mhurhangee/patent-ind-claim-en huggingface dataset:
A dispensing system adapted for dispensing a plurality of hand care alternatives from a common point of dispension for standardizing a hand washing process, comprising: a. a liquid flow path having: i. an inlet in fluid communication with a liquid source ; and ii. an outlet in fluid communication with a user reception point ; b. a product flow path having: i. an inlet in communication with one or more hand care products; ii. an outlet in communication with the user reception point ; c. a user-perceivable output providing notification of a hand care operation provided at the user reception point , characterized in that the dispensing system further comprises d. an air flow path connected in communication with a source for providing a heated stream of air at a point of dispension and connected in communication with the liquid flow path or product flow path to aerate either or both flows separately or after being combined and to aid in moving liquid or hand care product through the dispensing system . a. a liquid flow path having: i. an inlet in fluid communication with a liquid source ; and ii. an outlet in fluid communication with a user reception point ; i. an inlet in fluid communication with a liquid source ; and ii. an outlet in fluid communication with a user reception point ; b. a product flow path having: i. an inlet in communication with one or more hand care products; ii. an outlet in communication with the user reception point ; i. an inlet in communication with one or more hand care products; ii. an outlet in communication with the user reception point ; c. a user-perceivable output providing notification of a hand care operation provided at the user reception point , characterized in that the dispensing system further comprises d. an air flow path connected in communication with a source for providing a heated stream of air at a point of dispension and connected in communication with the liquid flow path or product flow path to aerate either or both flows separately or after being combined and to aid in moving liquid or hand care product through the dispensing system .
Compound of general formula (I), or one of the pharmaceutically acceptable salts thereof, for use as a drug: wherein - R 1 represents a hydrogen atom or a linear, branched and/or cyclic hydrocarbon radical, saturated or unsaturated, aromatic or not, optionally substituted, optionally comprising one or more heteroatoms and/or one or more groups including at least one heteroatom and optionally comprising a single ring or a plurality of rings optionally fused, and R 2 represents a linear, branched and/or cyclic hydrocarbon radical, saturated or unsaturated, aromatic or not, optionally substituted, optionally comprising one or more heteroatoms and/or one or more groups including at least one heteroatom and optionally comprising a single ring or a plurality of rings optionally fused, said hydrocarbon radical comprising at least 2 carbon atoms when R 1 represents a hydrogen atom, - or R 1 and R 2 form together, with the atoms of the piperidine ring to which each is attached, a 3- to 6-membered heterocycle fused with the piperidine ring, optionally substituted by one or several radicals, which may be identical or different, each selected from a hydroxyl group, an amino group or a linear, branched and/or cyclic carbon radical, saturated or unsaturated, aromatic or not, optionally substituted, optionally comprising one or more heteroatoms and/or one or more groups including at least one heteroatom and optionally comprising a single ring or a plurality of rings optionally fused. - R 1 represents a hydrogen atom or a linear, branched and/or cyclic hydrocarbon radical, saturated or unsaturated, aromatic or not, optionally substituted, optionally comprising one or more heteroatoms and/or one or more groups including at least one heteroatom and optionally comprising a single ring or a plurality of rings optionally fused, and R 2 represents a linear, branched and/or cyclic hydrocarbon radical, saturated or unsaturated, aromatic or not, optionally substituted, optionally comprising one or more heteroatoms and/or one or more groups including at least one heteroatom and optionally comprising a single ring or a plurality of rings optionally fused, said hydrocarbon radical comprising at least 2 carbon atoms when R 1 represents a hydrogen atom, - or R 1 and R 2 form together, with the atoms of the piperidine ring to which each is attached, a 3- to 6-membered heterocycle fused with the piperidine ring, optionally substituted by one or several radicals, which may be identical or different, each selected from a hydroxyl group, an amino group or a linear, branched and/or cyclic carbon radical, saturated or unsaturated, aromatic or not, optionally substituted, optionally comprising one or more heteroatoms and/or one or more groups including at least one heteroatom and optionally comprising a single ring or a plurality of rings optionally fused.
