mhurhangee/ep-ind-claims huggingface dataset:
A method for performing, by a user equipment, UE, in an inactive condition, a Radio Access Network, RAN, -based location area update, RLAU, procedure in a wireless communication system, the method comprising: receiving configurations for a first RLAU timer and a second RLAU timer, wherein the first RLAU timer is started after the UE reselects from a legacy cell of a RAN-based Notification area, RNA, to a new cell not belonging to the configured RAN-based Notification Area, RNA, and the second RLAU timer is initiated upon expiration of the first RLAU timer; performing the RLAU procedure; identifying the RLAU procedure fails, wherein the RLAU procedure fails based on that the UE moves back from the new cell to the legacy cell, before the RLAU procedure is successfully completed; and re-trying the RLAU procedure based on whether the second RLAU timer is expired or not. receiving configurations for a first RLAU timer and a second RLAU timer, wherein the first RLAU timer is started after the UE reselects from a legacy cell of a RAN-based Notification area, RNA, to a new cell not belonging to the configured RAN-based Notification Area, RNA, and the second RLAU timer is initiated upon expiration of the first RLAU timer; performing the RLAU procedure; identifying the RLAU procedure fails, wherein the RLAU procedure fails based on that the UE moves back from the new cell to the legacy cell, before the RLAU procedure is successfully completed; and re-trying the RLAU procedure based on whether the second RLAU timer is expired or not.
A radar level gauge for determining a distance to a surface of a product in a tank, said radar level gauge comprising: a transceiver configured to transmit an electromagnetic transmit signal (S T) with varying frequency towards said surface and to receive an electromagnetic return signal (S R), via a signal propagation device; a mixer adapted to mix the transmitted electromagnetic transmit signal with the received electromagnetic return signal to provide a mixer output signal including information about the surface's echo and information about another echo; characterized in that the radar level gauge further comprises processing circuitry configured to apply an algorithm to the mixer output signal, which algorithm provides a distance-level rate matrix wherein the surface's echo and said another echo each is determined in the two dimensions distance and level rate, and to determine the distance to the surface based on the thus determined echo of the surface. a transceiver configured to transmit an electromagnetic transmit signal (S T) with varying frequency towards said surface and to receive an electromagnetic return signal (S R), via a signal propagation device; a mixer adapted to mix the transmitted electromagnetic transmit signal with the received electromagnetic return signal to provide a mixer output signal including information about the surface's echo and information about another echo; characterized in that the radar level gauge further comprises processing circuitry configured to apply an algorithm to the mixer output signal, which algorithm provides a distance-level rate matrix wherein the surface's echo and said another echo each is determined in the two dimensions distance and level rate, and to determine the distance to the surface based on the thus determined echo of the surface.
A flushing apparatus for cleaning fluid systems with a flushing conduit, integrated into which are a flushing container with a tank overflow, which may be closed when flushing liquid is added, and a circulation pump, wherein the flushing conduit includes two flushing conduit sections (8a, 8b), whose ends are connected to two flushing hoses, the ends of which are provided with couplings, which may be coupled to fluid passages of a fluid system so that the fluid passages are connected into a circulation circuit, wherein integrated into one flushing conduit section successively in the flow direction are the circulation pump, a valve, a branching off discharge valve and a shutoff valve, followed by the junction with a compressed air conduit, wherein the discharge valve can be opened for the purpose of pressure balancing when a predetermined maximum system pressure is exceeded at a measuring point, wherein a further valve is integrated into the other flushing conduit section and wherein installed into one of the flushing conduit sections (8a, 8b) between the valves (15, 31) there is a pressure meter, which is adapted to subject the couplings to a pressure maintenance test by means of air or flushing liquid.
A surgical end effector comprising: a first jaw member; a second jaw member pivotable relative to the first jaw member from a first open position to a closed position, wherein the first and second jaw members are substantially parallel in the closed position, wherein the second jaw member comprises: a proximal supply electrode that is positioned to contact an opposing member of the first jaw member when the first and second jaw members are in the closed position; and a distal supply electrode that is positioned distal of the proximal electrode and is aligned with a conductive surface of the first jaw member when the first and second jaw members are in the closed position wherein the opposing member is an electric insulator; and wherein, when the first and second jaw members are in the closed position, the proximal supply electrode is in contact with the opposing member and the distal supply electrode is not in contact with the conductive surface of the first jaw member, characterized in that the proximal supply electrode and the distal supply electrode are independently energizable. a first jaw member; a second jaw member pivotable relative to the first jaw member from a first open position to a closed position, wherein the first and second jaw members are substantially parallel in the closed position, wherein the second jaw member comprises: a proximal supply electrode that is positioned to contact an opposing member of the first jaw member when the first and second jaw members are in the closed position; and a distal supply electrode that is positioned distal of the proximal electrode and is aligned with a conductive surface of the first jaw member when the first and second jaw members are in the closed position a proximal supply electrode that is positioned to contact an opposing member of the first jaw member when the first and second jaw members are in the closed position; and a distal supply electrode that is positioned distal of the proximal electrode and is aligned with a conductive surface of the first jaw member when the first and second jaw members are in the closed position wherein the opposing member is an electric insulator; and wherein, when the first and second jaw members are in the closed position, the proximal supply electrode is in contact with the opposing member and the distal supply electrode is not in contact with the conductive surface of the first jaw member, characterized in that the proximal supply electrode and the distal supply electrode are independently energizable.
