mhurhangee/patent-ind-claim-en huggingface dataset:
A multimedia processing method applied to a multimedia processing system, the multimedia processing system comprising a multimedia processing apparatus and multimedia processing server , wherein the method comprises the following steps performed by the multimedia processing apparatus: sending a management information request to the multimedia processing server ; sending a task list request to the multimedia processing server ; receiving management information and a remote task list comprising at least one task, each task having an associated start time from a multimedia processing server ; and calculating a wake time of the multimedia processing apparatus according to the management information , the remote task list , and a local task list comprising at least one task having an associated start time that is stored on the multimedia processing apparatus; wherein the management information comprises a prestart interval, and wherein the calculating a wake time comprises modifying the start time of a task based on the prestart interval; sending the wake time to the multimedia processing server ; receiving an adjusted wake time from the multimedia processing server , wherein the adjusted wake time is generated by the multimedia processing server according the number of multimedia processing apparatus that are connected to the multimedia processing server wherein the wake time is adjusted if it is determined by the multimedia processing server that load of a time slot in which the wake time is located exceeds the load of the multimedia processing server, wherein the time slot is included in the management information; and waking up at the adjusted wake time and executing a task in the remote task list . sending a management information request to the multimedia processing server ; sending a task list request to the multimedia processing server ; receiving management information and a remote task list comprising at least one task, each task having an associated start time from a multimedia processing server ; and calculating a wake time of the multimedia processing apparatus according to the management information , the remote task list , and a local task list comprising at least one task having an associated start time that is stored on the multimedia processing apparatus; wherein the management information comprises a prestart interval, and wherein the calculating a wake time comprises modifying the start time of a task based on the prestart interval; sending the wake time to the multimedia processing server ; receiving an adjusted wake time from the multimedia processing server , wherein the adjusted wake time is generated by the multimedia processing server according the number of multimedia processing apparatus that are connected to the multimedia processing server wherein the wake time is adjusted if it is determined by the multimedia processing server that load of a time slot in which the wake time is located exceeds the load of the multimedia processing server, wherein the time slot is included in the management information; and waking up at the adjusted wake time and executing a task in the remote task list .
An in vitro method for identifying and analyzing proteins having a stem cell function in the human sweat gland, comprising the following method steps: a) providing at least one three-dimensional sweat gland equivalent, comprising 500 to 500,000 sweat gland cells, wherein the at least one three-dimensional sweat gland equivalent has a diameter of from 100 to 6,000 μm, and wherein the at least one three-dimensional sweat gland equivalent is free of matrix compounds and carriers, b) identifying and analyzing at least one protein having a stem cell function in the at least one three-dimensional sweat gland equivalent provided in method step a). a) providing at least one three-dimensional sweat gland equivalent, comprising 500 to 500,000 sweat gland cells, wherein the at least one three-dimensional sweat gland equivalent has a diameter of from 100 to 6,000 μm, and wherein the at least one three-dimensional sweat gland equivalent is free of matrix compounds and carriers, b) identifying and analyzing at least one protein having a stem cell function in the at least one three-dimensional sweat gland equivalent provided in method step a).
A computer implemented method for platform-independent rendering of a document in a web browser supporting a two-dimensional canvas, comprising: obtaining the document, wherein the document includes text characters, text elements, and associated style information including at least one font; parsing the document to identify at least one tag that groups a segment of text characters; determining that font metrics for the at least one font do not exist, and obtaining from a font system the font metrics for the at least one font, wherein the font metrics identify at least a rendering position and a width of the segment of text characters; using the font metrics and the text elements to determine how the document is divided into page criteria, wherein the page criteria at least includes lines and pages, wherein each text character of the segment of text characters is converted into a corresponding glyph, wherein a position of each of the corresponding glyphs within the lines and the pages on the 2D canvas is calculated; determining a font file for the at least one font does not exist, and obtaining from the font system the font file for the at least one font; and rendering the document by drawing glyphs associated with the text characters in the 2D canvas in the calculated positions, using the font file for the at least one font obtained from the font system and the page criteria, so that the at least one font and the page criteria are platform-independent. obtaining the document, wherein the document includes text characters, text elements, and associated style information including at least one font; parsing the document to identify at least one tag that groups a segment of text characters; determining that font metrics for the at least one font do not exist, and obtaining from a font system the font metrics for the at least one font, wherein the font metrics identify at least a rendering position and a width of the segment of text characters; using the font metrics and the text elements to determine how the document is divided into page criteria, wherein the page criteria at least includes lines and pages, wherein each text character of the segment of text characters is converted into a corresponding glyph, wherein a position of each of the corresponding glyphs within the lines and the pages on the 2D canvas is calculated; determining a font file for the at least one font does not exist, and obtaining from the font system the font file for the at least one font; and rendering the document by drawing glyphs associated with the text characters in the 2D canvas in the calculated positions, using the font file for the at least one font obtained from the font system and the page criteria, so that the at least one font and the page criteria are platform-independent.
