mhurhangee/ep-ind-claims huggingface dataset:
A hold-open arrangement for a door (11, 12), wherein the hold-open arrangement comprises a sliding rail, in which a sliding element can be slidingly disposed, and comprises a hold-open device, wherein the sliding element is optionally arrestable and releasable with the hold-open device, wherein the hold-open arrangement includes an electro-chemical energy accumulator, which is to be protected from a temperature above a limit temperature, characterized in that the hold-open arrangement comprises an intumescent material, which, upon exceeding an intumescent temperature, has a volume that is larger than below the intumescent temperature, wherein the intumescent material is disposed behind the electro-chemical energy accumulator in such a manner that, in the mounted condition of the hold-open arrangement at the door, the intumescent material is located between the electro-chemical energy accumulator and the door (11, 12) such that, upon a volume increase of the intumescent material, the electro-chemical energy accumulator is pushed away from the door (11, 12), whereby the distance is increased between the electro-chemical energy accumulator and the door, wherein moreover the intumescent material forms an insulation layer between the electro-chemical energy accumulator and the door.
A device comprising: a receiver configured to receive a remote voice profile; a memory electrically coupled to the receiver, the memory configured to store a local voice profile associated with a person; and a processor electrically coupled to the memory and the receiver, the processor configured to: determine that the remote voice profile is associated with the person based on speech content associated with the remote voice profile or an identifier associated with the remote voice profile; and select the local voice profile for profile management based on the determination that the remote voice profile is associated with the person; and the device being characterised in that the processor is further configured to: replace a first segment of the local voice profile with a second segment of the remote voice profile, wherein the local voice profile is associated with a first plurality of substitute speech signals and the remote voice profile is associated with a second plurality of substitute speech signals. a receiver configured to receive a remote voice profile; a memory electrically coupled to the receiver, the memory configured to store a local voice profile associated with a person; and a processor electrically coupled to the memory and the receiver, the processor configured to: determine that the remote voice profile is associated with the person based on speech content associated with the remote voice profile or an identifier associated with the remote voice profile; and select the local voice profile for profile management based on the determination that the remote voice profile is associated with the person; and the device being characterised in that the processor is further configured to: replace a first segment of the local voice profile with a second segment of the remote voice profile, wherein the local voice profile is associated with a first plurality of substitute speech signals and the remote voice profile is associated with a second plurality of substitute speech signals. determine that the remote voice profile is associated with the person based on speech content associated with the remote voice profile or an identifier associated with the remote voice profile; and select the local voice profile for profile management based on the determination that the remote voice profile is associated with the person; and the device being characterised in that the processor is further configured to: replace a first segment of the local voice profile with a second segment of the remote voice profile, wherein the local voice profile is associated with a first plurality of substitute speech signals and the remote voice profile is associated with a second plurality of substitute speech signals. replace a first segment of the local voice profile with a second segment of the remote voice profile, wherein the local voice profile is associated with a first plurality of substitute speech signals and the remote voice profile is associated with a second plurality of substitute speech signals.
A broadband low-profile dual-linearly polarized antenna comprising: a radiating portion, wherein the radiating portion comprises a dielectric substrate, four printed folded dipoles spaced apart on an upper surface of the dielectric substrate, first coupled parasitic elements on a lower surface of the dielectric substrate, and second coupled parasitic elements on the upper surface of the dielectric substrate; and a feed balun for feeding the radiating portion, wherein each of the four printed folded dipoles includes a corresponding one of the first coupled parasitic elements and a corresponding one of the second coupled parasitic elements; wherein each of the first coupled parasitic elements is located between and configured to be coupled to respective adjacent ones of the four printed folded dipoles, and wherein each of the second coupled parasitic elements is placed adjacent and configured to be coupled to respective neighboring portions of respective outer edges of the respective adjacent ones of the four printed folded dipoles. a radiating portion, wherein the radiating portion comprises a dielectric substrate, four printed folded dipoles spaced apart on an upper surface of the dielectric substrate, first coupled parasitic elements on a lower surface of the dielectric substrate, and second coupled parasitic elements on the upper surface of the dielectric substrate; and a feed balun for feeding the radiating portion, wherein each of the four printed folded dipoles includes a corresponding one of the first coupled parasitic elements and a corresponding one of the second coupled parasitic elements; wherein each of the first coupled parasitic elements is located between and configured to be coupled to respective adjacent ones of the four printed folded dipoles, and wherein each of the second coupled parasitic elements is placed adjacent and configured to be coupled to respective neighboring portions of respective outer edges of the respective adjacent ones of the four printed folded dipoles.
