mhurhangee/patent-ind-claim-en huggingface dataset:
A method for repairing a defective solar cell (EC, 401) of a solar cell module , in which a plurality of adjacent solar cells (E1, EC, E2) are connected to one another through a plurality of wiring members , the method comprising: cutting the plurality of wiring members electrically connecting the defective solar cell (EC, 401) to normal solar cells (E1, E2) at one end (P1) of a back surface of the defective solar cell (EC, 401) and at one end (P2) of the back surface of one of the normal solar cells (E2), so that the cutting positions (P1, P2) of the plurality of wiring members are not seen from a front surface of the solar cell module ; positioning two connection bars at one end of the back surface of a new solar cell (EN) and one end of the back surface of one of the normal solar cells (E2) such that each of the two connection bars crosses previous wiring members (125a, 125b, CE) of the normal solar cell and replaceable wiring members (113', 115', CR) of the new solar cell (EN); and electrically connecting the previous wiring members (125a, 125b, CE), the replaceable wiring members (113', 115', CR), and the connection bars , wherein repaired portions are covered by the new solar cell (EN) and by the normal solar cell (E2) and are not seen when viewed from the front surface. cutting the plurality of wiring members electrically connecting the defective solar cell (EC, 401) to normal solar cells (E1, E2) at one end (P1) of a back surface of the defective solar cell (EC, 401) and at one end (P2) of the back surface of one of the normal solar cells (E2), so that the cutting positions (P1, P2) of the plurality of wiring members are not seen from a front surface of the solar cell module ; positioning two connection bars at one end of the back surface of a new solar cell (EN) and one end of the back surface of one of the normal solar cells (E2) such that each of the two connection bars crosses previous wiring members (125a, 125b, CE) of the normal solar cell and replaceable wiring members (113', 115', CR) of the new solar cell (EN); and electrically connecting the previous wiring members (125a, 125b, CE), the replaceable wiring members (113', 115', CR), and the connection bars , wherein repaired portions are covered by the new solar cell (EN) and by the normal solar cell (E2) and are not seen when viewed from the front surface.
Inspection device for optical inspection of a surface of an at least substantially cylindrical object , having a first camera for scanning a first surface region of a cylindrical object with a first scanning section which has a first, line-like scanning geometry , and having a second camera for scanning a second surface region of the same cylindrical object with a second scanning section which has a second, planar scanning geometry , further comprising a processing device which is electrically connected to the first camera and to the second camera and which is designed for processing scanning signals from the first camera and from the second camera , wherein the first camera and the control device being designed in such a way that a scanning rate of the first camera is adapted by the control device to an angular velocity of the cylindrical object , so that successive line-shaped scanning sections are processed to form a complete overall image of the surface of the cylindrical object .
Sealing grommet for a sealed passage of a strand-like element through a wall , which is formed for insertion in the mounting direction (M) into an opening with a predetermined opening width (Dö1) bounded by the wall and has a grommet body with a push-through region (DB) extending in the mounting direction (M), which is guided through the opening in the mounting direction (M) during assembly, in such a way that it engages behind the wall in the assembled state, wherein : - the grommet body is formed in one piece, - an auxiliary element facilitating insertion into the opening is provided with a circumferential sliding region comprising at least one sliding surface , wherein the at least one sliding surface rests at least partially on a circumferential surface of the push-through region (DB), - the auxiliary element , at least in the assembled state, has a conical basic geometry with a first section (A1) and with a second section (A2) adjoining said first section opposite the mounting direction (M), wherein the second section (A2) has a maximum extension (Do2), which is larger than the maximum diameter of the first section (A1), and the auxiliary element has a base on which a plurality of fingers are integrally formed which form or at least co-form the sliding region, the fingers forming a latching element for latching the sealing grommet in the opening, characterized in that the auxiliary element is plugged onto the grommet body . - the grommet body is formed in one piece, - an auxiliary element facilitating insertion into the opening is provided with a circumferential sliding region comprising at least one sliding surface , wherein the at least one sliding surface rests at least partially on a circumferential surface of the push-through region (DB), - the auxiliary element , at least in the assembled state, has a conical basic geometry with a first section (A1) and with a second section (A2) adjoining said first section opposite the mounting direction (M), wherein the second section (A2) has a maximum extension (Do2), which is larger than the maximum diameter of the first section (A1), and the auxiliary element has a base on which a plurality of fingers are integrally formed which form or at least co-form the sliding region, the fingers forming a latching element for latching the sealing grommet in the opening,
