mhurhangee/patent-ind-claim-en huggingface dataset:
A method for providing access to personal information of a user, comprising: at a server system , connected via a network to one or more electronic devices (102 - 1, ... 102-n) and one or more requesting devices (108-1, ... 108-n), the one or more electronic devices (102-1, ... 102-n) having one or more processors and memory storing one or more programs for execution by the one or more processors: establishing a plurality of context profiles for a user; detecting an event associated with a request received from a third party for personal information of the user specified by the third party; generating a request for consent to share the specified personal information of the user with the third party; sending, to the user, the request for consent to share the specified personal information of the user with the third party; receiving, from the user, consent to share at least a subset of the specified requested personal information with the third party when at least a first context profile, of the plurality of context profiles, is active; determining an active context profile for the user based on one or more signals indicative of the user's context; determining whether the active context profile matches the first context profile; in accordance with a determination that the active context profile matches the first context profile, facilitating sharing of the personal information of the user with the third party; and in accordance with a determination that the active context profile does not match the first context profile, not facilitating sharing of the personal information of the user with the third party. establishing a plurality of context profiles for a user; detecting an event associated with a request received from a third party for personal information of the user specified by the third party; generating a request for consent to share the specified personal information of the user with the third party; sending, to the user, the request for consent to share the specified personal information of the user with the third party; receiving, from the user, consent to share at least a subset of the specified requested personal information with the third party when at least a first context profile, of the plurality of context profiles, is active; determining an active context profile for the user based on one or more signals indicative of the user's context; determining whether the active context profile matches the first context profile; in accordance with a determination that the active context profile matches the first context profile, facilitating sharing of the personal information of the user with the third party; and in accordance with a determination that the active context profile does not match the first context profile, not facilitating sharing of the personal information of the user with the third party.
A silver-nickel alloy electroplating composition comprising a source of silver ions, a source of nickel ions, and a thiol compound chosen from one or more of 2-mercaptosuccinic acid, 3-mercapto-1-propanesulfonic acid, 1-[2-(dimethylamino)ethyl]-1H-tetrazole-5-thiol, and salts thereof and one or more thiocarbonyl compounds chosen from thiourea and thiourea derivatives selected from the group consisting of thiocarbamate, guanylthiourea, 1-allyl-2-thiourea, 1-acetyl-2-thiourea, 1-benzoyl-2-thiourea, 1-benzyl-2-thiourea, 1-butyl-3-phenyl-2-thiourea, 1,1-dimethyl-2-thiourea, tetramethyl-2-thiourea, 1,3-dimethyl thiourea, 1-methyl thiourea, 1,3-diethyl thiourea, 1,1-diphenyl-2-thiourea, 1,3-diphenyl-2-thiourea, 1,1-dipropyl-2-thiourea, 1,3-dipropyl-2-thiourea, 1,3-diisopropyl-2-thiourea, 1,3-di(2-tolyl)-2-thiourea, 1-methyl-3-phenyl-2-thiourea, 1(1-naphthyl)-3-phenyl-2-thiourea, 1(1-naphthyl)-2-thiourea, 1(2-naphthyl)-2-thiourea, 1-phenyl-2-thiourea, 1,1,3,3-tetramethyl-2-thiourea and 1,1,3,3-tetraphenyl-2-thiourea, and a pH of less than 7.
A user equipment comprising: a first receiving section configured to receive control information in a first cell; and a second receiving section configured to receive a given signal in a second cell, characterised in that , the second receiving section is configured to receive the given signal in the second cell, based on the control information, wherein in the second cell, the control information is used to specify a radio resource to which the given signal is allocated and includes at least user-specific identification information, the given signal comprises one or both of a reference signal that is generated based on the user-specific identification information and a data signal that is scrambled with a scrambling code generated based on the user-specific identification information a first receiving section configured to receive control information in a first cell; and a second receiving section configured to receive a given signal in a second cell, characterised in that , the second receiving section is configured to receive the given signal in the second cell, based on the control information, wherein in the second cell, the control information is used to specify a radio resource to which the given signal is allocated and includes at least user-specific identification information, the given signal comprises one or both of a reference signal that is generated based on the user-specific identification information and a data signal that is scrambled with a scrambling code generated based on the user-specific identification information
Hearing aid that can be inserted into the ear canal of a patient, comprising an actuator effecting a mechanical stimulation of the tympanic membrane , wherein the actuator comprises an inner surface associated with the tympanic membrane and an outer surface associated with the ear canal and is configured as an areal disk actuator, whose deformation stimulates the tympanic membrane by areal deformation, wherein the areal disk actuator is configured to contact the greater part of the tympanic membrane , and wherein the inner surface is configured to be applied over an area at the surface of the tympanic membrane by adhesion and to remain fixed at the tympanic membrane solely by the adhesive forces between the tympanic membrane and the actuator , such that based on the surface tension in the boundary layer between the inner surface of the actuator and the tympanic membrane the deformation is transferred to the tympanic membrane .
