respect to the acetabular component based at least in part on the information received from the sensor; and output an indication based on the relative orientation.
A method in a first communication node for transitioning a digital communication line connected between the first communication node and a second communication node from a low transmission power state to a high transmission power state comprising the steps of: - monitoring (301, 310, 401) traffic events; - detecting (302, 311, 402) a selected traffic event; - in response to the detected traffic event, sending to the second communication node a request to increase the transmission power level in the fist node to a new power value; - receiving a grant from the second node; - increasing the transmission power level to the new power value; characterized by - repeating at least once the steps of sending the request, receiving the grant and increasing the transmission power level until the high transmission power state has been reached. - monitoring (301, 310, 401) traffic events; - detecting (302, 311, 402) a selected traffic event; - in response to the detected traffic event, sending to the second communication node a request to increase the transmission power level in the fist node to a new power value; - receiving a grant from the second node; - increasing the transmission power level to the new power value; characterized by - repeating at least once the steps of sending the request, receiving the grant and increasing the transmission power level until the high transmission power state has been reached.
A lead assembly comprising: an elongate body having a proximal end and a distal end, said elongate body defining a lumen therewithin, the distal end arranged and configured to contact tissue and the proximal end operably coupled to an electronic control; at least one electrode (118, 818) located on the elongate body; and at least one electrical circuit in communication with said at least one electrode (118, 818), said circuit housed within said elongate body, characterized in that the at least one electrical circuit (120 comprises a length of electrode wire forming at least one non-resonant filter (124, 824) and forming at least one resonant LC filter (126, 826) positioned proximal to a final distal non-resonant filter, said final distal non-resonant filter positioned adjacent to said at least one electrode (118, 818). an elongate body having a proximal end and a distal end, said elongate body defining a lumen therewithin, the distal end arranged and configured to contact tissue and the proximal end operably coupled to an electronic control; at least one electrode (118, 818) located on the elongate body; and at least one electrical circuit in communication with said at least one electrode (118, 818), said circuit housed within said elongate body, characterized in that the at least one electrical circuit (120 comprises a length of electrode wire forming at least one non-resonant filter (124, 824) and forming at least one resonant LC filter (126, 826) positioned proximal to a final distal non-resonant filter, said final distal non-resonant filter positioned adjacent to said at least one electrode (118, 818).
A method for producing composites comprising aluminum oxide and cerium / zirconium mixed oxides comprising the following steps: (a) providing a suspension comprising boehmite as the alumina precursor and adjusting the pH to 6 to 11.5; (b) producing an aqueous metal salt solution comprising metal salts of cerium and of zirconium; (c) bringing the suspension of (a) in contact with the metal salt solution from (b) at temperatures of 5 to 95°C or exposing the resulting slurry to these temperatures; (d) isolating solids from (c) and (e) calcining the solids from (d), wherein the boehmites are provided with organic compounds, having at least one carboxyl group (-COO and/or -COOH) and one or more further groups selected from hydroxy (-OH), oxo (-O), carboxy (-COO and/or -COOH) and/or amine (-NH and/or -NH 2) groups. (a) providing a suspension comprising boehmite as the alumina precursor and adjusting the pH to 6 to 11.5; (b) producing an aqueous metal salt solution comprising metal salts of cerium and of zirconium; (c) bringing the suspension of (a) in contact with the metal salt solution from (b) at temperatures of 5 to 95°C or exposing the resulting slurry to these temperatures; (d) isolating solids from (c) and (e) calcining the solids from (d), wherein the boehmites are provided with organic compounds, having at least one carboxyl group (-COO and/or -COOH) and one or more further groups selected from hydroxy (-OH), oxo (-O), carboxy (-COO and/or -COOH) and/or amine (-NH and/or -NH 2) groups.
An assembly for a turbine engine, comprising: a tower shaft rotatable about an axis (72, 74); a pinion gear mounted to the tower shaft, a tubular base of the pinion gear extending axially along the axis (72, 74) to a distal annular end surface; a stationary structure circumscribing the tower shaft; and a seal assembly sealing a gap between the stationary structure and the pinion gear; characterised by: the seal assembly comprising an annular seal element circumscribing the tower shaft and axially contacting the distal annular end surface. a tower shaft rotatable about an axis (72, 74); a pinion gear mounted to the tower shaft, a tubular base of the pinion gear extending axially along the axis (72, 74) to a distal annular end surface; a stationary structure circumscribing the tower shaft; and a seal assembly sealing a gap between the stationary structure and the pinion gear; characterised by: the seal assembly comprising an annular seal element circumscribing the tower shaft and axially contacting the distal annular end surface.
