mhurhangee/patent-ind-claim-en huggingface dataset:
Method for assigning a supply voltage phase angle measured in a line of a three-phase alternating current network to one of several current phase angles measured in corresponding lines of the three-phase alternating current network, wherein the measurement of the phase angles is carried out by means of a corresponding measuring device on lines of the supply connection via which a consumer is connected to the three-phase alternating current network, wherein - a measuring device is connected via a line of the supply connection to a line of the alternating current network and is electrically supplied via the latter, a phase angle (φ2, φ3, φ4) of the supply voltage being measured with the aid of the measuring device on the line for the electrical supply of the measuring device, - a phase angle (φ5, φ6, φ7) of the current in the lines of the alternating current network is measured at respective measuring terminals of the measuring device , and - the respective measured phase angles (φ5, φ6, φ7) of the current are evaluated with the measured phase angle (φ2, φ3, φ4) of the supply voltage, characterized in that - a phase difference (Δφ) between a respectively measured phase angle (φ5, φ6, φ7) of the current and the measured phase angle (φ2, φ3, φ4) of the supply voltage is determined, - depending on the determined phase difference (Δφ) respectively exactly one of the measured phase angles (φ5, φ6, φ7) of the current is assigned to the measured phase angle (φ2, φ3, φ4) of the supply voltage, with - such phase angle (φ5, φ6, φ7) of the measured current is assigned to the measured phase angle (φ2, φ3, φ4) of the supply voltage at which the determined phase difference (Δφ) or the magnitude of the determined phase difference (Δφ) is minimal. - a measuring device is connected via a line of the supply connection to a line of the alternating current network and is electrically supplied via the latter, a phase angle (φ2, φ3, φ4) of the supply voltage being measured with the aid of the measuring device on the line for the electrical supply of the measuring device, - a phase angle (φ5, φ6, φ7) of the current in the lines of the alternating current network is measured at respective measuring terminals of the measuring device , and - the respective measured phase angles (φ5, φ6, φ7) of the current are evaluated with the measured phase angle (φ2, φ3, φ4) of the supply voltage, - a phase difference (Δφ) between a respectively measured phase angle (φ5, φ6, φ7) of the current and the measured phase angle (φ2, φ3, φ4) of the supply voltage is determined, - depending on the determined phase difference (Δφ) respectively exactly one of the measured phase angles (φ5, φ6, φ7) of the current is assigned to the measured phase angle (φ2, φ3, φ4) of the supply voltage, with - such phase angle (φ5, φ6, φ7) of the measured current is assigned to the measured phase angle (φ2, φ3, φ4) of the supply voltage at which the determined phase difference (Δφ) or the magnitude of the determined phase difference (Δφ) is minimal.
A method of displaying information, the method comprising: receiving, at a first device , a first message that is sent from a second device using a Short Message Service, SMS, protocol; if the first device is configured to associate the first message with an underlying rich content message, sending, by the first device , indicia of said first message to a server , a determination being made by said server , based on said indicia, that said server has a second message that corresponds to said first message; receiving, at the first device , said second message from said server , said second message comprising text and an entity, said first message comprising said text and a text representation of said entity; and displaying, by the first device , said text and said entity to a user without displaying said first message; and if the first device is not configured to associate the first message with an underlying rich content message, enabling a user to select a link included in the first message to obtain the rich content message by displaying on said display, said text and said entity to said user without displaying said first message. receiving, at a first device , a first message that is sent from a second device using a Short Message Service, SMS, protocol; if the first device is configured to associate the first message with an underlying rich content message, sending, by the first device , indicia of said first message to a server , a determination being made by said server , based on said indicia, that said server has a second message that corresponds to said first message; receiving, at the first device , said second message from said server , said second message comprising text and an entity, said first message comprising said text and a text representation of said entity; and displaying, by the first device , said text and said entity to a user without displaying said first message; and if the first device is not configured to associate the first message with an underlying rich content message, enabling a user to select a link included in the first message to obtain the rich content message by displaying on said display, said text and said entity to said user without displaying said first message.