An agricultural container with a film which forms at least a part of a partition separating a housing space which houses an object to be housed from an external space, comprising: a cellulose acylate film containing cellulose acylate ; and a porous film in which a plurality of pores having an average pore size of 0.030 μm to 5.0 μm are formed to penetrate the film in a thickness direction, wherein in the porous film the plurality of pores communicate with each other in the thickness directior ; characterized by the cellulose acylate film containing cellulose acylate having an acyl group substitution degree of 2.00 to 2.97. . a cellulose acylate film containing cellulose acylate ; and a porous film in which a plurality of pores having an average pore size of 0.030 μm to 5.0 μm are formed to penetrate the film in a thickness direction,
A medical hydrogel comprising nanofibrillar cellulose in a concentration in the range of 4-8% (w/w), wherein the hydrogel has a viscosity in the range of 2500-9000 Pa s, such as 3000-8000 Pa s, for example 4000-7000 Pa s, measured with a HAAKE Viscotester iQ Rheometer viscometer at the concentration of the hydrogel, at a shear rate 0.1/s and at 37°C, and a water retention value in the range of 30-100 g water/g dry hydrogel, such as 30-60 g water/g dry hydrogel, preferably 40-50 g water/g dry hydrogel measured with ÅAGWR coating colour static water retention method.
A method for assessing an ambient light level during video acquisition with a video camera , said video camera being operably connected with an IR illuminator , and having a day mode in which an IR-cut filter is arranged in front of an image sensor and a night mode in which the IR-cut filter is not arranged in front of the image sensor , characterized in acquiring a stream of images with the video camera in night mode, with the IR illuminator having a first illumination output level, and then reducing an output level of the IR illuminator to a predetermined illumination output level during acquisition of a sequence of a predetermined number of consecutive image frames within the image stream, wherein the reduction of the output level of the IR illumination is a sudden change; the method further comprising assessing a measure representative of an ambient light level from an evaluation of the sequence of image frames and using the assessed measure as input to a controller for the IR-cut filter , and if the assessed measure passes a threshold value, switch the video camera to day mode operation. acquiring a stream of images with the video camera in night mode, with the IR illuminator having a first illumination output level, and then reducing an output level of the IR illuminator to a predetermined illumination output level during acquisition of a sequence of a predetermined number of consecutive image frames within the image stream, wherein the reduction of the output level of the IR illumination is a sudden change; the method further comprising assessing a measure representative of an ambient light level from an evaluation of the sequence of image frames and using the assessed measure as input to a controller for the IR-cut filter , and if the assessed measure passes a threshold value, switch the video camera to day mode operation.
A method for a user equipment in a dual connectivity state comprising: determining that at least one channel condition of a first carrier is below a threshold, the first carrier operating as a primary carrier and having a first bandwidth (S1), wherein a primary carrier is for a master base station; in response to the determining, switching from the first primary carrier to a second carrier operating as a primary carrier, wherein the second carrier is determined to provide better coverage than the first carrier, and wherein the second carrier comprises a narrowband internet of things, NB-IoT, single resource block co-located within the first bandwidth (S2); and receiving a control channel using the second carrier (S3). determining that at least one channel condition of a first carrier is below a threshold, the first carrier operating as a primary carrier and having a first bandwidth (S1), wherein a primary carrier is for a master base station; in response to the determining, switching from the first primary carrier to a second carrier operating as a primary carrier, wherein the second carrier is determined to provide better coverage than the first carrier, and wherein the second carrier comprises a narrowband internet of things, NB-IoT, single resource block co-located within the first bandwidth (S2); and receiving a control channel using the second carrier (S3).