Agricultural seed drill having a plurality of sowing coulters which are each designed as double disc coulters, wherein in each case two coulter discs are arranged in a V-shaped manner with respect to each other, and having a scraping element which is arranged between the in each case two coulter discs of the double disc coulter in the rear region of the double disc coulter in the sowing direction, wherein the scraping element is formed elastically and is clamped releasably, in a U-shaped manner, in the fastening element provided for accommodating it, wherein the open ends of the scraping element clamped in a U-shaped manner are oriented counter to the sowing direction and are placed against the in each case two coulter discs of the double disc coulter under a restoring force, characterized in that the scraping element has a pattern of holes not serving for the fastening of the scraping element to the fastening element, wherein the shape, size and distribution of the holes of the pattern of holes of the scraping element is suitable for bringing about a defined restoring force of the scraping element.
Apparatus for measuring deformation, designed to be inserted in a hole of a structural element, the deformation of which is to be measured, having an elongate form in order to be able to be inserted into the hole and comprising at least one thread-like deformation sensor, a support of longilinear form, the thread-like deformation sensor being positioned on an external surface of the support by one or more link points (41, 42) with a main deformation direction (d) of the thread-like deformation sensor arranged parallel to a longitudinal direction of the support, the apparatus being characterized in that the support is hollow, and in that the apparatus comprises a stiffener introduced into an internal volume of the support and formed from a rod arranged longitudinally relative to the support whilst being free or fixed at at most one point on the support so as not to influence measurement and conferring greater stiffness on the support, the stiffener and a wall of the support leaving a space between them, provided right around the stiffener, such that the support retains bending movement freedom.
An assessment generation system (10, 700) configured to determine a blood pressure of a user using a device comprising a photoplethysmography, PPG, sensor and a motion sensor, wherein the PPG sensor is proximal to at least some skin of the user, the assessment generation system (10, 700) comprising one or more processing circuits (710, 720) and being configured to: screen data from the motion sensor by determining whether a user cadence is below a threshold, in order to determine an integrity of data in a PPG signal from the PPG sensor; if the user cadence is below the threshold, high-pass filter the PPG signal to attenuate DC and low-frequency components; buffer a plurality of pulses of data in the high-pass filtered PPG signal and identify the beginning and end points of each pulse of data in the time domain; create a spline for each of the plurality of buffered pulses of data across a finer mesh of constant size; average the splines to produce a single average spline signal representing an average pulse shape; normalize the amplitude of the average spline signal between 0 and 1, and generate at least one of an integral of the average pulse shape and a derivative of the average pulse shape to provide multiple representations of the PPG signal; and use one or two of the multiple representations of the PPG signal as input for a machine learning model to determine the blood pressure. screen data from the motion sensor by determining whether a user cadence is below a threshold, in order to determine an integrity of data in a PPG signal from the PPG sensor; if the user cadence is below the threshold, high-pass filter the PPG signal to attenuate DC and low-frequency components; buffer a plurality of pulses of data in the high-pass filtered PPG signal and identify the beginning and end points of each pulse of data in the time domain; create a spline for each of the plurality of buffered pulses of data across a finer mesh of constant size; average the splines to produce a single average spline signal representing an average pulse shape; normalize the amplitude of the average spline signal between 0 and 1, and generate at least one of an integral of the average pulse shape and a derivative of the average pulse shape to provide multiple representations of the PPG signal; and use one or two of the multiple representations of the PPG signal as input for a machine learning model to determine the blood pressure.
