mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: causing , at a client device, display of a graphical interface comprising a first plurality of selectable graphical items, each selectable graphical item corresponding to a respective content item associated with a different geolocation; receiving , at the client device, a selection of a first selectable graphical item from the first plurality of selectable graphical items, the first selectable graphical item corresponding to a particular geolocation; and causing display , at the client device, of a second plurality of selectable graphical items, each of the second plurality of selectable graphical items corresponding to a particular second geolocation of an activity or place of business within a geographical area associated with the particular geolocation; and receiving, at the client device, a selection of a second selectable graphical item from the second plurality of selectable graphical items. causing , at a client device, display of a graphical interface comprising a first plurality of selectable graphical items, each selectable graphical item corresponding to a respective content item associated with a different geolocation; receiving , at the client device, a selection of a first selectable graphical item from the first plurality of selectable graphical items, the first selectable graphical item corresponding to a particular geolocation; and causing display , at the client device, of a second plurality of selectable graphical items, each of the second plurality of selectable graphical items corresponding to a particular second geolocation of an activity or place of business within a geographical area associated with the particular geolocation; and receiving, at the client device, a selection of a second selectable graphical item from the second plurality of selectable graphical items.
Rotation rate sensor with a substrate with a main plane of extent and with at least a first structure movable with respect to the substrate and with at least a second structure movable with respect to the substrate and with respect to the first structure , wherein the rotation rate sensor comprises at least a first drive structure for deflecting the first structure out of a rest position of the first structure with a movement component substantially parallel to a first axis (Y), wherein the rotation rate sensor comprises at least a second drive structure for deflecting the second structure out of a rest position of the second structure with a movement component substantially parallel to the first axis (Y), wherein the first structure and the second structure can be excited to oscillate substantially in counter-phase with movement components substantially parallel to the first axis (Y), wherein the first drive structure has at least a first spring fastened to the substrate in such a way that the first spring counteracts pivoting of the first structure substantially about an axis extending parallel to a second axis (Z) extending perpendicular to the main plane of extent , wherein the second drive structure has at least a second spring fastened to the substrate in such a way that the second spring counteracts pivoting of the second structure substantially about a further axis extending parallel to the second axis (Z), characterized in that the first spring and/or the second spring comprise/comprises at least a substrate-mounted first spring beam , at least a substrate-mounted second spring beam , at least a flexurally rigid beam connecting the first spring beam and the second spring beam , at least a third spring beam connecting the flexurally rigid beam and the respective drive structure , and at least a fourth spring beam connecting the flexurally rigid beam and the respective drive structure .
A vertical take-off and landing (VTOL) aircraft having: a wing structure having right and left side forward wings ; and right and left side rearward wings , each of the right side wings being connected, and each of the left side wings being connected in a box wing configuration; characterized in that each wing has a fixed leading edge and at least one moveable trailing control surface , further wherein each wing has at least one motor pod having a motor , the motor pod being pivotally mounted to an underside of the fixed leading edge , and fixedly secured to the moveable trailing control surface . a wing structure having right and left side forward wings ; and right and left side rearward wings , each of the right side wings being connected, and each of the left side wings being connected in a box wing configuration; characterized in that each wing has a fixed leading edge and at least one moveable trailing control surface , further wherein each wing has at least one motor pod having a motor , the motor pod being pivotally mounted to an underside of the fixed leading edge , and fixedly secured to the moveable trailing control surface .
A system, comprising: an automated guided vehicle (AGV); a loading table on the AGV configured and sized to hold more than one storage container; a frame extending from the AGV; a robotic arm mounted to the frame; characterized in that the frame includes a gantry to which the robotic arm is mounted. an automated guided vehicle (AGV); a loading table on the AGV configured and sized to hold more than one storage container; a frame extending from the AGV; a robotic arm mounted to the frame; characterized in that the frame includes a gantry to which the robotic arm is mounted.