A method for matching the impedance of an antenna, the method comprising: measuring an initial return loss of an antenna, the initial return loss corresponding to a magnitude of a reflection coefficient; adjusting an impedance of at least a first tunable element coupled to the antenna; measuring a first adjusted return loss of the antenna, the first adjusted return loss corresponding to a magnitude of a first reflection coefficient, after adjusting the impedance of the first tunable element coupled to the antenna; characterized by adjusting an impedance of at least a second tunable element coupled to the antenna; measuring a second adjusted return loss of the antenna, the second adjusted return loss corresponding to a magnitude of a second reflection coefficient, after adjusting the impedance of the second tunable element coupled to the antenna; estimating a phase of the reflection coefficient based on the initial return loss, the first adjusted return loss, and the second adjusted return loss; and adjusting an impedance matching element coupled to the antenna based on the magnitude and the phase of the reflection coefficient. measuring an initial return loss of an antenna, the initial return loss corresponding to a magnitude of a reflection coefficient; adjusting an impedance of at least a first tunable element coupled to the antenna; measuring a first adjusted return loss of the antenna, the first adjusted return loss corresponding to a magnitude of a first reflection coefficient, after adjusting the impedance of the first tunable element coupled to the antenna; characterized by adjusting an impedance of at least a second tunable element coupled to the antenna; measuring a second adjusted return loss of the antenna, the second adjusted return loss corresponding to a magnitude of a second reflection coefficient, after adjusting the impedance of the second tunable element coupled to the antenna; estimating a phase of the reflection coefficient based on the initial return loss, the first adjusted return loss, and the second adjusted return loss; and adjusting an impedance matching element coupled to the antenna based on the magnitude and the phase of the reflection coefficient.
A method of identifying a tumor antigen, the method comprising: (a) providing a library comprising bacterial cells, for example E. coli cells, wherein each bacterial cell of the library comprises a heterologous polypeptide expressed in a tumor cell; (b) contacting the bacterial cells with a first plurality of human cells which comprises professional human antigen presenting cells that internalize the bacterial cells; (c) contacting the first plurality of human cells with a second plurality of human lymphocytes that are freshly isolated; freshly isolated and frozen until use; or freshly isolated and stimulated to proliferate in vitro in a non-antigen specific manner, under conditions in which lymphocytes are stimulated by polypeptides presented by the first plurality of human cells; and (d) determining whether a lymphocyte of the second plurality of human lymphocytes is stimulated by a heterologous polypeptide presented by a cell of the first plurality of human cells, wherein stimulation of a lymphocyte of the second plurality of human lymphocytes by a heterologous polypeptide presented by a cell of the first plurality of human cell indicates that the heterologous polypeptide is a tumor antigen. (a) providing a library comprising bacterial cells, for example E. coli cells, wherein each bacterial cell of the library comprises a heterologous polypeptide expressed in a tumor cell; (b) contacting the bacterial cells with a first plurality of human cells which comprises professional human antigen presenting cells that internalize the bacterial cells; (c) contacting the first plurality of human cells with a second plurality of human lymphocytes that are freshly isolated; freshly isolated and frozen until use; or freshly isolated and stimulated to proliferate in vitro in a non-antigen specific manner, under conditions in which lymphocytes are stimulated by polypeptides presented by the first plurality of human cells; and (d) determining whether a lymphocyte of the second plurality of human lymphocytes is stimulated by a heterologous polypeptide presented by a cell of the first plurality of human cells, wherein stimulation of a lymphocyte of the second plurality of human lymphocytes by a heterologous polypeptide presented by a cell of the first plurality of human cell indicates that the heterologous polypeptide is a tumor antigen.