Process for the preparation of a hydrotreating and/or hydroconversion catalyst from a catalytic precursor comprising a support based on alumina and/or on silica/alumina and/or on zeolite, and comprising at least one element from group VIB and optionally at least one element from group VIII, the said process comprising the impregnation of the said precursor with a solution of a di(C 1 -C 4 alkyl) succinate, characterized in that it comprises the following stages: 1) impregnating (stage 1) the said dried, calcined or regenerated precursor with at least one solution containing at least one carboxylic acid other than acetic acid, then maturing and drying at a temperature of less than 200°C, optionally followed by a heat treatment at a temperature of less than 350°C, 2) followed by impregnating (stage 2) with a solution containing at least one di(C 1 -C 4 alkyl) succinate, then maturing and drying at a temperature of less than 200°C, without a subsequent calcination stage, and the catalytic precursor and/or the solution of stage 1 and/or the solution of stage 2 contains phosphorus. 1) impregnating (stage 1) the said dried, calcined or regenerated precursor with at least one solution containing at least one carboxylic acid other than acetic acid, then maturing and drying at a temperature of less than 200°C, optionally followed by a heat treatment at a temperature of less than 350°C, 2) followed by impregnating (stage 2) with a solution containing at least one di(C 1 -C 4 alkyl) succinate, then maturing and drying at a temperature of less than 200°C, without a subsequent calcination stage,
A system (100, 200, 400) for performing a minimally invasive procedure, the system comprising: a flexible catheter (202, 404) with a lumen extending therethrough; a biopsy needle sized for passage through the lumen; an elongate instrument (104, 226, 406, 600, 650) sized for passage through the biopsy needle; an optical coherence tomographic sensor (242, 412, 604, 654) coupled to the elongate instrument; and a control system including one or more processors, wherein the control system is configured to: receive sensor data from the optical coherence tomographic sensor; profile a tissue (408, 410) based on the received sensor data; generate an output signal based on the profiled tissue; and based on receipt of the output signal, determine a distance between the elongate instrument and the profiled tissue. a flexible catheter (202, 404) with a lumen extending therethrough; a biopsy needle sized for passage through the lumen; an elongate instrument (104, 226, 406, 600, 650) sized for passage through the biopsy needle; an optical coherence tomographic sensor (242, 412, 604, 654) coupled to the elongate instrument; and a control system including one or more processors, wherein the control system is configured to: receive sensor data from the optical coherence tomographic sensor; profile a tissue (408, 410) based on the received sensor data; generate an output signal based on the profiled tissue; and based on receipt of the output signal, determine a distance between the elongate instrument and the profiled tissue. receive sensor data from the optical coherence tomographic sensor; profile a tissue (408, 410) based on the received sensor data; generate an output signal based on the profiled tissue; and based on receipt of the output signal, determine a distance between the elongate instrument and the profiled tissue.
An inverter system comprising: an inverter configured to receive utility AC power and step it up to a high-voltage power necessary for operation of a motor and supply the high-voltage power to the motor; a switch connected between the inverter and the motor and configured to be turned on and off such that an output voltage from the inverter is supplied to the motor or interrupted; and a current detector configured to detect an output current from the inverter; characterized by a controller configured to: determine that the switch is erroneously turned off if an output current value detected by the current detector is smaller than a predetermined reference current value for more than a predetermined reference duration, wherein the predetermined reference current value is set to an unloaded current value of the motor; and respond to determining that the switch is erroneously turned off when the output current value detected by the current detector is smaller than the predetermined reference current value for more than the predetermined reference duration, by interrupting the inverter and, wherein after the inverter is interrupted, the controller configured to resume the inverter if the switch is turned on. an inverter configured to receive utility AC power and step it up to a high-voltage power necessary for operation of a motor and supply the high-voltage power to the motor; a switch connected between the inverter and the motor and configured to be turned on and off such that an output voltage from the inverter is supplied to the motor or interrupted; and a current detector configured to detect an output current from the inverter; characterized by a controller configured to: determine that the switch is erroneously turned off if an output current value detected by the current detector is smaller than a predetermined reference current value for more than a predetermined reference duration, wherein the predetermined reference current value is set to an unloaded current value of the motor; and respond to determining that the switch is erroneously turned off when the output current value detected by the current detector is smaller than the predetermined reference current value for more than the predetermined reference duration, by interrupting the inverter and, wherein after the inverter is interrupted, the controller configured to resume the inverter if the switch is turned on. determine that the switch is erroneously turned off if an output current value detected by the current detector is smaller than a predetermined reference current value for more than a predetermined reference duration, wherein the predetermined reference current value is set to an unloaded current value of the motor; and respond to determining that the switch is erroneously turned off when the output current value detected by the current detector is smaller than the predetermined reference current value for more than the predetermined reference duration, by interrupting the inverter and, wherein after the inverter is interrupted, the controller configured to resume the inverter if the switch is turned on.
