mhurhangee/ep-ind-claims huggingface dataset:
A method for a base station to schedule transmissions by mobile stations comprising the steps of: making a determination by a processing unit regarding a duration in terms of a number of frames starting with a current frame within which a packet must be transmitted and marking packets for which the duration is below a threshold as delay-sensitive packets; scheduling all delay sensitive packets with the processing unit; scheduling non-delay sensitive packets with the processing unit if time-frequency resources are still available; characterised by determining with the processing unit if all time-frequency resources in the current transmission time interval are occupied due to a previous scheduling procedure assigning all time-frequency resources in the current transmission time interval and if there are more packets waiting in a queue which indicates high system load; determining with the processing unit in high system load conditions if fragmenting, for transmission across multiple transmission time intervals, any of the non-delay sensitive packets already scheduled can reduce the number of time-frequency resources used for the non-delay sensitive packet; and fragmenting, with the processing unit, the non-delay sensitive packets already scheduled that may be transmitted with fewer time-frequency resources and using the resulting unoccupied time-frequency resources to schedule more packets. making a determination by a processing unit regarding a duration in terms of a number of frames starting with a current frame within which a packet must be transmitted and marking packets for which the duration is below a threshold as delay-sensitive packets; scheduling all delay sensitive packets with the processing unit; scheduling non-delay sensitive packets with the processing unit if time-frequency resources are still available; characterised by determining with the processing unit if all time-frequency resources in the current transmission time interval are occupied due to a previous scheduling procedure assigning all time-frequency resources in the current transmission time interval and if there are more packets waiting in a queue which indicates high system load; determining with the processing unit in high system load conditions if fragmenting, for transmission across multiple transmission time intervals, any of the non-delay sensitive packets already scheduled can reduce the number of time-frequency resources used for the non-delay sensitive packet; and fragmenting, with the processing unit, the non-delay sensitive packets already scheduled that may be transmitted with fewer time-frequency resources and using the resulting unoccupied time-frequency resources to schedule more packets.
A method of differentiating human embryonic stem cells (hESC) into mature professional antigen-presenting cells, comprising: inducing the differentiation of the hESCs into common myeloid progenitor cells; inducing the differentiation of the myeloid progenitor cells into immature dendritic cells; introducing to said immature dendritic cells a nucleic acid encoding a fusion protein comprising a single peptide antigen attached to a human HLA-DRA alpha chain peptide through a peptide linker, wherein said human HLA-DRA alpha chain peptide comprises an amino acid sequence that is at least 90% identical to the amino acid sequence of SEQ ID NO:5; and inducing the differentiation of the immature dendritic cells into mature dendritic cells, wherein the mature dendritic cells are mature professional antigen-presenting cells that present said single peptide antigen. inducing the differentiation of the hESCs into common myeloid progenitor cells; inducing the differentiation of the myeloid progenitor cells into immature dendritic cells; introducing to said immature dendritic cells a nucleic acid encoding a fusion protein comprising a single peptide antigen attached to a human HLA-DRA alpha chain peptide through a peptide linker, wherein said human HLA-DRA alpha chain peptide comprises an amino acid sequence that is at least 90% identical to the amino acid sequence of SEQ ID NO:5; and inducing the differentiation of the immature dendritic cells into mature dendritic cells, wherein the mature dendritic cells are mature professional antigen-presenting cells that present said single peptide antigen.
A terminal device, comprising: an account binding unit, configured to send an account binding request to an interactive voice response device, wherein the account binding request is a request for binding all user accounts that use the terminal device to the terminal device, so as to enable the interactive voice response device to record information about the binding between all user accounts that use the terminal and the terminal device wherein the binding between the user account and the terminal device includes a mapping relationship between the subscriber identity module card number corresponding to the user account and the terminal device identifier; a forwarding setting unit, configured to bind configuration information for missed call forwarding of a first one of the user accounts onto a preset service number of the interactive voice response device; and a missed call receiving unit, configured to receive a missed call reminder sent by the interactive voice response device according to the information about the binding, wherein the missed call reminder is a reminder of a missed call to the first user account, wherein the missed call receiving unit is a user identity recognizing unit which receives the missed call reminder that is sent by using a second user account of said all user accounts and related to the first user account. an account binding unit, configured to send an account binding request to an interactive voice response device, wherein the account binding request is a request for binding all user accounts that use the terminal device to the terminal device, so as to enable the interactive voice response device to record information about the binding between all user accounts that use the terminal and the terminal device wherein the binding between the user account and the terminal device includes a mapping relationship between the subscriber identity module card number corresponding to the user account and the terminal device identifier; a forwarding setting unit, configured to bind configuration information for missed call forwarding of a first one of the user accounts onto a preset service number of the interactive voice response device; and a missed call receiving unit, configured to receive a missed call reminder sent by the interactive voice response device according to the information about the binding, wherein the missed call reminder is a reminder of a missed call to the first user account, wherein the missed call receiving unit is a user identity recognizing unit which receives the missed call reminder that is sent by using a second user account of said all user accounts and related to the first user account.
