mhurhangee/patent-ind-claim-en huggingface dataset:
A multi-modal vehicle operable in a first mode as a fixed wing aircraft and reconfigurable to be operable in a second mode as a ground vehicle, wherein the vehicle has first and second ends and is configured to operate in a first direction , with the first end leading the second end, in the first mode ; characterized in that the vehicle is configured to operate in a second direction , with the second end leading the first end, in normal operation in the second mode, while during operation of the vehicle , an operator will face the first direction when in the first mode and will face the second direction when in the second mode. wherein the vehicle has first and second ends and is configured to operate in a first direction , with the first end leading the second end, in the first mode ; characterized in that the vehicle is configured to operate in a second direction , with the second end leading the first end, in normal operation in the second mode, while during operation of the vehicle , an operator will face the first direction when in the first mode and will face the second direction when in the second mode.
A centralized power meter , comprising: M sample buffers (303-1,...,303-M), each configured to buffer samples respectively from at least one of N sources, and trigger a request for power calculation of the buffered samples in response to the buffered samples, the request having a corresponding priority; a switch , configured to route the requests from the M sample buffers (303-1,...,303-M) to at least one power calculation core ; and the at least one power calculation core , each configured to retrieve the samples from the sample buffer in an order of their corresponding priorities, in response to the routed requests; and to perform power calculation of the retrieved samples, wherein N and M are integers; wherein M is greater than 1, and N is no less than M. M sample buffers (303-1,...,303-M), each configured to buffer samples respectively from at least one of N sources, and trigger a request for power calculation of the buffered samples in response to the buffered samples, the request having a corresponding priority; a switch , configured to route the requests from the M sample buffers (303-1,...,303-M) to at least one power calculation core ; and the at least one power calculation core , each configured to retrieve the samples from the sample buffer in an order of their corresponding priorities, in response to the routed requests; and to perform power calculation of the retrieved samples, wherein N and M are integers; wherein M is greater than 1, and N is no less than M.
An assembly comprising a milling tool body being rotatable around a central rotation axis (R), the milling tool body having a front end surface and a rear end surface , wherein an envelope surface surrounds the central rotation axis (R) and extends between the rear end surface and the front end surface , wherein a plurality of insert pockets are formed in a transition between the envelope surface and the front end surface , wherein a first central through-hole extends between the rear end surface and the front end surface , wherein the assembly includes a locking disc with a second central through-hole and a fastening device arranged to extend through the second central through-hole of the locking disc , characterized in that the first central through hole is of constant diameter and in that the locking disc is arranged to press against the front end surface of the milling tool body when mounting the milling tool body to an adaptor by the fastening device being mountable to an end of the adaptor insertable into the first central through-hole of the milling tool body .
A lacrimal implant insertable into a lacrimal canaliculus, comprising: an implant body, including first and second portions, the implant body extending from a proximal end of the first portion to a distal end of the second portion , the proximal end of the first portion defining a longitudinal proximal axis and the distal end of the second portion defining a longitudinal distal axis; the first portion including a cavity extending inward from the proximal end of the first portion; a drug insert disposed in the cavity of the first portion to provide a sustained therapeutic agent release to an eye, wherein the drug insert comprises the therapeutic agent, and a sheath body disposed over at least a portion of the insert to define at least one exposed surface; wherein a proximal end of the second portion comprises a retention element configured to bias against a portion of a lacrimal canaliculus ampulla; the implant body configured such that an angled intersection exists between the proximal axis and the distal axis for biasing at least a portion of the implant body against at least a portion of the lacrimal canaliculus located at or more distal to a canalicular curvature, wherein the angled intersection is of approximately 90 degrees; and a graspable projection extending at least partially from the proximal end of the first portion, characterized in that the lacrimal implant comprises the graspable projection including a retaining lip configured to secure the drug insert within the cavity of the first portion. an implant body, including first and second portions, the implant body extending from a proximal end of the first portion to a distal end of the second portion , the proximal end of the first portion defining a longitudinal proximal axis and the distal end of the second portion defining a longitudinal distal axis; the first portion including a cavity extending inward from the proximal end of the first portion; a drug insert disposed in the cavity of the first portion to provide a sustained therapeutic agent release to an eye, wherein the drug insert comprises the therapeutic agent, and a sheath body disposed over at least a portion of the insert to define at least one exposed surface; wherein a proximal end of the second portion comprises a retention element configured to bias against a portion of a lacrimal canaliculus ampulla; the implant body configured such that an angled intersection exists between the proximal axis and the distal axis for biasing at least a portion of the implant body against at least a portion of the lacrimal canaliculus located at or more distal to a canalicular curvature, wherein the angled intersection is of approximately 90 degrees; and a graspable projection extending at least partially from the proximal end of the first portion,