Method for determining a probe signal (SS) for acoustically characterising an electrochemical system (SE), the probe signal (SS) being determined by means of an identification signal (SI) transmitted in a reference electrochemical system (SE) so as to induce a response (RE) from the reference electrochemical system (SE), the method comprising, for a plurality of operating points { PF i } of the reference electrochemical system (SE), each operating point PF i being defined by at least one operating parameter wp j i of the reference electrochemical system (SE): - a step (1E1) of transmitting the identification signal (SI), the identification signal (SI) being composed of a plurality of frequencies over a predetermined bandwidth and being chosen so as to establish a steady state within the reference electrochemical system (SE) and induce a linear response within the reference electrochemical system (SE); - a step (1E2) of measuring the response (RE) of the reference electrochemical system (SE) to the identification signal (SI); in such a way as to obtain a plurality of responses (RE) of the reference electrochemical system (SE), each response (RE) being associated with a given operating point PF i ; the method further comprising: - a step (1E3) of determining correlations between the operating parameter or parameters wp j i defining the considered operating point PF i and at least one feature of the response (RE) of the reference electrochemical system (SE); - a step (1E4) of determining a probe signal (SS) from the feature or features wp i having a correlation with the operating parameter or parameters wp i above a predetermined threshold value. - a step (1E1) of transmitting the identification signal (SI), the identification signal (SI) being composed of a plurality of frequencies over a predetermined bandwidth and being chosen so as to establish a steady state within the reference electrochemical system (SE) and induce a linear response within the reference electrochemical system (SE); - a step (1E2) of measuring the response (RE) of the reference electrochemical system (SE) to the identification signal (SI); - a step (1E3) of determining correlations between the operating parameter or parameters wp j i defining the considered operating point PF i and at least one feature of the response (RE) of the reference electrochemical system (SE); - a step (1E4) of determining a probe signal (SS) from the feature or features wp i having a correlation with the operating parameter or parameters wp i above a predetermined threshold value.
Method for impregnating a fibrous substrate, characterized in that it comprises a step of impregnating the fibrous substrate with a (meth)acrylic mixture comprising a) a first dispersion comprising at least one (meth)acrylic polymer obtained by emulsion polymerization of one or more (meth)acrylic monomers, b) a second dispersion comprising at least one flame retardant, the flame retardant being in the form of particles having an average diameter D 50 of between 0.5 and 10 μm, said (meth)acrylic mixture being obtained by a step of preparing by mixing the first dispersion, comprising at least one (meth)acrylic polymer obtained by emulsion polymerization of one or more (meth)acrylic monomers, and the second dispersion, comprising at least one flame retardant. a) a first dispersion comprising at least one (meth)acrylic polymer obtained by emulsion polymerization of one or more (meth)acrylic monomers, b) a second dispersion comprising at least one flame retardant, the flame retardant being in the form of particles having an average diameter D 50 of between 0.5 and 10 μm,
A device for separating two substrates at an interface termed a "separation interface", at least one of the two substrates being intended to be used in electronics, optics, optoelectronics and/or photovoltaics, the two substrates together forming a structure, the device comprising: - a support , - a member for retaining said structure, the member being mounted on said support , - a tool for separating said two substrates, also mounted on said support , - means for displacing said separating tool and/or means for displacing said retaining member , the displacement means allowing the tool and/or the member to be displaced with respect to said support in a manner such as to bring them closer together or move them apart from each other, preferably over a limited range, in which said separating tool comprises a leading edge having, in cross section and in succession from its tip or its front edge to the back, a tapered portion which is extended by a flared portion , and in that said separating tool has a longitudinal, vertical plane of symmetry (P1, P2) passing through its tip or its front edge ; and said separating device being characterized in that the tapered portion of the separating tool has a cross section in the form of an isosceles triangle the apex angle (α) of which is less than 30°, and in that the flared portion has a cross section in the form of an isosceles trapezium wherein the apex angle (β) is more than 30°. - a support , - a member for retaining said structure, the member being mounted on said support , - a tool for separating said two substrates, also mounted on said support , - means for displacing said separating tool and/or means for displacing said retaining member , the displacement means allowing the tool and/or the member to be displaced with respect to said support in a manner such as to bring them closer together or move them apart from each other, preferably over a limited range, in which said separating tool comprises a leading edge having, in cross section and in succession from its tip or its front edge to the back, a tapered portion which is extended by a flared portion , and in that said separating tool has a longitudinal, vertical plane of symmetry (P1, P2) passing through its tip or its front edge ; and said separating device being characterized in that the tapered portion of the separating tool has a cross section in the form of an isosceles triangle the apex angle (α) of which is less than 30°, and in that the flared portion has a cross section in the form of an isosceles trapezium wherein the apex angle (β) is more than 30°.
