mhurhangee/ep-ind-claims huggingface dataset:
A method for installing an add-on component onto a tip of a wind turbine blade, the add-on component having a span-wise end, a closed leading edge, and an at least partially separated trailing edge, and slidable onto the blade tip so as to overlap the wind turbine blade adjacent the blade tip, the method comprising: attaching an adhesive side of one or more strips of a double-sided adhesive tape onto either or both of the pressure side or suction side surfaces of the wind turbine blade adjacent the blade tip or onto interior surfaces of the add-on component, the tape strips having a release liner on an opposite exposed side thereof; each of the tape strips having an extension tail from the release liner that extends beyond the span-wise end of the add-on component when the add-on component is placed and held at a desired position on the wind turbine blade; sliding the add-on component onto the blade tip; and with the add-on component held at the desired position, starting from the tape strip furthest from the separated trailing edge, sequentially pulling the extension tail and release liner of the respective tape strips through the separated trailing edge and away from the add-on component at an angle such that that the release liner is removed along the length of the tape strip while maintaining position of the add-on component against the wind turbine blade to attach the exposed adhesive from under the release liner to either the surface of the wind turbine blade or the interior surface of the add-on component. attaching an adhesive side of one or more strips of a double-sided adhesive tape onto either or both of the pressure side or suction side surfaces of the wind turbine blade adjacent the blade tip or onto interior surfaces of the add-on component, the tape strips having a release liner on an opposite exposed side thereof; each of the tape strips having an extension tail from the release liner that extends beyond the span-wise end of the add-on component when the add-on component is placed and held at a desired position on the wind turbine blade; sliding the add-on component onto the blade tip; and with the add-on component held at the desired position, starting from the tape strip furthest from the separated trailing edge, sequentially pulling the extension tail and release liner of the respective tape strips through the separated trailing edge and away from the add-on component at an angle such that that the release liner is removed along the length of the tape strip while maintaining position of the add-on component against the wind turbine blade to attach the exposed adhesive from under the release liner to either the surface of the wind turbine blade or the interior surface of the add-on component.
A fuel for compression-ignition engines, containing monooxymethylene dimethylether, characterised in that the fuel contains at least 80 % by weight monooxymethylene dimethylether and up to 20 % by weight of at least one oxygenate of the n-polyoxaalkane type, which is selected from the group consisting of polyoxymethylene dialkylethers of the formula RO(-CH 2 O-) n R, wherein n = 4 to 10 and R = an alkyl group, polyethylene glycol dialkylethers and/or polyethylene glycol monoalkylether formals, and in that the fuel has a cetane number of ≥ 48.6.
Screw for different screwdrivers or bits, whereby the screw head is designed in such a way as to provide suitable contact surfaces for slotted, one-way, cross, Torx, Robertson, Hex socket, Torq-set, Pozidriv or spanner (pig nose) screwdrivers or bits to transfer the torque from the screwdriver or bit to the screw head. Screw is characterised by the contact surfaces having dimensions a to y as illustrated in Fig.6, whereby in Fig. 6, the dimensions b to y of the screw head contact surfaces are in the same proportions to the height dimension a of the screw head on the one hand, and on other, for standardised screw sizes, as follows:
A customized battery management system module, comprising: a plurality of BMS part modules, in which function-based circuits of a BMS are individually reflected, wherein the function-based circuits are based on a power control function, a measurement function, a temperature sensing function, a booster function, and a DCDC converter function of the BMS; and a substrate, on which the plurality of BMS part modules are disposed and mounted, wherein the plurality of BMS part modules are disposed and mounted onto the substrate, wherein one or more pins inserted into the substrate are provided in each of the plurality of BMS part modules, wherein pattern recesses are formed at an upper side of the substrate, the pattern recesses are arranged in a repeated pattern, so that the disposition positions of the BMS part modules are freely adjusted, wherein pins provided to the BMS part modules are inserted into and mounted to the pattern recesses, and according to the insertion of the pins into the pattern recesses, the BMS part module and the substrate are electrically connected with each other and are electrically conducted. a plurality of BMS part modules, in which function-based circuits of a BMS are individually reflected, wherein the function-based circuits are based on a power control function, a measurement function, a temperature sensing function, a booster function, and a DCDC converter function of the BMS; and a substrate, on which the plurality of BMS part modules are disposed and mounted, wherein the plurality of BMS part modules are disposed and mounted onto the substrate, wherein one or more pins inserted into the substrate are provided in each of the plurality of BMS part modules, wherein pattern recesses are formed at an upper side of the substrate, the pattern recesses are arranged in a repeated pattern, so that the disposition positions of the BMS part modules are freely adjusted, wherein pins provided to the BMS part modules are inserted into and mounted to the pattern recesses, and according to the insertion of the pins into the pattern recesses, the BMS part module and the substrate are electrically connected with each other and are electrically conducted.