An insulated glazing unit comprising: - a support frame ; - a pair of at least partially transparent panes sealingly attached to said frame to define a gap therebetween; - a screening element that is adapted to be deployed in said gap to switch between an open configuration, in which light radiation may pass through said gap and at least one closing configuration, in which said screening element at least partially blocks said light radiation in said gap ; - a control unit comprising an actuator module associated with said screening element to control the deployment of said screening element ; - a box integrated in said frame , said control unit being housed in said box ; - a pressure sensor which is configured to send a signal representative of a pressure value (Pi) in said gap to said control unit ; - the panes and the frame are configured to hermetically seal the gap in compliance with the European Standard EN 1279; - the pressure sensor is placed in the box ; characterized in that: no channels for access to the gap are provided through neither the panes nor the frame for the passage of air, and said box defines a chamber that is permanently sealed with respect to the outside environment by the frame , the pressure sensor being housed in said chamber. - a support frame ; - a pair of at least partially transparent panes sealingly attached to said frame to define a gap therebetween; - a screening element that is adapted to be deployed in said gap to switch between an open configuration, in which light radiation may pass through said gap and at least one closing configuration, in which said screening element at least partially blocks said light radiation in said gap ; - a control unit comprising an actuator module associated with said screening element to control the deployment of said screening element ; - a box integrated in said frame , said control unit being housed in said box ; - a pressure sensor which is configured to send a signal representative of a pressure value (Pi) in said gap to said control unit ; - the panes and the frame are configured to hermetically seal the gap in compliance with the European Standard EN 1279; - the pressure sensor is placed in the box ;
A projection apparatus comprising: an array of infrared emitters, the infrared emitters of said array being arranged in a first pattern; a plurality of liquid-crystal cells and corresponding control circuits , a given liquid-crystal cell being arranged in front of a corresponding infrared emitter of said array; and a processor configured to: - generate drive signals for driving the control circuits in a random or pseudorandom manner; and - control the plurality of liquid-crystal cells individually, via the corresponding control circuits, to project a second pattern of light spots onto objects present in a real-world environment, wherein, when driven by a given drive signal, a given control circuit electrically controls a corresponding liquid-crystal cell to any of: - block light emanating from a corresponding infrared emitter, - transmit the light in an unbended manner, - bend the light. an array of infrared emitters, the infrared emitters of said array being arranged in a first pattern; a plurality of liquid-crystal cells and corresponding control circuits , a given liquid-crystal cell being arranged in front of a corresponding infrared emitter of said array; and a processor configured to: - generate drive signals for driving the control circuits in a random or pseudorandom manner; and - control the plurality of liquid-crystal cells individually, via the corresponding control circuits, to project a second pattern of light spots onto objects present in a real-world environment, wherein, when driven by a given drive signal, a given control circuit electrically controls a corresponding liquid-crystal cell to any of: - block light emanating from a corresponding infrared emitter, - transmit the light in an unbended manner, - bend the light. - generate drive signals for driving the control circuits in a random or pseudorandom manner; and - control the plurality of liquid-crystal cells individually, via the corresponding control circuits, to project a second pattern of light spots onto objects present in a real-world environment, wherein, when driven by a given drive signal, a given control circuit electrically controls a corresponding liquid-crystal cell to any of: - block light emanating from a corresponding infrared emitter, - transmit the light in an unbended manner, - bend the light. - block light emanating from a corresponding infrared emitter, - transmit the light in an unbended manner, - bend the light.
A product comprising: a bearing comprising an axial channel formed along a longitudinal axis of the bearing having an inner radius R1 comprising an inner surface and an outer radius R2 comprising an outer surface and at least one dam region formed on the inner surface of the inner radius R1 of the channel , wherein the dam region comprises a modified crescent shape between 90 and 180 degrees about the longitudinal axis of the channel ; characterized in that the modified crescent shape is defined as having at least one area of steadily decreasing inner radius R1 of the channel , followed by at least one apex or area of the lowest inner radius R1 of the modified crescent shape in the channel , followed by at least one area of steadily increasing inner radius R1 of the channel . a bearing comprising an axial channel formed along a longitudinal axis of the bearing having an inner radius R1 comprising an inner surface and an outer radius R2 comprising an outer surface and at least one dam region formed on the inner surface of the inner radius R1 of the channel , wherein the dam region comprises a modified crescent shape between 90 and 180 degrees about the longitudinal axis of the channel ; characterized in that the modified crescent shape is defined as having at least one area of steadily decreasing inner radius R1 of the channel , followed by at least one apex or area of the lowest inner radius R1 of the modified crescent shape in the channel , followed by at least one area of steadily increasing inner radius R1 of the channel .
