mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for supplying power to at least one load, comprising at least one basic vehicle power supply system having at least one energy store, having at least one first path, which is connected to the basic vehicle power supply system, having at least one second path, which is connected to a functional module, having a further energy store, having a functional module, which can connect the second path to the basic vehicle power supply system and/or to the further energy store, wherein at least one safety-relevant load, which is present only once, can be connected to the first path and/or to the second path, wherein at least one redundant safety-relevant load is connected to the first path, wherein at least one further redundant safety-relevant load can be connected to the second path, characterized in that at least one switching means (26, 28) is provided to connect the safety-relevant load, which is present only once, to the first path and/or to the second path, and in that the further safety-relevant loads (22a, 22b) are embodied in a redundant manner, wherein one of the redundant loads is connected to the basic vehicle power supply system via the first path whereas the other redundant load can be connected to the further energy store and/or to the basic vehicle power supply system via the second path.
A channel measurement method, performed by a terminal, characterized in that the method comprises: receiving a received signal strength indicator, RSSI, measurement timing configuration, RMTC, parameter sent by a base station, wherein the RMTC parameter comprises indication information of at least one subcarrier spacing and a terminal measurement duration corresponding to the indication information, wherein different indication information corresponds to different terminal measurement durations; wherein the indication information comprises a field position of the terminal measurement duration in the RMTC parameter; determining a target terminal measurement duration corresponding to at least one target subcarrier spacing to be measured according to the indication information of the at least one subcarrier spacing and the terminal measurement duration corresponding to the indication information; and performing channel measurement according to the target terminal measurement duration; wherein the performing the channel measurement according to the target terminal measurement duration comprises: acquiring a sampled signal according to the RMTC parameter and the target terminal measurement duration; and obtaining an RSSI and a channel occupancy rate according to the sampled signal; wherein a sampling point corresponding to each subcarrier spacing is an orthogonal frequency division multiplexing (OFDM) symbol length under the subcarrier spacing. receiving a received signal strength indicator, RSSI, measurement timing configuration, RMTC, parameter sent by a base station, wherein the RMTC parameter comprises indication information of at least one subcarrier spacing and a terminal measurement duration corresponding to the indication information, wherein different indication information corresponds to different terminal measurement durations; wherein the indication information comprises a field position of the terminal measurement duration in the RMTC parameter; determining a target terminal measurement duration corresponding to at least one target subcarrier spacing to be measured according to the indication information of the at least one subcarrier spacing and the terminal measurement duration corresponding to the indication information; and performing channel measurement according to the target terminal measurement duration; wherein the performing the channel measurement according to the target terminal measurement duration comprises: acquiring a sampled signal according to the RMTC parameter and the target terminal measurement duration; and obtaining an RSSI and a channel occupancy rate according to the sampled signal; wherein a sampling point corresponding to each subcarrier spacing is an orthogonal frequency division multiplexing (OFDM) symbol length under the subcarrier spacing. acquiring a sampled signal according to the RMTC parameter and the target terminal measurement duration; and obtaining an RSSI and a channel occupancy rate according to the sampled signal; wherein a sampling point corresponding to each subcarrier spacing is an orthogonal frequency division multiplexing (OFDM) symbol length under the subcarrier spacing.
A tool for a hand-held power tool appliance driven in an oscillating manner, in particular for sawing, grinding, cutting, scraping or rasping, in particular for an oscillatingly driven electric power tool, comprising a fastening region (12, 12a,b) which is connected with a working region (16, 16a,b), wherein at the working region (16, 16a,b) at least one predetermined break location (22, 22a,b, 23, 23a,b, 24, 24a,b, 28, 38a, 40b, 42b) is provided, which allows a part (32, 32a,b) of the tool (10, 10a,b) to be broken off, characterized in that at least one predetermined break location (24, 24a,b, 28, 28a, 38a) extends along a cutting edge (26, 26a, 30, 30a, b, 36a), in order to expose a new cutting edge when a part is broken off.
A Coriolis mass flow sensor with a first fin and a second fin, the Coriolis mass flow sensor further having at least two transducers (104a and 104b) coupled to the fins (108a and 108b) and configured to induce Coriolis responses therein, the first fin being coupled to the second fin by at least one fin coupler (120a and/or 120b), characterized in that the Coriolis mass flow sensor further comprises a base coupled to the first fin and the second fin, wherein the at least one fin coupler (120a and/or 120b) is used to at least partially restrict the motion of a free edge of the first fin relative to the second fin, wherein the free edge is defined as the downward most edge of the fins extending from or through the base to be immersed in a fluid flow.
