mhurhangee/patent-ind-claim-en huggingface dataset:
Method for adjusting parameters of a hearing system , said hearing system comprising a hearing aid device and a communication device being separate from said hearing aid device, - wherein by means of a camera of the communication device at least one image of at least one component for acoustic coupling of the hearing aid device to the ear of a hearing aid wearer is captured - wherein the or each captured image is used to identify the product identity of the or each component , - wherein acoustic transfer characteristics are assigned to the or each previously identified component , and - wherein the adjustment of the parameters of the hearing system is based on said acoustic transfer characteristics , characterized in that the product identity of the or each component is identified on the basis of the or each captured image on the communication device by means of an artificial neural network implemented there, on the basis of which an electronic product catalog is deposited, wherein different products of the electronic product catalog are deposited via connections between individual neurons and/or via individual neurons of an output layer of the artificial neural network. - wherein by means of a camera of the communication device at least one image of at least one component for acoustic coupling of the hearing aid device to the ear of a hearing aid wearer is captured - wherein the or each captured image is used to identify the product identity of the or each component , - wherein acoustic transfer characteristics are assigned to the or each previously identified component , and - wherein the adjustment of the parameters of the hearing system is based on said acoustic transfer characteristics , characterized in that the product identity of the or each component is identified on the basis of the or each captured image on the communication device by means of an artificial neural network implemented there, on the basis of which an electronic product catalog is deposited, wherein different products of the electronic product catalog are deposited via connections between individual neurons and/or via individual neurons of an output layer of the artificial neural network.
Device for characterizing the rough profile of a tissue sample, comprising: - a laser source that illuminates the surface of the tissue with a continuous wave laser beam; and - a photodetector that receives the light scattered in reflection by the surface of the tissue illuminated by the laser beam ; characterized in that it further comprises - a displacement means configured to alternate between: a first position wherein a rotating ground glass plate is disposed within the path of the laser beam towards the surface ; a second position wherein a rotating half wave blade is disposed within the path of the laser beam towards the surface ; and a third position wherein neither the ground glass plate nor the half wave blade are arranged within the path of the laser beam towards the surface , or the half wave blade in a fixed non-rotating position. - a laser source that illuminates the surface of the tissue with a continuous wave laser beam; and - a photodetector that receives the light scattered in reflection by the surface of the tissue illuminated by the laser beam ; - a displacement means configured to alternate between: a first position wherein a rotating ground glass plate is disposed within the path of the laser beam towards the surface ; a second position wherein a rotating half wave blade is disposed within the path of the laser beam towards the surface ; and a third position wherein neither the ground glass plate nor the half wave blade are arranged within the path of the laser beam towards the surface , or the half wave blade in a fixed non-rotating position. a first position wherein a rotating ground glass plate is disposed within the path of the laser beam towards the surface ; a second position wherein a rotating half wave blade is disposed within the path of the laser beam towards the surface ; and a third position wherein neither the ground glass plate nor the half wave blade are arranged within the path of the laser beam towards the surface , or the half wave blade in a fixed non-rotating position.
A self-stabilizing light-weight vase comprising: sidewalls , including any number of walls contributing to or a part of the side of the vase, including the wall of a generally cylindrical, box-like or conical vase; an open upper end ; a vase bottom ; and at least one water-receiving compartment that is: (a) substantially located proximal to the vase bottom ; (b) configured to hold water and thereby, upon filling said at least one water-receiving compartment with water, to provide a water-weight at the vase bottom whereby the vase is stabilized; and (c) comprising at least one flower support base comprising a mechanism for the passage of water wherein the mechanism includes at least one aperture spaced apart from the vase bottom in the flower support base or one or more gaps formed between the flower support base and the sidewalls , the at least one aperture or the one or more gaps being configured to allow water to pass there-through and configured or disposed to prevent stems of the flowers from passing through to said at least one water-receiving compartment , wherein said at least one water-receiving compartment is defined by: ( i ) said at least one flower support base ; ( ii ) said vase bottom ; and ( iii ) said sidewalls ; and wherein the vase is made from a light-weight material; characterized in that the vase is foldable into a generally flat structure. sidewalls , including any number of walls contributing to or a part of the side of the vase, including the wall of a generally cylindrical, box-like or conical vase; an open upper end ; a vase bottom ; and at least one water-receiving compartment that is: (a) substantially located proximal to the vase bottom ; (b) configured to hold water and thereby, upon filling said at least one water-receiving compartment with water, to provide a water-weight at the vase bottom whereby the vase is stabilized; and (c) comprising at least one flower support base comprising a mechanism for the passage of water wherein the mechanism includes at least one aperture spaced apart from the vase bottom in the flower support base or one or more gaps formed between the flower support base and the sidewalls , the at least one aperture or the one or more gaps being configured to allow water to pass there-through and configured or disposed to prevent stems of the flowers from passing through to said at least one water-receiving compartment , wherein said at least one water-receiving compartment is defined by: ( i ) said at least one flower support base ; ( ii ) said vase bottom ; and ( iii ) said sidewalls ; and wherein the vase is made from a light-weight material; characterized in that the vase is foldable into a generally flat structure.