A method for fast access rights checking of configured structure data, the method performed by a data processing system and comprising: receiving a hierarchical data structure that includes a plurality of structure lines referencing persistent data objects , wherein the hierarchical data structure is a bill of material (BOM) structure and the structure lines are BOM lines; receiving metadata corresponding to persistent data objects referenced by the BOM lines; computing an access control expression corresponding to each persistent object referenced by the BOM lines according to the metadata , wherein the access control expressions are string-representation Boolean expressions; storing in at least one cache table the BOM lines and the access control expressions ; and granting access to portions of the BOM lines to a user based on credentials associated with the user and the access control expressions in the cache table. receiving a hierarchical data structure that includes a plurality of structure lines referencing persistent data objects , wherein the hierarchical data structure is a bill of material (BOM) structure and the structure lines are BOM lines; receiving metadata corresponding to persistent data objects referenced by the BOM lines; computing an access control expression corresponding to each persistent object referenced by the BOM lines according to the metadata , wherein the access control expressions are string-representation Boolean expressions; storing in at least one cache table the BOM lines and the access control expressions ; and granting access to portions of the BOM lines to a user based on credentials associated with the user and the access control expressions in the cache table.
A crystal form of a compound of formula I, wherein the crystal form is selected from the group consisting of crystal form A, crystal form B and crystal form C the X-ray powder diffraction pattern of the crystal form A includes 3 or more 2θ values selected from the group consisting of 3.72±0.2°, 7.47±0.2°, 11.44±0.2°, 12.28±0.2°, 21.59±0.2°; the X-ray powder diffraction pattern of the crystal form B includes 3 or more 2θ values selected from the group consisting of: 5.37±0.2°, 12.01±0.2°, 14.93±0.2°, 16.04±0.2°, 20.09±0.2°; the X-ray powder diffraction pattern of the crystal form C includes 3 or more 2θ values selected from the group consisting of: 6.63±0.2°, 11.16±0.2°, 17.06±0.2°, 19.46±0.2°, 20.84±0.2°, 25.74±0.2°; the test parameters of XRD are as follows: instrument model: Bruker D8advance; target: Cu-K α (40 kV, 40 mA); sample to detector distance: 30 cm; scanning range: 3°∼ 40°(2 theta value) ; scanning step: 0.1 s. the X-ray powder diffraction pattern of the crystal form A includes 3 or more 2θ values selected from the group consisting of 3.72±0.2°, 7.47±0.2°, 11.44±0.2°, 12.28±0.2°, 21.59±0.2°; the X-ray powder diffraction pattern of the crystal form B includes 3 or more 2θ values selected from the group consisting of: 5.37±0.2°, 12.01±0.2°, 14.93±0.2°, 16.04±0.2°, 20.09±0.2°; the X-ray powder diffraction pattern of the crystal form C includes 3 or more 2θ values selected from the group consisting of: 6.63±0.2°, 11.16±0.2°, 17.06±0.2°, 19.46±0.2°, 20.84±0.2°, 25.74±0.2°; the test parameters of XRD are as follows: instrument model: Bruker D8advance; target: Cu-K α (40 kV, 40 mA); sample to detector distance: 30 cm; scanning range: 3°∼ 40°(2 theta value) ; scanning step: 0.1 s.
Gantry lift stacker in the form of a straddle carrier having a spreader for containers and having a front first gantry frame part and a rear second gantry frame part which each have two vertical gantry supports extending with their respective longitudinal axis in parallel with the lifting and lowering direction (S), wherein the spreader is guided on the gantry supports of the gantry lift stacker during lifting and lowering and a lifting device for the spreader is attached to a gantry frame of the gantry lift stacker in a stationary manner, and having a locating system arranged on the gantry lift stacker , said system determining a position of the gantry lift stacker , characterised in that the locating system determines the position of the gantry lift stacker in relation to a point defined on a machine platform of the gantry lift stacker , sensors are arranged on the gantry lift stacker , wherein the sensors and the locating system are connected to a control unit , and the control unit determines, from the position of the gantry lift stacker , using the signals from the sensors , a position of the spreader , of a container to be picked up or of a set-down location , and wherein the sensors arranged on the gantry lift stacker comprise at least one sensor for determining an inclination of the gantry lift stacker and at least one sensor for determining a relative position of the spreader on the gantry lift stacker , wherein the relative position relates to the point defined on the machine platform for determining the position of the gantry lift stacker and includes a distance, measured in the lifting and lowering direction, of the spreader relative to the point defined on the machine platform for determining the position of the gantry lift stacker .
