mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving an incoming communication that includes an image; determining, based at least in part on an object identified in the image being associated with private information, that the incoming communication includes private information, wherein identifying that the object included in the image is associated with private information comprises: determining a portion of image data from the image; determining an image signature that represents the portion of selected image data; determining a confidence value that indicates a likelihood that the image signature matches an object signature associated with private information; and determining that the incoming communication includes private information in response to determining that the confidence value is greater than a predetermined value; receiving motion data generated by one or more motion sensors of a wearable computing device that corresponds to a movement of the wearable computing device; determining, based on the received motion data, whether a user of the wearable computing device is likely viewing a display of the wearable computing device; and responsive to determining that the user is likely viewing the display of the wearable computing device, outputting, for display at the wearable computing device, the private information. receiving an incoming communication that includes an image; determining, based at least in part on an object identified in the image being associated with private information, that the incoming communication includes private information, wherein identifying that the object included in the image is associated with private information comprises: determining a portion of image data from the image; determining an image signature that represents the portion of selected image data; determining a confidence value that indicates a likelihood that the image signature matches an object signature associated with private information; and determining that the incoming communication includes private information in response to determining that the confidence value is greater than a predetermined value; determining a portion of image data from the image; determining an image signature that represents the portion of selected image data; determining a confidence value that indicates a likelihood that the image signature matches an object signature associated with private information; and determining that the incoming communication includes private information in response to determining that the confidence value is greater than a predetermined value; receiving motion data generated by one or more motion sensors of a wearable computing device that corresponds to a movement of the wearable computing device; determining, based on the received motion data, whether a user of the wearable computing device is likely viewing a display of the wearable computing device; and responsive to determining that the user is likely viewing the display of the wearable computing device, outputting, for display at the wearable computing device, the private information.
A polymerizable composition for the manufacture of an ophthalmic lens, comprising: a) at least 50% to 99% by weight of one allyl monomer or oligomer selected from diethylene glycol bis(allyl carbonate) or oligomers of diethylene glycol bis(allyl carbonate) based on the total weight of the composition, b) at least one catalyst suitable for initiating the polymerization of said allyl monomer, c) at least one UV absorber, d) at least one anti-yellowing additive, wherein said anti-yellowing additive corresponds to general formula: wherein: (i) F represents a sulfide; (ii) A is a bond or represents a linear or branched (C 1 -C 10) alkylene group, wherein 1 to 4 non adjacent carbon atom(s) may independently be replaced by an oxygen atom, a sulphur atom or an amino group, and may comprise from 1 to 4 carbon-carbon double bond(s); (iii) Y 3 -C(Y 1)-Y 2 is a polar group in which: - Y 1 represents O or S, preferably O; - Y 2 and Y 3 are similar or different and represent O, S, NH or a bond; (iv) R 99 is any group, which may include at least one function F and/or at least one polar group as defined hereinabove. a) at least 50% to 99% by weight of one allyl monomer or oligomer selected from diethylene glycol bis(allyl carbonate) or oligomers of diethylene glycol bis(allyl carbonate) based on the total weight of the composition, b) at least one catalyst suitable for initiating the polymerization of said allyl monomer, c) at least one UV absorber, d) at least one anti-yellowing additive, wherein said anti-yellowing additive corresponds to general formula: wherein: (i) F represents a sulfide; (ii) A is a bond or represents a linear or branched (C 1 -C 10) alkylene group, wherein 1 to 4 non adjacent carbon atom(s) may independently be replaced by an oxygen atom, a sulphur atom or an amino group, and may comprise from 1 to 4 carbon-carbon double bond(s); (iii) Y 3 -C(Y 1)-Y 2 is a polar group in which: - Y 1 represents O or S, preferably O; - Y 2 and Y 3 are similar or different and represent O, S, NH or a bond; (iv) R 99 is any group, which may include at least one function F and/or at least one polar group as defined hereinabove. (i) F represents a sulfide; (ii) A is a bond or represents a linear or branched (C 1 -C 10) alkylene group, wherein 1 to 4 non adjacent carbon atom(s) may independently be replaced by an oxygen atom, a sulphur atom or an amino group, and may comprise from 1 to 4 carbon-carbon double bond(s); (iii) Y 3 -C(Y 1)-Y 2 is a polar group in which: - Y 1 represents O or S, preferably O; - Y 2 and Y 3 are similar or different and represent O, S, NH or a bond; - Y 1 represents O or S, preferably O; - Y 2 and Y 3 are similar or different and represent O, S, NH or a bond; (iv) R 99 is any group, which may include at least one function F and/or at least one polar group as defined hereinabove.