A pharmaceutical formulation comprising the peptide Arg 34, Lys 26 (N ε -(γ-Glu(N α -hexadecanoyl)))-GLP-1 and propylene glycol, wherein said propylene glycol is present in said formulation in a final concentration of from 1 mg/ml to 100 mg/ml, and wherein said formulation has a pH of from 7.0 to 10.0.
Method for determining target resistance levels (R 1, R i, R i+1, R N 2. for a non-volatile resistive memory cell having an electrical resistance that can be adjusted to different resistance values, the method comprising a step of determining at least one second target resistance level (R i), determined on the basis: - of a first target resistance level (R i+1), and - of a first resistance dispersion value (σ Δ,Ri+1), characterized in that the non-volatile resistive memory cell is of the filamentary type and the first resistance dispersion value (σ Δ,Ri+1) is representative of the dispersion of a first set of final resistance values obtained, after relaxing of the memory cell, for initial values of the resistance of the memory cell distributed over a first given initialisation interval (I i+1), having a predetermined width (Δ i+1), said dispersion, after relaxing of the memory cell, being the dispersion of said set of resistance values once the quantity σ n+1 /σ n has reached a stable value, at least in average, σ n and σ n+1 being the standard deviations at an instant t n and at a later instant t n+1 for these initial values of the resistance of the memory cell. - of a first target resistance level (R i+1), and - of a first resistance dispersion value (σ Δ,Ri+1),
A machine for dispensing liquids, preferably for obtaining a detergent product or a cosmetic product, comprising: - a device for dispensing water; - preferably, a device for dispensing liquid perfume; - a device for dispensing concentrated liquid; and - a driver unit, preferably a programmable logic controller, configured to drive the dispensing devices (110, 120, 130), the machine comprising a collector, preferably made from stainless steel, which comprises: - several liquid intake channels (1411, 1412, 1413, 1414, 1421, 1422, 1423, 1424), each intake channel being connected to one of the dispensing devices (110, 120, 130), and - a collection channel, which extends vertically, and into which said liquid intake channels open, said collection channel having an outlet orifice opposite which a container (81, 82) is able to be positioned to receive the liquid which falls from the collection channel; characterized in that at least one, preferably each, intake channel is inclined relative to the collection channel along an upward slope, toward the through hole of this intake channel into the collection channel. - a device for dispensing water; - preferably, a device for dispensing liquid perfume; - a device for dispensing concentrated liquid; and - a driver unit, preferably a programmable logic controller, configured to drive the dispensing devices (110, 120, 130), the machine comprising a collector, preferably made from stainless steel, which comprises: - several liquid intake channels (1411, 1412, 1413, 1414, 1421, 1422, 1423, 1424), each intake channel being connected to one of the dispensing devices (110, 120, 130), and - a collection channel, which extends vertically, and into which said liquid intake channels open, said collection channel having an outlet orifice opposite which a container (81, 82) is able to be positioned to receive the liquid which falls from the collection channel; - several liquid intake channels (1411, 1412, 1413, 1414, 1421, 1422, 1423, 1424), each intake channel being connected to one of the dispensing devices (110, 120, 130), and - a collection channel, which extends vertically, and into which said liquid intake channels open, said collection channel having an outlet orifice opposite which a container (81, 82) is able to be positioned to receive the liquid which falls from the collection channel; characterized in that at least one, preferably each, intake channel is inclined relative to the collection channel along an upward slope, toward the through hole of this intake channel into the collection channel.