Method for allocating transmission resources, implemented by a cellular access network comprising a base station, to at least one transmitting terminal of a set of pairs of terminals of index n that are candidates for a direct mode communication, called D2D terminals, the channel between two D2D terminals in direct mode communication being called a D2D channel, characterized in that it comprises the definition of a mapping table between different ranges of values of a utility metric and a list of ordered indices from a minimum index to a maximum index defining a ranking of resources available for the reporting of an indicator of the status of a D2D channel, and characterized in that it comprises, for a current transmission interval: - a calculation by each transmitting terminal of a D2D pair of the set, of a value of the utility metric v n (t) evaluating an energy efficiency of the D2D communication of the pair, - a determination of a transmission resource index to be used for a reporting of an indicator by each transmitting terminal of a D2D pair of the set by comparison of its value of the utility metric v n ( t ) with the mapping table, - a reporting , by each transmitting terminal of a D2D pair of the set, of an indicator via the resource of determined index, - a determination of the so-called optimal D2D transmitting terminal for which the resource for reporting the indicator has the index of lowest order, this optimal terminal being the D2D terminal authorized to transmit during the current transmission interval. - a calculation by each transmitting terminal of a D2D pair of the set, of a value of the utility metric v n (t) evaluating an energy efficiency of the D2D communication of the pair, - a determination of a transmission resource index to be used for a reporting of an indicator by each transmitting terminal of a D2D pair of the set by comparison of its value of the utility metric v n ( t ) with the mapping table, - a reporting , by each transmitting terminal of a D2D pair of the set, of an indicator via the resource of determined index, - a determination of the so-called optimal D2D transmitting terminal for which the resource for reporting the indicator has the index of lowest order, this optimal terminal being the D2D terminal authorized to transmit during the current transmission interval.
A gas processing system , comprising: a microwave radiation source configured to generate microwave radiation ; a waveguide having a length (L) and being coupled to the microwave radiant source ; and one or more gas inlets configured to provide supply gas and/or process gas into the waveguide ; wherein, in use, the waveguide serves as a reaction chamber, wherein the microwave radiation source is configured such that, in use, the direction of propagation of the microwave radiation is parallel to the majority of the flow of the supply gas and/or the process gas in the waveguide, and the microwave radiation generates a plasma in the supply gas and/or the process gas , and wherein the microwave radiation source is coupled to the waveguide upstream of the portion (L 0 ) of the waveguide where separated components of a gas are generated. a microwave radiation source configured to generate microwave radiation ; a waveguide having a length (L) and being coupled to the microwave radiant source ; and one or more gas inlets configured to provide supply gas and/or process gas into the waveguide ; wherein, in use, the waveguide serves as a reaction chamber, wherein the microwave radiation source is configured such that, in use, the direction of propagation of the microwave radiation is parallel to the majority of the flow of the supply gas and/or the process gas in the waveguide, and the microwave radiation generates a plasma in the supply gas and/or the process gas , and wherein the microwave radiation source is coupled to the waveguide upstream of the portion (L 0 ) of the waveguide where separated components of a gas are generated.
A target system configured to be coupled with a combined power and input/output line operable to transmit DC power and bidirectional data, comprising a DC power boost circuit (135; 450) directly coupled with the combined power and I/O line and operable to convert a high DC voltage supplied on the combined power and I/O line to a DC voltage higher than the high DC voltage, wherein the higher DC voltage (Vdd) is stored in a power supply capacitor (106; 440) wherein the power supply capacitor (106; 440) provides power for the target system, and a receiver and a transmitter coupled with the combined power and I/O line .
