mhurhangee/patent-ind-claim-en huggingface dataset:
Nacelle for a turbofan engine comprising a motor , said nacelle comprising: - a fixed cowl , - an upstream wall delimiting, with the motor , a duct in which flows a bypass flow , - a mobile cowl comprising an inner wall and an outer wall which surrounds the inner wall , said mobile cowl being able to move in translation in a direction of translation between a closing position, in which, on one hand, the outer wall adjoins the fixed cowl , and, on the other hand, the inner wall extends the upstream wall , and an opening position in which, on one hand, the outer wall is remote from the fixed cowl so as to open a window that is opened on the exterior of the nacelle , and, on the other hand, the inner wall is remote from the upstream wall so as to open a passage between the duct and the window , - at least one reverser flap , each one being arranged between the inner wall and the outer wall , having a downstream end and an upstream end that is located upstream of the downstream end , and being mounted so as to be free in rotation about a rotation axis arranged on the side of the downstream end , and where the reverser flap rests on the inner wall by means of its upstream end , and - a drive mechanism that is intended to move the mobile cowl in translation; - a roller that is mounted so as to be free in rotation about an axis perpendicular to the direction of translation and is arranged on the inner wall at its contact with the reverser flap , characterized in that the nacelle has at least one rod system comprising 2 rods that are articulated to one another, where one rod is mounted articulated on a structure of the nacelle and where the other rod is mounted articulated on the reverser flap . - a fixed cowl , - an upstream wall delimiting, with the motor , a duct in which flows a bypass flow , - a mobile cowl comprising an inner wall and an outer wall which surrounds the inner wall , said mobile cowl being able to move in translation in a direction of translation between a closing position, in which, on one hand, the outer wall adjoins the fixed cowl , and, on the other hand, the inner wall extends the upstream wall , and an opening position in which, on one hand, the outer wall is remote from the fixed cowl so as to open a window that is opened on the exterior of the nacelle , and, on the other hand, the inner wall is remote from the upstream wall so as to open a passage between the duct and the window , - at least one reverser flap , each one being arranged between the inner wall and the outer wall , having a downstream end and an upstream end that is located upstream of the downstream end , and being mounted so as to be free in rotation about a rotation axis arranged on the side of the downstream end , and where the reverser flap rests on the inner wall by means of its upstream end , and - a drive mechanism that is intended to move the mobile cowl in translation; - a roller that is mounted so as to be free in rotation about an axis perpendicular to the direction of translation and is arranged on the inner wall at its contact with the reverser flap ,
Converter arrangement for transmitting electrical power between an AC voltage network of a wind farm and a DC voltage line , wherein the converter arrangement comprises a plurality of converters that can be connected on the DC side to one another and can be connected on the AC side to the AC voltage network , wherein the converters (9-12) are connected on the DC side to one another in an electrical series circuit, and wherein the converters (9-12) are arranged on separate support structures associated therewith and can be connected on the DC side to a DC voltage terminal for connecting the converter arrangement to the DC voltage line , and wherein the converter arrangement also comprises a separate, central platform , wherein each of the converters (9-12) can be bypassed on the DC side by means of an associated bypass switch , characterized in that the bypass switches are arranged on the central platform .
Needle-free injection device for the needle-free injection of a solution containing an active agent into a subcutaneous tissue, wherein the injection device has an injector housing and a displaceable gas cartridge and a plunger which is arranged in the injector housing so as to be linearly movable by a pressure due to a release of gas from the gas cartridge , wherein the pressure is transferable by the plunger to the solution containing the active agent which can be dispensed to the subcutaneous tissue via a dispensing opening in the needle-free injection device by placing it on the skin, characterized in that the needle-free injection device has a lever element , during the operation of which the gas cartridge is pressed onto a nozzle arranged within the injector housing and tapering towards the gas cartridge for the release of gas and thereby releases gas for moving the plunger under injection of the solution containing the active agent, and in that the injector housing has a cartridge storage chamber , wherein the gas cartridge is arranged in a linearly displaceable manner within this cartridge storage chamber .
An information processing method, applied to a network side, comprising: transmitting configuration information to user equipment, UE, wherein the configuration information comprises duration of a configured grant timer ; characterized in that the duration of the configured grant timer is configured independently for one or more of following reference parameters: bandwidth part, BWP, or numerology or subcarrier space, SCS, corresponding to the numerology. transmitting configuration information to user equipment, UE, wherein the configuration information comprises duration of a configured grant timer ; characterized in that the duration of the configured grant timer is configured independently for one or more of following reference parameters: bandwidth part, BWP, or numerology or subcarrier space, SCS, corresponding to the numerology.
