mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: performing, by an apparatus, initial channel assessment of a radio channel by employing passive scanning comprising scanning for and decoding frame headers at maximum for the duration of a determined time period, said determined time period being shorter than or equal to the shortest of a plurality of discovery frame broadcast periodicities employed by the access nodes that the apparatus is configured to search for in a network discovery process; upon detecting a discovery frame within the determined time period, causing association of the apparatus to an access node that transmitted the discovery frame; upon determining that no discovery frame has been detected on the radio channel during the determined time period, determining whether another type of transmission has been detected on the radio channel during the determined time period; upon determining that another type of transmission has been detected on the radio channel during the determined time period, selecting (204, 610) in the apparatus a first network discovery method employing passive scanning; and upon detecting no transmission on the radio channel during the determined time period, selecting (206, 306) in the apparatus a second network discovery method employing active scanning. performing, by an apparatus, initial channel assessment of a radio channel by employing passive scanning comprising scanning for and decoding frame headers at maximum for the duration of a determined time period, said determined time period being shorter than or equal to the shortest of a plurality of discovery frame broadcast periodicities employed by the access nodes that the apparatus is configured to search for in a network discovery process; upon detecting a discovery frame within the determined time period, causing association of the apparatus to an access node that transmitted the discovery frame; upon determining that no discovery frame has been detected on the radio channel during the determined time period, determining whether another type of transmission has been detected on the radio channel during the determined time period; upon determining that another type of transmission has been detected on the radio channel during the determined time period, selecting (204, 610) in the apparatus a first network discovery method employing passive scanning; and upon detecting no transmission on the radio channel during the determined time period, selecting (206, 306) in the apparatus a second network discovery method employing active scanning.
A printing fluid delivery system, comprising: a plurality of interconnected printing fluid supply modules (102A-N) forming a printing fluid manifold configured to supply printing fluid from at least one cartridge to at least one printhead (1-N) along a print bar in a printer, wherein the plurality of interconnected printing fluid supply modules (102A-N) comprises: a printing fluid supply start module; a printing fluid supply end module; and at least one printing fluid supply intermediate module serially connected between the printing fluid supply start module and the printing fluid supply end module, wherein each of the at least one printing fluid supply intermediate module and the printing fluid supply end module is configured to provide a fluidic interface with the at least one printhead (1-N) along the print bar, characterized in that each of the printing fluid supply end module and the at least one printing fluid supply intermediate module comprises: a lockout configured to act as a key to prevent printheads with different configurations from making a fluid interconnection. a printing fluid supply start module; a printing fluid supply end module; and at least one printing fluid supply intermediate module serially connected between the printing fluid supply start module and the printing fluid supply end module, wherein each of the at least one printing fluid supply intermediate module and the printing fluid supply end module is configured to provide a fluidic interface with the at least one printhead (1-N) along the print bar, characterized in that
A norepinephrine-dopamine reuptake inhibitor (NDRI) selected from methylphenidate, for use in the treatment of a gait or limb impairment secondary to a pre-frontal cortex processing disorder in a subject in need of such intervention, whereby the gait or limb impairment is diminished.
A method for decoding a video signal comprising: obtaining intra prediction mode information of a current block; and if the intra prediction mode information indicates a vertical prediction mode, decoding the current block in the vertical prediction mode, wherein the decoding comprises: obtaining a value of a top neighboring pixel (A, B, C, D) of the current block; obtaining correlation parameter information from a difference between a value of a top-left neighboring pixel of the current block and a value of at least one of pixels (I, J, K, L) adjacent to the left side of the current block; and obtaining a prediction value of a pixel in the current block using the value of the top neighboring pixel (A, B, C, D) and the correlation parameter information, wherein the pixel in the current block has a same x-coordinate as the top neighboring pixel. obtaining intra prediction mode information of a current block; and if the intra prediction mode information indicates a vertical prediction mode, decoding the current block in the vertical prediction mode, wherein the decoding comprises: obtaining a value of a top neighboring pixel (A, B, C, D) of the current block; obtaining correlation parameter information from a difference between a value of a top-left neighboring pixel of the current block and a value of at least one of pixels (I, J, K, L) adjacent to the left side of the current block; and obtaining a prediction value of a pixel in the current block using the value of the top neighboring pixel (A, B, C, D) and the correlation parameter information, wherein the pixel in the current block has a same x-coordinate as the top neighboring pixel. obtaining a value of a top neighboring pixel (A, B, C, D) of the current block; obtaining correlation parameter information from a difference between a value of a top-left neighboring pixel of the current block and a value of at least one of pixels (I, J, K, L) adjacent to the left side of the current block; and obtaining a prediction value of a pixel in the current block using the value of the top neighboring pixel (A, B, C, D) and the correlation parameter information, wherein the pixel in the current block has a same x-coordinate as the top neighboring pixel.