A wound care arrangement comprising: a means of covering which includes a film tube, parts of which at least are permeable to water vapour, and which is used to create a wound space enclosing the wound by being fixable to the skin surrounding said wound; and a suction connection by means of which a vacuum can be created in the wound space, characterised in that the film tube transitions to a retainer flap via a transitional area running at least partly around a sagittal axis extending transversely and in particular approximately perpendicular to a frontal plane that is defined by the tube axis and by a radial axis that intersects the tube axis and extends perpendicularly thereto, wherein the retainer flap has a retainer portion starting from the transitional area and extending at least in sections towards the end of the film tube facing away from the transitional area, with said retainer portion running, in part at least, around a longitudinal axis extending along the frontal plane, in particular over a circumferential angle of at least 45° and at most 180°, wherein the longitudinal axis is located in a plane containing the tube axis and running perpendicular to the sagittal axis, and the edge of the transitional area facing towards the film tube runs partially around the tube axis. a means of covering which includes a film tube, parts of which at least are permeable to water vapour, and which is used to create a wound space enclosing the wound by being fixable to the skin surrounding said wound; and a suction connection by means of which a vacuum can be created in the wound space, characterised in that the film tube transitions to a retainer flap via a transitional area running at least partly around a sagittal axis extending transversely and in particular approximately perpendicular to a frontal plane that is defined by the tube axis and by a radial axis that intersects the tube axis and extends perpendicularly thereto, wherein the retainer flap has a retainer portion starting from the transitional area and extending at least in sections towards the end of the film tube facing away from the transitional area, with said retainer portion running, in part at least, around a longitudinal axis extending along the frontal plane, in particular over a circumferential angle of at least 45° and at most 180°, wherein the longitudinal axis is located in a plane containing the tube axis and running perpendicular to the sagittal axis, and the edge of the transitional area facing towards the film tube runs partially around the tube axis.
A hair styling apparatus comprising: first and second arms (4a,4b) that are movable towards and away from one another; first and second electrodes (25a,25b) provided on the first and second arms (4a,4b) respectively, such that the electrodes (25a,25b) oppose one another; drive circuitry. for supplying electrical energy to the first and second electrodes (25a,25b), to cause an alternating electric field to be produced in the vicinity of the electrodes (25a,25b) in use, and thereby cause dielectric heating of hair placed between the electrodes (25a,25b) in use; characterised in that the hair styling apparatus comprises sensing circuitry for sensing a change in coupling of energy from the alternating electric field to the hair during heating of the hair; and control circuitry for controlling the drive circuitry to vary the electrical energy supplied to the first and second electrodes (25a,25b) during heating of the hair in dependence upon the sensed change in coupling. first and second arms (4a,4b) that are movable towards and away from one another; first and second electrodes (25a,25b) provided on the first and second arms (4a,4b) respectively, such that the electrodes (25a,25b) oppose one another; drive circuitry. for supplying electrical energy to the first and second electrodes (25a,25b), to cause an alternating electric field to be produced in the vicinity of the electrodes (25a,25b) in use, and thereby cause dielectric heating of hair placed between the electrodes (25a,25b) in use; characterised in that the hair styling apparatus comprises sensing circuitry for sensing a change in coupling of energy from the alternating electric field to the hair during heating of the hair; and control circuitry for controlling the drive circuitry to vary the electrical energy supplied to the first and second electrodes (25a,25b) during heating of the hair in dependence upon the sensed change in coupling.
A device (1a, 1b) for the application of cable sleeves onto a cable, comprising: - a bulk goods container for the accommodation of a multiplicity of loose cable sleeves, - a conveyor device for the separation of the cable sleeves located in the bulk goods container and for the conveyance of the separated cable sleeves to an installation location and - an installation device for the installation of the conveyed cable sleeves onto the cable, characterised in that, the conveyor device comprises - a continuous, ring-form conveyance means (4, 4a, 4b) projecting into the bulk goods container, and - an accommodation means for the accommodation of the cable sleeves, wherein the accommodation means are arranged on the conveyance means (4, 4a, 4b) on the inner face of the said ring. - a bulk goods container for the accommodation of a multiplicity of loose cable sleeves, - a conveyor device for the separation of the cable sleeves located in the bulk goods container and for the conveyance of the separated cable sleeves to an installation location and - an installation device for the installation of the conveyed cable sleeves onto the cable, characterised in that, the conveyor device comprises - a continuous, ring-form conveyance means (4, 4a, 4b) projecting into the bulk goods container, and - an accommodation means for the accommodation of the cable sleeves, wherein the accommodation means are arranged on the conveyance means (4, 4a, 4b) on the inner face of the said ring.
