mhurhangee/patent-ind-claim-en huggingface dataset:
Electrical assembly comprising: - a support , comprising a cooling device configured to dissipate heat emitted by a link capacitor ; - a separating element disposed between the cooling device and the link capacitor configured to produce an electrical insulation between the link capacitor and the cooling device ; - said link capacitor comprising at least one capacitive coil and at least one electrical connection bar fixed to said at least one capacitive coil , said at least one electrical connection bar being at least partly disposed on the side of the separating element ; the electrical assembly comprising first securing members for securing the separating element on said support, said separating element also incorporating second securing members designed to ensure the securing of the link capacitor on the separating element and said separating element being made of plastic and the second securing members comprising riveting heads made in one piece with the separating element and extending from the separating element to the link capacitor , said heads being configured to be crushed under the pressure, when the electrical assembly is assembled, so as to form link zones between the separating element and the link capacitor . - a support , comprising a cooling device configured to dissipate heat emitted by a link capacitor ; - a separating element disposed between the cooling device and the link capacitor configured to produce an electrical insulation between the link capacitor and the cooling device ; - said link capacitor comprising at least one capacitive coil and at least one electrical connection bar fixed to said at least one capacitive coil , said at least one electrical connection bar being at least partly disposed on the side of the separating element ; the electrical assembly comprising first securing members for securing the separating element on said support, said separating element also incorporating second securing members designed to ensure the securing of the link capacitor on the separating element and said separating element being made of plastic and the second securing members comprising riveting heads made in one piece with the separating element and extending from the separating element to the link capacitor , said heads being configured to be crushed under the pressure, when the electrical assembly is assembled, so as to form link zones between the separating element and the link capacitor .
Use of a reagent for the lysis of erythrocytes, the reagent being an aqueous solution comprising or consisting of HEPES ((4-(2-hydroxyethyl)-1-piperazineethanesulfonic acid), NH 4 + /NH 3 , a chelating agent, and optionally CO 3 2- /HCO 3 - wherein the final concentration during lysis of erythrocytes is in the range of - from 2.5 mmol/l to 12 mmol/l HEPES, - from 60 mmol/l to 120 mmol/l NH 4 + /NH 3 , - from 0.04 mmol/l to 0.8 mmol/l chelating agent, and - from 0.15 mmol/l to 0.8 mmol/l CO 3 2- /HCO 3 - , if present, wherein the chelating agent is selected from the group consisting of EGTA (ethylene glycol tetraacetic acid), BAPTA (1,2-bis(o-aminophenoxy)ethane-N,N,N',N'-tetraacetic acid), DTPA (diethylene triamine pentaacetic acid), EDTA (ethylenediamine tetraacetate) and NTA (N,N-bis(carboxymethyl)glycine). - from 2.5 mmol/l to 12 mmol/l HEPES, - from 60 mmol/l to 120 mmol/l NH 4 + /NH 3 , - from 0.04 mmol/l to 0.8 mmol/l chelating agent, and - from 0.15 mmol/l to 0.8 mmol/l CO 3 2- /HCO 3 - , if present,
A spinal anchoring system for implanting in bone, comprising: a bone screw ; a first coupling assembly that receives and holds a first stabilization element ; a second coupling assembly that receives and holds a second stabilization element ; and a plate that attaches to the first coupling assembly and to the second coupling assembly , wherein the first coupling assembly attaches to the bone screw , wherein the first coupling assembly comprises a first coupling body that receives and holds the first stabilization element and a first clamp that fastens the first coupling body to the plate , wherein the plate comprises a plate-coupling lock that locks the plate to the first coupling body and a plate-clamp lock that locks the plate to the first clamp . a bone screw ; a first coupling assembly that receives and holds a first stabilization element ; a second coupling assembly that receives and holds a second stabilization element ; and a plate that attaches to the first coupling assembly and to the second coupling assembly , wherein the first coupling assembly attaches to the bone screw , wherein the first coupling assembly comprises a first coupling body that receives and holds the first stabilization element and a first clamp that fastens the first coupling body to the plate , wherein the plate comprises a plate-coupling lock that locks the plate to the first coupling body and a plate-clamp lock that locks the plate to the first clamp .