A selective catalytic reduction (SCR) zeolite catalyst containing at least one transition metal and coated on a substrate monolith for converting nitrogen oxides in a gas to nitrogen by contacting the nitrogen oxides with a nitrogenous reducing agent in the presence of the SCR zeolite catalyst, which SCR zeolite catalyst is a small pore zeolite containing a maximum ring size of eight tetrahedral atoms and having the AEI Framework Type Code, wherein the total at least one transition metal present in the SCR zeolite catalyst is from 0.01 to 20 weight percent, based on the total weight of the SCR zeolite catalyst, wherein the at least one transition metal is copper and iron.
Method for determining an electrical contacting of an electrical system with a measurement system , the measurement system being connectable to measurement points of the electrical system by means of measurement contacts , wherein in the measurement system , after a discharge switch (S1) connecting a charging circuit to a voltage measurement device(V) is closed, the charging circuit is discharged via an internal resistance (Ri) of the voltage measurement device(U), characterized, in that, when the discharge switch (S1) is closed, after a measurement switch (S2) connecting the voltage measurement device (V) to the measurement contacts is closed, the contacting of the electrical system is with the measurement system is determined by analyzing the voltage curve (U) at the voltage measurement device (V) starting from closure of the measurement switch (S2).
Process for manufacturing a plastic-metal hybrid part by plastic overmolding on a metal surface via nano-molding technology (NMT), comprising steps of i) providing a metal substrate having a surface area with surface irregularities of nano-size dimensions; ii) providing a polyamide composition; iii) forming a plastic structure on the metal substrate by molding said polyamide composition directly on at least a part of the surface area with the surface irregularities of the metal substrate; wherein the polyamide composition comprising a. a semi-crystalline semi-aromatic polyamide and b. an amorphous semi-aromatic polyamide. i) providing a metal substrate having a surface area with surface irregularities of nano-size dimensions; ii) providing a polyamide composition; iii) forming a plastic structure on the metal substrate by molding said polyamide composition directly on at least a part of the surface area with the surface irregularities of the metal substrate; a. a semi-crystalline semi-aromatic polyamide and b. an amorphous semi-aromatic polyamide.
Actuator comprising a polyphase brushless motor having a two-wire connection for receiving a modulated power supply signal having a duty cycle or modulated frequency provided by a motor control unit , said actuator further comprising an electronic circuit having a microcontroller , a power stage , and a power supply stage comprising a rectifier and/or filtering of said modulated signal in order to output a continuous power supply signal to the microcontroller and to the power stage of the electronic circuit said electronic circuit comprising: - an external decoding stage or a decoding stage which is integrated in the microcontroller , by temporally determining the rising edges and the falling edges of said modulated signal so as to provide: • a direction of rotation instruction by analyzing the modulated signal on said two wires, and/or • a target position instruction of the rotor and/or • a pre-recorded movement sequence instruction, and/or • a speed instruction, said microcontroller controlling the power stage according to said instructions and said continuous power supply signal, the outputs of said power stage powering the coils of the brushless motor . said electronic circuit comprising: - an external decoding stage or a decoding stage which is integrated in the microcontroller , by temporally determining the rising edges and the falling edges of said modulated signal so as to provide: • a direction of rotation instruction by analyzing the modulated signal on said two wires, and/or • a target position instruction of the rotor and/or • a pre-recorded movement sequence instruction, and/or • a speed instruction, - an external decoding stage or a decoding stage which is integrated in the microcontroller , by temporally determining the rising edges and the falling edges of said modulated signal so as to provide: • a direction of rotation instruction by analyzing the modulated signal on said two wires, and/or • a target position instruction of the rotor and/or • a pre-recorded movement sequence instruction, and/or • a speed instruction, • a direction of rotation instruction by analyzing the modulated signal on said two wires, and/or • a target position instruction of the rotor and/or • a pre-recorded movement sequence instruction, and/or • a speed instruction, said microcontroller controlling the power stage according to said instructions and said continuous power supply signal, the outputs of said power stage powering the coils of the brushless motor .