Device for producing a hollow-cylindrical concrete lining on shaft walls of vertical shafts , having - at least one shuttering element which is radially spaced from the shaft wall and forms a concrete shuttering, - a supporting ring at the lower end of the shuttering element , and - a sealing assembly in the region of the supporting ring to seal the concrete shuttering relative to the shaft wall , characterized in that the sealing assembly is formed by a plurality of drawers which can be extended radially against the shaft wall , the drawers comprise coverings , wherein the coverings form the upper side of the drawers and close off the concrete shuttering from below. - at least one shuttering element which is radially spaced from the shaft wall and forms a concrete shuttering, - a supporting ring at the lower end of the shuttering element , and - a sealing assembly in the region of the supporting ring to seal the concrete shuttering relative to the shaft wall ,
A method of operating an electronic device including a touch sensitive display, the method comprising: displaying a plurality of application execution screens as split windows not to be superposed on one another on the touch sensitive display; displaying a separator that separates the split windows and a controller interface positioned on the separator; receiving a first user input on the controller interface through the touch sensitive display, wherein receiving the first user input comprises receiving a drag input in a first direction following a long touch input on the controller interface; and displaying an application execution screen in the first direction of the drag input as an application execution screen to be superposed on at least a portion of another execution screen on the touch sensitive display according to the received first user input. displaying a plurality of application execution screens as split windows not to be superposed on one another on the touch sensitive display; displaying a separator that separates the split windows and a controller interface positioned on the separator; receiving a first user input on the controller interface through the touch sensitive display, wherein receiving the first user input comprises receiving a drag input in a first direction following a long touch input on the controller interface; and displaying an application execution screen in the first direction of the drag input as an application execution screen to be superposed on at least a portion of another execution screen on the touch sensitive display according to the received first user input.
A covering for an architectural opening, comprising: a rotatable outer tube ; a rotatable inner tube received within said outer tube ; and a shade attached to the outer tube , said rotatable outer tube defining an elongated slot extending along a length of the outer tube and opening to an interior of the outer tube ; said shade retractable to and extendable from said outer tube , said shade including a support sheet and at least one strip of material , said at least one strip of material including a first edge portion and a second edge portion , said first edge portion attached to said support sheet , and said second edge portion movable relative to said first edge portion and said support sheet ; and at least one operating element attached to the inner tube , characterized in that said at least one operating element extends through the elongated slot and is operably attached to said second edge portion of said at least one strip of material ; wherein: rotation of said inner tube relative to said outer tube causes said second edge portion of said at least one strip of material to move relative to said first edge portion of said at least one strip of material . a rotatable outer tube ; a rotatable inner tube received within said outer tube ; and a shade attached to the outer tube , said rotatable outer tube defining an elongated slot extending along a length of the outer tube and opening to an interior of the outer tube ; said shade retractable to and extendable from said outer tube , said shade including a support sheet and at least one strip of material , said at least one strip of material including a first edge portion and a second edge portion , said first edge portion attached to said support sheet , and said second edge portion movable relative to said first edge portion and said support sheet ; and at least one operating element attached to the inner tube , characterized in that said at least one operating element extends through the elongated slot and is operably attached to said second edge portion of said at least one strip of material ; wherein: rotation of said inner tube relative to said outer tube causes said second edge portion of said at least one strip of material to move relative to said first edge portion of said at least one strip of material .
A shaft of or for a medical hand instrument , preferably a surgical instrument of the minimally invasive type, having a proximal shaft portion and a distal shaft portion which rotates and thereby assumes an angle relative to the proximal shaft portion , and a train of gears , which is arranged within the shaft and transmits a rotary movement of the train of gears in the proximal shaft portion to the distal shaft portion , wherein the train of gears has a tubular transmission component/element which transmits the rotational movement to the distal shaft portion and permits angular deflection between the two shaft portions , wherein the transmission component/element has or is a tube piece with two axially spaced end portions and a central bending portion , in which a plurality of substantially oval/elliptical recesses , which are spaced apart in the circumferential direction and in the longitudinal direction of the tube and extend in the circumferential direction, are formed with tapered recess ends which are arranged relative to each other in such a way that a diagonal recess pattern results when the central bending portion is unwound in the plane. a train of gears , which is arranged within the shaft and transmits a rotary movement of the train of gears in the proximal shaft portion to the distal shaft portion , wherein the train of gears has a tubular transmission component/element which transmits the rotational movement to the distal shaft portion and permits angular deflection between the two shaft portions , wherein the transmission component/element has or is a tube piece with two axially spaced end portions and a central bending portion , in which a plurality of substantially oval/elliptical recesses , which are spaced apart in the circumferential direction and in the longitudinal direction of the tube and extend in the circumferential direction, are formed with tapered recess ends which are arranged relative to each other in such a way that a diagonal recess pattern results when the central bending portion is unwound in the plane.