A heat exchanger comprising a core , said core defining a first fluid circuit and a second fluid circuit, said first fluid circuit being divided into first and second flow sections and said second fluid circuit being divided into first and second flow sections , said first flow section of said first fluid circuit coinciding with said second flow section of said second fluid circuit and said second flow section of said first fluid circuit coinciding with said first flow section of said second fluid circuit, characterized in that said first fluid circuit is split into first and second sub-circuits connected to each other at an inlet and an outlet of said first fluid circuit, respectively, so that flow of a first fluid is divided into first and second flows (FC1, FC2) throughout said core , said first sub-circuit extending through said first flow section of said first fluid circuit, said second sub-circuit extending through said second flow section of said first fluid circuit, wherein said flow sections of said first fluid circuit and said second fluid circuit, respectively, are configured so that a direction of said first flow (FC1) of said first fluid through said first flow section of said first fluid circuit is opposite to a direction of flow of a second fluid through said second flow section of said second fluid circuit and a direction of said second flow (FC2) of said first fluid through said second flow section of said first fluid circuit is opposite to said direction of flow of said second fluid through said first flow section of said second fluid circuit.
A method for wireless communication, comprising: establishing a wireless connection via a set of component carriers, CCs, using carrier aggregation, CA; determining a CA limit corresponding to a total number of configurable control channel candidates across the set of CCs, the control channel candidates including blind decoding, BD, candidates or control channel element, CCE, candidates for channel estimation; determining a per-CC limit corresponding to a per-CC number of control channel candidates that are configurable for each CC of the set of CCs; determining an applied set of control channel candidates by allocating control channel candidates across a number of configured control channel candidates of the set of CCs based at least in part on the CA limit and the per-CC limit, wherein the number of configured control channel candidates for at least one CC of the set of CCs exceeds the per-CC limit; and communicating based at least in part on the applied set of control channel candidates. establishing a wireless connection via a set of component carriers, CCs, using carrier aggregation, CA; determining a CA limit corresponding to a total number of configurable control channel candidates across the set of CCs, the control channel candidates including blind decoding, BD, candidates or control channel element, CCE, candidates for channel estimation; determining a per-CC limit corresponding to a per-CC number of control channel candidates that are configurable for each CC of the set of CCs; determining an applied set of control channel candidates by allocating control channel candidates across a number of configured control channel candidates of the set of CCs based at least in part on the CA limit and the per-CC limit, wherein the number of configured control channel candidates for at least one CC of the set of CCs exceeds the per-CC limit; and communicating based at least in part on the applied set of control channel candidates.
A method for ascertaining a position of a mobile receiver RX moving in an unknown but quasi-stationary environment on the basis of signals s(τ), which are emitted by a transmitter TX fixedly positioned in the environment, wherein the receiver RX receives a signal s(τ), which is transmitted via N(k) transmission paths as signal components s i (τ) from the transmitter TX, as a receive signal q k , τ = ∑ i = 0 N k − 1 s i τ with k:= time step, k = 0, 1, 2, ..., τ:= time delay, and i = 0 , ..., N(k)-1, wherein reflections of the signal components s i (τ) on the reflectors and scatterings of the signal components s i (τ) on scatterers STREU i are taken into account as interactions on the transmission paths, and based on the receive signals q(k,τ) a position r u (k) and a speed v u (k) of the receiver RX are ascertained, wherein: - based on the receive signal q(k,τ) a respective position r v,i (k) of a virtual transmitter vTX i is ascertained for each of the N(k) transmission paths, - based on the receive signal q(k,τ) a respective transmission path distance d v , i is ascertained between the transmitter TX and a last scatterer STREU i in the i-th transmission path, insofar as such a scatterer STREU i is present, - a signal component s i (τ) of the signal s(τ) transmitted on the i-th transmission path is no longer subjected to a further scattering between the last scatterer STREU i and the receiver RX, - it is assumed for the virtual transmitters vTX i , that each signal component s i (τ) received by the receiver RX is emitted by an associated virtual transmitter vTX i and arrives directly without interaction at the receiver RX, and - at least the ascertained position ru(k) of the receiver and/or the speed vu(k) of the receiver RX are made available and/or output for further evaluations. - based on the receive signal q(k,τ) a respective position r v,i (k) of a virtual transmitter vTX i is ascertained for each of the N(k) transmission paths, - based on the receive signal q(k,τ) a respective transmission path distance d v , i is ascertained between the transmitter TX and a last scatterer STREU i in the i-th transmission path, insofar as such a scatterer STREU i is present, - a signal component s i (τ) of the signal s(τ) transmitted on the i-th transmission path is no longer subjected to a further scattering between the last scatterer STREU i and the receiver RX, - it is assumed for the virtual transmitters vTX i , that each signal component s i (τ) received by the receiver RX is emitted by an associated virtual transmitter vTX i and arrives directly without interaction at the receiver RX, and - at least the ascertained position ru(k) of the receiver and/or the speed vu(k) of the receiver RX are made available and/or output for further evaluations.