Blood collection container with a suction nozzle at the top for connecting a drainage hose and a suction nozzle for connecting the suction hose of a vacuum connection, wherein the blood collection container has a discharge nozzle at the bottom for discharging collected wound blood via a blood discharge hose to a blood purification device, and further in that the blood collection container for wound blood contains an agent for inhibiting blood coagulation in sufficient quantity for a full volume of blood which the container can hold, and is sterilised as a whole and is packed in a delivery bag which is sterilely sealed by means of a hermetic closure, for opening in the operating theatre shortly before use.
A varnish impregnation apparatus that impregnates a stator coil mounted to a stator core, in which a slot opens toward a radially inner side, with varnish, comprising: a support mechanism that is adapted to support a stator, in which the stator coil is mounted to the stator core, with an axial direction of the stator directed in a horizontal direction while grasping a radially outer side of the stator, and that is adapted to be rotationally driven by a rotary device to rotate the stator; a varnish dropping device that is adapted to drop the varnish toward a coil end portion (14a, 14b) of the stator which is rotated while being supported by the support mechanism; characterized by further comprising a stator radially inner side-heating device adapted to be disposed in a cavity portion provided at an axial center of the stator core of the stator supported by the support mechanism to heat the stator from a radially inner side of the stator, wherein the support mechanism that grasps the radially outer side of the stator is disposed between both end surfaces, in the axial direction, on an outer peripheral side of the stator core. a support mechanism that is adapted to support a stator, in which the stator coil is mounted to the stator core, with an axial direction of the stator directed in a horizontal direction while grasping a radially outer side of the stator, and that is adapted to be rotationally driven by a rotary device to rotate the stator; a varnish dropping device that is adapted to drop the varnish toward a coil end portion (14a, 14b) of the stator which is rotated while being supported by the support mechanism; characterized by further comprising a stator radially inner side-heating device adapted to be disposed in a cavity portion provided at an axial center of the stator core of the stator supported by the support mechanism to heat the stator from a radially inner side of the stator, wherein the support mechanism that grasps the radially outer side of the stator is disposed between both end surfaces, in the axial direction, on an outer peripheral side of the stator core.
A graphene nanoribbon precursor having a structural formula represented by a following chemical formula, wherein in the following chemical formula: n is an integer equal to 0; X is bromine, iodine or chlorine; and Y is hydrogen or fluorine. n is an integer equal to 0; X is bromine, iodine or chlorine; and Y is hydrogen or fluorine.
A thermal ducting system for electronic equipment in an electronic equipment enclosure, the thermal ducting system comprising: a top duct; a bottom duct spaced apart from the top duct, wherein the top duct and the bottom duct define an area for receiving the electronic equipment therebetween, and wherein each of the top duct and the bottom duct are in fluid communication with a front of the electronic equipment enclosure such that the top duct and the bottom duct receive cooled air from the front of the electronic equipment enclosure; a side duct extending from the top duct to the bottom duct and along an intake side of the electronic equipment, wherein the side duct is in fluid communication with the top duct and the bottom duct such that the side duct receives the cooled air from the top duct and the bottom duct; and at least one baffle positioned in the side duct next to the intake side of the electronic equipment for decreasing velocity and increasing static pressure of the cooled air, wherein the at least one baffle is perpendicular to the intake side of the electronic equipment and the at least one baffle includes a perforated portion and an imperforated portion, the imperforated portion being positioned between the perforated portion and the intake side of the electronic equipment. a top duct; a bottom duct spaced apart from the top duct, wherein the top duct and the bottom duct define an area for receiving the electronic equipment therebetween, and wherein each of the top duct and the bottom duct are in fluid communication with a front of the electronic equipment enclosure such that the top duct and the bottom duct receive cooled air from the front of the electronic equipment enclosure;