mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method comprising: receiving a request from a user to perform a search for one or more points of interest along at least one multi-modal route, wherein the multi-modal route includes a plurality of segments (A-B, B-C) that each employ at least one of a plurality of modes of transport, and wherein the multi-modal route further includes a plurality of transition waypoints for transitioning between different modes of transport; determining one or more search results for the search; and determining at least one change in one or more locations of the plurality of transition waypoints that would result if the one or more search results were to be incorporated into the at least one multi-modal route; prioritizing the one or more search results based on the determined change in one or more locations; and presenting the prioritized search results to the user. receiving a request from a user to perform a search for one or more points of interest along at least one multi-modal route, wherein the multi-modal route includes a plurality of segments (A-B, B-C) that each employ at least one of a plurality of modes of transport, and wherein the multi-modal route further includes a plurality of transition waypoints for transitioning between different modes of transport; determining one or more search results for the search; and determining at least one change in one or more locations of the plurality of transition waypoints that would result if the one or more search results were to be incorporated into the at least one multi-modal route; prioritizing the one or more search results based on the determined change in one or more locations; and presenting the prioritized search results to the user.
Protective helmet, in particular motorcycle helmet, with an outer shell for distributing impact forces and with a socket , fixedly connected to the outer shell , for accommodating an electrical auxiliary device , wherein the auxiliary device is a digital device for wireless communication, characterized in that the socket is arranged on a lower edge of the outer shell and the socket is equipped to guide the auxiliary device substantially along an inner side of the outer shell when accommodating the same so that the accommodated auxiliary device extends substantially along the inner side of the outer shell , that the socket has a frame , arranged on the inside with respect to the outer shell for positive locking accommodation of the auxiliary device , with a frame opening for inserting the auxiliary device , that the frame is composed substantially of plastic, that the frame is adjacent to the lower edge of the outer shell , wherein the frame opening is arranged substantially on the lower edge of the outer shell , that the protective helmet has an electrical modular device (19a, b) which is coupled to the outer shell and electrically connected to the socket , that the socket has a pin arrangement for detachable electrical coupling with the accommodated auxiliary device , and that the frame opening is arranged laterally offset to a vertical central longitudinal plane of the protective helmet.
Machine for the definition of a material for the burying of pipes, especially a self-propelled screen and/or crusher, in particular designed to cover said pipe with the corresponding material, preferably consisting of the waste material of the excavation for laying the pipes, comprising a lifting device configured to transfer the material from a collection area to a storage area , by means of a conveyor belt comprising a plurality of sections mechanically associated with towing means , for the movement thereof, said sections alternating in such a way that an overlying section is continuously in an overlapping relationship with the adjacent underlying section which precedes it and which follows it, wherein a central body and a front end and a rear end of the sections are symmetrical with respect to a symmetry plane (YZ) orthogonal to the advancement direction (X) of the section , and wherein the front end and the rear end of the overlying sections comprise a flat element substantially parallel to the central body connected thereto by means of a connecting element forming an angle (A) with the central body and facing away from the towing means and wherein the front end and the rear end of the underlying sections comprise an angled element connected to the central body forming an angle (A') with said central body facing the towing means .
Spout for a refill container comprising a connection means for being connected to a refill container, wherein the connection means comprises a flow pipe for communicating with the interior of the refill container, and a closure for opening and/or closing the flow pipe , wherein the closure comprises a plug for sealing the flow pipe in a closing position, wherein the plug comprises at least one lateral connection opening for communicating with an outlet orifice of the closure and the flow pipe in an opening position, where the plug is axially displaced with respect to the closing position along the axial alignment of the flow pipe , wherein the closure is axially blocked in an axial direction towards the opening position in the closing position by means of an operating assembly and wherein the closure is axial moveable towards the opening position at a relative position displaced in peripheral direction to the closing position by a peripheral angle, characterized in that the operating assembly comprises a peripheral stop for blocking one peripheral direction for the closure relative to the flow pipe in a closing direction. a connection means for being connected to a refill container, wherein the connection means comprises a flow pipe for communicating with the interior of the refill container, and a closure for opening and/or closing the flow pipe , wherein the closure comprises a plug for sealing the flow pipe in a closing position, wherein the plug comprises at least one lateral connection opening for communicating with an outlet orifice of the closure and the flow pipe in an opening position, where the plug is axially displaced with respect to the closing position along the axial alignment of the flow pipe , wherein the closure is axially blocked in an axial direction towards the opening position in the closing position by means of an operating assembly and wherein the closure is axial moveable towards the opening position at a relative position displaced in peripheral direction to the closing position by a peripheral angle, characterized in that the operating assembly comprises a peripheral stop for blocking one peripheral direction for the closure relative to the flow pipe in a closing direction.