A device for creating intravascular access and guidewire placement, comprising: a main body having a lumen ; a piercing member disposed in said lumen ; a handle attached to said main body and having an actuator for moving said piercing member ; a needle guide for guiding the piercing member , the needle guide having a distal end which comprises a magnetic material; and a guidewire having a magnetic distal tip ; wherein: the distal end of the needle guide and the magnetic distal tip of the guidewire are alignment tips established with opposite polarity, so that they are mutually attracted to one another, the piercing member is configured to be moved distally out of said lumen , while the distal end of the needle guide and the magnetic distal tip of the guidewire are magnetically attracted to one another through tissue walls of respective primary and secondary vessels , and to pierce through tissue while being distally moved, and the magnetic distal tip of the guidewire is configured to be pushed and advanced away from the distal end of the needle guide by the piercing member contacting the magnetic distal tip once penetration from the primary vessel to the secondary vessel has been achieved. a main body having a lumen ; a piercing member disposed in said lumen ; a handle attached to said main body and having an actuator for moving said piercing member ; a needle guide for guiding the piercing member , the needle guide having a distal end which comprises a magnetic material; and a guidewire having a magnetic distal tip ; wherein: the distal end of the needle guide and the magnetic distal tip of the guidewire are alignment tips established with opposite polarity, so that they are mutually attracted to one another, the piercing member is configured to be moved distally out of said lumen , while the distal end of the needle guide and the magnetic distal tip of the guidewire are magnetically attracted to one another through tissue walls of respective primary and secondary vessels , and to pierce through tissue while being distally moved, and the magnetic distal tip of the guidewire is configured to be pushed and advanced away from the distal end of the needle guide by the piercing member contacting the magnetic distal tip once penetration from the primary vessel to the secondary vessel has been achieved. the distal end of the needle guide and the magnetic distal tip of the guidewire are alignment tips established with opposite polarity, so that they are mutually attracted to one another, the piercing member is configured to be moved distally out of said lumen , while the distal end of the needle guide and the magnetic distal tip of the guidewire are magnetically attracted to one another through tissue walls of respective primary and secondary vessels , and to pierce through tissue while being distally moved, and the magnetic distal tip of the guidewire is configured to be pushed and advanced away from the distal end of the needle guide by the piercing member contacting the magnetic distal tip once penetration from the primary vessel to the secondary vessel has been achieved.
Method for ascertaining a gain error of at least one current measuring device of a sensor unit of an electrical machine , wherein the machine comprises a stator winding with at least three phases (U, V, W) and a rotor that is mounted rotatably about an axis of rotation , having the following steps: a) application of an electrical sensor voltage to the phases (U, V, W), wherein the sensor voltage comprises at least one first voltage pulse with a first voltage vector and one second voltage pulse with a second voltage vector, wherein the first voltage vector and the second voltage vector are each oriented in different directions perpendicular to the axis of rotation , b) acquisition, during the application of the sensor voltage , of at least one first current value of a first of the phases (U), at least one second current value of a second of the phases (V) and at least one third current value of a third of the phases (W), characterized in that the method comprises the steps of: c) ascertainment of a sum current vector depending on the acquired current values of all of the phases (U, V, W), d) comparison of the sum current vector with at least one ascertained or stored reference current vector, and ascertainment of at least one gain error depending on the comparison. a) application of an electrical sensor voltage to the phases (U, V, W), wherein the sensor voltage comprises at least one first voltage pulse with a first voltage vector and one second voltage pulse with a second voltage vector, wherein the first voltage vector and the second voltage vector are each oriented in different directions perpendicular to the axis of rotation , b) acquisition, during the application of the sensor voltage , of at least one first current value of a first of the phases (U), at least one second current value of a second of the phases (V) and at least one third current value of a third of the phases (W), c) ascertainment of a sum current vector depending on the acquired current values of all of the phases (U, V, W), d) comparison of the sum current vector with at least one ascertained or stored reference current vector, and ascertainment of at least one gain error depending on the comparison.
Asphalt mixes comprising an aggregate fraction and a binder, the aggregate fraction being a mixture of aggregates and fines and being formed by: - components with a size below 0.063 mm, - components with a size comprised between 0.063 mm and 2 mm, and - components with a size comprised between 2 mm and 31.5 mm, characterised in that in said aggregate fraction 50% to 100% by weight of the components are selected from lightweight and non-absorbent aggregates with a density of less than 1.6 t/m 3 and having a coefficient of water absorption of less than 15%; the coefficient of water absorption is calculated, as a percentage of the dry mass, denoted WA24, according to the following equation: WA 24 = 100 × M 1 − M 4 M 4 where: M 1 is the mass of saturated aggregates and superficially dry aggregates in air, in grams; M 4 is the mass of the test sample oven-dried in air, in grams, and where the content of binder varies from 6 to 20% by weight, relative to the total weight of the asphalt mixes, the lightweight and non-absorbent aggregates being expanded slate. - components with a size below 0.063 mm, - components with a size comprised between 0.063 mm and 2 mm, and - components with a size comprised between 2 mm and 31.5 mm, M 1 is the mass of saturated aggregates and superficially dry aggregates in air, in grams; M 4 is the mass of the test sample oven-dried in air, in grams, and where the content of binder varies from 6 to 20% by weight, relative to the total weight of the asphalt mixes, the lightweight and non-absorbent aggregates being expanded slate.