An audio processing system for creating natural spatial variations in a multichannel audio output, comprising: a soundscape audio input ; a set of mixer tuning parameters ; a set of modification control parameters ; a dynamic parameter modification algorithm adapted to modify at least one parameter in the set of mixer tuning parameters over time during playback on the soundscape audio input and within a predetermined range defined by the set of modification control parameters; and a surround upmixer configured to receive the soundscape audio input and the set of mixer tuning parameters that includes the at least one dynamically modified parameter and to apply the set of mixer tuning parameters that includes the at least one dynamically modified parameter to produce a multi-channel audio output signal having natural spatial variations, thereby avoiding a repetitive loop of the audio output signal when the soundscape audio input is played back in a repetitive loop. a soundscape audio input ; a set of mixer tuning parameters ; a set of modification control parameters ; a dynamic parameter modification algorithm adapted to modify at least one parameter in the set of mixer tuning parameters over time during playback on the soundscape audio input and within a predetermined range defined by the set of modification control parameters; and a surround upmixer configured to receive the soundscape audio input and the set of mixer tuning parameters that includes the at least one dynamically modified parameter and to apply the set of mixer tuning parameters that includes the at least one dynamically modified parameter to produce a multi-channel audio output signal having natural spatial variations, thereby avoiding a repetitive loop of the audio output signal when the soundscape audio input is played back in a repetitive loop.
A pump system, comprising: a VFD-based hydraulic pump , a VFD, and an electric motor driving the pump, and wherein the VFD comprises a control system for controlling the electric motor via the VFD, the control system comprising: an anti-ripple injection module for injecting an anti-ripple signal into a control path, the anti-ripple signal causing pressure ripples in the pump output to be at least partially cancelled; wherein the control system further comprises a current controller configured to receive a combination of a second control signal and a current feedback signal from a current sensor at the input of the electric motor and to provide a first control signal to the electric motor; characterized in that the anti-rippie injection module is configured to combine the anti-ripple signal with the second control signal and the current feedback signal to be provided to the current controller . a VFD-based hydraulic pump , a VFD, and an electric motor driving the pump, and wherein the VFD comprises a control system for controlling the electric motor via the VFD, the control system comprising: an anti-ripple injection module for injecting an anti-ripple signal into a control path, the anti-ripple signal causing pressure ripples in the pump output to be at least partially cancelled; wherein the control system further comprises a current controller configured to receive a combination of a second control signal and a current feedback signal from a current sensor at the input of the electric motor and to provide a first control signal to the electric motor; characterized in that the anti-rippie injection module is configured to combine the anti-ripple signal with the second control signal and the current feedback signal to be provided to the current controller . an anti-ripple injection module for injecting an anti-ripple signal into a control path, the anti-ripple signal causing pressure ripples in the pump output to be at least partially cancelled; wherein the control system further comprises a current controller configured to receive a combination of a second control signal and a current feedback signal from a current sensor at the input of the electric motor and to provide a first control signal to the electric motor; characterized in that the anti-rippie injection module is configured to combine the anti-ripple signal with the second control signal and the current feedback signal to be provided to the current controller .
Electric machine with a stator and a rotor , wherein the machine has at least two sub-machines each having the same number of phases, wherein each sub-machine comprises a portion of the stator coils of the stator and is configured to create a magnetic field for rotating the rotor , wherein, for each sub-machine , the machine has a power output stage , and the machine has at least one control unit which is connected to the power output stages , and which is configured to generate a PWM signal for driving the power output stages , and the control unit is configured to generate the PWM signal for the sub-machines in such a way that a falling or rising edge , each representing a switching time, of a PWM pulse for one sub-machine and a pulse centre of a PWM pulse for another sub-machine of the sub-machines are offset in time with respect to one another, and the machine is configured to create centred PWM control pulses and to control the sub-machines in a manner offset in phase with respect to one another, characterized in that the machine has at least one current sensor connected to the control unit , which sensor is configured to measure the phase current of at least one phase or of all phases of the sub-machine , wherein the control unit is configured to measure the phase current of at least one phase of the sub-machine during a pulse centre of a PWM pulse , wherein the switching times of the PWM pulses are offset with respect to one another in time with respect to the pulse centre and thus with respect to the time of measurement of the current .