Tyre for a heavy goods vehicle having a tread provided on one side of the equatorial median plane with a sculpture of a first kind and on the other side of the equatorial median plane with a sculpture of a second kind, - the first kind of sculpture comprising at least three grooves (11, 12, 13) of generally circumferential orientation, these grooves delimiting at least two ribs (111, 112, 113) of generally circumferential orientation, these ribs being provided with a plurality of sipes oriented transversely or substantially transversely, - the second kind of sculpture comprising at least two grooves (21, 22) of generally circumferential orientation and a plurality of grooves (24, 25) of generally transverse orientation, these grooves delimiting a plurality of blocks (211, 212), - defined on each kind of sculpture is a ratio of surface recess, this tread being characterized in that the ratio of surface recess of the first kind of sculpture is equal or substantially equal to the ratio of recess of the second kind of sculpture, and in that, the blocks (211, 212) having leading and trailing faces, the angle of the leading face is different from the angle of the trailing face, these angles being measured relative to the radial direction. - the first kind of sculpture comprising at least three grooves (11, 12, 13) of generally circumferential orientation, these grooves delimiting at least two ribs (111, 112, 113) of generally circumferential orientation, these ribs being provided with a plurality of sipes oriented transversely or substantially transversely, - the second kind of sculpture comprising at least two grooves (21, 22) of generally circumferential orientation and a plurality of grooves (24, 25) of generally transverse orientation, these grooves delimiting a plurality of blocks (211, 212), - defined on each kind of sculpture is a ratio of surface recess, this tread being characterized in that the ratio of surface recess of the first kind of sculpture is equal or substantially equal to the ratio of recess of the second kind of sculpture,
A wheel construction including a rim, the rim having an inner flange and an outer flange, each of the inner flange and the outer flange having a first end (16a, 18a) and a second end (16b, 18b), the first end (16a,18a) of each of the inner and outer flange (16,18) being positioned axially outwardly relative to the second end (16b,18b) of the respective flange (16,18), the rim further including a central well positioned between the inner flange and the outer flange, a pair of bead seats (22,24), one being positioned adjacent each flange (16,18), each bead seat (22,24) having an axially outer end (22a,24a) which is connected to a second end (16b,18b) of the respective flange (16,18) by a flange connecting portion (26,28), the flange connecting portion (26,28) including a substantially concave surface and a substantially straight surface (27,29), said straight surface (27, 29) being adjacent and adjoining the second end (16b,18b) of the respective flange (16,18), and each bead seat (22,24) also having an axially inner end (22b,24b) which is connected to one of a pair of side parts (30,32), each side part (30,32) being positioned between the central well and one of the inner flange and outer flange, and connected to the central well by a well connecting portion (34,36), the axially outer end (22a,24a) of each bead seat (22,24) being positioned radially outwardly relative to the axially inner end (22b,24b) of the respective bead seat (22,24), wherein at least one of the side parts (30,32) includes a substantially straight portion (38,40) and a curved portion (42,44), a first end (38a,40a) of the straight portion (38,40) being positioned adjacent the respective bead seat (22,24), and connected to the respective bead seat (22,24) by a curved connecting portion (46,48), and a second end (38b,40b) of the straight portion (38,40) being connected to the curved portion (42,44) of the side part (30,32) by a first substantially concave surface (50,52) to provide a first sub-well, and the curved portion (42,44) of the side part (30,32) including a second sub-well (54,56), which is defined by a pair of convex surfaces (58,60,62,64), separated by a second concave surface (66,68) characterised in that at least one of the inner flange and the outer flange includes an extended portion (17,19) which extends radially inwardly, such that a free end (17a,19a) of the extended portion (17,19) is positioned radially inwardly relative to the second end (16b,18b) and the first end (16a, 18a) of the respective flange (16,18), wherein the radial extent of the extended portion (17,19) is substantially equal to the radial extent of the respective flange connecting portion (26,28).
