mhurhangee/ep-ind-claims huggingface dataset:
A method for communications device operations, the method comprising: receiving a peer list at a communications device (315,317,319) wherein the peer list comprises a list of reachable communications devices and device-to-device, D2D, capability information for the reachable communications devices; selecting a peer from the peer list; sending a content request comprising an indication of a content to the communications controller serving the communications device (315,317,319); receiving the content from the peer over a channel established by the communications controller, monitoring the content, wherein monitoring the content comprises determining if the content was received successfully; and updating peer information if the content was received unsuccessfully, wherein updating peer information comprises: updating information regarding the peer; sending the updated information regarding the peer to the communications controller; selecting a replacement peer from the peer list or a new peer list; and repeating the sending the content request and the receiving the content with the replacement peer. receiving a peer list at a communications device (315,317,319) wherein the peer list comprises a list of reachable communications devices and device-to-device, D2D, capability information for the reachable communications devices; selecting a peer from the peer list; sending a content request comprising an indication of a content to the communications controller serving the communications device (315,317,319); receiving the content from the peer over a channel established by the communications controller, monitoring the content, wherein monitoring the content comprises determining if the content was received successfully; and updating peer information if the content was received unsuccessfully, updating information regarding the peer; sending the updated information regarding the peer to the communications controller; selecting a replacement peer from the peer list or a new peer list; and repeating the sending the content request and the receiving the content with the replacement peer.
A complex of (i) an antibody fragment or a NanobodyTM specifically binding to the C-terminal epitope tag defined by SEQ ID NO: 1; and (ii) a fusion protein comprising a target protein and a heterologous C-terminal epitope tag defined by SEQ ID NO:1, further characterized in that said SEQ ID NO:1 represents the last four C-terminal amino acid residues of said fusion protein; and (iii) optionally a ligand bound to the target protein comprised in said fusion protein. (i) an antibody fragment or a NanobodyTM specifically binding to the C-terminal epitope tag defined by SEQ ID NO: 1; and (ii) a fusion protein comprising a target protein and a heterologous C-terminal epitope tag defined by SEQ ID NO:1, further characterized in that said SEQ ID NO:1 represents the last four C-terminal amino acid residues of said fusion protein; and (iii) optionally a ligand bound to the target protein comprised in said fusion protein.
A method of wireless communication by a user equipment, UE, comprising: receiving an uplink resource grant including an offset value from a base station; determining, based on the offset value, resource elements of a resource block for transmitting uplink control information, UCI, in an uplink data channel, wherein the UCI is multiplexed with a data payload of an uplink message and carries beam information associated with a downlink beam, wherein the offset value indicates a ratio of the resource elements of the resource block for transmitting the UCI to resource elements of the resource block for transmitting the data payload of an uplink message in the uplink data channel; and transmitting the UCI in the uplink data channel on the resource elements. receiving an uplink resource grant including an offset value from a base station; determining, based on the offset value, resource elements of a resource block for transmitting uplink control information, UCI, in an uplink data channel, wherein the UCI is multiplexed with a data payload of an uplink message and carries beam information associated with a downlink beam, wherein the offset value indicates a ratio of the resource elements of the resource block for transmitting the UCI to resource elements of the resource block for transmitting the data payload of an uplink message in the uplink data channel; and transmitting the UCI in the uplink data channel on the resource elements.
An immunoconjugate comprising an anti-CD79b antibody linked to a cytotoxic agent for use in a method for treating a B-cell proliferative disorder in an individual, wherein the immunconjugate is polatuzumab vedotin and the method comprises administering the immunoconjugate to the individual in combination with (a) an anti-CD20 antibody which is rituximab or obinutuzumab and (b) an alkylating agent which is bendamustine.
An Internet facsimile apparatus connectable to a network, comprising: a control panel on which a user inputs email addresses; a memory adapted to store the email addresses input on the control panel; characterized by dividing means adapted to divide the email addresses stored in the memory into groups so that each group includes a predetermined number of email addresses; creating means adapted to create an email, a header of the email including email addresses of each group divided by the dividing means; and transmitting means adapted to transmit the email created by the creating means to the email addresses of each group created by the dividing means via the network. a control panel on which a user inputs email addresses; a memory adapted to store the email addresses input on the control panel; characterized by dividing means adapted to divide the email addresses stored in the memory into groups so that each group includes a predetermined number of email addresses; creating means adapted to create an email, a header of the email including email addresses of each group divided by the dividing means; and transmitting means adapted to transmit the email created by the creating means to the email addresses of each group created by the dividing means via the network.
