mhurhangee/patent-ind-claim-en huggingface dataset:
A method of generating a scenic rating for segments of an electronic map, the segments representing navigable elements of a network of navigable elements within a geographic area covered by the electronic map, the method comprising: obtaining positional data relating to the movement of a plurality of devices with respect to time in the area; and, for each one of a plurality of segments of the electronic map; identifying a set of positional data relating to the movement of devices along the navigable element represented by the segment, filtering the identified set of positional data relating to the movement of devices along the navigable element represented by the segment based on one or more criteria to obtain one or more subsets of the identified positional data relating to the movement of devices along the element represented by the segment which may be expected to relate to traversals of the navigable element for recreational purposes, wherein the criteria include mode of transport with which the devices are associated and/or a time of traversal of the element represented by the segment, using the or each obtained subset of the positional data to obtain one or more scenicity parameter which may be used in determining a scenic rating for the segment indicative of a scenicity of the navigable element represented by the segment, and using the one or more obtained scenicity parameter to determine a scenic rating for the segment; the method further comprising, for at least some of the plurality of segments for which a scenic rating is determined, generating data indicative of the scenic rating, and associating data indicative of the scenic rating with the segment to which it relates. obtaining positional data relating to the movement of a plurality of devices with respect to time in the area; and, for each one of a plurality of segments of the electronic map; identifying a set of positional data relating to the movement of devices along the navigable element represented by the segment, filtering the identified set of positional data relating to the movement of devices along the navigable element represented by the segment based on one or more criteria to obtain one or more subsets of the identified positional data relating to the movement of devices along the element represented by the segment which may be expected to relate to traversals of the navigable element for recreational purposes, wherein the criteria include mode of transport with which the devices are associated and/or a time of traversal of the element represented by the segment, using the or each obtained subset of the positional data to obtain one or more scenicity parameter which may be used in determining a scenic rating for the segment indicative of a scenicity of the navigable element represented by the segment, and using the one or more obtained scenicity parameter to determine a scenic rating for the segment; the method further comprising, for at least some of the plurality of segments for which a scenic rating is determined, generating data indicative of the scenic rating, and associating data indicative of the scenic rating with the segment to which it relates.
Bearing frame or cylinder head cover for an internal combustion engine having at least one camshaft mounted therein, which is tunnel-mounted in at least two bearing openings arranged along a bearing channel, which bearing openings completely enclose the camshaft and/or a radial bearing, wherein at least one shaft axial bearing ring is arranged on the camshaft , wherein - the shaft axle bearing ring has an annular groove open towards the bearing frame or towards the cylinder head cover , - on the bearing frame or on the cylinder head cover is arranged at least one engaging element which engages into the annular groove and forms an axial bearing for the camshaft , - the engaging element is in the form of a pin and is arranged in the bearing frame or in the cylinder head cover in a sheath receiving the pin , - the bearing frame or the cylinder head cover are made of plastic, - on the bearing frame or on the cylinder head cover is provided an opening through which the at least one engaging element is inserted into the annular groove . - the shaft axle bearing ring has an annular groove open towards the bearing frame or towards the cylinder head cover , - on the bearing frame or on the cylinder head cover is arranged at least one engaging element which engages into the annular groove and forms an axial bearing for the camshaft , - the engaging element is in the form of a pin and is arranged in the bearing frame or in the cylinder head cover in a sheath receiving the pin , - the bearing frame or the cylinder head cover are made of plastic, - on the bearing frame or on the cylinder head cover is provided an opening through which the at least one engaging element is inserted into the annular groove .
A method for wireless communications by a user equipment, UE, comprising: receiving a query from a base station, BS, for switching capability information of the UE for one or more carrier aggregation, CA, configurations; and in response to the query, providing an indication to the BS of the switching capability information of the UE for the one or more CA configurations, characterised in that the switching capability information is a switching time associated with switching between different component carriers, CCs. receiving a query from a base station, BS, for switching capability information of the UE for one or more carrier aggregation, CA, configurations; and in response to the query, providing an indication to the BS of the switching capability information of the UE for the one or more CA configurations, characterised in that the switching capability information is a switching time associated with switching between different component carriers, CCs.