Current and/or voltage sensing device for integrative use in electric systems, with at least one magnetic field sensor and/or at least one electric field sensor, wherein the electric field sensor and/or the magnetic field sensor is connected to an impedance matching element, which allows connection to an independent analogue measuring device and is powered from an energy harvester, providing stable power supply to the impedance matching element, which is an integral part of an impedance matching electronic board, and wherein the energy harvester is part of a cable connection, that connects the sensing device with the measuring device.
A dermal preparation device (100, 120, 136) for preparation of the stratum corneum of a patient for adhesion of an electrode to the patient, comprising: - a support layer/inner sheet having an upper surface, a lower surface, a major axis extending through a geometrical center of the support layer and along the longest dimension of the support layer; - an abrasive layer adhered to the lower surface; - a handle secured to the upper layer; and wherein the handle is formed by bonding a first portion of a handle/holding layer (110, 132) to the support layer/inner sheet, and folding a second portion of the handle/holding layer (110, 132) to form the handle, characterized in that the device (100, 120, 136) forms a layered structure comprising the abrasive layer with an abrasive surface, an adhesive layer, an inner sheet, a partial adhesive layer (108, 134), and the holding layer (110, 132) further comprising the handle in the form of a gripping portion, wherein the thickness of the inner sheet ranges from 0.05-0.38 mm, wherein the thickness of the holding layer (110, 132) ranges from 0.025-0.25 mm, wherein the holding layer (110, 132) is attached to the inner sheet via the partial adhesive layer (108, 134), wherein the partial adhesive layer (108, 134) is attached to only a portion of the holding layer (110, 132), wherein the portion of the holding layer (110, 132) that is not attached to the partial adhesive layer (108, 134) functions as the gripping portion, and wherein the abrasive comprises a grit with diameters ranging from about 36-66 μm. - a support layer/inner sheet having an upper surface, a lower surface, a major axis extending through a geometrical center of the support layer and along the longest dimension of the support layer; - an abrasive layer adhered to the lower surface; - a handle secured to the upper layer; and wherein the handle is formed by bonding a first portion of a handle/holding layer (110, 132) to the support layer/inner sheet, and folding a second portion of the handle/holding layer (110, 132) to form the handle, characterized in that the device (100, 120, 136) forms a layered structure comprising the abrasive layer with an abrasive surface, an adhesive layer, an inner sheet, a partial adhesive layer (108, 134), and the holding layer (110, 132) further comprising the handle in the form of a gripping portion, wherein the thickness of the inner sheet ranges from 0.05-0.38 mm, wherein the thickness of the holding layer (110, 132) ranges from 0.025-0.25 mm, wherein the holding layer (110, 132) is attached to the inner sheet via the partial adhesive layer (108, 134), wherein the partial adhesive layer (108, 134) is attached to only a portion of the holding layer (110, 132), wherein the portion of the holding layer (110, 132) that is not attached to the partial adhesive layer (108, 134) functions as the gripping portion, and wherein the abrasive comprises a grit with diameters ranging from about 36-66 μm.
A fiber optic cable assembly comprising: a fiber optic cable including: an optical fiber having a core surrounded by a cladding; a jacket surrounding the optical fiber, wherein the jacket includes a plurality of reinforcement members integrated into a matrix material of the jacket; a connector assembly including a rear housing having a connector end directly engaged, with an end portion of the jacket. a fiber optic cable including: an optical fiber having a core surrounded by a cladding; a jacket surrounding the optical fiber, wherein the jacket includes a plurality of reinforcement members integrated into a matrix material of the jacket; an optical fiber having a core surrounded by a cladding; a jacket surrounding the optical fiber, wherein the jacket includes a plurality of reinforcement members integrated into a matrix material of the jacket; a connector assembly including a rear housing having a connector end directly engaged, with an end portion of the jacket.
A composition for exhaust gas purification, comprising first alumina comprising alumina containing lanthanum and second alumina comprising alumina containing lanthanum, the first alumina having a higher lanthanum content than the second alumina, and the second alumina having a larger particle size than the first alumina, wherein the first alumina has a lanthanum content of 2 to 12 mass%, in terms of oxide, based on the total mass of the alumina and lanthanum oxide of the first alumina, and the second alumina has a lanthanum content of 5 mass% or less, in terms of oxide, based on the total mass of the alumina and lanthanum oxide of the second alumina, the ratio of the lanthanum content L 1 of the first alumina to the lanthanum content L 2 of the second alumina is 2 to 18, and the particle size of the first alumina is 2 to 15 μm, and the particle size of the second alumina is 20 to 60 μm, each size of the first alumina and the second alumina being an arithmetic average of Feret's diameters determined by using a scanning electron microscope. the first alumina has a lanthanum content of 2 to 12 mass%, in terms of oxide, based on the total mass of the alumina and lanthanum oxide of the first alumina, and the second alumina has a lanthanum content of 5 mass% or less, in terms of oxide, based on the total mass of the alumina and lanthanum oxide of the second alumina, the ratio of the lanthanum content L 1 of the first alumina to the lanthanum content L 2 of the second alumina is 2 to 18, and the particle size of the first alumina is 2 to 15 μm, and the particle size of the second alumina is 20 to 60 μm, each size of the first alumina and the second alumina being an arithmetic average of Feret's diameters determined by using a scanning electron microscope.