A method for providing emergency mobile originated location reports from a user equipment , UE, the method comprising: detecting at the UE , an initiation of an emergency call; triggering , at the UE , the generation of a location report by the UE ; generating and transmitting, internal to the UE , a request for the location report; and transmitting the location report from the UE to a remote location server using Secure User Plane Location, SUPL; wherein the UE is camped on a cellular network when detecting the initiation of the emergency call; and the request comports with the format of a network initiated location request, NILR. detecting at the UE , an initiation of an emergency call; triggering , at the UE , the generation of a location report by the UE ; generating and transmitting, internal to the UE , a request for the location report; and transmitting the location report from the UE to a remote location server using Secure User Plane Location, SUPL; wherein the UE is camped on a cellular network when detecting the initiation of the emergency call; and the request comports with the format of a network initiated location request, NILR.
Magnetic hysteresis brake comprising a stator equipped with at least one control winding and a rotor mounted mobile with respect to first poles (6.1) and second poles (6.2) of the stator , the control winding being annular and surrounded by an armature, the rotor being annular and received so as to be able to pivot about its central axis in a circular groove of the stator giving rise to two radial air gaps, the circular groove , which is formed in an axial wall of the armature, having an outer flank and an inner flank respectively provided with reliefs forming the first poles (6.1) and the second poles (6.2) of the stator , said poles having the same polar pitch, the first poles (6.1) being angularly offset from the second poles (6.2) by half of said polar pitch, the control winding being mounted in the stator coaxially with the circular groove , the rotor being made of a ferromagnetic material having low remanence, characterized in that the brake comprises a first magnet (8.1) and a second magnet (8.2) that are mounted on the stator facing the rotor and are sufficiently powerful to produce, locally on the circumference of the rotor , a level of induction that is essentially equal to a maximum level of induction generated by the control winding when the latter is energized, the first magnet (8.1) and the second magnet (8.2) being polarized so as to generate a radial magnetic flux, the first magnet (8.1) being fixed between two mutually adjacent first poles (6.1), and the second magnet (8.2) being fixed between two mutually adjacent second poles (6.2), one of said second poles (6.2) being located facing the first magnet (8.1), the first magnet (8.1) and the second magnet (8.2) each being mounted on opposite flanks of the groove.
Electric drive unit having a brake , in particular an electromagnetically operated brake , and an electric motor, wherein the electric motor has an end shield , wherein the electric motor has a sensor for sensing a magnetic field, wherein the electric motor has a shielding element for magnetic shielding of the sensor against a magnetic field acting externally on the electric motor, wherein the shielding element is arranged between the sensor and the brake , characterized in that the sensor is integrated into the end shield facing the brake of the electric motor.
Drive system comprising: an input shaft , an output shaft , at least two coupling elements coupled to the input shaft and the output shaft , respectively, wherein at least one coupling element has an elastically deformable section , characterized in that the elastically deformable section has a different material, wherein the elastically deformable section is integrated into the coupling element by material bond, or a different cross-section than an adjacent section of the coupling element , wherein the entire coupling element is formed as one piece. an input shaft , an output shaft , at least two coupling elements coupled to the input shaft and the output shaft , respectively, wherein at least one coupling element has an elastically deformable section , characterized in that the elastically deformable section has a different material, wherein the elastically deformable section is integrated into the coupling element by material bond, or a different cross-section than an adjacent section of the coupling element , wherein the entire coupling element is formed as one piece.