A patient respiratory interface comprising: an insertion portion sized to only extend partially within an oral cavity of a patient; a flange attached to, and having a surface oriented substantially perpendicular to, the insertion portion ; wherein a supply pathway is defined by the insertion portion and the flange , the supply pathway positioned coaxially along a longitudinal axis of the insertion portion and sized to receive at least one lumen carrying a supply of pressurized gas and a substance; wherein the substance is released at the distal end of the insertion portion that terminates at a tip ; wherein the insertion portion and flange are arranged in a shape to permit introduction of the substance in aerosol form to an oropharynx of the patient through a center of the insertion portion, wherein the insertion portion comprises, at the tip thereof, a coaxially aligned opening through the center of the insertion portion characterized in that the opening is located in a region recessed from the tip and the distal end of the tubing with at least one lumen is located in the opening . an insertion portion sized to only extend partially within an oral cavity of a patient; a flange attached to, and having a surface oriented substantially perpendicular to, the insertion portion ; wherein a supply pathway is defined by the insertion portion and the flange , the supply pathway positioned coaxially along a longitudinal axis of the insertion portion and sized to receive at least one lumen carrying a supply of pressurized gas and a substance; wherein the substance is released at the distal end of the insertion portion that terminates at a tip ; wherein the insertion portion and flange are arranged in a shape to permit introduction of the substance in aerosol form to an oropharynx of the patient through a center of the insertion portion, wherein the insertion portion comprises, at the tip thereof, a coaxially aligned opening through the center of the insertion portion characterized in that the opening is located in a region recessed from the tip and the distal end of the tubing with at least one lumen is located in the opening .
A tractor comprising: a driver seat on which a driver can sit; an antenna unit configured to receive satellite positioning information; a rollover protection structure (ROPS) having right and left vertical frame portions and a lateral frame portion that joins upper ends of the right and left vertical frame portions to each other; and a support member that supports the antenna unit ; wherein the support member includes an attachment portion fixed to an upper surface of the lateral frame portion and a mounting portion on which the antenna unit is mounted, characterized in that : when viewed from the front, at least part of the lateral frame portion and at least part of the antenna unit overlap with each other,. and in that the support member is a step-like molded product in which in a side view, a front attachment portion is located at a high position and a rear mounting portion is located a low position, and a vertical wall portion is integrally formed between the front attachment portion and the mounting portion . a driver seat on which a driver can sit; an antenna unit configured to receive satellite positioning information; a rollover protection structure (ROPS) having right and left vertical frame portions and a lateral frame portion that joins upper ends of the right and left vertical frame portions to each other; and a support member that supports the antenna unit ; wherein the support member includes an attachment portion fixed to an upper surface of the lateral frame portion and a mounting portion on which the antenna unit is mounted, characterized in that : when viewed from the front, at least part of the lateral frame portion and at least part of the antenna unit overlap with each other,. and in that the support member is a step-like molded product in which in a side view, a front attachment portion is located at a high position and a rear mounting portion is located a low position, and a vertical wall portion is integrally formed between the front attachment portion and the mounting portion . when viewed from the front, at least part of the lateral frame portion and at least part of the antenna unit overlap with each other,. and in that the support member is a step-like molded product in which in a side view, a front attachment portion is located at a high position and a rear mounting portion is located a low position, and a vertical wall portion is integrally formed between the front attachment portion and the mounting portion .