An electric power system comprising first and second direct voltage buses (101, 102, 201, 202), wherein: - the electric power system further comprises at least two bus-tie links (103-105, 203-205) each being connected between the first and second direct voltage buses, - each of the bus-tie links comprises at least one capacitor (106-111, 206, 208, 210) between first and second poles of the bus-tie link, and - at least the first pole of each of the bus-tie links is connected via overcurrent protection devices (112-117, 212-217) to first poles (118, 119, 218, 219) of the first and second direct voltage buses, each of the overcurrent protection devices being configured to break current in response to an overcurrent situation of the overcurrent protection device. - the electric power system further comprises at least two bus-tie links (103-105, 203-205) each being connected between the first and second direct voltage buses, - each of the bus-tie links comprises at least one capacitor (106-111, 206, 208, 210) between first and second poles of the bus-tie link, and - at least the first pole of each of the bus-tie links is connected via overcurrent protection devices (112-117, 212-217) to first poles (118, 119, 218, 219) of the first and second direct voltage buses, each of the overcurrent protection devices being configured to break current in response to an overcurrent situation of the overcurrent protection device.
Tire comprising at least one crown extended by two sidewalls and two beads, the base of which is intended to be mounted onto a rim seat, a carcass-type reinforcing structure anchored into the two beads and an additional layer bonded to the inner wall of the tire, characterized in that said additional layer is bonded to the tire structure at its edges and the rest is not bonded, in that it cooperates with the inner wall of the tire to form an airtight cavity, in that said additional layer comprises an inflation valve and in that, after mounting on a rim and inflating the tire, said additional layer is flattened against the rim.
A wave pool, comprising: a body of water having a water surface (18, 242) and a shoreline; a wave generating apparatus (10, 222) in the wave pool that generates concentric waves that radiate outwards in a generally radial manner, comprising a wave generating object and a drive mechanism for causing the wave generating object to oscillate at a natural frequency along a path, with the wave generating object in contact with the body of water, the path including a component perpendicular to the water surface (18, 242) when the wave generating object is in contact with the body of water; and main reefs in the wave pool, the main reefs comprising angled apex units; characterised in that the main reefs include adjustable legs so a position of a surface of the main reefs under the water surface (18, 242) may be adjusted. a body of water having a water surface (18, 242) and a shoreline; a wave generating apparatus (10, 222) in the wave pool that generates concentric waves that radiate outwards in a generally radial manner, comprising a wave generating object and a drive mechanism for causing the wave generating object to oscillate at a natural frequency along a path, with the wave generating object in contact with the body of water, the path including a component perpendicular to the water surface (18, 242) when the wave generating object is in contact with the body of water; and main reefs in the wave pool, the main reefs comprising angled apex units; characterised in that the main reefs include adjustable legs so a position of a surface of the main reefs under the water surface (18, 242) may be adjusted.
A parts supply apparatus (82, 500) comprising: a parts supplier configured to accommodate multiple parts; and a stage, characterized in that: the inside of the parts supplier is partitioned into multiple parts containers (606a, 606b) configured to accommodate different parts and the containers (606a, 606b) each having a conveyor device (612a, 612b) configured to discharge the multiple parts from the parts supplier to the stage, the multiple parts containers (606a, 606b) are attached to the stage, and the different parts are scattered on the stage from the multiple parts containers (606a, 606b) by activating either conveyor device (612a, 612b). a parts supplier configured to accommodate multiple parts; and a stage, characterized in that: the inside of the parts supplier is partitioned into multiple parts containers (606a, 606b) configured to accommodate different parts and the containers (606a, 606b) each having a conveyor device (612a, 612b) configured to discharge the multiple parts from the parts supplier to the stage, the multiple parts containers (606a, 606b) are attached to the stage, and the different parts are scattered on the stage from the multiple parts containers (606a, 606b) by activating either conveyor device (612a, 612b). the inside of the parts supplier is partitioned into multiple parts containers (606a, 606b) configured to accommodate different parts and the containers (606a, 606b) each having a conveyor device (612a, 612b) configured to discharge the multiple parts from the parts supplier to the stage, the multiple parts containers (606a, 606b) are attached to the stage, and the different parts are scattered on the stage from the multiple parts containers (606a, 606b) by activating either conveyor device (612a, 612b).