A method by an access point, AP for Orthogonal Frequency Division Multiple Access, OFDMA, uplink, UL, transmission in a Wireless Local Area Network, WLAN, the method comprising the following successive steps: receiving, from a station, STA, a request to send, RTS, frame requesting protection of a transmission channel for uplink transmissions from access by the AP; sending, to the STA, a clear-to-send, CTS, message; receiving, from the STA, a frame indicating that the STA wishes to start an uplink OFDMA transmission; sending an OFDMA Begin Receive, OBR, frame, wherein the OBR frame is sent by the AP to a plurality of STAs participating to the UL OFDMA transmission and the OBR frame acts as a trigger to start the UL transmissions by the participating STAs, wherein the OBR frame includes identities of the participating STAs, subcarriers allocation to the participating STAs, and a maximum, physical layer Protocol Data Unit, PPDU length; receiving, from the STA, an OFDMA PPDU from the STA. receiving, from a station, STA, a request to send, RTS, frame requesting protection of a transmission channel for uplink transmissions from access by the AP; sending, to the STA, a clear-to-send, CTS, message; receiving, from the STA, a frame indicating that the STA wishes to start an uplink OFDMA transmission; sending an OFDMA Begin Receive, OBR, frame, wherein the OBR frame is sent by the AP to a plurality of STAs participating to the UL OFDMA transmission and the OBR frame acts as a trigger to start the UL transmissions by the participating STAs, wherein the OBR frame includes identities of the participating STAs, subcarriers allocation to the participating STAs, and a maximum, physical layer Protocol Data Unit, PPDU length; receiving, from the STA, an OFDMA PPDU from the STA.
A method of monitoring toothbrushing comprising: a coaching phase in which: - a position sensor detects position information of a toothbrush during a first instance of free brushing by the user; - one or more additional sensors record movement information of the toothbrush during the first instance of free brushing; - a user-specific statistical model is generated which maps the positional information onto the movement information; and a monitoring phase in which: - the one or more additional sensors record movement information of the toothbrush during a second instance of free brushing; and - the toothbrush compares the movement information received during the second instance of free brushing with the user-specific statistical model to calculate positional information. a coaching phase in which: - a position sensor detects position information of a toothbrush during a first instance of free brushing by the user; - one or more additional sensors record movement information of the toothbrush during the first instance of free brushing; - a user-specific statistical model is generated which maps the positional information onto the movement information; and - a position sensor detects position information of a toothbrush during a first instance of free brushing by the user; - one or more additional sensors record movement information of the toothbrush during the first instance of free brushing; - a user-specific statistical model is generated which maps the positional information onto the movement information; and a monitoring phase in which: - the one or more additional sensors record movement information of the toothbrush during a second instance of free brushing; and - the toothbrush compares the movement information received during the second instance of free brushing with the user-specific statistical model to calculate positional information. - the one or more additional sensors record movement information of the toothbrush during a second instance of free brushing; and - the toothbrush compares the movement information received during the second instance of free brushing with the user-specific statistical model to calculate positional information.
Sensor apparatus for a rail vehicle , having - a sensor head with at least one sensor element , which provides an analogue measurement signal during operation, - an electronic structural element , which has at least one converter electronic system that generates a digital signal from the analogue measurement signal, - a decoupling element , which conducts the analogue measurement signal from the sensor head to the electronic structural element and which at least partially thermally and/or mechanically decouples the electronic structural element from the sensor head , wherein the decoupling element has a hose-shaped sleeve , in which at least one electrical line for electrically connecting the sensor head to the electronic structural element is arranged, wherein the decoupling element is flexible, wherein the decoupling element has an electromagnetic shield , and wherein the decoupling element is permanently connected to the sensor head and the electronic structural element in each case. - a sensor head with at least one sensor element , which provides an analogue measurement signal during operation, - an electronic structural element , which has at least one converter electronic system that generates a digital signal from the analogue measurement signal, - a decoupling element , which conducts the analogue measurement signal from the sensor head to the electronic structural element and which at least partially thermally and/or mechanically decouples the electronic structural element from the sensor head , wherein the decoupling element has a hose-shaped sleeve , in which at least one electrical line for electrically connecting the sensor head to the electronic structural element is arranged, wherein the decoupling element is flexible, wherein the decoupling element has an electromagnetic shield , and wherein the decoupling element is permanently connected to the sensor head and the electronic structural element in each case.