A recording apparatus comprising: a transport mechanism adapted to transport a recording medium; a recording head adapted to perform recording on the recording medium transported by the transport mechanism; a plurality of winding sections (12, 13), each adapted to wind in a corresponding recording medium on which recording has been completed by the recording head; characterized in that a cutting section is adapted to cut the recording medium; and a guiding section (7, 16, 17) is adapted, when the winding section that winds in the recording medium is switched from one winding section to another winding section of the plurality of winding sections, to guide a leading edge of the recording medium formed by cutting with the cutting section, to the other winding section. a transport mechanism adapted to transport a recording medium; a recording head adapted to perform recording on the recording medium transported by the transport mechanism; a plurality of winding sections (12, 13), each adapted to wind in a corresponding recording medium on which recording has been completed by the recording head; characterized in that a cutting section is adapted to cut the recording medium; and a guiding section (7, 16, 17) is adapted, when the winding section that winds in the recording medium is switched from one winding section to another winding section of the plurality of winding sections, to guide a leading edge of the recording medium formed by cutting with the cutting section, to the other winding section.
An apparatus, comprising: a first edge device (150, 162, 164, 170, 180) configured to be operatively coupled to a second edge device (150, 162, 164, 170, 180) via a switch fabric, the first edge device configured to communicate with the second edge device via a multiprotocol label switching (MPLS) tunnel through the switch fabric; the first edge device configured to be operatively coupled to the second edge device to define an edge device network such that an edge device of the edge device network can be administrated independent of the switch fabric and a node (110, 120, 130, 140) of the switch fabric can be administrated independent of the edge device network; the first edge device configured to be operatively coupled to a first switch fabric device of the switch fabric and to send a request according to an auto-discovery protocol to the first switch fabric device of the switch fabric; and the first edge device configured to receive a response according to the auto-discovery protocol in response to the request, the response including an indication of an entropy label and a metric value associated with a second switch fabric device of the switch fabric or the second edge device, the first edge device configured to send to the second edge device said label included in the response such that the MPLS tunnel is established between the first edge device and the second edge device based on the label. a first edge device (150, 162, 164, 170, 180) configured to be operatively coupled to a second edge device (150, 162, 164, 170, 180) via a switch fabric, the first edge device configured to communicate with the second edge device via a multiprotocol label switching (MPLS) tunnel through the switch fabric; the first edge device configured to be operatively coupled to the second edge device to define an edge device network such that an edge device of the edge device network can be administrated independent of the switch fabric and a node (110, 120, 130, 140) of the switch fabric can be administrated independent of the edge device network; the first edge device configured to be operatively coupled to a first switch fabric device of the switch fabric and to send a request according to an auto-discovery protocol to the first switch fabric device of the switch fabric; and the first edge device configured to receive a response according to the auto-discovery protocol in response to the request, the response including an indication of an entropy label and a metric value associated with a second switch fabric device of the switch fabric or the second edge device, the first edge device configured to send to the second edge device said label included in the response such that the MPLS tunnel is established between the first edge device and the second edge device based on the label.