Method for supporting a substrate on a chuck, said substrate having an inner area and an edge area surrounding the inner area, said chuck having an edge portion contacting the edge area of the substrate and an inner portion facing the exposed inner area of the substrate without mechanical contact, said method providing a gas cushion between the inner portion of the chuck and the substrate, wherein the gas cushion is generated by means of a controllable nozzle supplied with a gas, characterized in that the gas cushion is created such that a downward bending of the substrate may be contactlessly compensated in a controlled manner and that the gas cushion allows an upward convex bending of the substrate.
A suture passer (5, 205) comprising: a hollow tube (10, 210), the hollow tube (10, 210) comprising a distal end (20, 220), a proximal end (25, 230) and a lumen (30, 240) extending from the distal end (20, 220) to the proximal end (25, 230); and a clamping rod (15, 215) slidably disposed in the lumen (30, 240) of the hollow tube (10, 210), the clamping rod (15, 215) comprising a distal end (50, 265) and a proximal end (55, 270), the distal end (50, 265) being bifurcated into a first arm (60, 275) and a second arm (65, 280), the first arm (60, 275) including a clamping surface (47, 285), and the second arm (65, 280) being outwardly biased such that when the clamping rod (15, 215) is moved distally, the distal end of the second arm (65, 280) extends laterally of the hollow tube (10, 210); wherein the distal end (20, 220) of the hollow tube (10, 210) terminates in a sharp point, and the hollow tube (10, 210) comprises a cutaway formed at the distal end (20, 220) of the hollow tube (10, 210) and extending directly from the sharp point, the cutaway communicating with the lumen (30, 240), wherein the cutaway is formed by a pair of longitudinally-extending edges having distal ends and proximal ends, wherein the pair of longitudinally-extending edges terminate at a circumferentially-extending edge at the proximal ends of the longitudinally-extending edges, wherein the circumferentially-extending edge forms seats for a suture grasped by the suture passer. a hollow tube (10, 210), the hollow tube (10, 210) comprising a distal end (20, 220), a proximal end (25, 230) and a lumen (30, 240) extending from the distal end (20, 220) to the proximal end (25, 230); and a clamping rod (15, 215) slidably disposed in the lumen (30, 240) of the hollow tube (10, 210), the clamping rod (15, 215) comprising a distal end (50, 265) and a proximal end (55, 270), the distal end (50, 265) being bifurcated into a first arm (60, 275) and a second arm (65, 280), the first arm (60, 275) including a clamping surface (47, 285), and the second arm (65, 280) being outwardly biased such that when the clamping rod (15, 215) is moved distally, the distal end of the second arm (65, 280) extends laterally of the hollow tube (10, 210); wherein the distal end (20, 220) of the hollow tube (10, 210) terminates in a sharp point, and the hollow tube (10, 210) comprises a cutaway formed at the distal end (20, 220) of the hollow tube (10, 210) and extending directly from the sharp point, the cutaway communicating with the lumen (30, 240), wherein the cutaway is formed by a pair of longitudinally-extending edges having distal ends and proximal ends, wherein the pair of longitudinally-extending edges terminate at a circumferentially-extending edge at the proximal ends of the longitudinally-extending edges, wherein the circumferentially-extending edge forms seats for a suture grasped by the suture passer.