A method of managing quality of service, QoS in a cellular network, the method comprising: establishing a protocol data unit, PDU, session; selecting a packet filter for routing to different bearers that receive different QoS based on at least one aspect of a data packet associated with the PDU session, wherein the PDU session is an Ethernet based PDU session, the data packet including IP data and being formatted in an Ethernet format, and wherein the selecting of the packet filter is based on content included in an Ethernet frame header of the data packet and the selection further comprises: evaluating content included in an IP header of the data packet only if at least a portion of the content included in the Ethernet frame header of the data packet corresponds to a matching packet filter; and filtering a transmission of the data packet according to the packet filter. establishing a protocol data unit, PDU, session; selecting a packet filter for routing to different bearers that receive different QoS based on at least one aspect of a data packet associated with the PDU session, wherein the PDU session is an Ethernet based PDU session, the data packet including IP data and being formatted in an Ethernet format, and wherein the selecting of the packet filter is based on content included in an Ethernet frame header of the data packet and the selection further comprises: evaluating content included in an IP header of the data packet only if at least a portion of the content included in the Ethernet frame header of the data packet corresponds to a matching packet filter; and filtering a transmission of the data packet according to the packet filter.
A fueling nozzle comprising: a main valve configured to be opened through operation of a valve opening lever to allow fuel oil to flow; an automatic valve closing mechanism configured for releasing engagement between the main valve and the valve opening lever to terminate fueling when a liquid surface is detected in a tank to which the fuel oil is supplied; a main body having the main valve and the automatic valve closing mechanism ; a grip made of conductive metal, said grip being configured for being held together with the valve opening lever when the valve opening lever is operated; a fueling hose connected to the grip , said fueling hose being configured for supplying the fuel oil to the main body ; a discharge pipe configured for discharging fuel oil that has passed through the main valve ; a conducting wire mounted to the fueling hose and connected to the grip ; and a conductive cover covering the grip ; and an oil guard fitted to a portion where the discharge pipe is attached to the main body , said oil guard being configured for receiving fuel oil dropping from the discharge pipe toward the main body , characterized in that a plurality of ribs forming valley portions configured for storing dropped fuel oil therebetween is continuously mounted on a face of the oil guard on the discharge pipe side, and a plurality of reinforcing members which are configured for connecting the ribs is mounted to the oil guard. a main valve configured to be opened through operation of a valve opening lever to allow fuel oil to flow; an automatic valve closing mechanism configured for releasing engagement between the main valve and the valve opening lever to terminate fueling when a liquid surface is detected in a tank to which the fuel oil is supplied; a main body having the main valve and the automatic valve closing mechanism ; a grip made of conductive metal, said grip being configured for being held together with the valve opening lever when the valve opening lever is operated; a fueling hose connected to the grip , said fueling hose being configured for supplying the fuel oil to the main body ; a discharge pipe configured for discharging fuel oil that has passed through the main valve ; a conducting wire mounted to the fueling hose and connected to the grip ; and a conductive cover covering the grip ; and an oil guard fitted to a portion where the discharge pipe is attached to the main body , said oil guard being configured for receiving fuel oil dropping from the discharge pipe toward the main body , characterized in that a plurality of ribs forming valley portions configured for storing dropped fuel oil therebetween is continuously mounted on a face of the oil guard on the discharge pipe side, and a plurality of reinforcing members which are configured for connecting the ribs is mounted to the oil guard.
An accordion comprising: a right hand play side; a left hand play side; a bellow provided between the right hand play side and the left hand play side; and a plurality of columns of buttons provided on at least one of the right hand play side and the left hand play side, wherein (a) each of the plurality of columns has at least three buttons to which three single pitches are assigned, the three single pitches constituting a triad major chord; (b) said plurality of columns of buttons consist of single note buttons and/or double note buttons only; and; (c) pitches assigned to buttons of each of the plurality of columns are alternately shifted up by a perfect fifth and down by a perfect fourth with respect to pitches assigned to corresponding buttons of consecutive columns. a right hand play side; a left hand play side; a bellow provided between the right hand play side and the left hand play side; and a plurality of columns of buttons provided on at least one of the right hand play side and the left hand play side, wherein (a) each of the plurality of columns has at least three buttons to which three single pitches are assigned, the three single pitches constituting a triad major chord; (b) said plurality of columns of buttons consist of single note buttons and/or double note buttons only; and; (c) pitches assigned to buttons of each of the plurality of columns are alternately shifted up by a perfect fifth and down by a perfect fourth with respect to pitches assigned to corresponding buttons of consecutive columns. (a) each of the plurality of columns has at least three buttons to which three single pitches are assigned, the three single pitches constituting a triad major chord; (b) said plurality of columns of buttons consist of single note buttons and/or double note buttons only; and; (c) pitches assigned to buttons of each of the plurality of columns are alternately shifted up by a perfect fifth and down by a perfect fourth with respect to pitches assigned to corresponding buttons of consecutive columns.