An injection molding system, provided with an injection molding machine to inject a molten resin from an injection nozzle attached to an end of a heating cylinder into a die cavity by moving a screw in the heating cylinder back while rotating the screw for a step of plasticization and weighing of the molten resin, followed by a forward movement of the screw as an injection step, the system comprising: an input section configured to input a plasticization condition for driving the injection molding machine; an input condition storage section configured to store the plasticization condition input with the input section; an input condition simulation section configured to simulate a state of plasticization by the input condition input with the input section; an ideal plasticization state storage section configured to store information of an ideal state of plasticization for uniform melting of the molten resin in the heating cylinder; a comparison section configured to compare data stored in the input condition storage section with the information stored in the ideal plasticization state storage section based on a result of simulating the state of plasticization; an optimal condition analysis and calculation section configured to analyze and calculate whether the simulation based on the input data stored in the input condition storage section is the ideal state of plasticization as a result of the comparison section using the data of the input condition storage section and the information stored in the ideal plasticization state storage section; and an optimal condition determination section configured to determine an optimal plasticization condition when the simulation based on the input data is determined not to be the ideal state of plasticization. an input section configured to input a plasticization condition for driving the injection molding machine; an input condition storage section configured to store the plasticization condition input with the input section; an input condition simulation section configured to simulate a state of plasticization by the input condition input with the input section; an ideal plasticization state storage section configured to store information of an ideal state of plasticization for uniform melting of the molten resin in the heating cylinder; a comparison section configured to compare data stored in the input condition storage section with the information stored in the ideal plasticization state storage section based on a result of simulating the state of plasticization; an optimal condition analysis and calculation section configured to analyze and calculate whether the simulation based on the input data stored in the input condition storage section is the ideal state of plasticization as a result of the comparison section using the data of the input condition storage section and the information stored in the ideal plasticization state storage section; and an optimal condition determination section configured to determine an optimal plasticization condition when the simulation based on the input data is determined not to be the ideal state of plasticization.
A method of determining whether an individual is infected with a mycobacterial disease, the method comprising: (a) providing a system which comprises an antigen; (b) contacting the system with a sample obtained from the individual; and (c) detecting the presence or absence of binding of a biomarker in the sample with the antigen; wherein the antigen is a mycolic acid wax ester derived antigen comprising a compound of formula or an ester or salt thereof: wherein w is from 2 to 40, x is from 2 to 40, y is from 2 to 40, z is from 4 to 40 and X is a three carbon fragment including an alkane, alkene or cyclopropyl moiety; and wherein the ester thereof comprises one or more mycolic acid groups and one or more alcohol or sugar moieties. (a) providing a system which comprises an antigen; (b) contacting the system with a sample obtained from the individual; and (c) detecting the presence or absence of binding of a biomarker in the sample with the antigen;
Photovoltaic module, comprising at least one solar cell and a connection box, wherein the connection box has the voltage outputs (4, 5) of the photovoltaic module, wherein an evaluation and control unit is arranged in or on the connection box as assembly, said evaluation and control unit detecting a voltage (U A) and/or a current (I A) of the photovoltaic module, wherein the photovoltaic module is assigned at least one switching element which is drivable by the evaluation and control unit, wherein the photovoltaic module can be switched off by means of the switching element, wherein the evaluation and control unit is designed in such a way that a fault state is detectable on the basis of the detected voltage (U A) and/or the detected current (I A) and the switching element is drivable by the evaluation and control unit on the basis of the detected fault state in order to switch off or short-circuit at least one of the voltage outputs (4, 5; 10, 11) of the photovoltaic module or of the assembly, characterized in that the evaluation and control unit is assigned a test device, by means of which a test signal can be impressed on a switched-off voltage output and at least one measurement signal is detectable, wherein the evaluation and control unit drives the switching element depending on the measurement signal.
Micromechanical resonator comprising • a supporting structure of a first material, • a length-extensional beam resonator suspended from the supporting structure, the resonator being at least partially of the same material as the supporting structure and dimensioned for resonation at a specific frequency f 0, • coupling means for initiating, maintaining and coupling the resonation of the resonator to an external circuit, and • the resonator including a second material, the thermal properties of which being different from the first material, characterized in that • the second material is located concentrated in the area of resonator where the resonator's stress profile has a maximum at the specific frequency f 0, and • the parts of the resonator being of the second material is dimensioned laterally to be in a range between 5 % - 30 % of the length of the resonator. • a supporting structure of a first material, • a length-extensional beam resonator suspended from the supporting structure, the resonator being at least partially of the same material as the supporting structure and dimensioned for resonation at a specific frequency f 0, • coupling means for initiating, maintaining and coupling the resonation of the resonator to an external circuit, and • the resonator including a second material, the thermal properties of which being different from the first material, • the second material is located concentrated in the area of resonator where the resonator's stress profile has a maximum at the specific frequency f 0, and • the parts of the resonator being of the second material is dimensioned laterally to be in a range between 5 % - 30 % of the length of the resonator.