An image processing apparatus comprising: a normal-line information generation block configured to generate normal-line information of a scene at an observation position and at a reference position different from the observation position, by use of a plurality of polarization images having different polarization directions in a frame of the scene at the observation position and at the reference position, respectively; and a self-localization estimation block configured to estimate the observation position on the basis of the normal-line information of a current frame corresponding to the scene at the observation position and the normal-line information of a key frame corresponding to the scene at the reference position generated by the normal-line information generation block; wherein the normal-line information of the current frame generated by the normal-line information generation block has indefiniteness; and the self-localization estimation block comprises a motion amount detection block configured to resolve the indefiniteness of the normal-line information of the current frame using a relation between a positional change between the reference position and the observation position, and a change in the normal-line direction as observed from each of the reference position and the observation position by statistically processing a rotational amount for each combination of normal-line information of the key frame and the current frame over all corresponding feature points of the current frame and the key frame to compute a motion amount. a normal-line information generation block configured to generate normal-line information of a scene at an observation position and at a reference position different from the observation position, by use of a plurality of polarization images having different polarization directions in a frame of the scene at the observation position and at the reference position, respectively; and a self-localization estimation block configured to estimate the observation position on the basis of the normal-line information of a current frame corresponding to the scene at the observation position and the normal-line information of a key frame corresponding to the scene at the reference position generated by the normal-line information generation block; wherein the normal-line information of the current frame generated by the normal-line information generation block has indefiniteness; and the self-localization estimation block comprises a motion amount detection block configured to resolve the indefiniteness of the normal-line information of the current frame using a relation between a positional change between the reference position and the observation position, and a change in the normal-line direction as observed from each of the reference position and the observation position by statistically processing a rotational amount for each combination of normal-line information of the key frame and the current frame over all corresponding feature points of the current frame and the key frame to compute a motion amount.
Separator for separating a flowable suspension (S) in a centrifugal field into at least two flowable phases (HP, LP) of different densities, which comprises the following a) a housing which is stationary in operation and is designed as a tank which has at least three openings, said openings comprising an inlet for an inflowing suspension and two vertically spaced outlets for flowable phases of different density (HP, LL), to which annular spaces of the housing are assigned in each case, b) a rotatable drum arranged inside the housing with a vertical axis of rotation (d), which likewise has three openings corresponding to the openings of the housing from a), c) a multi-part support and drive device with which the drum is held in suspension, supported and made to rotate within the housing, characterized in that d) the housing consists of a plastic or a plastic composite material, e) the housing has only the three openings and is otherwise formed in a hermetically sealed manner, and f) vertically between the two outlets and annular spaces of the housing in operation, an air gap (LS) is formed between the housing and the drum which, in operation, when the drum rotates, is not filled with any of the outflowing phases (HP, LP). a) a housing which is stationary in operation and is designed as a tank which has at least three openings, said openings comprising an inlet for an inflowing suspension and two vertically spaced outlets for flowable phases of different density (HP, LL), to which annular spaces of the housing are assigned in each case, b) a rotatable drum arranged inside the housing with a vertical axis of rotation (d), which likewise has three openings corresponding to the openings of the housing from a), c) a multi-part support and drive device with which the drum is held in suspension, supported and made to rotate within the housing, d) the housing consists of a plastic or a plastic composite material, e) the housing has only the three openings and is otherwise formed in a hermetically sealed manner, and f) vertically between the two outlets and annular spaces of the housing in operation, an air gap (LS) is formed between the housing and the drum which, in operation, when the drum rotates, is not filled with any of the outflowing phases (HP, LP).