Method for controlling a common-rail injector, having the following steps of: - detecting a signal from a sensor that is proportional to a pressure in a valve chamber of the common-rail injector, - evaluating a change in the signal over time (t) in order to detect at least one operating event of the common-rail injector, and - changing at least one operating variable of the common-rail injector on the basis of the at least one operating event, wherein the at least one operating variable is selected from an opening duration, a closing duration, an opening time and a closing time of a switching valve of the common-rail injector and from an opening duration, an opening time and a closing time of a needle valve of the common-rail injector, - characterized in that a property of a fuel injected using the common-rail injector is determined by evaluating the signal, wherein this property of the fuel is its viscosity. - detecting a signal from a sensor that is proportional to a pressure in a valve chamber of the common-rail injector, - evaluating a change in the signal over time (t) in order to detect at least one operating event of the common-rail injector, and - changing at least one operating variable of the common-rail injector on the basis of the at least one operating event, wherein the at least one operating variable is selected from an opening duration, a closing duration, an opening time and a closing time of a switching valve of the common-rail injector and from an opening duration, an opening time and a closing time of a needle valve of the common-rail injector, - characterized in that a property of a fuel injected using the common-rail injector is determined by evaluating the signal, wherein this property of the fuel is its viscosity.
A process for mounting a semiconductor structure to a carrier, the process comprising: a step of providing a semiconductor structure comprising a first conductivity type semiconductor material, a second conductivity type semiconductor material, and a light emitting region disposed between the first conductivity type semiconductor material and the second conductivity type semiconductor material, a metal layer 44 on and in electrical contact with the the second conductivity type semiconductor material, at least one via defined by side wall surfaces and a bottom surface, the via extending through the second conductivity type semiconductor material and the light emitting region into the first conductivity type semiconductor material; a dielectric layer deposited over the side wall surfaces of the via and a portion of the metal layer, an electrode metal layer deposited over the dielectric layer and the bottom wall surface of the via for providing electrical connection to the first conductivity type semiconductor material, and a plurality of second electrode layers deposited over the metal layer; a step of causing a support material to substantially fill the via such that the upper surfaces of the first and second electrode metal layers (48,56) and the support material provide a substantially flat mounting surface; and a step of mounting the semiconductor structure to the carrier, wherein: the step of causing the support material to substantially fill the via is followed by a step of causing the support material to solidify sufficiently so as to support the semiconductor structure when mounted to the carrier. a step of providing a semiconductor structure comprising a first conductivity type semiconductor material, a second conductivity type semiconductor material, and a light emitting region disposed between the first conductivity type semiconductor material and the second conductivity type semiconductor material, a metal layer 44 on and in electrical contact with the the second conductivity type semiconductor material, at least one via defined by side wall surfaces and a bottom surface, the via extending through the second conductivity type semiconductor material and the light emitting region into the first conductivity type semiconductor material; a dielectric layer deposited over the side wall surfaces of the via and a portion of the metal layer, an electrode metal layer deposited over the dielectric layer and the bottom wall surface of the via for providing electrical connection to the first conductivity type semiconductor material, and a plurality of second electrode layers deposited over the metal layer; a step of causing a support material to substantially fill the via such that the upper surfaces of the first and second electrode metal layers (48,56) and the support material provide a substantially flat mounting surface; and a step of mounting the semiconductor structure to the carrier, wherein: the step of causing the support material to substantially fill the via is followed by a step of causing the support material to solidify sufficiently so as to support the semiconductor structure when mounted to the carrier.
