mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: allocating a group of at least three buffers any of which may comprise a read buffer, a write buffer, or both a read and write buffer to store rendering data associated with an off-screen surface that is to be displayed after subsequent processing in a graphics system; identifying a first buffer within the group of buffers as a write buffer for the off-screen surface, such that rendering data associated with the off-screen surface is written into the first buffer during a write operation; and identifying a second buffer within the group of buffers as a read buffer for the off-screen surface, such that rendering data associated with the off-screen surface is read out of the second buffer during a read operation. allocating a group of at least three buffers any of which may comprise a read buffer, a write buffer, or both a read and write buffer to store rendering data associated with an off-screen surface that is to be displayed after subsequent processing in a graphics system; identifying a first buffer within the group of buffers as a write buffer for the off-screen surface, such that rendering data associated with the off-screen surface is written into the first buffer during a write operation; and identifying a second buffer within the group of buffers as a read buffer for the off-screen surface, such that rendering data associated with the off-screen surface is read out of the second buffer during a read operation.
A method performed by a wireless device (10; 100) for supporting transmission to a network node (10; 100; 20; 200) in a wireless communication network based on Long Term Evolution, LTE, wherein the wireless device is allowed to transmit on a set of Resource Elements, REs, allocated for transmission to the network node (10; 100; 20; 200), wherein the method comprises the steps of: - determining at least one transport format control parameter for at least a first part of said set of REs allocated for transmission; and - transmitting, to the network node (10; 100; 20; 200), an indication representing said at least one determined transport format control parameter on at least a second part of said set of REs allocated for transmission to notify the network node (10; 100; 20; 200) of the at least one determined transport format control parameter, characterized in that said set of REs are allocated for uplink data transmission on the Physical Uplink Shared Channel, PUSCH. - determining at least one transport format control parameter for at least a first part of said set of REs allocated for transmission; and - transmitting, to the network node (10; 100; 20; 200), an indication representing said at least one determined transport format control parameter on at least a second part of said set of REs allocated for transmission to notify the network node (10; 100; 20; 200) of the at least one determined transport format control parameter, characterized in that said set of REs are allocated for uplink data transmission on the Physical Uplink Shared Channel, PUSCH.
Push-button unit for an entry system with at least one door for a railway vehicle, wherein the push-button unit has the following features: an actuating surface; a first sensor apparatus coupled to the actuating surface, which sensor apparatus is configured to provide an opening signal for opening the door of the railway vehicle when pressure is applied to the actuating surface; and a contactless sensor apparatus, characterized in that the contactless sensor apparatus is configured to contactlessly sense a presence of at least a body part of a person or an object in the area in front of the actuating surface using a transit-time measurement in order, in the event of the presence, to provide a further opening signal for opening the door of the railway vehicle. an actuating surface; a first sensor apparatus coupled to the actuating surface, which sensor apparatus is configured to provide an opening signal for opening the door of the railway vehicle when pressure is applied to the actuating surface; and a contactless sensor apparatus, characterized in that the contactless sensor apparatus is configured to contactlessly sense a presence of at least a body part of a person or an object in the area in front of the actuating surface using a transit-time measurement in order, in the event of the presence, to provide a further opening signal for opening the door of the railway vehicle.
A method for recognizing at least one naturally emitted sound produced by a real-life sound source in an environment comprising at least one artificial sound source (ASSr), the method being implemented by an audio recognition device, wherein the method comprises: - simultaneously obtaining: - a first audio signal from a first microphone located in the environment; and - a second audio signal from an audio acquisition device, said audio acquisition device being a second microphone located in the vicinity of the artificial sound source or a device connected to an audio output of the artificial sound source in an acoustical isolated way; - analyzing the first audio signal and delivering a first list of sound classes corresponding to sounds recognized in the first audio signal; - analyzing the second audio signal and delivering a second list of sound classes corresponding to sounds recognized in the second audio signal; - delivering a third list of sound classes, comprising only sound classes included in the first list of sound classes which are not included in the second list of sound classes. - simultaneously obtaining: - a first audio signal from a first microphone located in the environment; and - a second audio signal from an audio acquisition device, said audio acquisition device being a second microphone located in the vicinity of the artificial sound source or a device connected to an audio output of the artificial sound source in an acoustical isolated way; - a first audio signal from a first microphone located in the environment; and - a second audio signal from an audio acquisition device, said audio acquisition device being a second microphone located in the vicinity of the artificial sound source or a device connected to an audio output of the artificial sound source in an acoustical isolated way; - analyzing the first audio signal and delivering a first list of sound classes corresponding to sounds recognized in the first audio signal; - analyzing the second audio signal and delivering a second list of sound classes corresponding to sounds recognized in the second audio signal; - delivering a third list of sound classes, comprising only sound classes included in the first list of sound classes which are not included in the second list of sound classes.