A refillable fluid product dispenser comprising: - a fluid product reservoir (R) defining a neck (R2), - a dispensing member (P), such as a pump, that is mounted on the neck (R2) of the fluid product reservoir (R) for taking up the fluid product, the dispensing member (P) comprising an inlet (P2), - a fastening member for fastening the dispenser member (P) onto the neck (R2) of the fluid product reservoir (R), - a dip tube (D) that is connected to the inlet (P2) of the dispensing member (P) and extends into the fluid product reservoir (R), the dip tube (D) being secured to the fluid product reservoir (R) by means of a support (1; 1') that forms at least one filling window (15; 15') communicating directly with the inside of the fluid product reservoir (R), the fastening member enabling withdrawal of the dispensing member (P), thus providing access to the support (1; 1') in order to fill the fluid product reservoir (R) through said at least one filling window (15; 15'), the support (1; 1') being integrated in a fixed portion (F; F') mounted on the fluid product reservoir (R) and the dispensing member (P) is integral with a movable portion (M) removably mounted on the fixed portion (F; F'), characterised in that the support (1; 1') comprises an annular support plate extending above the neck (R2) and supporting a pump seal . - a fluid product reservoir (R) defining a neck (R2), - a dispensing member (P), such as a pump, that is mounted on the neck (R2) of the fluid product reservoir (R) for taking up the fluid product, the dispensing member (P) comprising an inlet (P2), - a fastening member for fastening the dispenser member (P) onto the neck (R2) of the fluid product reservoir (R), - a dip tube (D) that is connected to the inlet (P2) of the dispensing member (P) and extends into the fluid product reservoir (R), the dip tube (D) being secured to the fluid product reservoir (R) by means of a support (1; 1') that forms at least one filling window (15; 15') communicating directly with the inside of the fluid product reservoir (R), the fastening member enabling withdrawal of the dispensing member (P), thus providing access to the support (1; 1') in order to fill the fluid product reservoir (R) through said at least one filling window (15; 15'), the support (1; 1') being integrated in a fixed portion (F; F') mounted on the fluid product reservoir (R) and the dispensing member (P) is integral with a movable portion (M) removably mounted on the fixed portion (F; F'), characterised in that the support (1; 1') comprises an annular support plate extending above the neck (R2) and supporting a pump seal .
A capacitive level gauge comprising: a columnar inner structural body that is formed of an insulator; a hollow-cylindrical outer structural body that is formed of an insulator and is disposed on the outer circumference side of the inner structural body over the entire circumference thereof and at a distance therefrom; an inner electrode that is attached to an outer circumferential surface of the inner structural body ; and an outer electrode that is attached to an inner circumferential surface of the outer structural body , the capacitive level gauge allowing measuring the capacitance between the inner electrode and the outer electrode and detecting the level of a measurement object that exists between the inner electrode and the outer electrode , wherein the outer structural body is provided with a plurality of outer communicating portions (31;35) that allow an electric charge to move from an outer circumferential surface thereof to the outer electrode , wherein the outer communicating portions are formed as through-holes formed so as to penetrate only the outer structural body through to the outer electrode from the outer circumferential surface of the outer structural body , or as conductors provided so as to pierce through the outer structural body until reaching the outer electrode from the outer circumferential surface of the outer structural body . a columnar inner structural body that is formed of an insulator; a hollow-cylindrical outer structural body that is formed of an insulator and is disposed on the outer circumference side of the inner structural body over the entire circumference thereof and at a distance therefrom; an inner electrode that is attached to an outer circumferential surface of the inner structural body ; and an outer electrode that is attached to an inner circumferential surface of the outer structural body , the capacitive level gauge allowing measuring the capacitance between the inner electrode and the outer electrode and detecting the level of a measurement object that exists between the inner electrode and the outer electrode , wherein the outer structural body is provided with a plurality of outer communicating portions (31;35) that allow an electric charge to move from an outer circumferential surface thereof to the outer electrode , wherein the outer communicating portions are formed as through-holes formed so as to penetrate only the outer structural body through to the outer electrode from the outer circumferential surface of the outer structural body , or as conductors provided so as to pierce through the outer structural body until reaching the outer electrode from the outer circumferential surface of the outer structural body . as through-holes formed so as to penetrate only the outer structural body through to the outer electrode from the outer circumferential surface of the outer structural body , or as conductors provided so as to pierce through the outer structural body until reaching the outer electrode from the outer circumferential surface of the outer structural body .
Wave installation for generating an artificial standing wave for surfing, having at least one wave basin through which water can flow as a liquid from an inlet to an outlet for generating the at least one standing wave , a guiding device , in particular an adjustable guiding device, being arranged in the wave basin in the flowing liquid for exciting a standing wave , and at least one pump for conveying liquid emerging from the outlet of the wave basin via a conveying section to the inlet for flow through the wave basin , characterized in that an at least substantially continuous throughflow through the wave basin is also provided without wave operation, the at least substantially continuous throughflow through taking place as circulation without wave operation with a throughput of typically between a few litres per minute and a few hundred litres per minute.