A material for bone implants comprising: (a) a surface comprising a material selected from the group consisting of oxide ceramic materials and polyether ether ketone (PEEK), (b) a matrix covalently bound to said surface, comprising collagen and/or gelatin; and (c) calcium phosphate embedded into said matrix. (a) a surface comprising a material selected from the group consisting of oxide ceramic materials and polyether ether ketone (PEEK), (b) a matrix covalently bound to said surface, comprising collagen and/or gelatin; and (c) calcium phosphate embedded into said matrix.
An optoelectronic device module , comprising: a substrate having a polymer layer, wherein the substrate include a top surface; a silicon photonics transmitter "STX" die having a bottom surface and a hybrid silicon laser on the bottom surface, wherein the bottom surface of the STX die faces the top surface of the substrate; and a silicon interposer between the hybrid silicon laser and the substrate, wherein the silicon interposer includes a plurality of through silicon vias "TSVs", and wherein the STX die is electrically connected to the substrate through the TSVs, and wherein the silicon interposer comprises a thermal bridge including a plurality of dummy interconnects coupled to the substrate . a substrate having a polymer layer, wherein the substrate include a top surface; a silicon photonics transmitter "STX" die having a bottom surface and a hybrid silicon laser on the bottom surface, wherein the bottom surface of the STX die faces the top surface of the substrate; and a silicon interposer between the hybrid silicon laser and the substrate, wherein the silicon interposer includes a plurality of through silicon vias "TSVs", and wherein the STX die is electrically connected to the substrate through the TSVs, and wherein the silicon interposer comprises a thermal bridge including a plurality of dummy interconnects coupled to the substrate .
A data processing system configured for processing input data representative of a sensor signal from a sensor , wherein: the data processing system comprises first data processing means and second data processing means ; the first data processing means is configured for performing a critical or safety related data processing task; the second data processing means is configured for performing a non-critical or non-safety related data processing task; the first data processing means has a first data input for receiving the input data; the first data processing means has a first data output for supply of output data; the second data processing means has a second data input connected to the first data output; the first data processing means has a signal path protective circuit (206; 208) for supply of the output data to the first data output, whereby: the signal path protective circuit is configured for preventing the second data processing means from affecting operation of the first data processing means via at least one of the first data output and the first data input, and electrically decouples the second data processing means from sensors and from the first data input. the data processing system comprises first data processing means and second data processing means ; the first data processing means is configured for performing a critical or safety related data processing task; the second data processing means is configured for performing a non-critical or non-safety related data processing task; the first data processing means has a first data input for receiving the input data; the first data processing means has a first data output for supply of output data; the second data processing means has a second data input connected to the first data output; the first data processing means has a signal path protective circuit (206; 208) for supply of the output data to the first data output, whereby: the signal path protective circuit is configured for preventing the second data processing means from affecting operation of the first data processing means via at least one of the first data output and the first data input, and electrically decouples the second data processing means from sensors and from the first data input.
A method of managing a tab window , the method comprising: displaying, on a terminal screen, a tab window ; wherein the tab window is in card view form, where titles of applications included in the tab window are displayed on a predetermined region of the tab window , and wherein, when one of the applications included in the tab window is executed, an execution screen of the executed application is displayed at the very front, and when a plurality of applications is executed among the applications included in the tab window , the tab window is split and execution screens of the executed applications are displayed. displaying, on a terminal screen, a tab window ; wherein the tab window is in card view form, where titles of applications included in the tab window are displayed on a predetermined region of the tab window , and wherein, when one of the applications included in the tab window is executed, an execution screen of the executed application is displayed at the very front, and when a plurality of applications is executed among the applications included in the tab window , the tab window is split and execution screens of the executed applications are displayed.
A support arrangement with a rearward-facing child seat, said support arrangement comprising a support column having an axial direction (A), said support column being adapted to transfer a collision load in said axial direction (A), said support column comprising, or being constituted by, at least one inflatable body, said support arrangement comprising a child seat portion forming an integral unit with said support column , said support column being adapted to in an inflated state of said inflatable body extend in said axial direction (A) between said child seat portion and a support surface .