Storage device for vehicles with a opening mounted on a body between an open position giving access to a storage cavity and a closed position preventing access to the storage cavity, the said opening comprising: - a locking mechanism containing means of locking which can be moved between a locked position in which they are capable of cooperating with additional means on the said body to hold the said opening in the closed position and an unlocked position in which they allow the said opening to pass from its closed position to its open position; - an actuating mechanism to drive the said means of locking into the unlocked position, including a sliding push button on a translation axis between an exit position and a retracted position; that actuating mechanism comprising a lever mounted on the said opening in an axis perpendicular to the axis of translation of the said pushbutton and capable of being rotated when the said pushbutton is pressed in the retracted position so as to cause the said means of locking to be moved in that unlocked position, characterized by the said pushbutton having a finger with a loose end arranged to support, when the said button is pressed in the retracted position, against a beveled surface of the said lever so as to drive it swivel, the said free end of the finger and the said beveled surface (A) said lever shall be arranged so as to be separated from each other by a predetermined distance when the said means of locking occupy their locked position and the said button is in the out position. - a locking mechanism containing means of locking which can be moved between a locked position in which they are capable of cooperating with additional means on the said body to hold the said opening in the closed position and an unlocked position in which they allow the said opening to pass from its closed position to its open position; - an actuating mechanism to drive the said means of locking into the unlocked position, including a sliding push button on a translation axis between an exit position and a retracted position; that actuating mechanism comprising a lever mounted on the said opening in an axis perpendicular to the axis of translation of the said pushbutton and capable of being rotated when the said pushbutton is pressed in the retracted position so as to cause the said means of locking to be moved in that unlocked position,
A device for treating semiconductor substrates , the device comprising an enclosure and at least one circuit for feeding a gaseous mixture into the enclosure, the enclosure containing at least one support , the support comprising a stack of plates supporting the semiconductor substrates, each plate being made of an electrically-conductive material and having a substantially horizontal surface (102; 108; 130) supporting at least one of the semiconductor substrates, wherein at least one of the plates comprises at least one passage (112, 116; 120, 122; 134, 136) for the gaseous mixture between the substrate and the plate, the treatment device further comprising at least one generator of an AC voltage electrically connected to a plurality of said plates.
An image forming apparatus , comprising: an image processing mechanical unit to realize an image processing function; an image processing driver to drive the image processing mechanical unit in accordance with operating status of the image forming apparatus ; an operation reception unit to acquire information in accordance with user operation on an operational unit ; a normally stop command unit to output a signal that commands to stop image processing operation to the image processing driver if the information acquired by the operation reception unit relates to normally stop operation; and a forcibly stop command unit to output a signal that commands to stop currently-executed image processing operation to the image processing mechanical unit if the information acquired by the operational reception unit relates to forcibly stop operation; characterized in that : the image forming apparatus is configured to detect an irregular status of the image forming apparatus and input a trigger to stop normally or a trigger to stop forcibly in accordance with the result of the detection. an image processing mechanical unit to realize an image processing function; an image processing driver to drive the image processing mechanical unit in accordance with operating status of the image forming apparatus ; an operation reception unit to acquire information in accordance with user operation on an operational unit ; a normally stop command unit to output a signal that commands to stop image processing operation to the image processing driver if the information acquired by the operation reception unit relates to normally stop operation; and a forcibly stop command unit to output a signal that commands to stop currently-executed image processing operation to the image processing mechanical unit if the information acquired by the operational reception unit relates to forcibly stop operation; characterized in that : the image forming apparatus is configured to detect an irregular status of the image forming apparatus and input a trigger to stop normally or a trigger to stop forcibly in accordance with the result of the detection.
A communication system for a vehicle seat, the communication system comprising: a visual indicator comprising a lighting mechanism configured to display a plurality of colors; a control portion electrically connected to the visual indicator ; and a plurality of modes, wherein: each mode is associated with one of the plurality of colors; and selection of one of the plurality of modes causes the control portion to signal the lighting mechanism to display the color associated with the selected mode, characterized in that the communication system further comprises a display screen , wherein the control portion comprises a master switch to open a sub-menu on the display screen , wherein the master switch is an icon on the display screen , and the sub-menu illustrates at least two of the plurality of modes on the display screen , the sub-menu including icons for a plurality of modes of the visual indicator , the sub-menu being controllable via a touchscreen interface. a visual indicator comprising a lighting mechanism configured to display a plurality of colors; a control portion electrically connected to the visual indicator ; and a plurality of modes, wherein: each mode is associated with one of the plurality of colors; and selection of one of the plurality of modes causes the control portion to signal the lighting mechanism to display the color associated with the selected mode, each mode is associated with one of the plurality of colors; and selection of one of the plurality of modes causes the control portion to signal the lighting mechanism to display the color associated with the selected mode,