mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a user equipment, UE , for configured-grant transmission, the method comprising: transmitting, by the UE , a configured-grant uplink control information, CG-UCI, to a base station during a channel occupancy time, COT, initiated by the UE in a shared spectrum, the CG-UCI comprising COT sharing information, the COT sharing information indicating, at least, an index value corresponding to a combination of: an indication of an offset to a beginning of a downlink transmission opportunity during the COT; and an indication of a duration of the downlink transmission opportunity during the COT; and receiving, by the UE , a downlink transmission from the base station within the downlink transmission opportunity and in accordance with the COT sharing information in the transmitted CG-UCI, wherein the index value corresponds to a row of a configured table of COT sharing combinations, one row corresponds to one COT sharing combination of the indication of the offset and the indication of the duration, and at least one row of the configured table of COT sharing combinations indicates that COT sharing is not available. transmitting, by the UE , a configured-grant uplink control information, CG-UCI, to a base station during a channel occupancy time, COT, initiated by the UE in a shared spectrum, the CG-UCI comprising COT sharing information, the COT sharing information indicating, at least, an index value corresponding to a combination of: an indication of an offset to a beginning of a downlink transmission opportunity during the COT; and an indication of a duration of the downlink transmission opportunity during the COT; and an indication of an offset to a beginning of a downlink transmission opportunity during the COT; and an indication of a duration of the downlink transmission opportunity during the COT; and receiving, by the UE , a downlink transmission from the base station within the downlink transmission opportunity and in accordance with the COT sharing information in the transmitted CG-UCI,
A method of transmitting a signal by a User Equipment, UE, to a Base Station, BS, in a wireless communication system, the method comprising: allocating 2 symbols for a Physical Uplink Control Channel, PUCCH, to a plurality of antenna ports; and transmitting, to the BS , the PUCCH through the plurality of antenna ports, characterized in that based on that a frequency hopping is applied to the 2 symbols, a Spatial Orthogonal Resource Transmit Diversity, SORTD, scheme is applied as the transmit diversity scheme for the 2 symbols, and wherein, based on that (i) the frequency hopping is not applied and (ii) a reference signal, RS, for the PUCCH and Uplink Control Information, UCI, for the PUCCH are interlaced in a symbol, a Space Time Block Coding, STBC, scheme is applied as the transmit diversity scheme for the 2 symbols. allocating 2 symbols for a Physical Uplink Control Channel, PUCCH, to a plurality of antenna ports; and transmitting, to the BS , the PUCCH through the plurality of antenna ports, characterized in that based on that a frequency hopping is applied to the 2 symbols, a Spatial Orthogonal Resource Transmit Diversity, SORTD, scheme is applied as the transmit diversity scheme for the 2 symbols, and wherein, based on that (i) the frequency hopping is not applied and (ii) a reference signal, RS, for the PUCCH and Uplink Control Information, UCI, for the PUCCH are interlaced in a symbol, a Space Time Block Coding, STBC, scheme is applied as the transmit diversity scheme for the 2 symbols.
A gate assembly for a closure of a waterway, said gate assembly comprising at least one gate wing , said gate wing being pivoted back and forth between an open position and a closed position around a gate-wing pivot axis , which is defined by thrust bearings and neck journal bearings , and comprising at least one gate-sided mitre tappet adjacent to the pivot axis , said gate assembly further comprising a solid-structure device which is disposed at a solid structure in the area of a gate reception and has at least one solid-structure-sided mitre tappet , said gate-sided mitre tappet being made to abut against the respective solid-structure-sided mitre tappet under formation of a contact surface during a closing movement of the gate wing , said gate assembly comprising at least one support pair disposed in the area of the pivot axis , characterised in that the support pair comprises a support roll disposed either at the gate wing or at the solid-structure device and a roll-off surface correspondingly disposed either at the solid-structure device or at the gate wing and being allocated to the support roll , the support roll being made to abut on or roll off on the roll-off surface during a pivoting movement of the gate wing into the closed position in such a manner that a component of the closing movement perpendicular to the contact surface is reduced to zero when the mitre tappets begin to touch.