A composition comprising a cell that expresses a CAR molecule that binds CD19 (a "CAR19-expressing cell"), and one or more kinase inhibitors, wherein said one or more kinase inhibitors includes a Bruton's tyrosine kinase (BTK) inhibitor, optionally wherein the CAR19-expressing cell and the one or more kinase inhibitors are present in a single dose form, or as two or more dose forms.
A composition comprising - a fluorine-containing polymer which is a fluorine-containing elastomer, and - 0.1-50 parts by mass per 100 parts by mass of the fluorine-containing polymer of a silicon oxide of the formula SiO x wherein 0 < x < 2. - a fluorine-containing polymer which is a fluorine-containing elastomer, and - 0.1-50 parts by mass per 100 parts by mass of the fluorine-containing polymer of a silicon oxide of the formula SiO x wherein 0 < x < 2.
A vaccine for use in the treatment of amyotrophic lateral sclerosis (ALS) comprising a non-encephalitogenic Th1 adjuvant as a sole active ingredient, wherein the vaccine is to be administered to thereby activate the choroid plexus of a mammal and maintain said activation by reducing immunosuppression and establishing Th1-type immune response at the choroid plexus thus allowing either anti-inflammatory immune cells or immune cells which acquire a healing phenotype at the cerebrospinal fluid, to pass through the choroid plexus, and accumulate at a site of damage in the CNS caused by said ALS, and the non-encephalitogenic Th1 adjuvant is selected from an agonist of TLR3, 4, 5, 7, 8 and 9.
A method for determining a robust synthetic signal indicative of a bioelectric activity of an individual wherein: - at least two measurement signals (M), which are respectively representative of two physiological electrical signals of an individual, are continuously acquired, by means of at least two electrodes placed in contact, or in proximity, with an individual, - at least two time series of confidence indices (C), which are respectively associated with said measurement signals, are continuously built, from the measurement signals (M) and by means of a processing unit , - a synthetic signal (S) is continuously determined, from said measurement signals and said time series of confidence indices, by means of said processing unit , characterised in that , 1) in order to continuously determine the synthetic signal (S), each of said measurement signals (M) is continuously analysed to identify predefined patterns of bioelectric activity (P) and a list of patterns, which are identified by analysing said measurement signal, is associated with each of said measurement signals, each identified pattern being associated with a time instant or a time window of recording in the associated measurement signal (M), and 2) for each time instant or time window of recording in the associated measurement signal (M), and for each pattern of the list of identified patterns, a probability that an event, which is associated with the pattern, takes place is determined. - at least two measurement signals (M), which are respectively representative of two physiological electrical signals of an individual, are continuously acquired, by means of at least two electrodes placed in contact, or in proximity, with an individual, - at least two time series of confidence indices (C), which are respectively associated with said measurement signals, are continuously built, from the measurement signals (M) and by means of a processing unit , - a synthetic signal (S) is continuously determined, from said measurement signals and said time series of confidence indices, by means of said processing unit , 1) in order to continuously determine the synthetic signal (S), each of said measurement signals (M) is continuously analysed to identify predefined patterns of bioelectric activity (P) and a list of patterns, which are identified by analysing said measurement signal, is associated with each of said measurement signals, each identified pattern being associated with a time instant or a time window of recording in the associated measurement signal (M), and 2) for each time instant or time window of recording in the associated measurement signal (M), and for each pattern of the list of identified patterns, a probability that an event, which is associated with the pattern, takes place is determined.