A vehicle radar device , comprising: a transmission and reception unit configured to change a frequency of a transmission signal to transmit transmission waves, and receive reflected waves of the transmission waves to generate a beat signal from a reception signal obtained through receiving and the transmission signal; and a frequency analysis unit configured to generate a two-dimensional spectrum including a velocity component and a distance component by performing a predetermined frequency analysis process on a signal sequence of the beat signal, a velocity specifying unit configured to divide the two-dimensional spectrum into a plurality of blocks with respect to the velocity component, and perform constant false alarm rate (CFAR) processing on each of the plurality of blocks to specify a velocity of an own vehicle based on a threshold value obtained by performing the CFAR processing, characterized in that the velocity specifying unit divides the plurality of blocks into a plurality of cells with respect to the distance component of the two-dimensional spectrum, performs the CFAR processing on each of the plurality of cells, acquires a maximum value of a threshold value obtained by performing the CFAR processing, and specifies a velocity component of the two-dimensional spectrum corresponding to a cell in which a maximum value of the threshold value is acquired among the plurality of cells as the velocity. a transmission and reception unit configured to change a frequency of a transmission signal to transmit transmission waves, and receive reflected waves of the transmission waves to generate a beat signal from a reception signal obtained through receiving and the transmission signal; and a frequency analysis unit configured to generate a two-dimensional spectrum including a velocity component and a distance component by performing a predetermined frequency analysis process on a signal sequence of the beat signal, a velocity specifying unit configured to divide the two-dimensional spectrum into a plurality of blocks with respect to the velocity component, and perform constant false alarm rate (CFAR) processing on each of the plurality of blocks to specify a velocity of an own vehicle based on a threshold value obtained by performing the CFAR processing, characterized in that the velocity specifying unit divides the plurality of blocks into a plurality of cells with respect to the distance component of the two-dimensional spectrum, performs the CFAR processing on each of the plurality of cells, acquires a maximum value of a threshold value obtained by performing the CFAR processing, and specifies a velocity component of the two-dimensional spectrum corresponding to a cell in which a maximum value of the threshold value is acquired among the plurality of cells as the velocity.
A method comprising: receiving signals of a first RF band and signals of a second RF band at a remote unit of a distributed antenna system , the first RF band including a trailing edge , a leading edge and a plateau , an inflection point of the first RF band transitions from the leading edge to the plateau , the second RF band including a leading edge , a trailing edge , and a plateau , an inflection point of the second RF band transitions from the plateau to the trailing edge ; positioning in frequency at least one of the first RF band or the second RF band to form a composite RF band, the composite RF band having the leading edge of the first RF band overlapping the trailing edge of the second RF band , the composite RF band including information from the signals of the first RF band and from the signals of the second RF band , the composite RF band having an edge offset that includes a difference between the inflection point of the first RF band and the inflection point of the second RF Band , wherein the composite RF band has a wider bandwidth than a total of the bandwidth of the first RF band and the bandwidth of the second RF band ; and processing the composite RF band at the remote unit . receiving signals of a first RF band and signals of a second RF band at a remote unit of a distributed antenna system , the first RF band including a trailing edge , a leading edge and a plateau , an inflection point of the first RF band transitions from the leading edge to the plateau , the second RF band including a leading edge , a trailing edge , and a plateau , an inflection point of the second RF band transitions from the plateau to the trailing edge ; positioning in frequency at least one of the first RF band or the second RF band to form a composite RF band, the composite RF band having the leading edge of the first RF band overlapping the trailing edge of the second RF band , the composite RF band including information from the signals of the first RF band and from the signals of the second RF band , the composite RF band having an edge offset that includes a difference between the inflection point of the first RF band and the inflection point of the second RF Band , wherein the composite RF band has a wider bandwidth than a total of the bandwidth of the first RF band and the bandwidth of the second RF band ; and processing the composite RF band at the remote unit .
