mhurhangee/patent-ind-claim-en huggingface dataset:
Method for controlling at least one gearbox actuator of a transmission for a hybrid-propulsion motor vehicle comprising a combustion engine and at least one electric machine, said transmission comprising a motor shaft connected directly or indirectly to the combustion engine and/or to the electric machine, a driveshaft connected to the driven wheels of the motor vehicle, and at least one coupling system comprising, on the one hand, coupling dogs secured to an idling pinion borne with the ability to rotate freely on the driveshaft and, on the other hand, coupling dogs secured to a slider that rotates as one with the motor shaft , the slider being configured to be moved longitudinally along the axis of the driveshaft by the gearbox actuator so as to engage or disengage the coupling dogs , characterized in that in order to disengage the coupling dogs : - a motor torque setpoint (C m_sp ) for cancelling the torque at the coupling dog (C c ) is calculated by applying the fundamental principle of dynamics to the coupling dogs that are to be disengaged; - said calculated motor torque setpoint (C m_sp ) is transmitted to the motor until such point as the torque at the coupling dog reaches a threshold value (C s1 ), following a first slope (P1) with a linear decrease, - the torque at the coupling dog (C c ) is compared with the threshold value (C s1 ); and - when the torque at the coupling dog (C c ) is less than or equal to the threshold value (C s1 ) the gearbox actuator is operated by sending a position setpoint (P _sp ) to trigger the moving of the slider so as to disengage the coupling dogs in question by causing it to move toward a neutral position. - a motor torque setpoint (C m_sp ) for cancelling the torque at the coupling dog (C c ) is calculated by applying the fundamental principle of dynamics to the coupling dogs that are to be disengaged; - said calculated motor torque setpoint (C m_sp ) is transmitted to the motor until such point as the torque at the coupling dog reaches a threshold value (C s1 ), following a first slope (P1) with a linear decrease, - the torque at the coupling dog (C c ) is compared with the threshold value (C s1 ); and - when the torque at the coupling dog (C c ) is less than or equal to the threshold value (C s1 ) the gearbox actuator is operated by sending a position setpoint (P _sp ) to trigger the moving of the slider so as to disengage the coupling dogs in question by causing it to move toward a neutral position.
A wound electrical component comprising a wound body comprising a plurality of wound layers of a web of an electrically insulating material around a longitudinal axis of the body; wherein the wound body comprises a plurality of electrically conducting layers of an electrically conducting material, each printed onto a respective separate area of the web in the wound body; wherein an edge zone of at least one of the plurality of electrically conducting layers is connected to a printed high permittivity layer of a high permittivity material along said edge zone such that at least a part of the high permittivity layer extends, printed on the web , beyond the edge zone, characterized in that said edge zone comprises a material gradient in which the electrically conducting material of the printed electrically conducting layer gradually transitions into the high permittivity material of the high permittivity layer on the web , wherein the edge zone is formed of both the electrically conducting layers and the high permittivity layers , during the printing of the at least one edge zone . wherein the wound body comprises a plurality of electrically conducting layers of an electrically conducting material, each printed onto a respective separate area of the web in the wound body; wherein an edge zone of at least one of the plurality of electrically conducting layers is connected to a printed high permittivity layer of a high permittivity material along said edge zone such that at least a part of the high permittivity layer extends, printed on the web , beyond the edge zone, characterized in that said edge zone comprises a material gradient in which the electrically conducting material of the printed electrically conducting layer gradually transitions into the high permittivity material of the high permittivity layer on the web , wherein the edge zone is formed of both the electrically conducting layers and the high permittivity layers , during the printing of the at least one edge zone .