A method performed by a terminal (1a-10, 2d-10) in a wireless communication system, the method comprising: receiving, from a base station (1a-20, 2d-20) through a radio resource control, RRC, signaling, information for configuring a first configured grant, CG, and a second CG, information on an allowed configured grant for at least one logical channel, and information on a priority for the at least one logical channel, wherein the information on the allowed CG for the at least one logical channel indicates that data from a first logical channel is mapped to the first CG and data from a second logical channel is mapped to the second CG; identifying that the first CG is allowed for the first logical channel and the second CG is allowed for the second logical channel, based on the information on the allowed CG for the at least one logical channel; identifying that resources of the first CG and the second CG are overlapped; and transmitting, to the base station (1a-20, 2d-20), data based on the first CG, in case that a priority of the first logical channel is higher than a priority of the second logical channel. receiving, from a base station (1a-20, 2d-20) through a radio resource control, RRC, signaling, information for configuring a first configured grant, CG, and a second CG, information on an allowed configured grant for at least one logical channel, and information on a priority for the at least one logical channel, wherein the information on the allowed CG for the at least one logical channel indicates that data from a first logical channel is mapped to the first CG and data from a second logical channel is mapped to the second CG; identifying that the first CG is allowed for the first logical channel and the second CG is allowed for the second logical channel, based on the information on the allowed CG for the at least one logical channel; identifying that resources of the first CG and the second CG are overlapped; and transmitting, to the base station (1a-20, 2d-20), data based on the first CG, in case that a priority of the first logical channel is higher than a priority of the second logical channel.
An apparatus comprising: a fin including a bottom portion and a top portion that each intersect a vertical axis of the fin; a gate structure on top of the fin and surrounding the top portion of the fin at first and second sidewalls and a top surface; and wherein (a) the bottom portion includes a flowable dielectric; (b) the top portion includes a semiconductor material but no dielectric; and characterized in that the flowable dielectric surrounds the sidewalls of the fin and the sidewalls and top surface of the gate structure. a fin including a bottom portion and a top portion that each intersect a vertical axis of the fin; a gate structure on top of the fin and surrounding the top portion of the fin at first and second sidewalls and a top surface; and wherein (a) the bottom portion includes a flowable dielectric; (b) the top portion includes a semiconductor material but no dielectric; and characterized in that the flowable dielectric surrounds the sidewalls of the fin and the sidewalls and top surface of the gate structure.
A shin guard comprising: an outer shell comprising an impact absorbing material, the outer shell having an outer surface and an inner surface , the inner surface being contoured to conform to a shin of a wearer, the outer shell further having a longitudinal axis extending the length of the outer shell ; an inner padding mounted to the inner surface of the outer shell ; a plurality of vents distributed in a generally cross-hatched pattern and extending through the outer shell and the inner padding , the plurality of vents being distributed across the outer surface of the outer shell ; and a raised channel extending at least partially along the length of the outer shell wherein at least some of the plurality of vents includes a chamfered edge along a portion of the perimeter of the vent. an outer shell comprising an impact absorbing material, the outer shell having an outer surface and an inner surface , the inner surface being contoured to conform to a shin of a wearer, the outer shell further having a longitudinal axis extending the length of the outer shell ; an inner padding mounted to the inner surface of the outer shell ; a plurality of vents distributed in a generally cross-hatched pattern and extending through the outer shell and the inner padding , the plurality of vents being distributed across the outer surface of the outer shell ; and a raised channel extending at least partially along the length of the outer shell wherein at least some of the plurality of vents includes a chamfered edge along a portion of the perimeter of the vent.
Optical device (D) comprising a support mounted on a rotational drive motor and a reflective optical component , the support comprising at least one sleeve coaxial with the axis of rotational drive, one end of the sleeve defining an inlet orifice and comprising in its wall an opening defining an outlet orifice in which the reflective optical component is housed, so that a light beam (F) entering via the inlet orifice is reflected by the reflective optical component so as to exit via the outlet orifice, characterized in that the reflective optical component is mounted and held in the sleeve by cooperation of shape with the wall of said sleeve .