A compute sled for queue pair management comprising: virtual machine manager circuitry configured to: create a virtual machine to operate on the compute sled; and create each of a plurality of remote direct memory access, RDMA, queue pairs for the virtual machine; and resource controller circuitry configured to: assign a different quality of service, QoS, parameter to each of the plurality of RDMA queue pairs for the virtual machine; allocate bandwidth to each of the plurality of RDMA queue pairs for the virtual machine based on the corresponding QoS parameter; monitor telemetry data associated with at least one flow through the plurality of RDMA queue pairs; and update bandwidth allocation to one or more of the plurality of RDMA queue pairs based on the monitored telemetry data indicating whether the at least one flow is an elephant flow or a mouse flow. create a virtual machine to operate on the compute sled; and create each of a plurality of remote direct memory access, RDMA, queue pairs for the virtual machine; and resource controller circuitry configured to: assign a different quality of service, QoS, parameter to each of the plurality of RDMA queue pairs for the virtual machine; allocate bandwidth to each of the plurality of RDMA queue pairs for the virtual machine based on the corresponding QoS parameter; monitor telemetry data associated with at least one flow through the plurality of RDMA queue pairs; and update bandwidth allocation to one or more of the plurality of RDMA queue pairs based on the monitored telemetry data indicating whether the at least one flow is an elephant flow or a mouse flow. assign a different quality of service, QoS, parameter to each of the plurality of RDMA queue pairs for the virtual machine; allocate bandwidth to each of the plurality of RDMA queue pairs for the virtual machine based on the corresponding QoS parameter; monitor telemetry data associated with at least one flow through the plurality of RDMA queue pairs; and update bandwidth allocation to one or more of the plurality of RDMA queue pairs based on the monitored telemetry data indicating whether the at least one flow is an elephant flow or a mouse flow.
A method for providing an enhanced representation of bronchial airways of a subject comprising: obtaining a representation of the bronchial airways of a subject that identifies spatial coordinates of termini of airways where the airways continue in the subject, but continuations of the airways are not included in the bronchial airways representation; obtaining a representation of a vascular network corresponding to the bronchial airways of the subject; identifying a vessel portion in the vascular network representation that corresponds to an unrepresented airway portion between first and second identified termini of airways in the bronchial airways representation; and producing an enhanced bronchial airways representation that reflects an airway extending between the first and second termini. obtaining a representation of the bronchial airways of a subject that identifies spatial coordinates of termini of airways where the airways continue in the subject, but continuations of the airways are not included in the bronchial airways representation; obtaining a representation of a vascular network corresponding to the bronchial airways of the subject; identifying a vessel portion in the vascular network representation that corresponds to an unrepresented airway portion between first and second identified termini of airways in the bronchial airways representation; and producing an enhanced bronchial airways representation that reflects an airway extending between the first and second termini.
A doped protective coating for extending a lifetime of an organic photoconductor, the coating including: an in-situ cross-linked polymer matrix and a substantially uniformly distributed dopant therein, the dopant comprising a charge transport molecular species; and, wherein the coating is formed from a matrix polymer species comprising a monomer, the dopant, an initiator, a cross-linker, and a solvent in which both the matrix polymer species and the dopant are soluble; and characterized in that the monomer is selected from the group consisting of multifunctional acrylates, styrene, divinyl benzene, iso-cyanates, and di-iso-cyanates and in that the dopant is selected from the group consisting of aryl hydrazones and their substituted analogs, and aminoaryl oxadiazoles and their substituted analogs. an in-situ cross-linked polymer matrix and a substantially uniformly distributed dopant therein, the dopant comprising a charge transport molecular species; and, wherein the coating is formed from a matrix polymer species comprising a monomer, the dopant, an initiator, a cross-linker, and a solvent in which both the matrix polymer species and the dopant are soluble; and characterized in that the monomer is selected from the group consisting of multifunctional acrylates, styrene, divinyl benzene, iso-cyanates, and di-iso-cyanates
Automatic train coupling, in particular for a freight car of a rail vehicle, having a coupling head which comprises a coupling head housing and a coupling fastener having a locking mechanism, wherein the coupling fastener is embodied as a rotary fastener having a coupling eyelet and a core , wherein the core is rotatable about a primary axis between a coupled position and a decoupled position, the coupling eyelet by way of a first end (5.1) is connected to the core so as to be rotatable about a coupling eyelet axis and has a second free end (5.2); and the core has a throat which is disposed for receiving a second end (5.2) of a coupling eyelet of a mating coupling head ; having an electrically, hydraulically or pneumatically activated decoupling installation which comprises an electric motor or a hydraulic motor or a pneumatic motor that by way of a drive connection is at least indirectly connected to the core so as to rotate the core from the coupled position to the decoupled position; characterized in that the decoupling installation has a locking position in which it blocks rotation of the core from the decoupled position to the coupled position via the drive connection, wherein a control device is provided with which the decoupling installation can be controlled in order to keep it permanently in the locking position over a period of time. having a coupling head which comprises a coupling head housing and a coupling fastener having a locking mechanism, wherein the coupling fastener is embodied as a rotary fastener having a coupling eyelet and a core , wherein the core is rotatable about a primary axis between a coupled position and a decoupled position, the coupling eyelet by way of a first end (5.1) is connected to the core so as to be rotatable about a coupling eyelet axis and has a second free end (5.2); and the core has a throat which is disposed for receiving a second end (5.2) of a coupling eyelet of a mating coupling head ; having an electrically, hydraulically or pneumatically activated decoupling installation which comprises an electric motor or a hydraulic motor or a pneumatic motor that by way of a drive connection is at least indirectly connected to the core so as to rotate the core from the coupled position to the decoupled position; characterized in that the decoupling installation has a locking position in which it blocks rotation of the core from the decoupled position to the coupled position via the drive connection, wherein a control device is provided with which the decoupling installation can be controlled in order to keep it permanently in the locking position over a period of time.