A high-strength thin steel sheet having a thickness of 1 to 4 mm and a tensile strength of 780 MPa or more orthogonal to the rolling direction according to JIS Z 2241, and comprising a chemical composition containing, in mass%, C: 0.05 % to 0.20 %, Si: 0.6 % to 1.5 %, Mn: 1.3 % to 3.0 %, P: 0.10 % or less, S: 0.030 % or less, Al: 0.10 % or less, N: 0.010 % or less, at least one selected from Ti: 0.01 % to 1.00 %, Nb: 0.01 % to 1.00 %, and V: 0.01 % to 1.00 %, optionally at least one selected from Mo: 0.005 % to 0.50 %, Ta: 0.005 % to 0.50 %, and W: 0.005 % to 0.50 %, optionally at least one selected from Cr: 0.01 % to 1.00 %, Ni: 0.01 % to 1.00 %, and Cu: 0.01 % to 1.00 %, optionally Sb: 0.005 % to 0.050 %, and optionally one or both selected from Ca: 0.0005 % to 0.0100 % and REM: 0.0005 % to 0.0100 %, the balance consisting of Fe and inevitable impurities, wherein the structure of the steel sheet is composed of ferrite whose area ratio is 50 % or more with respect to the entire structure and the balance, a conversion value C** of total carbon contents in Ti, Nb, V, Mo, Ta and W precipitates whose grain sizes are less than 20 nm, defined by the following formula , is 0.010 mass% to 0.100 mass%, Fe content in Fe precipitates is 0.03 mass% to 0.50 mass%, the Fe content in Fe precipitates being determined as described in the description, and an average grain size of ferrite grains whose grain sizes are top 5 % large in ferrite grain size distribution of rolling direction cross section is (4000/TS) 2 μm or less, the TS indicating tensile strength in unit of MPa, C * * = Ti / 48 + Nb / 93 + V / 51 + Mo / 96 + Ta / 181 + W / 184 × 12 where [Ti], [Nb], [V], [Mo], [Ta] and [W] each indicate contents of Ti, Nb, V, Mo, Ta and W in Ti, Nb, V, Mo, Ta and W precipitates whose grain sizes are less than 20 nm, the contents being determined as described in the description.
A process for the production of a DDR-type zeolite membrane, which comprises: a seed crystal-forming step of immersing a porous substrate in a seed crystal-forming raw material solution containing 1-adamantanamine, silica, water, and a DDR-type zeolite powder dispersed therein and performing hydrothermal synthesis with the porous substrate being immersed in the seed crystal-forming raw material solution to form plural DDR-type zeolite crystal particles on a surface of the porous substrate such that the mass of the DDR-type zeolite crystal particles formed on the surface of the porous substrate is 200 g/m 2 or less per unit area (m 2 ) of the surface of the porous substrate and wherein the DDR-type zeolite crystal particles formed on the surface of the porous substrate have a particulate diameter of 10 μm or less, and a membrane-forming step of immersing the porous substrate obtained in the seed crystal-forming step having the DDR-type zeolite crystal particles formed on the surface thereof in a membrane-forming raw material solution containing 1-adamantanamine, silica, water, and no DDR-type zeolite powder and performing hydrothermal synthesis with the porous substrate being immersed in the membrane-forming raw material solution to form a DDR-type zeolite membrane on the surface of the porous substrate. a seed crystal-forming step of immersing a porous substrate in a seed crystal-forming raw material solution containing 1-adamantanamine, silica, water, and a DDR-type zeolite powder dispersed therein and performing hydrothermal synthesis with the porous substrate being immersed in the seed crystal-forming raw material solution to form plural DDR-type zeolite crystal particles on a surface of the porous substrate such that the mass of the DDR-type zeolite crystal particles formed on the surface of the porous substrate is 200 g/m 2 or less per unit area (m 2 ) of the surface of the porous substrate and wherein the DDR-type zeolite crystal particles formed on the surface of the porous substrate have a particulate diameter of 10 μm or less, and a membrane-forming step of immersing the porous substrate obtained in the seed crystal-forming step having the DDR-type zeolite crystal particles formed on the surface thereof in a membrane-forming raw material solution containing 1-adamantanamine, silica, water, and no DDR-type zeolite powder and performing hydrothermal synthesis with the porous substrate being immersed in the membrane-forming raw material solution to form a DDR-type zeolite membrane on the surface of the porous substrate.