An implantable RFID-enabled micro-electronic neurostimulator system for the therapeutic treatment of obstructive sleep apnea, the system comprising: (a) an internal subsystem implant having: (i) a plurality of electrodes arranged in a matrix of pairs of complementary anode and cathode elements , where at least one electrode pair contact a hypoglossal nerve, enabling selective stimulation of particular areas of the hypoglossal nerve; (ii) a multiplexer ; (iii) digital to analog signal converter ; and (iv) a RFID based control and stimulation chip for controlling the selective stimulation of the electrodes when implanted on the hypoglossal nerve; and (b) an external subsystem having: (i) a controller ; and (ii) an RF interface ; whereby, in use, components of the internal subsystem implant are layered on the hypoglossal nerve such that a bottom layer serves as an attachment mechanism with components of the internal subsystem implant on a top layer ; and the bottom layer is complementary to the top layer such that the internal subsystem implant encompasses the hypoglossal nerve. (a) an internal subsystem implant having: (i) a plurality of electrodes arranged in a matrix of pairs of complementary anode and cathode elements , where at least one electrode pair contact a hypoglossal nerve, enabling selective stimulation of particular areas of the hypoglossal nerve; (ii) a multiplexer ; (iii) digital to analog signal converter ; and (iv) a RFID based control and stimulation chip for controlling the selective stimulation of the electrodes when implanted on the hypoglossal nerve; and (i) a plurality of electrodes arranged in a matrix of pairs of complementary anode and cathode elements , where at least one electrode pair contact a hypoglossal nerve, enabling selective stimulation of particular areas of the hypoglossal nerve; (ii) a multiplexer ; (iii) digital to analog signal converter ; and (iv) a RFID based control and stimulation chip for controlling the selective stimulation of the electrodes when implanted on the hypoglossal nerve; and (b) an external subsystem having: (i) a controller ; and (ii) an RF interface ; (i) a controller ; and (ii) an RF interface ;
A method performed by a first node (110-180) using a first link (101-106) to communicate with a second node (110-180) in a wireless communication system, the method comprising: decoding a signal to acquire information on a second link between a third node and a fourth node, wherein the signal is a wireless signal used to transmit data between the third node that is a source node of the second link and the fourth node that is a destination node of the second link, and is considered as interference to the first node; and transmitting a message including the information on the second link, to a control node that performs scheduling of resources used by nodes to communicate on links, wherein the information on the second link comprises an address of the third node and an address of the fourth node, and wherein the second link is identified by the control node based on the address of the third node and the address of the fourth node. decoding a signal to acquire information on a second link between a third node and a fourth node, wherein the signal is a wireless signal used to transmit data between the third node that is a source node of the second link and the fourth node that is a destination node of the second link, and is considered as interference to the first node; and transmitting a message including the information on the second link, to a control node that performs scheduling of resources used by nodes to communicate on links, wherein the information on the second link comprises an address of the third node and an address of the fourth node, and wherein the second link is identified by the control node based on the address of the third node and the address of the fourth node.
A predictive system for a ball-ramp mechanism comprising a first plate to which an input shaft is coupled, a second plate to which an output shaft is coupled and a ball element which is disposable within complementary recesses in the first and second plates , the predictive system comprising: a sensor disposed to sense a distance between the first and second plates in a dimension defined along a longitudinal axis of the input and output shafts ; and a processing system coupled to the sensor and configured to process readings of the sensor , to calculate whether the distance between the first and second plates is indicative of degradation or failure incidents based on the readings being processed and to determine whether an action should be taken based on a calculation result. a sensor disposed to sense a distance between the first and second plates in a dimension defined along a longitudinal axis of the input and output shafts ; and a processing system coupled to the sensor and configured to process readings of the sensor , to calculate whether the distance between the first and second plates is indicative of degradation or failure incidents based on the readings being processed and to determine whether an action should be taken based on a calculation result.