A positioning method for a sequencing system, wherein the sequencing system comprises an imaging assembly and a mobile platform , the imaging assembly comprises an optical axis, the mobile platform bears a reaction device , the imaging assembly is located above the reaction device , a limit switch is configured for controlling a stroke of the mobile platform in a first direction, thereby defining a first limit of the stroke, and the stroke comprises a first limit, the method comprising: (a) moving the mobile platform in a direction approaching the first limit at a first step space until a distance between a current position (P2) of the reaction device and a previous position (P1) of the reaction device is smaller than the first step space, due to the limit switch being triggered to turn on so as to stop the movement of the mobile platform; (b) moving the mobile platform in a direction opposite to the moving direction in (a), wherein a minimum distance the mobile platform needs to move in step (b) is related to a moving speed of the mobile platform in step (a) to eliminate or reduce the positioning deviation caused by the moving speed of the mobile platform in step (a); (c) moving the mobile platform in the moving direction in (a) until the mobile platform reaches the first limit, wherein a moving speed of the mobile platform in step (c) is not greater than a first preset value, and the first preset value is related to an allowable error of the positioning; and (d) moving the mobile platform in the direction opposite to the moving direction in (a) for a preset distance such that the optical axis (OP) and the position of the reaction device satisfy a preset relationship (a) moving the mobile platform in a direction approaching the first limit at a first step space until a distance between a current position (P2) of the reaction device and a previous position (P1) of the reaction device is smaller than the first step space, due to the limit switch being triggered to turn on so as to stop the movement of the mobile platform; (b) moving the mobile platform in a direction opposite to the moving direction in (a), wherein a minimum distance the mobile platform needs to move in step (b) is related to a moving speed of the mobile platform in step (a) to eliminate or reduce the positioning deviation caused by the moving speed of the mobile platform in step (a); (c) moving the mobile platform in the moving direction in (a) until the mobile platform reaches the first limit, wherein a moving speed of the mobile platform in step (c) is not greater than a first preset value, and the first preset value is related to an allowable error of the positioning; and (d) moving the mobile platform in the direction opposite to the moving direction in (a) for a preset distance such that the optical axis (OP) and the position of the reaction device satisfy a preset relationship
Method for producing a printed concrete element, in particular a printed concrete block, a printed concrete slab or a printed concrete step, comprising at least the following steps: - filling concrete into a mold to form a concrete element; - printing at least one surface region of the concrete element using a printing composition; and - curing the concrete element after printing, characterized in that the printing composition comprises a binder A and a dye B, the binder A containing at least one siloxane and at least one silane. - filling concrete into a mold to form a concrete element; - printing at least one surface region of the concrete element using a printing composition; and - curing the concrete element after printing, characterized in that the printing composition comprises a binder A and a dye B, the binder A containing at least one siloxane and at least one silane.
An optical display for displaying image light for a virtual image in a full field of view, FOV, the display comprising: multiple diffractive optical elements, DOEs, wherein each DOE is an optical element comprising a periodic structure that can modulate properties of light in a periodic pattern; and a waveguide configured to provide in-coupling, expansion of an exit pupil in two directions, and out-coupling, wherein the FOV is split into a left portion and a right portion at an in-coupling DOE ; wherein each of the left and right portions expands the exit pupil in a first direction along a first coordinate axis; characterized in that the waveguide comprises a plurality of plates configured to respectively guide red, green, and blue color components of the image light; the left and right portions are then optically stitched together at an out-coupling DOE to provide an extended FOV for the virtual image that is out-coupled to the user's eye; the left portion extends from the center of the waveguide to its left edge and the right portion extends from the center to the right edge of the waveguide ; the left and right portions couple light between the in-coupling DOE and the out-coupling DOE that is centrally located towards the bottom portion of the waveguide ; the out-coupling DOE expands the exit pupil in a second direction along a second coordinate axis and couples light out of the waveguide to the user's eye; and in that zeroth diffraction order waves of the red, green and blue color components are evanescent and are not coupled downward by the in coupling DOE as compared to first order diffraction waves which are coupled downwards. a waveguide configured to provide in-coupling, expansion of an exit pupil in two directions, and out-coupling, wherein the FOV is split into a left portion and a right portion at an in-coupling DOE ; wherein each of the left and right portions expands the exit pupil in a first direction along a first coordinate axis; characterized in that the waveguide comprises a plurality of plates configured to respectively guide red, green, and blue color components of the image light; the left and right portions are then optically stitched together at an out-coupling DOE to provide an extended FOV for the virtual image that is out-coupled to the user's eye; the left portion extends from the center of the waveguide to its left edge and the right portion extends from the center to the right edge of the waveguide ; the left and right portions couple light between the in-coupling DOE and the out-coupling DOE that is centrally located towards the bottom portion of the waveguide ; the out-coupling DOE expands the exit pupil in a second direction along a second coordinate axis and couples light out of the waveguide to the user's eye; and in that zeroth diffraction order waves of the red, green and blue color components are evanescent and are not coupled downward by the in coupling DOE as compared to first order diffraction waves which are coupled downwards.