A method for preparing an in situ telechelic polymer functionalized by having a heteroatomic chain end group, comprising quenching a cationic living polymer product or a terminal tert -chloride chain end of a carbocationic quasiliving polymer product in the presence of a Lewis acid, with an N-substituted pyrrole of formula I wherein: R 1 and R 2 are independently in each -(CR 1 R 2)- unit selected from the group consisting of hydrogen and alkyl from C 1 to C 6 carbon atoms; m is an integer from 1 to 20; and X is selected from the group consisting of hydrogen, alkyl, aryl, alkaryl, alkoxy, heteroaryl, nitro, ureido, -OC R 3, -C R 4, -C OR 4, -C NR 6 R 7, -P(R 8) 3, -P(OR 9) 3, -SR 10, -OSO 3 R 11, and -S R 12; wherein R 3 is alkyl or alkenyl; and R 4, R 5, R 6, R 7, R 8, R 9, R 10, R 11, and R 12 are alkyl. R 1 and R 2 are independently in each -(CR 1 R 2)- unit selected from the group consisting of hydrogen and alkyl from C 1 to C 6 carbon atoms; m is an integer from 1 to 20; and X is selected from the group consisting of hydrogen, alkyl, aryl, alkaryl, alkoxy, heteroaryl, nitro, ureido, -OC R 3, -C R 4, -C OR 4, -C NR 6 R 7, -P(R 8) 3, -P(OR 9) 3, -SR 10, -OSO 3 R 11, and -S R 12; wherein R 3 is alkyl or alkenyl; and R 4, R 5, R 6, R 7, R 8, R 9, R 10, R 11, and R 12 are alkyl.
A wellbore apparatus, comprising: a flow tube having an exterior surface and having a first flow passage along an axis, the flow tube defining a flow port; and a nozzle disposed on at least a portion of the flow tube around the flow port and being at least partially erosion resistant, the nozzle being elongated along the axis and defining an aperture therethrough, the aperture communicating with the flow port and the aperture having a lead end wall defining a first angle relative to the axis and a tail end wall defining a second angle relative to the axis of the first flow passage, the nozzle having: a top surface exposed on the flow tube and having a top end of the aperture, a tail end of the exposed top surface disposed on one side of the aperture upstream of flow exiting the top end, and a lead end of the exposed top surface disposed on an opposing side of the aperture downstream of flow exiting the top end, characterised in that the lead end encompassing more of a length of the nozzle along the axis than the tail end. a flow tube having an exterior surface and having a first flow passage along an axis, the flow tube defining a flow port; and a nozzle disposed on at least a portion of the flow tube around the flow port and being at least partially erosion resistant, the nozzle being elongated along the axis and defining an aperture therethrough, the aperture communicating with the flow port and the aperture having a lead end wall defining a first angle relative to the axis and a tail end wall defining a second angle relative to the axis of the first flow passage, the nozzle having: a top surface exposed on the flow tube and having a top end of the aperture, a tail end of the exposed top surface disposed on one side of the aperture upstream of flow exiting the top end, and a lead end of the exposed top surface disposed on an opposing side of the aperture downstream of flow exiting the top end, characterised in that the lead end encompassing more of a length of the nozzle along the axis than the tail end. a top surface exposed on the flow tube and having a top end of the aperture, a tail end of the exposed top surface disposed on one side of the aperture upstream of flow exiting the top end, and a lead end of the exposed top surface disposed on an opposing side of the aperture downstream of flow exiting the top end, characterised in that the lead end encompassing more of a length of the nozzle along the axis than the tail end.
Station for transmitting and/or receiving electromagnetic waves, comprising at least two antenna ports, each respective antenna port being suitable for being: - connected to a respective group of antennas comprising one or more antennas, and - fed by a respective signal, said respective signals being pairwise either identical or different only in terms of their respective power, said station comprising adjusting means suitable for separately adjusting the respective power of at least one of said respective signals, and control means suitable for controlling said adjusting means in accordance with a control signal received by said station. - connected to a respective group of antennas comprising one or more antennas, and - fed by a respective signal, said respective signals being pairwise either identical or different only in terms of their respective power,
The on-board coffee processor, comprising a boiling cup, a coffee bucket, a distill cup and a lid; the upper end of boiling cup is connected with the lower end of distill cup; the coffee bucket is arranged at the rim of boiling cup; the distill cup is provided with a distill tube; the lower end of the tube leads to the coffee bucket at the bottom of distill cup, and the upper end of the tube leads to the upper part of distill cup; the lid is connected to the upper end of distill cup, and the bottom of the said boiling cup is set up with a heating plate and a thermistor is installed at the bottom of the heating plate, characterized in that the thermistor is pressed against the bottom of the heating plate by means of a holding block, and a connecting component for fixing the holding block is provided at the bottom of the heating plate.