A method for fitting of a binaural hearing system comprising a first hearing device and a second hearing device to a patient suffering from an asymmetric hearing loss for first time use, wherein the difference in hearing loss between the two ears is at least 5 dB on average in a main frequency range between 500 Hz and 4 kHz, the method comprising: providing audiogram data representative of the hearing loss of each of the ears of the patient, determining, from the audiogram data, for each of the hearing devices an initial gain setting and a final gain setting, applying, for an initial time period, the respective initial gain setting to each of the hearing devices, applying, for an acclimatization time period, gain settings to each of the hearing device which are gradually changed, as a function of time, from the respective initial gain setting to the respective final gain setting, applying, after lapse of the acclimatization time period, the respective final gain setting in each of the hearing devices, wherein the initial gain setting of the hearing device used at the ear having the stronger hearing loss is, on average in the main frequency range, lower than the respective final gain setting by an amount depending on the hearing loss of the ear having the weaker hearing loss, wherein the initial gain setting of the hearing device used at the ear having the weaker hearing loss deviates, on average in the main frequency range, from the respective final gain setting by an amount depending on the hearing loss of the ear having the stronger hearing loss, and wherein, on average in the main frequency range, the binaural difference between the initial gain settings is lower than that of the final gain settings. providing audiogram data representative of the hearing loss of each of the ears of the patient, determining, from the audiogram data, for each of the hearing devices an initial gain setting and a final gain setting, applying, for an initial time period, the respective initial gain setting to each of the hearing devices, applying, for an acclimatization time period, gain settings to each of the hearing device which are gradually changed, as a function of time, from the respective initial gain setting to the respective final gain setting, applying, after lapse of the acclimatization time period, the respective final gain setting in each of the hearing devices, wherein the initial gain setting of the hearing device used at the ear having the stronger hearing loss is, on average in the main frequency range, lower than the respective final gain setting by an amount depending on the hearing loss of the ear having the weaker hearing loss, wherein the initial gain setting of the hearing device used at the ear having the weaker hearing loss deviates, on average in the main frequency range, from the respective final gain setting by an amount depending on the hearing loss of the ear having the stronger hearing loss, and wherein, on average in the main frequency range, the binaural difference between the initial gain settings is lower than that of the final gain settings.
An infusion adapter for connection with an infusion fluid container , the infusion adapter comprising: a connection portion including an anchor component for connecting to an injection port of the infusion fluid container , the connection portion comprising a spike extending from a proximal end to a puncturing point and the anchor component further comprising a helical thread extending radially outward from the spike ; a first port adapted for connection with a syringe assembly containing a medication fluid, the first port in fluid communication with the connection portion via a first passageway extending from the first port to a distal opening positioned adjacent to the puncturing point of the spike ; and a second port adapted for connection with an intravenous line, the second port in fluid communication with the connection portion via a second passageway extending from the second port to a distal opening, the distal opening of the second passageway axially spaced from the distal opening of the first passageway, wherein the distal openings of the first passageway and the second passageway are radially opposed at the distal end of the spike , wherein the helical thread of the spike is configured to interfere with the injection port of the infusion fluid container to substantially prevent disconnection of the infusion adapter from the infusion fluid container once the infusion adapter is connected to the infusion fluid container , characterized in that a circumferential path of the helical thread extends axially from the proximal end of the spike to the puncturing point of the spike . a connection portion including an anchor component for connecting to an injection port of the infusion fluid container , the connection portion comprising a spike extending from a proximal end to a puncturing point and the anchor component further comprising a helical thread extending radially outward from the spike ; a first port adapted for connection with a syringe assembly containing a medication fluid, the first port in fluid communication with the connection portion via a first passageway extending from the first port to a distal opening positioned adjacent to the puncturing point of the spike ; and a second port adapted for connection with an intravenous line, the second port in fluid communication with the connection portion via a second passageway extending from the second port to a distal opening, the distal opening of the second passageway axially spaced from the distal opening of the first passageway, wherein the distal openings of the first passageway and the second passageway are radially opposed at the distal end of the spike , wherein the helical thread of the spike is configured to interfere with the injection port of the infusion fluid container to substantially prevent disconnection of the infusion adapter from the infusion fluid container once the infusion adapter is connected to the infusion fluid container , characterized in that a circumferential path of the helical thread extends axially from the proximal end of the spike to the puncturing point of the spike .
A soluble ectonucleotide pyrophosphatase phosphodiesterase (NPP1) for use in a method for treating a subject having Pseudoxanthoma elasticum (PXE) comprising administering to the subject an effective amount of soluble ectonucleotide pyrophosphatase phosphodiesterase (sNPP1), or fusion protein thereof, wherein said sNPP1 has pyrophosphatase activity, phosphodiesterase activity, or pyrophosphatase and phosphodiesterase activity.