A suspension plate for supporting a steering motor on the exterior of a work machine cab for direct connection to a steering shaft which penetrates into the cab through an opening; said suspension plate comprising: an elastomeric base having a thickness (T) and spanning and covering the cab opening; and, first and second metal reinforcement elements embedded in said elastomeric base ; and characterized in that said reinforcement elements each having at least two receptacles for mounting fasteners and a bridge interconnecting said at least two receptacles , said reinforcement elements being spaced from one another within said elastomeric base and oriented so that the said at least two receptacles , receive fasteners from opposite faces of said elastomeric base and said bridges cross over one another. an elastomeric base having a thickness (T) and spanning and covering the cab opening; and, first and second metal reinforcement elements embedded in said elastomeric base ; and
A tooth whitening oral care composition comprising: (i) a dye having a blue to blue-violet color with a hue angle in the CI ELAB system ranging from 200 to 320 degrees, (ii) a whiteness enhancing adhesive material which is crosslinked polyvinyl pyrrolidone, (iii) an orally acceptable carrier vehicle comprising a non-aqueous solvent, wherein the composition comprises water in an amount of from 5 weight% to 17 weight%. (i) a dye having a blue to blue-violet color with a hue angle in the CI ELAB system ranging from 200 to 320 degrees, (ii) a whiteness enhancing adhesive material which is crosslinked polyvinyl pyrrolidone, (iii) an orally acceptable carrier vehicle comprising a non-aqueous solvent, wherein the composition comprises water in an amount of from 5 weight% to 17 weight%.
A vehicle control device that calculates a yaw angle displacement amount and a travel distance of a vehicle from a wheel speed pulse count counted from a pulse waveform respectively generated by a wheel speed sensor provided in right and left non-steering wheels of the vehicle, detects a forward and backward traveling direction of the vehicle, and outputs a relative position and a relative direction of the vehicle from an estimation start state to estimate a vehicle position of the vehicle on a basis of the yaw angle displacement amount, the travel distance, and the forward and backward traveling direction of the vehicle, characterized in that : the yaw angle displacement amount of the vehicle is corrected in a direction of reducing an error in the yaw angle displacement amount at an estimation start point with respect to a reference direction in which the vehicle is to travel, wherein the yaw angle displacement amount is corrected depending on an output of the pulse waveform respectively generated by the wheel speed sensor provided in the right and left non-steering wheels of the vehicle immediately after a startup.
A light nonmetal flame-retardant refractory optical cable, comprising: a cable core, a refractory layer wrapped around a periphery of the cable core, and a low-smoke halogen-free sheathing layer wrapped around a periphery of the refractory layer , wherein the refractory layer is a polyimide composite tape, the polyimide composite tape is a ceramic polyimide composite tape, the polyimide composite tape has a thickness of 0.12-0.2 mm, and the polyimide composite tape has a lapping width of 3-5 mm, wherein the polyimide composite tape is formed by soaking a polyimide tape in a flame-retardant slurry, and subsequently roasting and curing a soaked polyimide tape at 100-180 °C, wherein the flame-retardant slurry comprises following raw materials in part by weight: alkyd resin 30-40 parts; amino resin 25-30 parts; butyl stearate 5-8 parts; dolomite powder 1-3 parts; hydroxyethyl cellulose 5-10 parts; ammonium polyphosphate 2-5 parts; isocyanate 1-2 parts; xylene 8-15 parts; and anti-aging agent 1-2 parts. layer is a polyimide composite tape, the polyimide composite tape is a ceramic polyimide composite tape, the polyimide composite tape has a thickness of 0.12-0.2 mm, and the polyimide composite tape has a lapping width of 3-5 mm, wherein the polyimide composite tape is formed by soaking a polyimide tape in a flame-retardant slurry, and subsequently roasting and curing a soaked polyimide tape at 100-180 °C, wherein the flame-retardant slurry comprises following raw materials in part by weight: alkyd resin 30-40 parts; amino resin 25-30 parts; butyl stearate 5-8 parts; dolomite powder 1-3 parts; hydroxyethyl cellulose 5-10 parts; ammonium polyphosphate 2-5 parts; isocyanate 1-2 parts; xylene 8-15 parts; and anti-aging agent 1-2 parts.
A ring comprising: an annular band formed from a metallic material; an elastomeric layer disposed on the annular band; and a low friction layer disposed on at least one of the annular band and the elastomeric layer, characterized in that the ring includes a plurality of waves with peaks and valleys that undulate and are adapted to contact a bore of an outer component and an outer surface of an inner component. an annular band formed from a metallic material; an elastomeric layer disposed on the annular band; and a low friction layer disposed on at least one of the annular band and the elastomeric layer, characterized in that the ring includes a plurality of waves with peaks and valleys that undulate and are adapted to contact a bore of an outer component and an outer surface of an inner component.