Use of a reactive surfactant composition comprising a reactive anionic surfactant (component A) represented by the following formula , the component A being satisfied with the following requirement R, for emulsion polymerization: wherein AO represents an alkyleneoxy group having a carbon number of 3 or more and 18 or less; EO represents an ethyleneoxy group; p represents an integer of 1 or more and 15 or less; m' represents an integer of 0 or more; n' represents an integer of 0 or more; M + represents a hydrogen ion or a cation; and plural kinds of AOs may coexist, and Requirement R: an average addition molar number m of AO is a number of 1 or more and 50 or less; an average addition molar number n of EO is a number of 0 or more and 200 or less; and when in the component A, a component having an addition molar number of AO of (m - 3) or less is defined as (component A-1), and a component having an addition molar number of AO of (m + 2) or more is defined as (component A-2), X in the following formula (I) is less than 30, provided that when m is less than 3, (m' = 0) is defined as (component A-1): X = { molar number of component A − 1 + molar number of component A − 2 ÷ molar number of component A × 100 wherein AO represents an alkyleneoxy group having a carbon number of 3 or more and 18 or less; EO represents an ethyleneoxy group; p represents an integer of 1 or more and 15 or less; m' represents an integer of 0 or more; n' represents an integer of 0 or more; M + represents a hydrogen ion or a cation; and plural kinds of AOs may coexist, and Requirement R: an average addition molar number m of AO is a number of 1 or more and 50 or less; an average addition molar number n of EO is a number of 0 or more and 200 or less; and when in the component A, a component having an addition molar number of AO of (m - 3) or less is defined as (component A-1), and a component having an addition molar number of AO of (m + 2) or more is defined as (component A-2), X in the following formula (I) is less than 30, provided that when m is less than 3, (m' = 0) is defined as (component A-1): X = { molar number of component A − 1 + molar number of component A − 2 ÷ molar number of component A × 100
A wafer comprising: a substrate layer having a first surface and a second surface opposite to the first surface ; a first mirror layer having a plurality of first mirror portions two-dimensionally arranged on the first surface ; and a second mirror layer having a plurality of second mirror portions two-dimensionally arranged on the first mirror layer , wherein a plurality of Fabry-Perot interference filter portions are formed in an effective area , in each of the plurality of Fabry-Perot interference filter portions a gap is formed between the first mirror portion and the second mirror portion facing each other and a distance between the first mirror portion and the second mirror portion facing each other varies by an electrostatic force, a plurality of dummy filter portions are formed in a dummy area disposed along an outer edge of the substrate layer and surrounding the effective area , in each of the plurality of dummy filter portions an intermediate layer is provided between the first mirror portion and the second mirror portion facing each other such that no gap is formed, and at least the second mirror portion is surrounded by a first groove opening on a side opposite to the substrate layer in each of the plurality of Fabry-Perot interference filter portions and the plurality of dummy filter portions . a substrate layer having a first surface and a second surface opposite to the first surface ; a first mirror layer having a plurality of first mirror portions two-dimensionally arranged on the first surface ; and a second mirror layer having a plurality of second mirror portions two-dimensionally arranged on the first mirror layer , wherein a plurality of Fabry-Perot interference filter portions are formed in an effective area , in each of the plurality of Fabry-Perot interference filter portions a gap is formed between the first mirror portion and the second mirror portion facing each other and a distance between the first mirror portion and the second mirror portion facing each other varies by an electrostatic force, a plurality of dummy filter portions are formed in a dummy area disposed along an outer edge of the substrate layer and surrounding the effective area , in each of the plurality of dummy filter portions an intermediate layer is provided between the first mirror portion and the second mirror portion facing each other such that no gap is formed, and at least the second mirror portion is surrounded by a first groove opening on a side opposite to the substrate layer in each of the plurality of Fabry-Perot interference filter portions and the plurality of dummy filter portions .
A method of wirelessly exchanging encryption keys between an initiator and a responder , the method comprising: measuring , by the initiator , radio-frequency interference in a range of radio frequency energy; selecting , by the initiator , an iteration number based on the measured radio-frequency interference and a number of iterations needed to obtain an acknowledgement for a previous data transmission in the range of radio frequency energy; generating , by the initiator , a new key; transmitting , by the initiator , a first message to the responder that includes the new key, wherein the first message is encrypted with a current key; and retransmitting the first message if the initiator did not receive a first acknowledgement from the responder , wherein the initiator is configured to attempt retransmission of the first message the iteration number of times or until the initiator receives an acknowledgement from the responder . measuring , by the initiator , radio-frequency interference in a range of radio frequency energy; selecting , by the initiator , an iteration number based on the measured radio-frequency interference and a number of iterations needed to obtain an acknowledgement for a previous data transmission in the range of radio frequency energy; generating , by the initiator , a new key; transmitting , by the initiator , a first message to the responder that includes the new key, wherein the first message is encrypted with a current key; and retransmitting the first message if the initiator did not receive a first acknowledgement from the responder , wherein the initiator is configured to attempt retransmission of the first message the iteration number of times or until the initiator receives an acknowledgement from the responder .