Method for treating a silicate type glass comprising alkali and alkaline earth metal oxides or d 10 or IIIA metal oxides, wherein the method comprises at least the following steps: (a) Incorporation of nitrogen into the surface of the glass, (b) Thermal poling treatment of the material from (a) under a chemically inert controlled atmosphere. (a) Incorporation of nitrogen into the surface of the glass, (b) Thermal poling treatment of the material from (a) under a chemically inert controlled atmosphere.
An optical fiber cable, comprising: an outer jacket ; and a plurality of cores including a first core and a second core, wherein a plurality of channels extend outwardly from the second core toward the outer jacket, wherein the outer jacket is comprised of a material doped with a photoluminescent material configured to absorb energy from light propagating along the second core causing photoluminescence. an outer jacket ; and a plurality of cores including a first core and a second core, wherein a plurality of channels extend outwardly from the second core toward the outer jacket, wherein the outer jacket is comprised of a material doped with a photoluminescent material configured to absorb energy from light propagating along the second core causing photoluminescence.
An impact indicator , comprising: an indicator fluid ; a first member having a reservoir for holding the indicator fluid ; a second member couplable to the first member ; and a disc member disposed at least partially between the first and second members and extending over the reservoir , wherein a capillary gap is formed at an interface between the disc member and a surface of the first member facing the disc member ; and wherein the impact indicator is configured such that, responsive to receiving a predetermined level of impact, the indicator fluid moves from the reservoir to the interface between the disc member and the first member and wicks into the capillary gap via capillary action, the indicator fluid disposed within the capillary gap providing a visual indication of the received predetermined level of impact. an indicator fluid ; a first member having a reservoir for holding the indicator fluid ; a second member couplable to the first member ; and a disc member disposed at least partially between the first and second members and extending over the reservoir , wherein a capillary gap is formed at an interface between the disc member and a surface of the first member facing the disc member ; and wherein the impact indicator is configured such that, responsive to receiving a predetermined level of impact, the indicator fluid moves from the reservoir to the interface between the disc member and the first member and wicks into the capillary gap via capillary action, the indicator fluid disposed within the capillary gap providing a visual indication of the received predetermined level of impact.
A process to produce a catalyst composition, the process comprising: (i) contacting an activator-support and an organoaluminum compound for a first period of time to form a precontacted mixture, wherein the activator-support comprises a fluorided solid oxide, a sulfated solid oxide, a phosphated solid oxide, or a combination thereof; and (ii) contacting the precontacted mixture with a second mixture comprising cyclohexene and a metallocene compound for a second period of time to form the catalyst composition. (i) contacting an activator-support and an organoaluminum compound for a first period of time to form a precontacted mixture, wherein the activator-support comprises a fluorided solid oxide, a sulfated solid oxide, a phosphated solid oxide, or a combination thereof; and (ii) contacting the precontacted mixture with a second mixture comprising cyclohexene and a metallocene compound for a second period of time to form the catalyst composition.
A combination of: a thermal transfer sheet comprising a substrate and a colorant layer provided on one surface of the substrate ; and a seal-type printing sheet comprising a releasing substrate and a printing paper sheet with a pressure-sensitive adhesive layer provided on a portion of one surface of the releasing substrate ; wherein a difference between a dynamic friction coefficient between the colorant layer in the thermal transfer sheet and the printing paper sheet with a pressure-sensitive adhesive layer in the seal-type printing sheet and a dynamic friction coefficient between the colorant layer in the thermal transfer sheet and the releasing substrate in the seal-type printing sheet is 1.0 or less. a thermal transfer sheet comprising a substrate and a colorant layer provided on one surface of the substrate ; and a seal-type printing sheet comprising a releasing substrate and a printing paper sheet with a pressure-sensitive adhesive layer provided on a portion of one surface of the releasing substrate ; wherein a difference between a dynamic friction coefficient between the colorant layer in the thermal transfer sheet and the printing paper sheet with a pressure-sensitive adhesive layer in the seal-type printing sheet and a dynamic friction coefficient between the colorant layer in the thermal transfer sheet and the releasing substrate in the seal-type printing sheet is 1.0 or less.