Production system for the automated assembly of vehicle components , in particular for the automated assembly of structural components of an aircraft or spacecraft , the production system comprising: vehicle components being provided with status sensors , each status sensor being configured to determine status data of the respective vehicle component ; positioner units being configured to grip the respectively associated vehicle component at mounting points and move the respectively associated vehicle component into an assembly position ; a position-measurement system being configured to determine the assembly position of each vehicle component ; force sensors being configured to determine at least one of reaction forces and moments of each gripped vehicle component at the mounting points in the assembly position ; and a computer-based control system being in data communication with the status sensors of the vehicle components , the positioner units , the position-measurement system and the force sensors , and being configured to control the positioner units based on the determined status data , the determined assembly positions and the determined reaction forces and moments of the vehicle components . vehicle components being provided with status sensors , each status sensor being configured to determine status data of the respective vehicle component ; positioner units being configured to grip the respectively associated vehicle component at mounting points and move the respectively associated vehicle component into an assembly position ; a position-measurement system being configured to determine the assembly position of each vehicle component ; force sensors being configured to determine at least one of reaction forces and moments of each gripped vehicle component at the mounting points in the assembly position ; and a computer-based control system being in data communication with the status sensors of the vehicle components , the positioner units , the position-measurement system and the force sensors , and being configured to control the positioner units based on the determined status data , the determined assembly positions and the determined reaction forces and moments of the vehicle components .
A wireless communication method , comprising: determining , by a terminal device, data amount of currently buffered uplink data and information about data of a target type in the currently buffered uplink data, wherein the data of the target type is data of intra-coded frame type; and transmitting , by the terminal device, a first message to a network device, wherein the first message is configured to indicate the data amount of the currently buffered uplink data and the information about the data of the target type; wherein the information about the data of the target type comprises a location of the data of the target type in the logical channel in which the data of the target type is located, and the location of the data of the target type in the logical channel in which the data of the target type is located is configured to indicate data amount in the logical channel in which the data of the target type is located before the data of the target type. determining , by a terminal device, data amount of currently buffered uplink data and information about data of a target type in the currently buffered uplink data, wherein the data of the target type is data of intra-coded frame type; and transmitting , by the terminal device, a first message to a network device, wherein the first message is configured to indicate the data amount of the currently buffered uplink data and the information about the data of the target type; wherein the information about the data of the target type comprises a location of the data of the target type in the logical channel in which the data of the target type is located, and the location of the data of the target type in the logical channel in which the data of the target type is located is configured to indicate data amount in the logical channel in which the data of the target type is located before the data of the target type.
Instrument for intraocular intervention, having a handle , a probe which adjoins the handle and which is in the form of a hollow member and a core which is arranged in the probe and which has an end-side active element for eliminating contaminations in the eye, wherein either the probe can be at least partially displaced out of and into the handle with respect to the core which is securely connected to the handle or the core can be at least partially displaced out of and into the handle with respect to the probe which is securely connected to the handle in such a manner that the core with the active element is located completely in the probe or protrudes by a predetermined length out of the probe , wherein in the handle there is provided an activation device by means of which the probe or core can be activated, characterised in that the active element is used for cleaning and is in the form of a mop, cloth, wiper blade or is constructed in a ball-like manner.
A catheter system comprising: a leadless pacemaker having a docking end, the docking end having a docking projection extending from a surface ; a docking cap having a body defining a chamber , the docking cap having a proximal opening into the chamber , the proximal opening being coaxial with a longitudinal axis of a lumen of a catheter; and a retriever having a flexible grasper with a first arm including a first flexible loop disposed opposite a second arm including a second flexible loop , each of the first arm and the second arm forming a hinge biased radially outwards from the longitudinal axis, the docking cap locking the first arm and the second arm on the docking projection when the body is sheathed over the retriever until the flexible grasper is disposed within the chamber . a leadless pacemaker having a docking end, the docking end having a docking projection extending from a surface ; a docking cap having a body defining a chamber , the docking cap having a proximal opening into the chamber , the proximal opening being coaxial with a longitudinal axis of a lumen of a catheter; and a retriever having a flexible grasper with a first arm including a first flexible loop disposed opposite a second arm including a second flexible loop , each of the first arm and the second arm forming a hinge biased radially outwards from the longitudinal axis, the docking cap locking the first arm and the second arm on the docking projection when the body is sheathed over the retriever until the flexible grasper is disposed within the chamber .