A method of forming a polycyclocarbonate compound having at least two carbonate-containing rings, the method comprising reacting reactants including: a first compound including at least two carbonyl functional groups; a second compound having a carbon-carbon triple bond; and carbon dioxide, wherein each of the at least two carbonyl functional groups is independently a ketone or an aldehyde group, and wherein the second compound has the structure R 3 -C≡C-R 3 , wherein: each R 3 is independently a hydrogen atom or an organic group, and at least one R 3 is a hydrogen atom. a first compound including at least two carbonyl functional groups; a second compound having a carbon-carbon triple bond; and carbon dioxide, wherein each of the at least two carbonyl functional groups is independently a ketone or an aldehyde group, and wherein the second compound has the structure R 3 -C≡C-R 3 , wherein: each R 3 is independently a hydrogen atom or an organic group, and at least one R 3 is a hydrogen atom. each R 3 is independently a hydrogen atom or an organic group, and at least one R 3 is a hydrogen atom.
A breathing mask comprising a mask unit and comprising at least one outflow apparatus for discharging exhaled respiratory gas from inside the breathing mask , wherein the mask unit comprises at least one mask body and at least one molded mask portion that is connected to the mask body and a connection unit that is connected to the mask body for connecting a respiratory gas supply line and wherein the outflow apparatus comprises a plurality of separate flow channels , wherein the outflow apparatus comprises a plurality of separate flow channels that each consist of at least two sub-flow channels , wherein the flow channels are arranged so as to be spaced apart from one another and so as to form a circle or semicircle at least in portions, wherein the outflow apparatus is manufactured as a separate component 3 that is integrated in the mask body, wherein the outflow apparatus is provided by means of at least one cast part , wherein the cast part is connected to the mask body by means of press-fitting, wherein the outflow apparatus is arranged at an interface between the mask body and the connection unit , characterized in that at least one of the flow channels comprises at least one constricted portion and wherein the constricted portion extends at least over a distance that corresponds to at least one eighth of the total length of the flow channel and wherein at least one of the flow channels comprises, in flow direction upstream of the constricted portion , at least one inlet region that narrows in the manner of a funnel and, in flow direction downstream of the constricted portion , at least one outlet region that widens in the manner of a funnel.
A convertible backpack configured to be converted from a backpack position into a trolley case, and vice versa according to a user preference, said convertible backpack comprising at least: a. a trolley base configured to hold a backpack body and to be connected to a handle and to at least two wheels for rolling the trolley case on the ground; b. a telescopic trolley handle configured to be extracted upward upon usage of the convertible backpack as a trolley case, and to be retracted inward upon usage as a backpack; c. at least two wheels configured to allow rolling of the trolley case on the ground; each wheel is connected to a rotatable cover , configured to rotate outward and inward relative to trolley base ; d. a backpack body configured to be assembled with said trolley base and said telescopic trolley handle ; and e. a rotatable wheel's cover mechanism for covering the outer side of each one of said wheels upon usage of said convertible backpack as a backpack and for uncovering the outer side of each one of said wheels upon usage of said convertible backpack as a trolley case, and characterized in that said rotatable wheel's cover mechanism is operated by movement of said telescopic trolley handle upward and downward such that upon extraction of said telescopic trolley handle upward, each of said wheel covers rotates inward so as to uncover the outer side of said wheels and upon insertion of said telescopic trolley handle downward, each of said wheel covers rotates outward so as to cover the outer side of said wheels. a. a trolley base configured to hold a backpack body and to be connected to a handle and to at least two wheels for rolling the trolley case on the ground; b. a telescopic trolley handle configured to be extracted upward upon usage of the convertible backpack as a trolley case, and to be retracted inward upon usage as a backpack; c. at least two wheels configured to allow rolling of the trolley case on the ground; each wheel is connected to a rotatable cover , configured to rotate outward and inward relative to trolley base ; d. a backpack body configured to be assembled with said trolley base and said telescopic trolley handle ; and e. a rotatable wheel's cover mechanism for covering the outer side of each one of said wheels upon usage of said convertible backpack as a backpack and for uncovering the outer side of each one of said wheels upon usage of said convertible backpack as a trolley case, and characterized in that said rotatable wheel's cover mechanism is operated by movement of said telescopic trolley handle upward and downward such that upon extraction of said telescopic trolley handle upward, each of said wheel covers rotates inward so as to uncover the outer side of said wheels and upon insertion of said telescopic trolley handle downward, each of said wheel covers rotates outward so as to cover the outer side of said wheels.