A rotating electric machine of the type comprising a shell housing an active core with a rotor and a stator, the rotor being mounted on a shaft, the machine being wherein: the shell comprises an end portion shaped as an interchangeable flange receiving interface configured to receive an interchangeable flange , the interchangeable flange receiving interface comprising at least two engaging portions which cooperate with at least two corresponding engaging portions of the interchangeable flange , characterized in that : the interchangeable flange receiving interface comprises a substantially circular shoulder defining an internal circular cavity with an edge wall, and the at least two engaging portions are formed as male engaging portions with dovetail interface configuration that project from the edge wall to the internal circular cavity; the at least two corresponding engaging portions of the interchangeable flange are formed as female engaging portions of dovetail interface configuration, the female engaging portions of dovetail interface configuration being formed in protrusions with a curved outer profile , so that the curved outer profile of the protrusions corresponds to a circular profile of the edge wall of the internal circular cavity of the circular shoulder ; the interchangeable flange further comprises a perimetric circular edge with at least one corresponding guiding protrusion provided near said perimetric edge; and the interchangeable flange receiving interface further comprises a perimetric circular edge with at least one guiding depression near said perimetric edge, the at least one guiding depression being configured to receive the at least one corresponding guiding protrusion provided near said perimetric edge of the interchangeable flange . the interchangeable flange receiving interface comprises a substantially circular shoulder defining an internal circular cavity with an edge wall, and the at least two engaging portions are formed as male engaging portions with dovetail interface configuration that project from the edge wall to the internal circular cavity; the at least two corresponding engaging portions of the interchangeable flange are formed as female engaging portions of dovetail interface configuration, the female engaging portions of dovetail interface configuration being formed in protrusions with a curved outer profile , so that the curved outer profile of the protrusions corresponds to a circular profile of the edge wall of the internal circular cavity of the circular shoulder ; the interchangeable flange further comprises a perimetric circular edge with at least one corresponding guiding protrusion provided near said perimetric edge; and the interchangeable flange receiving interface further comprises a perimetric circular edge with at least one guiding depression near said perimetric edge, the at least one guiding depression being configured to receive the at least one corresponding guiding protrusion provided near said perimetric edge of the interchangeable flange .
A method of determining the presence of packet-forwarding errors within an IP network comprising a plurality of network-connected devices , the method comprising: receiving, at a software-defined network controller , an indication of a potential packet-forwarding error between a first network device and a second network device of the plurality of network-connected devices , wherein the first and second network devices form at least a portion of a datapath between a first host device and a second host device; reconfiguring, by the software-defined network controller , a forwarding plane of the first network device, wherein the first network device comprises an ingress interface and a control interface, and wherein the reconfigured forwarding plane implements a many-to-one mapping functionality whereby a forwarding rule applied to data packets injected at the ingress interface is also applied to data packets injected at the control interface; injecting, by the software-defined network controller , a test packet at the control interface to the first network device, wherein the software-defined network controller is coupled to the first network device via the control interface, wherein a header of the test packet includes data identifying the second host device as a destination of the test packet; and determining, by the software-defined network controller , whether the test packet is received at the second network device, wherein the software-defined network controller extracts the test packet from the datapath prior to the test packet reaching the second host device. receiving, at a software-defined network controller , an indication of a potential packet-forwarding error between a first network device and a second network device of the plurality of network-connected devices , wherein the first and second network devices form at least a portion of a datapath between a first host device and a second host device; reconfiguring, by the software-defined network controller , a forwarding plane of the first network device, wherein the first network device comprises an ingress interface and a control interface, and wherein the reconfigured forwarding plane implements a many-to-one mapping functionality whereby a forwarding rule applied to data packets injected at the ingress interface is also applied to data packets injected at the control interface; injecting, by the software-defined network controller , a test packet at the control interface to the first network device, wherein the software-defined network controller is coupled to the first network device via the control interface, wherein a header of the test packet includes data identifying the second host device as a destination of the test packet; and determining, by the software-defined network controller , whether the test packet is received at the second network device, wherein the software-defined network controller extracts the test packet from the datapath prior to the test packet reaching the second host device.
An ethylene-based resin composition comprising: an average relaxation time, measured as described in the description, of 50 sec or longer and 160 sec or shorter.