An isolated polynucleotide, the polynucleotide being codon-optimized, encoding a binding protein comprising: (a) a T cell receptor α-chain variable (V α) domain having the complementarity determining region amino acid sequence of SEQ ID NO.:23, the CDR2 amino acid sequence of SEQ ID NO.:24 and the CDR3 amino acid sequence of any one of SEQ ID NOS.:25 and 26; and (b) a TCR β-chain variable (V β) domain having the CDR1 amino acid sequence of SEQ ID NO.:27, the CDR2 amino acid sequence of SEQ ID NO.:28, and the CDR3 amino acid sequence of SEQ ID NO.:29, wherein the encoded binding protein is capable of: (i) specifically binding to a RMFPNAPYL (SEQ ID NO.:16):human leukocyte antigen complex on a cell surface independent or in the absence of CD8; and/or (ii) binding to a RMFPNAPYL (SEQ ID NO.:16):HLA-A ∗ 201 complex with a Kd of less than or equal to about 8 nM. (a) a T cell receptor α-chain variable (V α) domain having the complementarity determining region amino acid sequence of SEQ ID NO.:23, the CDR2 amino acid sequence of SEQ ID NO.:24 and the CDR3 amino acid sequence of any one of SEQ ID NOS.:25 and 26; and (b) a TCR β-chain variable (V β) domain having the CDR1 amino acid sequence of SEQ ID NO.:27, the CDR2 amino acid sequence of SEQ ID NO.:28, and the CDR3 amino acid sequence of SEQ ID NO.:29, (i) specifically binding to a RMFPNAPYL (SEQ ID NO.:16):human leukocyte antigen complex on a cell surface independent or in the absence of CD8; and/or (ii) binding to a RMFPNAPYL (SEQ ID NO.:16):HLA-A ∗ 201 complex with a Kd of less than or equal to about 8 nM.
Ironing device comprising an ironing board comprising a side, known as the front side, and an opposite side, known as the rear side, against which a garment to be ironed can be arranged for processing with the aid of a smoothing tool and/or ironing tool, the front side of the board being formed by a front panel, characterised in that the rear side of the board is formed by a rear panel, the rear panel comprising an upper section rotationally fixed to the front panel and a lower section independent of the upper section, the upper section of the rear side as well as the front side being pivotably mounted on a base between a first position in which the upper section is aligned with the lower section and a second position in which the upper section forms a non-zero angle with the lower section.
A method comprising: Receiving, by a computing device, data indicative of a scan of a virtual maxillary arch representing a maxillary arch of a patient and a virtual mandibular arch representing a mandibular arch of the patient; Determining, by the computing device, one or more treatment plans for the patient based on an initial state of the virtual maxillary arch and the virtual mandibular arch; Modifying, by the computing device, the virtual maxillary arch and the virtual mandibular arch to generate a target state for each of the one or more treatment plans; virtually articulating, by the computing device, the modified virtual maxillary arch and the modified virtual mandibular arch to determine contact points at the target state for each of the one or more treatment plans; computing, by the computing device, a dynamic collision metric based on the contact points at the target state for each of the one or more treatment plans; determining, by the computing device, a discomfort score based on the dynamic collision metric at the target setup state for each of the one or more treatment plans, wherein the discomfort score indicates a level of predicted discomfort in the patient; outputting, by the computing device, data indicative of the dynamic collision metric for each of the one or more treatment plans; and outputting, by the computing device, data indicative of the discomfort score for each of the one or more treatment plans. Receiving, by a computing device, data indicative of a scan of a virtual maxillary arch representing a maxillary arch of a patient and a virtual mandibular arch representing a mandibular arch of the patient; Determining, by the computing device, one or more treatment plans for the patient based on an initial state of the virtual maxillary arch and the virtual mandibular arch; Modifying, by the computing device, the virtual maxillary arch and the virtual mandibular arch to generate a target state for each of the one or more treatment plans; virtually articulating, by the computing device, the modified virtual maxillary arch and the modified virtual mandibular arch to determine contact points at the target state for each of the one or more treatment plans; computing, by the computing device, a dynamic collision metric based on the contact points at the target state for each of the one or more treatment plans; determining, by the computing device, a discomfort score based on the dynamic collision metric at the target setup state for each of the one or more treatment plans, wherein the discomfort score indicates a level of predicted discomfort in the patient; outputting, by the computing device, data indicative of the dynamic collision metric for each of the one or more treatment plans; and outputting, by the computing device, data indicative of the discomfort score for each of the one or more treatment plans.