A method for the contextual information lookup and navigation within an application, the method comprising: receiving an indication of an initial content selection from a user, the initial content being within an application in which the user is consuming or creating content; in response to receiving the indication of the initial content selection, determining an identified selection and a plurality of contextual search results generated based on the identified selection by using the initial content selection and a selection context comprising an expanded portion of text in the application, wherein said expanded portion of text includes text surrounding the initial content selection; and displaying the identified selection. receiving an indication of an initial content selection from a user, the initial content being within an application in which the user is consuming or creating content; in response to receiving the indication of the initial content selection, determining an identified selection and a plurality of contextual search results generated based on the identified selection by using the initial content selection and a selection context comprising an expanded portion of text in the application, wherein said expanded portion of text includes text surrounding the initial content selection; and displaying the identified selection.
A method of operating a converter, wherein the converter is configured to create an output current waveform, wherein the output current waveform has a frequency, the method comprising: calculating an aging parameter of the converter; changing a first operational mode of the converter to a second operational mode if the aging parameter is above a threshold parameter for achieving a desired lifespan of the converter, wherein changing the first operational mode to the second operational mode comprises increasing the frequency. calculating an aging parameter of the converter; changing a first operational mode of the converter to a second operational mode if the aging parameter is above a threshold parameter for achieving a desired lifespan of the converter, wherein changing the first operational mode to the second operational mode comprises increasing the frequency.
A boost converter for generating a regulated average output current comprising: a switch coupled to receive an input current I SW to the converter; a current measuring device adapted to measure the input current to the converter and to generate a voltage representative thereof; a voltage source adapted to generate a constant voltage K representative of a predetermined value of an output current; a first analog multiplier coupled to the voltage source and adapted to multiply the constant voltage K by a signal representative of the duty cycle of the converter D to generate a signal K ∗ D; a second analog multiplier (S3, S4) coupled between the current measuring device and a first input to a pulse width modulation, PWM, circuit, such that the voltage representative of the input current is fed to said first input; a second input to the pulse width modulation, PWM, circuit being coupled to receive the signal K ∗ D. a switch coupled to receive an input current I SW to the converter; a current measuring device adapted to measure the input current to the converter and to generate a voltage representative thereof; a voltage source adapted to generate a constant voltage K representative of a predetermined value of an output current; a first analog multiplier coupled to the voltage source and adapted to multiply the constant voltage K by a signal representative of the duty cycle of the converter D to generate a signal K ∗ D; a second analog multiplier (S3, S4) coupled between the current measuring device and a first input to a pulse width modulation, PWM, circuit, such that the voltage representative of the input current is fed to said first input; a second input to the pulse width modulation, PWM, circuit being coupled to receive the signal K ∗ D.
A method for indicating, by a user equipment, UE, a device-to-device, D2D, resource pool in a wireless communication system, the method comprising: selecting one of a first D2D resource pool or a second D2D resource pool; and transmitting an indication of the selected D2D resource pool while performing a D2D operation based on the selected D2D resource pool, characterized in that the indication indicates from which cell the selected D2D resource pool is received. selecting one of a first D2D resource pool or a second D2D resource pool; and transmitting an indication of the selected D2D resource pool while performing a D2D operation based on the selected D2D resource pool,
Lighting module for an automobile headlamp, able to emit a cut-off light beam along a predetermined optical axis, said lighting module comprising: - a light source for generating a beam, - an optical element for receiving the beam generated by the light source and configured to form from this beam said cut-off light beam, said optical element comprising: - a collimator configured to receive the beam generated by the light source and to collimate this beam into a collimated beam, - an optical coupler configured to couple the collimated beam into a coupled beam in a lightguide, - a cut-off means disposed within said lightguide on the path of the rays of the coupled beam and configured to intercept a portion of said rays in the lightguide and to form a cut-off beam, and - at least one output face of said lightguide configured to project said cut-off beam outside of the optical element, the optical element being formed as a single part characterized in that said optical coupler comprises a plurality of reflective faces (4a, 4b, 4c), each of said reflective faces in particular having a section in the shape of a parabolic segment. - a light source for generating a beam, - an optical element for receiving the beam generated by the light source and configured to form from this beam said cut-off light beam, - a collimator configured to receive the beam generated by the light source and to collimate this beam into a collimated beam, - an optical coupler configured to couple the collimated beam into a coupled beam in a lightguide, - a cut-off means disposed within said lightguide on the path of the rays of the coupled beam and configured to intercept a portion of said rays in the lightguide and to form a cut-off beam, and - at least one output face of said lightguide configured to project said cut-off beam outside of the optical element,