A flap actuator for adjusting the orientation of a flap or the like of a device, the actuator comprising: a static arcuate member having a radius of curvature, the static arcuate member being connectable to the device; a piezoelectric motor biased to continually interface with the static arcuate member via a nub; a housing housing and held in contact with the piezoelectric motor; and a flap orientation shaft extending from the housing and configured to operatively connect the housing and the flap, the housing being rotatable thus causing the shaft to rotate, the distance between the shaft and the static arcuate member being equal to the radius of curvature of the static arcuate member.
Storage installation for cooking oil comprising a closed tank of determined volume, at least one filling pipe configured to convey the oil into said tank, at least one drainage pipe configured to drain the oil stored in said tank, means for heating the stored oil before its drainage configured to heat said tank, a drainage conduit, a connecting device, a device for filling with oil, a filling conduit, a device for filling with oil, a subterranean volume for housing the tank, the drainage pipe communicating, by the drainage conduit, with the connecting device to drain the oil contained in the tank, the filling pipe communicating, by the filling conduit, with the device for filling with oil, the underground tank is disposed in the subterranean volume for housing the tank, characterised in that the heating means comprise means for heating at least a part of an external surface of an external wall of the tank through at least one sealed heating compartment having an external wall disposed around the tank and having an internal wall formed by the external wall of the tank, the sealed heating compartment is configured to receive a fluid which is heated and circulated by means for heating and circulating said fluid.
Control module for a modular electrical switching device (1A, 1B, 1C, 1D, IE), said modular electrical switching device being obtained by juxtaposing said control module and at least one switching module, said control module comprising a control casing containing an actuating mechanism that rotates about a rotation axis, said actuating mechanism being provided with two coupling end pieces (11, 12) accessible on the sides of the control casing,, said control module moreover comprising a control rod coupled on the one hand to said actuating mechanism through a front side of the control casing and on the other hand to an operating element located outside of said control casing, said actuating mechanism being provided with a front entry opening accessible through the front side of said control casing to receive an end of said control rod and realize a front control of said control module, characterized in that said actuating mechanism comprises two side entry openings (34, 35) accessible on the sides of said control casing, aligned on the rotation axis of said actuating mechanism, and arranged to receive an end of said control rod and realize a right side control or a left side control of said control module, respecting a same direction of operation on the right and on the left of said control module.
A mechanically actuated cargo restraint system for a vehicle, comprising: a reel including a rotatable shaft in a frame; a first flexible tether and a second flexible tether, the first flexible tether having a first end coupled to the rotatable shaft and a second end capable of being coupled to one of a vehicle and a cargo item, the first flexible tether windable around the rotatable shaft; wherein the reel further comprises a mechanical braking device, the mechanical braking device including a pawl and cog that are movable with respect to each other, the pawl coupled to the rotatable shaft for rotatable movement therewith, and wherein movement of the first flexible tether in an unwinding direction on the rotatable shaft causes movement of the pawl relative to the cog, and wherein the pawl is configured to engage the cog responsive to rotation of the rotatable shaft at a velocity in the unwinding direction exceeding a first threshold corresponding to a crash or free-fall, thereby inhibiting movement of the first flexible tether in an unwinding direction on the rotatable shaft; characterized in that the frame includes: at least a first and a second side plate (142, 152), the wound portion of the first flexible tether disposed between the first and second side plates (142, 152); and a plurality of support rods extending between the first and second side plate (142, 152). a reel including a rotatable shaft in a frame; a first flexible tether and a second flexible tether, the first flexible tether having a first end coupled to the rotatable shaft and a second end capable of being coupled to one of a vehicle and a cargo item, the first flexible tether windable around the rotatable shaft; wherein the reel further comprises a mechanical braking device, the mechanical braking device including a pawl and cog that are movable with respect to each other, the pawl coupled to the rotatable shaft for rotatable movement therewith, and wherein movement of the first flexible tether in an unwinding direction on the rotatable shaft causes movement of the pawl relative to the cog, and wherein the pawl is configured to engage the cog responsive to rotation of the rotatable shaft at a velocity in the unwinding direction exceeding a first threshold corresponding to a crash or free-fall, thereby inhibiting movement of the first flexible tether in an unwinding direction on the rotatable shaft; characterized in that the frame includes: at least a first and a second side plate (142, 152), the wound portion of the first flexible tether disposed between the first and second side plates (142, 152); and a plurality of support rods extending between the first and second side plate (142, 152).