A vehicle lighting system comprising: a DMD including micromirrors; a first light source to generate a first beam profile illuminating a first set of micromirrors of the DMD ; a second light source to generate a second beam profile illuminating a second set of micromirrors of the DMD , wherein the first and second beam profiles partially overlap on micromirrors of the DMD ; a third light source to generate a third beam profile illuminating a third set of micromirrors of the DMD , wherein the second and third beam profiles partially overlap on micromirrors of the DMD ; a concave mirror to reflect light from the first light source onto the DMD and to reflect light from the third light source onto the DMD ; input electronics to sense a driving condition of the vehicle; and a processor to modulate the first light source , independently of the second and third light sources , for adjusting power and brightness in response to the sensed driving condition; characterized in that the mirror is adapted to reflect incident light in accordance with asymmetric F- (focal length-) numbers. a DMD including micromirrors; a first light source to generate a first beam profile illuminating a first set of micromirrors of the DMD ; a second light source to generate a second beam profile illuminating a second set of micromirrors of the DMD , wherein the first and second beam profiles partially overlap on micromirrors of the DMD ; a third light source to generate a third beam profile illuminating a third set of micromirrors of the DMD , wherein the second and third beam profiles partially overlap on micromirrors of the DMD ; a concave mirror to reflect light from the first light source onto the DMD and to reflect light from the third light source onto the DMD ; input electronics to sense a driving condition of the vehicle; and a processor to modulate the first light source , independently of the second and third light sources , for adjusting power and brightness in response to the sensed driving condition; characterized in that the mirror is adapted to reflect incident light in accordance with asymmetric F- (focal length-) numbers.
An aircraft fairing , comprising: a fairing body having an exterior fairing wall and at least one wheel bin , the at least one wheel bin having a side wall extending from an opening in the exterior fairing wall to an end wall , the side wall and the end wall defining a cavity of the at least one wheel bin in fluid communication with the opening in the exterior fairing wall; characterized in that the aircraft fairing comprises an acoustic resonator mounted to an outer surface of the side wall of the at least one wheel bin and in fluid communication with the cavity, the acoustic resonator having a resonant frequency substantially similar to a cavity modal frequency of the at least one wheel bin at an aircraft flight condition.
A device for separating components of a blood sample, the device comprising: a housing ; a door coupled to the housing ; a blood sample separation medium ; a mesh material ; and a desiccant , wherein the device is characterised in that : the blood sample separation medium is disposed between the housing and the mesh material ; the desiccant is coupled to the door; the desiccant is distal from the mesh material when the door is in a first open position; and the desiccant is proximal to the mesh material when the door is in a second closed position. a housing ; a door coupled to the housing ; a blood sample separation medium ; a mesh material ; and a desiccant , wherein the device is characterised in that : the blood sample separation medium is disposed between the housing and the mesh material ; the desiccant is coupled to the door; the desiccant is distal from the mesh material when the door is in a first open position; and the desiccant is proximal to the mesh material when the door is in a second closed position. the blood sample separation medium is disposed between the housing and the mesh material ; the desiccant is coupled to the door; the desiccant is distal from the mesh material when the door is in a first open position; and the desiccant is proximal to the mesh material when the door is in a second closed position.
A sliding window for a building, comprising at least a sliding sash and a sash guide , having a guide track for the transverse movement of the sliding sash when sliding the sliding sash, the sash guide having a sliding sash entraining member to which the sliding sash is coupled by means of a coupling pin which is transversely movable within the sliding sash entraining member according to the course of the guide track, the sliding sash entraining member being driven by an electric motor, the sliding sash entraining member being coupled to an electric motor drive by means of a toothed belt and/or a spindle , the sliding sash entraining member being arranged above the sliding sash, the guide track being formed as a link track through which the coupling pin passes and the sliding sash coupled at the top to the sliding sash entraining member being supported at the bottom on rollers.
A refill intended to be removably mounted on a base of a receptacle of a cosmetic product, said refill extending along a main longitudinal axis X and comprising: - a lower sleeve configured to be removably attached to the base of the receptacle , - a stick of cosmetic product immobile with respect to the lower sleeve , - an upper sleeve opposite the lower sleeve , - at least one intermediate sleeve connecting the upper sleeve and the lower sleeve , the upper sleeve , the at least one intermediate sleeve and the lower sleeve comprising first and/or second displacement means so that they are rotatably and axially displaceable relative to each other so as to follow the restitution of the cosmetic product, the first and/or the second displacement means for displacing the at least one intermediate sleeve extending over the entire height of an external and/or internal surface of the at least one intermediate sleeve . - a lower sleeve configured to be removably attached to the base of the receptacle , - a stick of cosmetic product immobile with respect to the lower sleeve , - an upper sleeve opposite the lower sleeve , - at least one intermediate sleeve connecting the upper sleeve and the lower sleeve , the upper sleeve , the at least one intermediate sleeve and the lower sleeve comprising first and/or second displacement means so that they are rotatably and axially displaceable relative to each other so as to follow the restitution of the cosmetic product, the first and/or the second displacement means for displacing the at least one intermediate sleeve extending over the entire height of an external and/or internal surface of the at least one intermediate sleeve .