Method for preparing a sample material, in particular slag or ore, from a mineral or steel production process, comprising the following steps: a. comminuting the sample material in a comminuting device , b. supplying the sample material to a press device to press the sample material to form a tablet, wherein the sample material is received on a press ram of the press device , c. generating a magnetic field and magnetizing iron particles contained in the sample material in the press ram by means of a magnet device, such that the iron particles accumulate in a region within the sample material arranged in the press ram facing toward the magnet device, d. pressing the sample material to form a tablet. a. comminuting the sample material in a comminuting device , b. supplying the sample material to a press device to press the sample material to form a tablet, wherein the sample material is received on a press ram of the press device , c. generating a magnetic field and magnetizing iron particles contained in the sample material in the press ram by means of a magnet device, such that the iron particles accumulate in a region within the sample material arranged in the press ram facing toward the magnet device, d. pressing the sample material to form a tablet.
Detection device for container filling comprising: - a tubular portion configured to be fixed to a pole or to a support, - a measuring portion constrained to said tubular portion and horizontally diametrically protruding from said tubular portion defining a free area of said measuring portion facing the ground, and comprising: - data connection means with the outside, - a laser measurer configured to measure the distance between said laser measurer and a first obstacle surface to the laser light emitted by said laser measurer , - control means of the electronic type suitable for governing the detection device , characterized in that - the laser light is emitted by said laser measurer along a plurality of directions , reciprocally forming, starting from said laser measurer , an angle (α) having a maximum value of at least 10°, and in that - said angle (α) is adjustable by rotation of said laser measurer , and in that - the maximum and minimum absolute value or the average value of the inclination of said directions with respect to the gravitational gradient, is adjustable. - a tubular portion configured to be fixed to a pole or to a support, - a measuring portion constrained to said tubular portion and horizontally diametrically protruding from said tubular portion defining a free area of said measuring portion facing the ground, and comprising: - data connection means with the outside, - a laser measurer configured to measure the distance between said laser measurer and a first obstacle surface to the laser light emitted by said laser measurer , - data connection means with the outside, - a laser measurer configured to measure the distance between said laser measurer and a first obstacle surface to the laser light emitted by said laser measurer , - control means of the electronic type suitable for governing the detection device , - the laser light is emitted by said laser measurer along a plurality of directions , reciprocally forming, starting from said laser measurer , an angle (α) having a maximum value of at least 10°, and in that - said angle (α) is adjustable by rotation of said laser measurer , and in that - the maximum and minimum absolute value or the average value of the inclination of said directions with respect to the gravitational gradient, is adjustable.
A gas turbine engine comprising a fan drive turbine , a fan rotor , a gear reduction driven by said fan drive turbine to, in turn, drive said gear reduction , a main oil supply system for supplying oil to components within said gear reduction , and an auxiliary oil supply system, said auxiliary oil system being operable to ensure that the gear reduction will be adequately supplied with lubricant for at least thirty seconds at power should the main oil supply system fail, wherein said auxiliary oil system includes an auxiliary pump , said gear reduction is surrounded by an oil gutter that is configured to scavenge oil and direct it to an auxiliary oil tank , and said auxiliary pump is configured to draw oil from the bottom of an oil sump and from said auxiliary oil tank , wherein said bottom of said oil sump is at lower elevation than a scavenge line leading from a bearing compartment to a scavenge side of a main oil pump ; said oil sump is configured to trap residual oil in said bearing compartment , such that oil is supplied to said auxiliary pump under negative gravity conditions as well as positive gravity conditions; and wherein said auxiliary oil tank has a tube with holes at a vertically higher location thereon, such that oil is drawn from said auxiliary oil tank when it is full or under negative gravity conditions, and oil is also drawn from said auxiliary oil tank when said auxiliary oil tank is full and through overflow through an overflow conduit . said bottom of said oil sump is at lower elevation than a scavenge line leading from a bearing compartment to a scavenge side of a main oil pump ; said oil sump is configured to trap residual oil in said bearing compartment , such that oil is supplied to said auxiliary pump under negative gravity conditions as well as positive gravity conditions; and wherein said auxiliary oil tank has a tube with holes at a vertically higher location thereon, such that oil is drawn from said auxiliary oil tank when it is full or under negative gravity conditions, and oil is also drawn from said auxiliary oil tank when said auxiliary oil tank is full and through overflow through an overflow conduit .