Crossmember of a driver's compartment of a vehicle, comprising a main transverse metal element and a central strut intended to be fastened to the floor of the vehicle, the strut being a unitary component comprising two legs substantially perpendicular to a longitudinal direction of the main transverse metal element and at least one connecting bar between the two legs , upper and lower fastening means being provided at the top and bottom of the strut for fastening it to the main metal element and to the floor, respectively, characterized in that upper fastening means comprise, for each leg: - two planar fastening tabs secured to the main transverse metal element and parallel to a longitudinal direction thereof, - a fastening interface forming part of a leg and defining: - a concave bearing surface applied directly against a part of the wall of the main transverse metal element and tightly following the contour thereof, - two planar bearing surfaces situated on either side of the concave bearing surface with respect to the main transverse metal element , each planar bearing surface being secured to a fastening tab of the main transverse metal element . - two planar fastening tabs secured to the main transverse metal element and parallel to a longitudinal direction thereof, - a fastening interface forming part of a leg and defining: - a concave bearing surface applied directly against a part of the wall of the main transverse metal element and tightly following the contour thereof, - two planar bearing surfaces situated on either side of the concave bearing surface with respect to the main transverse metal element , each planar bearing surface being secured to a fastening tab of the main transverse metal element . - a concave bearing surface applied directly against a part of the wall of the main transverse metal element and tightly following the contour thereof, - two planar bearing surfaces situated on either side of the concave bearing surface with respect to the main transverse metal element , each planar bearing surface being secured to a fastening tab of the main transverse metal element .
A method for adjusting wavelength for an Optical Line Terminal ,OLT, comprising: sending, by a source OLT, an adjustment notification message to a target OLT, to indicate that an Optical Network Unit, ONU, is to be adjusted into a Time-Wavelength Division Multiplexing Channel, TWDM CH, of the target OLT, and receiving, by the source OLT, an adjustment acknowledgement message provided by the target OLT, wherein the adjustment acknowledgement message is used for indicating that an adjustment process of the ONU has been completed.
A thermoplastic composition comprising, 10 to 35 weight percent, preferably 12 to 25 weight percent, more preferably 15 to 21 weight percent of a poly(phenylene ether); 10 to 55 weight percent, preferably 20 to 45 weight percent, more preferably 27 to 40 weight percent of a poly(amide); 1 to 10 weight percent, preferably 1 to 8 weight percent, more preferably 1 to 5 weight percent of a poly(etherimide); and greater than 20 to 60 weight percent, preferably 25 to 60 weight percent, more preferably 30 to 60 weight percent of a reinforcing fiber; wherein the amount of each component is based on the total weight of the thermoplastic composition.
A container with a lid retainer system comprising: - a body of the container formed by four side walls , which are opposite one another in pairs, an upper opening, and a base; and - a lid of the container having a configuration corresponding to the plan section of the body and a skirting which projects along the perimeter such that when the lid is in a closed position, it completely covers the upper opening of the body and the skirting extends along the outer portion of the side walls of said body , wherein the lid retainer system comprises housings , and retainer devices formed by projections extending from the lid , on opposite sides of the skirting , towards the interior of said skirting , and wherein the retainer devices are configured for being housed in the housings , characterized in that the housings are arranged on at least two opposite side walls , and in that the retainer devices are configured for being housed in the housings on the side walls when the lid is arranged in an open position, such that the lid is supported on two side walls opposite one another. - a body of the container formed by four side walls , which are opposite one another in pairs, an upper opening, and a base; and - a lid of the container having a configuration corresponding to the plan section of the body and a skirting which projects along the perimeter such that when the lid is in a closed position, it completely covers the upper opening of the body and the skirting extends along the outer portion of the side walls of said body ,