A compressed-air energy-storage system comprising: at least one variable-nozzle expander configured to receive an airflow at a first pressure and partially expand said airflow at a second pressure, said second pressure being lower than said first pressure, expansion of said airflow in said variable-nozzle expander producing useful mechanical power, wherein said variable-nozzle expander is controlled to maintain said second pressure within a pressure range around a constant pressure value; at least one heat generator component configured to receive a fuel and a partially expanded airflow from said variable-nozzle expander ; and at least one turbine configured to receive combustion gas from said heat generator component and expand said combustion gas producing useful mechanical power; characterised by further comprising at least one first thermal-energy storage device and at least one second thermal-energy storage device each configured to selectively store thermal energy and deliver thermal energy to said airflow; wherein said at least one second thermal-energy storage device is configured and arranged to deliver thermal energy to said airflow upstream of said variable-nozzle expander and said at least one first thermal-energy storage device is configured and arranged to deliver thermal energy to said airflow between said variable-nozzle expander and said heat generator component . at least one variable-nozzle expander configured to receive an airflow at a first pressure and partially expand said airflow at a second pressure, said second pressure being lower than said first pressure, expansion of said airflow in said variable-nozzle expander producing useful mechanical power, wherein said variable-nozzle expander is controlled to maintain said second pressure within a pressure range around a constant pressure value; at least one heat generator component configured to receive a fuel and a partially expanded airflow from said variable-nozzle expander ; and at least one turbine configured to receive combustion gas from said heat generator component and expand said combustion gas producing useful mechanical power; characterised by further comprising at least one first thermal-energy storage device and at least one second thermal-energy storage device each configured to selectively store thermal energy and deliver thermal energy to said airflow; wherein said at least one second thermal-energy storage device is configured and arranged to deliver thermal energy to said airflow upstream of said variable-nozzle expander and said at least one first thermal-energy storage device is configured and arranged to deliver thermal energy to said airflow between said variable-nozzle expander and said heat generator component .
A method for keeping a vehicle on a predetermined path, comprising - receiving a driver pose information (PI) and classifying the driver pose information (PI) as normal (N) or abnormal (AN) and/or receiving a driver attention information and classifying the driver attention information as normal or abnormal (S1), - receiving a hand location information (HI), and evaluating whether the hand location information (HI) relates to two hands on a steering wheel or less than two hands on the steering wheel (S2), - receiving a turn indicator status information (TI), and evaluating whether the turn indicator status information (TI) relates to an activated state (A) or a non-activated state (NA) of the turn indicators (S3), - triggering a path keeping measure (S5) if the received driver pose information (PI) is classified as abnormal (AN) and/or if the received driver attention information is classified as abnormal and if the hand location information (HI) relates to less than two hands on the steering wheel, and if the received turn indicator status information (TI) relates to a non-activated state (NA). - receiving a driver pose information (PI) and classifying the driver pose information (PI) as normal (N) or abnormal (AN) and/or receiving a driver attention information and classifying the driver attention information as normal or abnormal (S1), - receiving a hand location information (HI), and evaluating whether the hand location information (HI) relates to two hands on a steering wheel or less than two hands on the steering wheel (S2), - receiving a turn indicator status information (TI), and evaluating whether the turn indicator status information (TI) relates to an activated state (A) or a non-activated state (NA) of the turn indicators (S3), - triggering a path keeping measure (S5) if the received driver pose information (PI) is classified as abnormal (AN) and/or if the received driver attention information is classified as abnormal and if the hand location information (HI) relates to less than two hands on the steering wheel, and if the received turn indicator status information (TI) relates to a non-activated state (NA). if the received driver pose information (PI) is classified as abnormal (AN) and/or if the received driver attention information is classified as abnormal and if the hand location information (HI) relates to less than two hands on the steering wheel, and if the received turn indicator status information (TI) relates to a non-activated state (NA).