A flavor inhaler comprising: a housing ; a containing unit contained in the housing and configured to contain a consumable ; and a heating member configured to heat the consumable contained in the containing unit , wherein the housing has a first major axis (A1) extending through a centroid of the housing in a cross-section perpendicular to an axial direction of the containing unit , wherein the containing unit has a second major axis (A2) extending through a centroid of the containing unit in the cross-section, wherein the first major axis (A1) intersects with the second major axis (A2) in the cross-section, wherein a length of the housing along the first major axis (A1) corresponds to a maximum length of the housing in the cross-section, and wherein a length of the containing unit along the second major axis (A2) corresponds to a maximum length of the containing unit in the cross-section, characterized in that the heating member is provided on an inner surface or an outer surface of the containing unit , and wherein the heating member does not intersect with the second major axis (A2) in the cross-section. a housing ; a containing unit contained in the housing and configured to contain a consumable ; and a heating member configured to heat the consumable contained in the containing unit , wherein the housing has a first major axis (A1) extending through a centroid of the housing in a cross-section perpendicular to an axial direction of the containing unit , wherein the containing unit has a second major axis (A2) extending through a centroid of the containing unit in the cross-section, wherein the first major axis (A1) intersects with the second major axis (A2) in the cross-section, wherein a length of the housing along the first major axis (A1) corresponds to a maximum length of the housing in the cross-section, and wherein a length of the containing unit along the second major axis (A2) corresponds to a maximum length of the containing unit in the cross-section, characterized in that the heating member is provided on an inner surface or an outer surface of the containing unit , and wherein the heating member does not intersect with the second major axis (A2) in the cross-section. characterized in that the heating member is provided on an inner surface or an outer surface of the containing unit , and wherein the heating member does not intersect with the second major axis (A2) in the cross-section.
Transmission for a driveable working machine , with: a. a first drive for coupling to a first drive source , b. a second drive for coupling to a second drive source , c. a first output for coupling to one or several wheel axles and/or wheels, characterised in that the transmission has d. a first switching step shaft , which may be connected to the first drive and the first output in a force-fitting way and e. a second switching step shaft , which may be connected selectively and independently of the first switching step shaft to the first drive or the second drive and the first output in a force-fitting way. a. a first drive for coupling to a first drive source , b. a second drive for coupling to a second drive source , c. a first output for coupling to one or several wheel axles and/or wheels, characterised in that the transmission has d. a first switching step shaft , which may be connected to the first drive and the first output in a force-fitting way and e. a second switching step shaft , which may be connected selectively and independently of the first switching step shaft to the first drive or the second drive and the first output in a force-fitting way.
Surface element , intended for use as a floor, wall and/or ceiling surface element for a floor, wall and/or ceiling covering, having at least one carrier plate and at least one functional layer , wherein the carrier plate has a top side facing a usable side and an underside opposite the top side and facing the underground , wherein the functional layer is provided underneath the carrier plate and wherein the functional layer is designed in such a way that in the installed state it projects beyond the side edge of the side , in particular of the long side , on at least one side , in particular on at least one long side , characterized in that the functional layer is arranged on a support layer arranged on the underside of the carrier plate , and in that at least two conductor paths of the functional layer are arranged on the support layer . wherein the functional layer is provided underneath the carrier plate and wherein the functional layer is designed in such a way that in the installed state it projects beyond the side edge of the side , in particular of the long side , on at least one side , in particular on at least one long side , characterized in that the functional layer is arranged on a support layer arranged on the underside of the carrier plate , and in that at least two conductor paths of the functional layer are arranged on the support layer .
A photovoltaic module including: - a first transparent layer forming the front face of the photovoltaic module , for receiving a luminous flux, - a plurality of photovoltaic cells disposed side by side and electrically connected to each other, - an encapsulant assembly encapsulating the plurality of photovoltaic cells , - a second layer , the encapsulant assembly and the plurality of photovoltaic cells being located between the first and second layers, wherein the first layer includes at least one polymeric material and has a thickness (e2) lower than 50μm, - an additional layer forming the rear face of the photovoltaic module , the second layer being located between the additional layer and the encapsulant assembly , wherein the second layer has a weight per unit area lower than 150g/m 2 , the encapsulant assembly has a maximum thickness (e3) lower than 150μm, and the additional layer has a thickness lower than or equal to that of the first layer , characterised in that the additional layer consists of the same material as that making up the first layer forming the front face of the photovoltaic module , and in that the second layer includes at least one polymeric resin and fibres based-pre-preg-type composite material. - a first transparent layer forming the front face of the photovoltaic module , for receiving a luminous flux, - a plurality of photovoltaic cells disposed side by side and electrically connected to each other, - an encapsulant assembly encapsulating the plurality of photovoltaic cells , - a second layer , the encapsulant assembly and the plurality of photovoltaic cells being located between the first and second layers, - an additional layer forming the rear face of the photovoltaic module , the second layer being located between the additional layer and the encapsulant assembly , wherein the second layer has a weight per unit area lower than 150g/m 2 , the encapsulant assembly has a maximum thickness (e3) lower than 150μm, and the additional layer has a thickness lower than or equal to that of the first layer , characterised in that the additional layer consists of the same material as that making up the first layer forming the front face of the photovoltaic module , and in that the second layer includes at least one polymeric resin and fibres based-pre-preg-type composite material.