A protective case for protecting an electronic device, the protective case comprising: a front cover for covering a touch screen of the electronic device; and a conductive layer for generating a touch input on the touch screen, wherein the conductive layer comprises at least one first conductive layer disposed at the front cover, and a groove is formed in an internal surface of the front cover, the first conductive layer arranged in the groove, wherein the first conductive layer comprises a plurality of conductive regions, characterised in that: the first conductive layer further comprises a connecting wire for electrically connecting the conductive regions adjacent to each other from among the plurality of conductive regions, an area of the conductive layer is greater than a predetermined first threshold area over which capacitance between the conductive layer and the ground is sufficiently large in order to generate touch input on the touch screen by using the conductive layer of the protective case, an area of each of the plurality of conductive regions is greater than a predetermined second threshold area by which the touch screen can recognize a touch between an object and the touch screen, and a width of the connecting wire is smaller than a predetermined value such that when the connecting wire is pressed, the contact area between the conductive layer and the touch screen is smaller than the predetermined second threshold area. a front cover for covering a touch screen of the electronic device; and a conductive layer for generating a touch input on the touch screen, wherein the conductive layer comprises at least one first conductive layer disposed at the front cover, and a groove is formed in an internal surface of the front cover, the first conductive layer arranged in the groove, wherein the first conductive layer comprises a plurality of conductive regions, the first conductive layer further comprises a connecting wire for electrically connecting the conductive regions adjacent to each other from among the plurality of conductive regions, an area of the conductive layer is greater than a predetermined first threshold area over which capacitance between the conductive layer and the ground is sufficiently large in order to generate touch input on the touch screen by using the conductive layer of the protective case, an area of each of the plurality of conductive regions is greater than a predetermined second threshold area by which the touch screen can recognize a touch between an object and the touch screen, and a width of the connecting wire is smaller than a predetermined value such that when the connecting wire is pressed, the contact area between the conductive layer and the touch screen is smaller than the predetermined second threshold area.
A system for creating a fistula between two vessels, comprising: a first catheter comprising a first magnetic element; and a second catheter comprising a second magnetic element; wherein at least one of the first and second catheters comprises a fistula-forming element, characterized in that the first magnetic element is configured to produce a first magnetic field that is stronger on a first side of the first magnetic element than on a second side of the first magnetic element and in that the first magnetic element comprises a plurality of regions each having a polarity, and wherein the plurality of regions of the first magnetic element is configured such that the polarity of each region is rotated a first angle relative to the polarity of an immediately-preceding region in a proximal-to-distal direction. a first catheter comprising a first magnetic element; and a second catheter comprising a second magnetic element; wherein at least one of the first and second catheters comprises a fistula-forming element, characterized in that the first magnetic element is configured to produce a first magnetic field that is stronger on a first side of the first magnetic element than on a second side of the first magnetic element and in that the first magnetic element comprises a plurality of regions each having a polarity, and wherein the plurality of regions of the first magnetic element is configured such that the polarity of each region is rotated a first angle relative to the polarity of an immediately-preceding region in a proximal-to-distal direction.
A method used by an apparatus in a wireless communication system, the method comprising: starting a discard timer for a Packet Data Convergence Protocol Service Data Unit, PDCP SDU at a Packet Data Convergence Protocol, PDCP, entity, when the PDCP SDU is provided in the apparatus; if the discard timer expires, discarding the PDCP SDU from the apparatus; and providing, by the PDCP entity to a Radio Link Control, RLC, entity, an indication to discard a Radio Link Control Service Data Unit, RLC SDU, related to the discarded PDCP SDU, only if the RLC SDU is present in the apparatus. starting a discard timer for a Packet Data Convergence Protocol Service Data Unit, PDCP SDU at a Packet Data Convergence Protocol, PDCP, entity, when the PDCP SDU is provided in the apparatus; if the discard timer expires, discarding the PDCP SDU from the apparatus; and providing, by the PDCP entity to a Radio Link Control, RLC, entity, an indication to discard a Radio Link Control Service Data Unit, RLC SDU, related to the discarded PDCP SDU, only if the RLC SDU is present in the apparatus.