A computer implemented method for constructing a graph representation for a 3D object, comprising: generating an initial graph representation of the 3D object, wherein the initial graph representation has at least two nodes and at least one edge, each node of the at least two nodes in the initial graph representation corresponds to a component of the 3D object and each symmetric node in the at least two node is associated with a symmetric Indication value identifying a symmetric group; selecting a symmetric group that has most symmetric nodes; characterized by further comprising selecting two nodes from the symmetric group, wherein a distance between the two nodes is the largest; obtaining two sets of nodes by expanding separately from the two nodes to their directly connected nodes, wherein when a node is connected directly to both two nodes, the node is excluded from the two sets of nodes; and when determining that the two sets of nodes match by measuring similarity of the two sets of nodes, updating the graph representation by grouping each set of nodes into one node. generating an initial graph representation of the 3D object, wherein the initial graph representation has at least two nodes and at least one edge, each node of the at least two nodes in the initial graph representation corresponds to a component of the 3D object and each symmetric node in the at least two node is associated with a symmetric Indication value identifying a symmetric group; selecting a symmetric group that has most symmetric nodes; characterized by further comprising selecting two nodes from the symmetric group, wherein a distance between the two nodes is the largest; obtaining two sets of nodes by expanding separately from the two nodes to their directly connected nodes, wherein when a node is connected directly to both two nodes, the node is excluded from the two sets of nodes; and when determining that the two sets of nodes match by measuring similarity of the two sets of nodes, updating the graph representation by grouping each set of nodes into one node.
A method for sharing an application, App, implemented using a terminal, comprising: in response to detecting a preset trigger operation of enabling an App sharing interface for the App, displaying associated regions for associated devices, wherein each of the associated devices is a device to share interface display data of the App; in response to detecting a selecting operation for any of the associated regions, determining an associated device corresponding to the any of the associated regions as a target device; and sending the interface display data of the App to the target device, so that the target device displays a program interface of the App based on the received interface display data; characterized in that , the method further comprises: receiving control information returned by the target device, wherein the control information is generated by the target device in response to detecting that the program interface of the App displayed is triggered; generating interface display data for updating the program interface of the App based on the control information; and sending the generated interface display data to the target device, so that the target device updates the program interface of the App displayed based on the received interface display data. in response to detecting a preset trigger operation of enabling an App sharing interface for the App, displaying associated regions for associated devices, wherein each of the associated devices is a device to share interface display data of the App; in response to detecting a selecting operation for any of the associated regions, determining an associated device corresponding to the any of the associated regions as a target device; and sending the interface display data of the App to the target device, so that the target device displays a program interface of the App based on the received interface display data; characterized in that , the method further comprises: receiving control information returned by the target device, wherein the control information is generated by the target device in response to detecting that the program interface of the App displayed is triggered; generating interface display data for updating the program interface of the App based on the control information; and sending the generated interface display data to the target device, so that the target device updates the program interface of the App displayed based on the received interface display data. receiving control information returned by the target device, wherein the control information is generated by the target device in response to detecting that the program interface of the App displayed is triggered; generating interface display data for updating the program interface of the App based on the control information; and sending the generated interface display data to the target device, so that the target device updates the program interface of the App displayed based on the received interface display data.
A dc electrical machine comprising: a rotor having Np rotating field poles; an armature having Ns winding slots, where Ns/Np is a non-integer ratio; an armature winding having a plurality of coils received in the winding slots, the armature winding defining a plurality of armature phases; and a power electronic switching assembly including: a first dc load terminal (DC+); a second dc load terminal (DC-); and a plurality of switching modules , each switching module having two ac terminals and two dc terminals and including power electronic devices (S1-S4); wherein each coil is connected to the ac terminals of a respective switching module ; characterised in that a first proportion of the switching modules have their dc terminals connected together in series between the first and second dc load terminals (DC+, DC-) and a second proportion of the switching modules have their dc terminals connected together in series between the first and second dc load terminals (DC+, DC-) to define two parallel dc circuits; and wherein Ns/Np is expressed as n±δ where n is an integer and δ is a non-integer vernier shift. a rotor having Np rotating field poles; an armature having Ns winding slots, where Ns/Np is a non-integer ratio; an armature winding having a plurality of coils received in the winding slots, the armature winding defining a plurality of armature phases; and a power electronic switching assembly including: a first dc load terminal (DC+); a second dc load terminal (DC-); and a plurality of switching modules , each switching module having two ac terminals and two dc terminals and including power electronic devices (S1-S4); a first dc load terminal (DC+); a second dc load terminal (DC-); and a plurality of switching modules , each switching module having two ac terminals and two dc terminals and including power electronic devices (S1-S4); wherein each coil is connected to the ac terminals of a respective switching module ; characterised in that a first proportion of the switching modules have their dc terminals connected together in series between the first and second dc load terminals (DC+, DC-) and a second proportion of the switching modules have their dc terminals connected together in series between the first and second dc load terminals (DC+, DC-) to define two parallel dc circuits; and wherein Ns/Np is expressed as n±δ where n is an integer and δ is a non-integer vernier shift.