A package for a foodstuff product, comprising: - a foodstuff product; - an outer wrapper that envelops said product completely so as to define a closed chamber containing said product; and - a support, set on which is said product, which is housed within said closed chamber together with said product, said package being characterised in that said support comprises a base, on which said product rests, and lateral walls (4II, 4III, 4IV,4V) that surround said product, wherein said lateral walls include a pair of lateral walls (4II, 4IV) that are set in positions opposed to one another with respect to said product and have a height such as to project above said product, wherein said pair of lateral walls (4II, 4IV) are configured for constituting a support for a further package positioned directly on top of said package, and wherein said pair of lateral walls (4II, 4IV) have respective top edges that are set at a distance apart shorter than the size of said base in a corresponding direction. - a foodstuff product; - an outer wrapper that envelops said product completely so as to define a closed chamber containing said product; and - a support, set on which is said product, which is housed within said closed chamber together with said product,
A display control apparatus configured to be connected to an imaging apparatus installed in a vehicle, the display control apparatus comprising: an obtaining unit configured to obtain image data obtained by the imaging apparatus capturing a rearview image of the vehicle; a specifying unit (720, 1120) configured to specify, as a compression region, a pixel region which does not include image elements indicating traffic lane lines extending along a traveling direction of the vehicle in a lower portion in the vicinity of a center position in a width direction of the vehicle in the image data, wherein the compression region is specified using position coordinates determined in advance based on an installation position of the imaging apparatus; a generation unit configured to generate display image data of a predetermined display size by compressing the specified compression region in the image data, to delete a region determined in advance based on a difference between a size of the image data and a size of the display image data from the image data, and to incorporate a compression pixel region obtained by compressing the compression region in a portion of the image data which has been subjected to the deletion; and a controller configured to perform control so that the generated display image data is visually recognized through an electronic mirror disposed as a rearview mirror of the vehicle. an obtaining unit configured to obtain image data obtained by the imaging apparatus capturing a rearview image of the vehicle; a specifying unit (720, 1120) configured to specify, as a compression region, a pixel region which does not include image elements indicating traffic lane lines extending along a traveling direction of the vehicle in a lower portion in the vicinity of a center position in a width direction of the vehicle in the image data, wherein the compression region is specified using position coordinates determined in advance based on an installation position of the imaging apparatus; a generation unit configured to generate display image data of a predetermined display size by compressing the specified compression region in the image data, to delete a region determined in advance based on a difference between a size of the image data and a size of the display image data from the image data, and to incorporate a compression pixel region obtained by compressing the compression region in a portion of the image data which has been subjected to the deletion; and a controller configured to perform control so that the generated display image data is visually recognized through an electronic mirror disposed as a rearview mirror of the vehicle.
A dead-bolt lock for a door leaf of a door, in particular an all-glass door, including a housing, a dead-bolt and a dead-bolt mechanism for moving the dead-bolt between an open position, in which the dead-bolt is disposed essentially within the housing, and at least one locking position, in which the dead-bolt is disposed at least partially outside the housing, wherein the dead-bolt lock includes a mounting interface and wherein the mounting interface is configured for an attaching arrangement of the dead-bolt lock in the centre or at least essentially in the centre at a long side of the door leaf, and the dead-bolt lock includes a torsion-resistant handle reception for a handle, characterized in that the handle reception includes at least one support surface for the handle for transferring a mechanical force from the handle onto the dead-bolt lock and the handle reception includes at least one support rib, which, for introducing the mechanical force into the housing of the dead-bolt lock, extends from the support surface as far as to the housing of the dead-bolt lock.