A hearing aid comprising: a first microphone system configured for conversion of sound emitted by a sound source into a first audio signal, a first filter configured for filtering the first audio signal into a first filtered audio signal, a hearing loss processor configured to provide a hearing loss compensated output signal that compensates for a hearing loss of the user based at least in part on the first filtered audio signal, characterized in that the first filter is a first matched filter having a first matching transfer function H 1 *(ω) that is substantially equal to a first complex scalar multiplied with a complex conjugate of a first transfer function H 1 (ω) of a first sound propagation path of sound propagating from the sound source to the first microphone system providing the first audio signal, when a user wears the hearing aid, wherein the first complex scalar is selected so that the first matched filter is a causal filter. a first microphone system configured for conversion of sound emitted by a sound source into a first audio signal, a first filter configured for filtering the first audio signal into a first filtered audio signal, a hearing loss processor configured to provide a hearing loss compensated output signal that compensates for a hearing loss of the user based at least in part on the first filtered audio signal, characterized in that the first filter is a first matched filter having a first matching transfer function H 1 *(ω) that is substantially equal to a first complex scalar multiplied with a complex conjugate of a first transfer function H 1 (ω) of a first sound propagation path of sound propagating from the sound source to the first microphone system providing the first audio signal, when a user wears the hearing aid, wherein the first complex scalar is selected so that the first matched filter is a causal filter.
A use of an edge strip which is provided for coating the narrow edge surface of panel-type workpieces and which has at least one base layer and a melt layer for attaching the edge strip to the workpiece, for activating the melt layer with microwave radiation of a frequency of 902 MHz to 928 MHz or of 2.4 GHz to 2.5 GHz or of 5.7 GHz to 5.9 GHz, wherein the melt layer has a dielectric loss factor ε GS for this microwave radiation which is greater than the dielectric loss factor ε GS of the base layer, wherein the ratio between the dielectric loss factor ε SS of the melt layer and the dielectric loss factor ε GS of the base layer is greater than 5 at this microwave radiation.
A method of forming a cutting line partially through a multilayer plate structure comprising at least one rigid layer (6,7) attached to a non-rigid layer, comprising the steps of: a) placing the multilayer plate structure on a rigid support, b) positioning a cutting edge towards the plate structure, c) advancing the cutting edge towards a rigid layer, and characterised by the steps of: d) placing lateral position retaining means in contact with the rigid layer surface on either side of the cutting edge, e) cutting through at least the rigid layer but leaving at least one layer (5, 7) of the multilayer plate structure uncut, and holding the rigid layer by the lateral position retaining means to prevent lateral movement of the portion of the rigid layer between the cutting edge and the lateral position retaining means during the cutting operation. a) placing the multilayer plate structure on a rigid support, b) positioning a cutting edge towards the plate structure, c) advancing the cutting edge towards a rigid layer, and characterised by the steps of: d) placing lateral position retaining means in contact with the rigid layer surface on either side of the cutting edge, e) cutting through at least the rigid layer but leaving at least one layer (5, 7) of the multilayer plate structure uncut, and holding the rigid layer by the lateral position retaining means to prevent lateral movement of the portion of the rigid layer between the cutting edge and the lateral position retaining means during the cutting operation. d) placing lateral position retaining means in contact with the rigid layer surface on either side of the cutting edge, e) cutting through at least the rigid layer but leaving at least one layer (5, 7) of the multilayer plate structure uncut, and holding the rigid layer by the lateral position retaining means to prevent lateral movement of the portion of the rigid layer between the cutting edge and the lateral position retaining means during the cutting operation.
A method for wireless communication operable at a user equipment UE, comprising: receiving, from a base station, a resource configuration that allocates resources for sync-less uplink, UL, transmission; transmitting, to the base station, uplink control information, UCI, utilizing the resources regardless of UL timing synchronization between the base station and the UE; receiving an UL grant corresponding to the UCI from the base station; and transmitting UL data to the base station based on the UL grant. receiving, from a base station, a resource configuration that allocates resources for sync-less uplink, UL, transmission; transmitting, to the base station, uplink control information, UCI, utilizing the resources regardless of UL timing synchronization between the base station and the UE; receiving an UL grant corresponding to the UCI from the base station; and transmitting UL data to the base station based on the UL grant.