A tube assembly for a ventilation treatment apparatus, wherein the tube assembly is for being connected to a main body of a patient interface device to communicate a respiratory cavity of the patient interface device with a gas source, wherein the tube assembly comprises a first tube piece and a second tube piece, the tube assembly is provided with a connecting state in which the first tube piece and the second tube piece are coaxially plug-connected and a separating state in which the first tube piece and the second tube piece are separated from each other, the tube assembly further comprises a valve member; wherein the first tube piece is provided with an inlet end for connecting the gas source and an outlet end for connecting the second tube piece; wherein the valve member is configured so that, in the connecting state, the valve member opens the outlet end of the first tube piece to make the gas from the gas source to enter the second tube piece, and characterized in that the first tube piece comprises a discharging hole, and the discharging hole is configured so that, in the connecting state, the discharging hole is closed to make the gas from the gas source to enter the second tube piece, and in the separating state, the discharging hole is opened to make the gas from the gas source to be discharged outside from the discharging hole; and the valve member is configured so that, in the separating state, the valve member closes the outlet end to make the gas from the gas source to be discharged outside from the discharging hole. wherein the first tube piece is provided with an inlet end for connecting the gas source and an outlet end for connecting the second tube piece; wherein the valve member is configured so that, in the connecting state, the valve member opens the outlet end of the first tube piece to make the gas from the gas source to enter the second tube piece, and characterized in that the first tube piece comprises a discharging hole, and the discharging hole is configured so that, in the connecting state, the discharging hole is closed to make the gas from the gas source to enter the second tube piece, and in the separating state, the discharging hole is opened to make the gas from the gas source to be discharged outside from the discharging hole; and the valve member is configured so that, in the separating state, the valve member closes the outlet end to make the gas from the gas source to be discharged outside from the discharging hole.
A transport refrigeration unit, TRU, system, comprising: a TRU comprising components which are configured to control an environment of an interior of a container and a TRU controller configured to control the components in accordance with component operating settings; and a non-diesel energy storage device, ESD, comprising an ESD controller, the ESD controller being receptive of identification data identifying the components, current condition data reflective of current conditions of the interior of the container and control data reflective of a temperature profile of the interior of the container, characterized in that the ESD controller is configured to determine the component operating settings in accordance with the identification, current condition and control data and to issue the component operating settings to the TRU controller. a TRU comprising components which are configured to control an environment of an interior of a container and a TRU controller configured to control the components in accordance with component operating settings; and a non-diesel energy storage device, ESD, comprising an ESD controller, the ESD controller being receptive of identification data identifying the components, current condition data reflective of current conditions of the interior of the container and control data reflective of a temperature profile of the interior of the container, characterized in that the ESD controller is configured to determine the component operating settings in accordance with the identification, current condition and control data and to issue the component operating settings to the TRU controller.
A medicament delivery device for delivery of medicament through a cannula from a cartridge comprising a first container for storage of a first substance, a second container for storage of a second substance and being arranged coaxially with respect to the first container, and valve means for closing a distal end of the second chamber, the medicament delivery device comprising: a housing for receiving the cartridge; a mixing element for causing displacement of the second substance into the first container through the valve means in a mixing stroke; a release element (202, 303, 600) for holding the mixing element in an initial position and operable to release the mixing element to initiate the mixing stroke; and a needle shroud for shrouding the cannula within the interior of the housing, characterised in that removal of the needle shroud from the interior of the housing causes operation of the release element. a housing for receiving the cartridge; a mixing element for causing displacement of the second substance into the first container through the valve means in a mixing stroke; a release element (202, 303, 600) for holding the mixing element in an initial position and operable to release the mixing element to initiate the mixing stroke; and a needle shroud for shrouding the cannula within the interior of the housing, characterised in that removal of the needle shroud from the interior of the housing causes operation of the release element.