An airflow management system for a table saw comprising: an elongated member including a hollow first prong (304, 444) and a hollow second prong, the first and second prongs (304, 444, 308, 448) being configured to be positioned on opposite sides of a saw blade plane in which a saw blade (112, 312) is positioned and defining an opening therebetween, characterized in that the first prong includes a first window in a side of the first prong (304,444) configured to face the saw blade (112, 312) and the second prong (308, 448) includes a second window in a side of the second prong (168, 308, 448) configured to face the saw blade (112, 312), wherein the elongated member (300, 440) includes a hose connection configured to connect to a dust hose, the hose connection being fluidly connected to the first and second windows through an interior of the first and second prongs (304, 444, 308, 448) to receive airflow from the first and second windows. an elongated member including a hollow first prong (304, 444) and a hollow second prong, the first and second prongs (304, 444, 308, 448) being configured to be positioned on opposite sides of a saw blade plane in which a saw blade (112, 312) is positioned and defining an opening therebetween, characterized in that the first prong includes a first window in a side of the first prong (304,444) configured to face the saw blade (112, 312) and the second prong (308, 448) includes a second window in a side of the second prong (168, 308, 448) configured to face the saw blade (112, 312), wherein the elongated member (300, 440) includes a hose connection configured to connect to a dust hose, the hose connection being fluidly connected to the first and second windows through an interior of the first and second prongs (304, 444, 308, 448) to receive airflow from the first and second windows.
A method for hydrosilylation of at least one compound comprising at least one unsaturation in the presence of an organosilicon compound comprising at least one hydrogen atom directly bound to a silicon atom and of a catalytic hydrosilylation system comprising a structured porous material including pores and an inorganic backbone composed of silicon oxide walls in which are contained metal nanoparticles.
A system for processing documents to obtain optical image data, comprising: scanning means adapted to scan a document to obtain image data, wherein the scanning means comprises an imaging element positioned in an elongated housing; covering means covering the scanning means, wherein the covering means extend over the length of the housing to impede the entrance of debris into the housing, wherein the covering means has a recess that overlies the scanning means so that the scanning means scans the document through the recess and wherein the recess has a bottom outside the focus of the scanning means; conveying means configured to convey the document over the covering means, wherein the scanning means scans the document as the conveying means conveys the document over the covering means; a guide for guiding the document against the covering means; and a biasing element biasing the guide toward the covering means. scanning means adapted to scan a document to obtain image data, wherein the scanning means comprises an imaging element positioned in an elongated housing; covering means covering the scanning means, wherein the covering means extend over the length of the housing to impede the entrance of debris into the housing, wherein the covering means has a recess that overlies the scanning means so that the scanning means scans the document through the recess and wherein the recess has a bottom outside the focus of the scanning means; conveying means configured to convey the document over the covering means, wherein the scanning means scans the document as the conveying means conveys the document over the covering means; a guide for guiding the document against the covering means; and a biasing element biasing the guide toward the covering means.
A method of identifying a binding polypeptide that specifically binds to a cell-surface antigen, wherein the binding polypeptide comprises an antibody VH or VL domain, the method comprising: (a) contacting a variegated cell-free nucleic acid-display library of binding polypeptides with a cell-surface antigen displayed on the exterior surface of a first cell type, wherein the variegated nucleic acid-display library is a DNA-display library, wherein each member of the DNA-display library comprises a binding polypeptide linked through an intervening DNA linker to a DNA coding sequence encoding the binding polypeptide, and wherein the DNA linker comprises a restriction endonuclease site not present in the coding sequence of members of the DNA-display library; (b) separating bound library members from the first cell type by cleaving the restriction endonuclease site with a suitable restriction endonuclease; and (c) isolating from the library at least one library member that specifically binds to the cell-surface antigen on the exterior surface of the first cell type, thereby identifying a binding polypeptide that specifically binds to the cell-surface antigen. (a) contacting a variegated cell-free nucleic acid-display library of binding polypeptides with a cell-surface antigen displayed on the exterior surface of a first cell type, wherein the variegated nucleic acid-display library is a DNA-display library, wherein each member of the DNA-display library comprises a binding polypeptide linked through an intervening DNA linker to a DNA coding sequence encoding the binding polypeptide, and wherein the DNA linker comprises a restriction endonuclease site not present in the coding sequence of members of the DNA-display library; (b) separating bound library members from the first cell type by cleaving the restriction endonuclease site with a suitable restriction endonuclease; and (c) isolating from the library at least one library member that specifically binds to the cell-surface antigen on the exterior surface of the first cell type, thereby identifying a binding polypeptide that specifically binds to the cell-surface antigen.