A fastener tape assembly comprising: a fastening component defining a folded edge ; a bonding component defining a first face for affixment to a diaper or substrate and an oppositely directed second face ; an extension component having an edge received within the folded edge of the fastening component and disposed between the fastening component and the bonding component ; wherein the bonding component is attached to the extension component ; wherein the fastening component is affixed to the extension component by the folded edge of the fastening component into which the edge of the extension component is inserted; and wherein the folded edge of the fastening component and the edge of the extension component extend beyond an edge of the bonding component . a fastening component defining a folded edge ; a bonding component defining a first face for affixment to a diaper or substrate and an oppositely directed second face ; an extension component having an edge received within the folded edge of the fastening component and disposed between the fastening component and the bonding component ; wherein the bonding component is attached to the extension component ; wherein the fastening component is affixed to the extension component by the folded edge of the fastening component into which the edge of the extension component is inserted; and wherein the folded edge of the fastening component and the edge of the extension component extend beyond an edge of the bonding component .
A method performed by a user equipment, UE, configured to perform reflective quality of service, QoS, in a wireless communication system, the method comprising: receiving, from a control plane function in a core network, a timer value upon a protocol data unit, PDU, session establishment procedure for establishing a PDU session; receiving (S1910), from an access network, a downlink packet in which a reflective QoS indication, RQI, is marked; based on receiving the downlink packet: generating (S1920) a QoS rule based on the downlink packet; starting a timer, related to the QoS rule, set to the timer value; applying (S1930) a QoS marking to an uplink packet based on the QoS rule; transmitting the uplink packet to the access network; and deleting (S1940) the QoS rule based on expiry of the timer. receiving, from a control plane function in a core network, a timer value upon a protocol data unit, PDU, session establishment procedure for establishing a PDU session; receiving (S1910), from an access network, a downlink packet in which a reflective QoS indication, RQI, is marked; based on receiving the downlink packet: generating (S1920) a QoS rule based on the downlink packet; starting a timer, related to the QoS rule, set to the timer value; applying (S1930) a QoS marking to an uplink packet based on the QoS rule; transmitting the uplink packet to the access network; and deleting (S1940) the QoS rule based on expiry of the timer. generating (S1920) a QoS rule based on the downlink packet; starting a timer, related to the QoS rule, set to the timer value; applying (S1930) a QoS marking to an uplink packet based on the QoS rule; transmitting the uplink packet to the access network; and deleting (S1940) the QoS rule based on expiry of the timer.
A system for repairing at least one plywood panel, the system comprising: an input section (A) for inputting plywood panels in the system, an output section (B) for outputting the plywood panels from the system, wherein at least one of the following: the input section (A), the output section (B) comprises a support structure for a stack of the plywood panels , the system further comprising: a movable detection device for scanning a halted plywood panel in the system, a repairing device for performing a repair operation for the plywood panel halted for the repair operation, a transport device for transporting a plywood panel from the input section (A) to the output section (B), and a control device for generating a control signal to the repairing device in response to a detection of a defect in the plywood panel on the basis of information obtained with the detection device , characterised in that the detection device and the repairing device are arranged in one of the following: the input section (A), the output section (B), and wherein the detection device is movable in a direction of a transport of the plywood panel from the input section (A) to the output section (B). an input section (A) for inputting plywood panels in the system, an output section (B) for outputting the plywood panels from the system, wherein at least one of the following: the input section (A), the output section (B) comprises a support structure for a stack of the plywood panels , the system further comprising: a movable detection device for scanning a halted plywood panel in the system, a repairing device for performing a repair operation for the plywood panel halted for the repair operation, a transport device for transporting a plywood panel from the input section (A) to the output section (B), and a control device for generating a control signal to the repairing device in response to a detection of a defect in the plywood panel on the basis of information obtained with the detection device , characterised in that the detection device and the repairing device are arranged in one of the following: the input section (A), the output section (B), and wherein the detection device is movable in a direction of a transport of the plywood panel from the input section (A) to the output section (B). a movable detection device for scanning a halted plywood panel in the system, a repairing device for performing a repair operation for the plywood panel halted for the repair operation, a transport device for transporting a plywood panel from the input section (A) to the output section (B), and a control device for generating a control signal to the repairing device in response to a detection of a defect in the plywood panel on the basis of information obtained with the detection device , characterised in that the detection device and the repairing device are arranged in one of the following: the input section (A), the output section (B), and wherein the detection device is movable in a direction of a transport of the plywood panel from the input section (A) to the output section (B).