A system (1-9) for dispensing a liquid in an environment , this system comprising - at least one dispensing device (1-4) having a settable operating parameter and configured to dispense said liquid, the settable operating parameter being among the liquid to be dispensed, the flow rate, the power, the frequency and the dispensing direction; - a plurality of sensors (6-9) comprising at least one air quality sensor, - a control unit configured to gather a datum captured by at least one sensor of said plurality of sensors (6-9) and to adjust, based on at least said captured datum, said operating parameter of said at least one dispensing device (1-4); characterized in that - said at least one air quality sensor incorporates a suction fan configured to suck air according to a settable direction, said at least one air quality sensor being configured to measure the quality of the sucked air, - the control unit is configured to adjust said operating parameter based on at least the quality of the air sucked according to said settable direction, - the dispensing device (1-4) comprises a blower fan configured to push in a settable direction a gas flow produced by said dispensing device (1-4) . - at least one dispensing device (1-4) having a settable operating parameter and configured to dispense said liquid, the settable operating parameter being among the liquid to be dispensed, the flow rate, the power, the frequency and the dispensing direction; - a plurality of sensors (6-9) comprising at least one air quality sensor, - a control unit configured to gather a datum captured by at least one sensor of said plurality of sensors (6-9) and to adjust, based on at least said captured datum, said operating parameter of said at least one dispensing device (1-4); - said at least one air quality sensor incorporates a suction fan configured to suck air according to a settable direction, said at least one air quality sensor being configured to measure the quality of the sucked air, - the control unit is configured to adjust said operating parameter based on at least the quality of the air sucked according to said settable direction, - the dispensing device (1-4) comprises a blower fan configured to push in a settable direction a gas flow produced by said dispensing device (1-4) .
Casing ring (1; 10) for a timepiece, said timepiece comprising a movement and a case, said casing ring (1; 10) comprising a body (2; 11) intended to at least partially surround the movement and at least one actuating member (3; 131) intended to be actuated from outside the case in order to actuate a control member (7; 17) of the movement, said actuating member (3; 131) being elastic and forming a single-piece assembly with said body (2; 11), characterised in that it comprises at least one other elastic member arranged in series with said actuating member so that the actuation of said actuating member from outside the case actuates said control member via said other elastic member , said other elastic member forming part of the single-piece assembly.
Fitting assembly for connecting pipes , the fitting assembly comprising: - a sleeve having at least one outer profile with a length (L) extending from a first end of the sleeve to a free end of the sleeve , opposite said first end , said outer profile including an outer surface where at least a first toothed area is formed having at least two teeth , at least a second toothed area having at least one tooth , and a curved area having a height lower than the height of the teeth of the first and second toothed areas , the curved area being formed between the first toothed area and the second toothed area , at a substantially central position of said at least one outer profile of the sleeve ; - a bushing intended to be mounted around the sleeve ; and - a coupling part intended to hold the bushing to the sleeve , characterized in that the teeth of the first and second toothed areas have rounded ridges, wherein an angle (β) defined between a flank of each tooth , said flank being located furthest from the free end of the sleeve , and said outer surface of the outer profile of the sleeve has a value other than 90°, and wherein, in operation, the sleeve and the bushing are arranged with the pipe sandwiched therebetween, the pipe being in close contact with the sleeve and the bushing , as the bushing is pressed against the sleeve through a jaw , and the tooth ridges of the first toothed area have a radius of curvature (R 1 ) of 0.3 mm. - a sleeve having at least one outer profile with a length (L) extending from a first end of the sleeve to a free end of the sleeve , opposite said first end , said outer profile including an outer surface where at least a first toothed area is formed having at least two teeth , at least a second toothed area having at least one tooth , and a curved area having a height lower than the height of the teeth of the first and second toothed areas , the curved area being formed between the first toothed area and the second toothed area , at a substantially central position of said at least one outer profile of the sleeve ; - a bushing intended to be mounted around the sleeve ; and - a coupling part intended to hold the bushing to the sleeve ,