A method for the separation of an amine from a first solution comprising at least one amine comprising (i) contacting said first solution comprising at least one amine with a non-liquid hydrophobic membrane; and (ii) extracting an amine from said first solution comprising at least one amine into a second solution across said non-liquid hydrophobic membrane, wherein said non-liquid hydrophobic membrane separates said first solution and said second solution, and wherein said non-liquid hydrophobic membrane is a porous inorganic membrane functionalized with an organic functional group, preferably with pore size ranging from about 0.5 nm to about 100 nm. (i) contacting said first solution comprising at least one amine with a non-liquid hydrophobic membrane; and (ii) extracting an amine from said first solution comprising at least one amine into a second solution across said non-liquid hydrophobic membrane, wherein said non-liquid hydrophobic membrane separates said first solution and said second solution, and wherein said non-liquid hydrophobic membrane is a porous inorganic membrane functionalized with an organic functional group, preferably with pore size ranging from about 0.5 nm to about 100 nm.
Pulley device for belt or chain tensioning idler or runner roller or automatic tensioner comprising a bearing, a pulley mounted on the bearing and two shields (16, 18) disposed axially on either side of said bearing, the pulley further comprising one retaining plug mounted into a bore of the bearing and a bore (16a, 18a) of each shield, the retaining plug being fitted at least in said bore of the bearing and cooperating by contact with the shields (16, 18) to retain said shields on said plug, the retaining plug comprising first and second retaining means (46, 50) each cooperating with one of the shields (16, 18), characterized in that the first retaining means of said plug comprise a plurality of ribs protruding radially outwards and spaced apart one with another in the circumferential direction.
A method (100, 200) for processing of service requests by a service provider node, the method (100, 200) comprising: Receiving (120, 220) a first service request, which is remitted by a user; Receiving (110, 210) first control data indicative of a first financial deposit, which is remitted by the user, wherein the first control data is referenced to at least one service request; and Processing (130, 230) the received first service request, if the received first control data is referenced to the received first service request; wherein the method (100, 200) is characterized by: Dispensing a third control data indicative of a third financial deposit to the user in response to receiving (110, 210) the first control data and based on an evaluation of a user criterion, wherein the user criterion includes behaviors of the user, and the method (100, 210) further comprises analyzing the behaviors of the user. Receiving (120, 220) a first service request, which is remitted by a user; Receiving (110, 210) first control data indicative of a first financial deposit, which is remitted by the user, wherein the first control data is referenced to at least one service request; and Processing (130, 230) the received first service request, if the received first control data is referenced to the received first service request; wherein the method (100, 200) is characterized by: Dispensing a third control data indicative of a third financial deposit to the user in response to receiving (110, 210) the first control data and based on an evaluation of a user criterion, wherein the user criterion includes behaviors of the user, and the method (100, 210) further comprises analyzing the behaviors of the user. Dispensing a third control data indicative of a third financial deposit to the user in response to receiving (110, 210) the first control data and based on an evaluation of a user criterion, wherein the user criterion includes behaviors of the user, and the method (100, 210) further comprises analyzing the behaviors of the user.
A control system comprising a refrigerant compressor and an electronic control unit for the refrigerant compressor, which refrigerant compressor at least comprises - a drive unit, - a compression mechanism operationally connected to the drive unit, having at least one piston moving back-and-forth in a cylinder of a cylinder block between a bottom and a top dead center, which at least one piston is driven via a crankshaft, wherein the electronic control unit is configured for the purpose of - detecting and controlling and/or regulating the rotational velocity (ω) of the drive unit, - at least approximately detecting the piston position, characterized in that the electronic control unit is configured for the purpose of driving the compression mechanism via the drive unit such that, for the duration of a regulating time interval (Δt) comprising more than one crankshaft revolution, at least one drive angle section (ΔΦ) and at least one running angle section (Δτ) is provided during multiple crankshaft revolutions, preferably during each crankshaft revolution of the regulating time interval (Δt), and wherein the compression mechanism is subjected to a positive operating torque (Bm) during the at least one drive angle section (ΔΦ) and is subjected to a reduced positive operating torque (Bmv) in relation to the positive operating torque (Bm) or no positive operating torque (Bm) during the at least one running angle section (Δτ). - a drive unit, - a compression mechanism operationally connected to the drive unit, having at least one piston moving back-and-forth in a cylinder of a cylinder block between a bottom and a top dead center, which at least one piston is driven via a crankshaft, wherein the electronic control unit is configured for the purpose of - detecting and controlling and/or regulating the rotational velocity (ω) of the drive unit, - at least approximately detecting the piston position,