Method for manufacturing at least one bone anchor (1,3) and a corresponding drilling template, wherein the bone anchor (1,3) has an anchor plate which is to be fixed with one or several screws provided with screw heads against the surface of a bone, such that the anchor plate has a bone side which is to be connected to the surface of the bone and a free side opposite to said bone side, wherein - a three-dimensional digital image of the bone is generated; - on the basis of this three-dimensional image, a position and orientation for each of said one or several screws are selected as a function of the structure and density of the bone, wherein a borehole with a borehole axis is thus defined for said screws in relation to said bone; - starting from said three-dimensional digital image and the selected position and orientation for said one or several screws, said anchor plate is designed with, for each of said screws, a recess with an axis which coincides with said borehole axis in order to make it possible for the anchor plate to be fixed to said bone through this recess by means of said screws, such that its bone side connects to the surface of the bone, wherein said screws extend in the bone according to the selected position and orientation, characterised in that said drilling template is designed with, for each of said screws, a cylindrical recess having a central axis for guiding a drill or a cutter, wherein the shape of the drilling template is designed so as to be placed against said free side of the anchor plate such that the shape of the drilling template fits against said free side of the anchor plate, wherein said borehole axis for each of the screws coincides with said central axis of the corresponding cylindrical recess and the diameter of said cylindrical recess is equal to or larger than the diameter of the head of the corresponding screw, wherein, after the drilling template and the bone anchor (1,3) have been designed, they are manufactured. - a three-dimensional digital image of the bone is generated; - on the basis of this three-dimensional image, a position and orientation for each of said one or several screws are selected as a function of the structure and density of the bone, wherein a borehole with a borehole axis is thus defined for said screws in relation to said bone; - starting from said three-dimensional digital image and the selected position and orientation for said one or several screws, said anchor plate is designed with, for each of said screws, a recess with an axis which coincides with said borehole axis in order to make it possible for the anchor plate to be fixed to said bone through this recess by means of said screws, such that its bone side connects to the surface of the bone, wherein said screws extend in the bone according to the selected position and orientation,
A cooling or heating estimation device (5a, 5b, 6a, 6b, 7, 8) for estimating a heat flux in a tempering circuit containing a mixture of two liquids (W, G) with different boiling points (T W, T G), in particular a water-glycol mixture, the cooling or heating estimation device (5a, 5b, 6a, 6b, 7, 8) comprising a controller and a flow measurement device (6a, 6b) for recording a flow signal indicative of a flow rate of the mixture, the flow measurement device (6a, 6b) being configured to transmit the flow signal to the controller; wherein the cooling or heating estimation device (5a, 5b, 6a, 6b, 7, 8) comprises a heater arranged in the tempering circuit and a first (5a; 5b) and a second (5b; 5a) temperature transducer, the heater and the temperature transducers (5a; 5b) each being communicatively coupled to the controller; the controller being configured to: read a first reference temperature signal from the first temperature transducer (5a; 5b); produce a temperature set point; control the heater to attain the temperature set point at the second temperature transducer (5b; 5a); record a quantity associated with controlling the heater, the recorded quantity being indicative of: - an amount of time required to attain the temperature set point; or - an amount of energy required to attain the temperature set point; and employ the flow signal and the recorded quantity to estimate the heat flux in the tempering circuit; characterized in that: the produced temperature set point is the lowest of the two boiling points (T W, T G), in particular the boiling point of water (T W) in the case of a water-glycol mixture. read a first reference temperature signal from the first temperature transducer (5a; 5b); produce a temperature set point; control the heater to attain the temperature set point at the second temperature transducer (5b; 5a); record a quantity associated with controlling the heater, the recorded quantity being indicative of: - an amount of time required to attain the temperature set point; or - an amount of energy required to attain the temperature set point; and - an amount of time required to attain the temperature set point; or - an amount of energy required to attain the temperature set point; and employ the flow signal and the recorded quantity to estimate the heat flux in the tempering circuit; characterized in that: the produced temperature set point is the lowest of the two boiling points (T W, T G), in particular the boiling point of water (T W) in the case of a water-glycol mixture.
An aerosol-generating system comprising: a heating element; and a capillary body, wherein the capillary body is wound around the heating element and wherein the heating element and capillary body are intertwined with one another. a heating element; and a capillary body, wherein the capillary body is wound around the heating element and wherein the heating element and capillary body are intertwined with one another.
A method for identification of gases, in which the gases to be identified are ionised and the drift times of the ionised molecules through a drift space are measured and the measured drift times are evaluated, wherein in order to measure the drift times the ionised molecules are accelerated by a resulting electric field to drift velocities, wherein each ionised molecule has a drift velocity due to the resulting electric field, which is partially increased or decreased, wherein the resulting electric field is a DC voltage field on which an asymmetric AC field is locally superimposed, so that the ionised molecules perform a drift movement in one direction and the oscillatory movement is superimposed parallel thereto, characterised in that the asymmetric AC field is generated by at least three AC voltage electrodes which are arranged locally distributed along the length of the drift space.
A method of wireless communication performed by a user equipment, UE, comprising: receiving a sidelink channel state information, CSI, reference signal, CSI-RS; and transmitting, based at least in part on the sidelink CSI-RS, a compact CSI report on a physical sidelink feedback channel, PSFCH; wherein the compact CSI report is one or two bits in size for indicating a subset of CSI feedback and characterised in that the compact CSI report includes an indication that a non-compact CSI report is to be transmitted on another sidelink channel in a particular set of time-frequency resources. receiving a sidelink channel state information, CSI, reference signal, CSI-RS; and transmitting, based at least in part on the sidelink CSI-RS, a compact CSI report on a physical sidelink feedback channel, PSFCH; wherein the compact CSI report is one or two bits in size for indicating a subset of CSI feedback and characterised in that the compact CSI report includes an indication that a non-compact CSI report is to be transmitted on another sidelink channel in a particular set of time-frequency resources.