A physical quantity measuring sensor comprising: a joint having a cylindrical projection in which an introduction hole for introducing a target fluid is formed; a ceramic sensor module disposed on a downstream side of the projection in a flow direction of the target fluid, the ceramic sensor module comprising: a diaphragm to be displaced depending on a pressure of the introduced target fluid; and characterized in that the physical quantity measuring sensor additionally comprises a cylindrical portion integrated with the diaphragm and provided to the projection, an inner circumferential surface of the sensor module being fitted to an outer circumferential surface of the projection; and an O-ring interposed between the cylindrical portion and the projection, wherein the O-ring is interposed between a sensor-module flat portion extending in a direction orthogonal to an axial direction of the cylindrical portion and a joint flat portion extending in a direction orthogonal to an axial direction of the projection. a joint having a cylindrical projection in which an introduction hole for introducing a target fluid is formed; a ceramic sensor module disposed on a downstream side of the projection in a flow direction of the target fluid, the ceramic sensor module comprising: a diaphragm to be displaced depending on a pressure of the introduced target fluid; and characterized in that the physical quantity measuring sensor additionally comprises a cylindrical portion integrated with the diaphragm and provided to the projection, an inner circumferential surface of the sensor module being fitted to an outer circumferential surface of the projection; and an O-ring interposed between the cylindrical portion and the projection, wherein the O-ring is interposed between a sensor-module flat portion extending in a direction orthogonal to an axial direction of the cylindrical portion and a joint flat portion extending in a direction orthogonal to an axial direction of the projection.
A power supply system that converts an AC voltage to at least one DC voltage to feed at least one load, said power supply system further comprising at least one power supply for converting said AC voltage to at least one DC voltage; at least one filtering circuit, which is connected to the output of said power supply and said system further comprises; - at least one switching circuit which connects said load to an output of said filtering circuit and which disconnects said load from the output of filtering circuit when voltage level of the output of the filtering circuit is below a predefined level, wherein said switching circuit comprises at least one p-MOS type first transistor (T 1), the source terminal of which is connected to the output of the filtering circuit and the drain terminal of which is connected to said load; at least one first resistor (R 1) which is connected between the gate terminal and the source terminal of the first transistor (T 1); at least one second resistor (R 2) which is connected between the gate terminal of first transistor (T 1) and the ground; characterized in that - said at least one filtering circuit comprises one capacitor (C 1), and said switching circuit further comprises at least one BJT type second transistor (T 2), wherein the base terminal of the second transistor (T 2) is connected to the source terminal of the first transistor (T 1) through at least one forth resistor (R 4), the collector terminal of the second transistor (T 2) is connected to the source terminal of the first transistor (T 1) through at least one fifth resistor (R 5) and the emitter terminal of the second transistor (T 2) is connected to the ground. - at least one switching circuit which connects said load to an output of said filtering circuit and which disconnects said load from the output of filtering circuit when voltage level of the output of the filtering circuit is below a predefined level, wherein said switching circuit comprises at least one p-MOS type first transistor (T 1), the source terminal of which is connected to the output of the filtering circuit and the drain terminal of which is connected to said load; at least one first resistor (R 1) which is connected between the gate terminal and the source terminal of the first transistor (T 1); at least one second resistor (R 2) which is connected between the gate terminal of first transistor (T 1) and the ground; characterized in that - said at least one filtering circuit comprises one capacitor (C 1),
Circuit arrangement for monitoring a freewheeling diode at a solenoid valve actuated by means of pulse width modulation, comprising - at least one diode in a pulse-width-modulation actuation branch of the circuit arrangement; and - a transistor arranged in emitter connection, the emitter of said transistor being connected to the cathode of the at least one diode, wherein - the anode side of the at least one diode in the actuation branch is arranged so as to be connected in the forward direction to an anode-side terminal of the freewheeling diode characterised in that the transistor is a monitoring transistor; the at least one diode is arranged to monitor the voltage of the freewheeling diode and to activate the monitoring transistor when the threshold voltage of said diode is exceeded, indicating a fault in the freewheeling diode; and - the monitoring transistor is arranged to emit a voltage feedback as a monitoring signal to a microcomputer in its activated state. - at least one diode in a pulse-width-modulation actuation branch of the circuit arrangement; and - a transistor arranged in emitter connection, the emitter of said transistor being connected to the cathode of the at least one diode, wherein - the anode side of the at least one diode in the actuation branch is arranged so as to be connected in the forward direction to an anode-side terminal of the freewheeling diode characterised in that the transistor is a monitoring transistor; the at least one diode is arranged to monitor the voltage of the freewheeling diode and to activate the monitoring transistor when the threshold voltage of said diode is exceeded, indicating a fault in the freewheeling diode; and characterised in that the transistor is a monitoring transistor; the at least one diode is arranged to monitor the voltage of the freewheeling diode and to activate the monitoring transistor when the threshold voltage of said diode is exceeded, indicating a fault in the freewheeling diode; and - the monitoring transistor is arranged to emit a voltage feedback as a monitoring signal to a microcomputer in its activated state.