A control system for a heated conduit for use in a respiratory apparatus, the control system comprising: a power supply to provide power to the heated conduit ; a heating circuit to heat the heated conduit ; a heating control circuit configured to control the heating circuit to obtain a predetermined temperature; a sensing circuit including a sensing resistor configured to provide an output to indicate the temperature of a sensor positioned in the heated conduit ; and a bias generator circuit configured to provide a reference voltage to the sensing resistor to allow determination of the temperature of the heated conduit as a function of a voltage drop across the sensing resistor during both heating on and heating off cycles, characterized in that the reference voltage is such that a direction of the voltage drop across the sensing resistor changes when the heating circuit is on compared to when the heating circuit is off. a power supply to provide power to the heated conduit ; a heating circuit to heat the heated conduit ; a heating control circuit configured to control the heating circuit to obtain a predetermined temperature; a sensing circuit including a sensing resistor configured to provide an output to indicate the temperature of a sensor positioned in the heated conduit ; and a bias generator circuit configured to provide a reference voltage to the sensing resistor to allow determination of the temperature of the heated conduit as a function of a voltage drop across the sensing resistor during both heating on and heating off cycles, characterized in that the reference voltage is such that a direction of the voltage drop across the sensing resistor changes when the heating circuit is on compared to when the heating circuit is off.
A packaging material comprising: an unbleached oxidized softwood kraft cellulose comprising: a copper number of at least about 1.5, wherein the copper number is measured according to TAPPI T430-cm99, optionally wherein the oxidized cellulose comprises a copper number of at least about 3; a carboxyl content of at least about 3 meq/100g, wherein the carboxyl content is measured according to TAPPI T237-cm98, optionally wherein the oxidized cellulose comprises a carboxyl content of at least about 6 meq/100g; a 0.5% capillary CED viscosity of less than about 10 mPa•s, wherein the CED viscosity is measured according to TAPPI T230-om99, optionally wherein the oxidized cellulose comprises a viscosity of less than about 7 mPa•s; and a length-weighted average fiber length of at least about 2 mm. a copper number of at least about 1.5, wherein the copper number is measured according to TAPPI T430-cm99, optionally wherein the oxidized cellulose comprises a copper number of at least about 3; a carboxyl content of at least about 3 meq/100g, wherein the carboxyl content is measured according to TAPPI T237-cm98, optionally wherein the oxidized cellulose comprises a carboxyl content of at least about 6 meq/100g; a 0.5% capillary CED viscosity of less than about 10 mPa•s, wherein the CED viscosity is measured according to TAPPI T230-om99, optionally wherein the oxidized cellulose comprises a viscosity of less than about 7 mPa•s; and a length-weighted average fiber length of at least about 2 mm.
An interactive decorative printed article comprising a substrate and an image printed on said substrate , characterized in that said image comprises at least one pixelated graphic element formed by a mosaic of juxtaposed elementary pixels appearing to the naked eye as isolated pixels , each pixel having a general geometric shape comprising a two-dimensional matrix encoding a character string in the form of contrasting dark areas and contrasting non-dark areas and in that the character string is a link to a multimedia database.
A pharmaceutical composition for use in preventing or treating bone diseases caused by hyperdifferentiation of osteoclasts, the pharmaceutical composition comprising a compound represented by Formula 1 below, or a pharmaceutically acceptable salt thereof: In Formula 1 above, R 1 is H or C1 to C3 alkoxy; R 2 and R 3 are each independently H, C1 to C3 alkyl, C1 to C3 acyl or halo; R 4 is phenyl, phenylthio, phenoxy or phenylamino; and R 5 is H or C1 to C3 alkyl wherein the bone disease is at least one selected from the group consisting of fracture, osteoporosis, rheumatoid arthritis, periodontitis, Paget's disease, osteomalacia, osteopenia, bone atrophy, osteoarthritis, and avascular femoral necrosis. R 1 is H or C1 to C3 alkoxy; R 2 and R 3 are each independently H, C1 to C3 alkyl, C1 to C3 acyl or halo; R 4 is phenyl, phenylthio, phenoxy or phenylamino; and R 5 is H or C1 to C3 alkyl