Process for forming a predetermined separation zone inside a donor substrate, in particular to be used in a process of transferring a layer onto a carrier substrate, the process comprising the following steps of: - providing a donor substrate comprising a surface comprising a chamfered zone in a zone of the edge of the donor substrate; and - an atom and/or ion first implantation step carried out on said surface of the donor substrate, the atom and/or ion first implantation step being carried out such that the implantation dose in the zone of the edge of the donor substrate is lower than the implantation dose in a central zone of the donor substrate, characterized in that the process comprises a second atom and/or ion implantation step carried out over the entire surface of the donor substrate with an implantation dose that is lower than in the first implantation step. - providing a donor substrate comprising a surface comprising a chamfered zone in a zone of the edge of the donor substrate; and - an atom and/or ion first implantation step carried out on said surface of the donor substrate, the atom and/or ion first implantation step being carried out such that the implantation dose in the zone of the edge of the donor substrate is lower than the implantation dose in a central zone of the donor substrate, characterized in that the process comprises a second atom and/or ion implantation step carried out over the entire surface of the donor substrate with an implantation dose that is lower than in the first implantation step.
A cascade device for a heating system with two or more boilers, specifically condensing boilers, with a hydraulic shunt connected, when in the installed state, to the supply lines and the return lines of all boilers, and also to at least one heating circuit supply line and at least one heating circuit return line each, with the cascade device further including a substantially horizontally oriented boiler supply manifold and a boiler return manifold, with the supply manifold and the return manifold being connected to the hydraulic shunt, and with the boiler supply manifold and the boiler return manifold each being designed with prefabricated connection ports (32, 42) situated and adapted for a group of two or more boilers, to connect the boiler supply lines and the boiler return lines, characterised in that the cascade device comprises or includes at least one support frame arranged in a vertical plane, and at least one of the boilers being attachable to the (each) support frame, the/each support frame is mounted on the upper side of the boiler supply manifold and/or of the boiler return manifold, and is supported by the boiler supply manifold and/or by the boiler return manifold; and the boiler supply manifold and the boiler return manifold are designed as hollow bodies of steel that are adequately dimensioned statically to support the one or more support frames and the boilers.
A door hanging apparatus for supporting a door provided in a structure and driven to be opened and closed by an open-close drive mechanism, in a state in which the door is suspended to the door hanging apparatus so as to be slidably moved with respect to the structure, and that in use is connected to the open-close drive mechanism, the apparatus comprising: a rail including an upper rail and a lower rail that in use are fixed to the structure and are provided with respective running surfaces (18a, 18b) opposing each other in the vertical direction; a first door roller (19, 20) that runs in contact with the running surface of the lower rail; a first door roller supporting member that in use suspends the door and rotatably supports the first door roller (19, 20); a plurality of swing members (22, 23) that are swingably connected to the first door roller supporting member; a second door roller (24, 25) that is rotatably supported to at least one of the swing members (22, 23) and is provided so as to be capable of coming into contact with the running surface of the upper rail; a drive connection portion in use connected to the open-close drive mechanism; and an elastic connection mechanism that includes an elastic portion (30a, 30b) capable of changing a relative position between the second door roller (24, 25) and the drive connection portion by elastic deformation and connects the swing members (22, 23) to the drive connection portion, wherein the swing members (22, 23) are adapted to be displaced so as to swing by elastic deformation of the elastic portion (30a, 30b), thereby said swing members (22, 23) being adapted to displace the second door roller (24, 25). a rail including an upper rail and a lower rail that in use are fixed to the structure and are provided with respective running surfaces (18a, 18b) opposing each other in the vertical direction; a first door roller (19, 20) that runs in contact with the running surface of the lower rail; a first door roller supporting member that in use suspends the door and rotatably supports the first door roller (19, 20); a plurality of swing members (22, 23) that are swingably connected to the first door roller supporting member; a second door roller (24, 25) that is rotatably supported to at least one of the swing members (22, 23) and is provided so as to be capable of coming into contact with the running surface of the upper rail; a drive connection portion in use connected to the open-close drive mechanism; and an elastic connection mechanism that includes an elastic portion (30a, 30b) capable of changing a relative position between the second door roller (24, 25) and the drive connection portion by elastic deformation and connects the swing members (22, 23) to the drive connection portion, wherein the swing members (22, 23) are adapted to be displaced so as to swing by elastic deformation of the elastic portion (30a, 30b), thereby said swing members (22, 23) being adapted to displace the second door roller (24, 25).