A system for detecting position data of at least one element in the front region of an eye, the system comprising at least one first system component and a second system component, wherein - the first system component is designed to continuously detect position changes of the vertex of the cornea of the eye; - the second system component directs electromagnetic radiation at topographical structures of the cornea to be ascertained or to be modified; and - wherein the system comprises a control unit including a processor and a memory; wherein the alignment of the first system component with respect to the alignment of the second system component being defined, and the second system component being continuously guided to the respective target position thereof by the control unit based on the position changes detected by the first system component, characterised in that light sources, which illuminate the cornea, are symmetrically disposed around the main axis of the system, so that a pattern of reflection points is created on the cornea, the processor determining the current position of the vertex as the center (x) of the reflection points. - the first system component is designed to continuously detect position changes of the vertex of the cornea of the eye; - the second system component directs electromagnetic radiation at topographical structures of the cornea to be ascertained or to be modified; and - wherein the system comprises a control unit including a processor and a memory;
A method for source routing ingress protection by a controller, the method comprising: receiving a path computation request; calculating a first path from a first ingress node to an egress node; calculating a second path from a second ingress node to the egress node; transmitting a first message using border gateway protocol, BGP, the first message comprising the first path to the first ingress node; and transmitting a second message using BGP, the second message comprising the second path and an ingress protection indicator to the second ingress node, the ingress protection indicator comprising a segment routing, SR, ingress protection sub-type-length-value, sub-TLV, or some other indicator indicating that the second path is for ingress protection. receiving a path computation request; calculating a first path from a first ingress node to an egress node; calculating a second path from a second ingress node to the egress node; transmitting a first message using border gateway protocol, BGP, the first message comprising the first path to the first ingress node; and transmitting a second message using BGP, the second message comprising the second path and an ingress protection indicator to the second ingress node, the ingress protection indicator comprising a segment routing, SR, ingress protection sub-type-length-value, sub-TLV, or some other indicator indicating that the second path is for ingress protection.
A method for generating an enhanced affinity T cell receptor, comprising: a. contacting one or more hematopoietic progenitor cells with one or more stromal cells and a peptide antigen, under conditions and for a time sufficient to induce differentiation of at least one hematopoietic progenitor cells into double negative TCRαβ + thymocytes, wherein the one or more hematopoietic progenitor cells comprise a non-endogenous polynucleotide encoding a TCRα chain from a parent TCR specific for the peptide antigen, and wherein the one or more stromal cells comprise a non-endogenous polynucleotide encoding Delta-like-1 or Delta-like-4 and a polynucleotide encoding an MHC molecule; b. introducing polynucleotides encoding TCRβ chains from the DN TCRαβ + thymocytes generated in step (a) into cells that are capable of expressing a TCR on the cell surface and comprise the non-endogenous polynucleotide encoding the TCRα chain from step (a); c. identifying enhanced affinity TCR expressed by at least one or more cells generated from step (b), wherein the enhanced affinity TCR is optionally a human TCR. a. contacting one or more hematopoietic progenitor cells with one or more stromal cells and a peptide antigen, under conditions and for a time sufficient to induce differentiation of at least one hematopoietic progenitor cells into double negative TCRαβ + thymocytes, wherein the one or more hematopoietic progenitor cells comprise a non-endogenous polynucleotide encoding a TCRα chain from a parent TCR specific for the peptide antigen, and wherein the one or more stromal cells comprise a non-endogenous polynucleotide encoding Delta-like-1 or Delta-like-4 and a polynucleotide encoding an MHC molecule; b. introducing polynucleotides encoding TCRβ chains from the DN TCRαβ + thymocytes generated in step (a) into cells that are capable of expressing a TCR on the cell surface and comprise the non-endogenous polynucleotide encoding the TCRα chain from step (a); c. identifying enhanced affinity TCR expressed by at least one or more cells generated from step (b), wherein the enhanced affinity TCR is optionally a human TCR.
A transverse adjustment mechanism for a bilateral half-spring type load-carrying head, which is installed in a casing of the load-carrying head of an lifting unit of a pit type unwheeling machine, fixedly connected to the casing, directly connected to an adjustment unit at the end of the load-carrying head and installed on a lead screw of the adjustment unit, the transverse adjustment mechanism comprises a guiding tube and a compression spring, characterized in that, the transverse adjustment mechanism further comprises an adjusting nut, an adjusting nut guide, a guiding sleeve, a nut mounting plate, a flange plate and a sliding shaft; wherein a screw-nut pair structure is provided between the adjusting nut and the lead screw, the guiding tube is fixedly installed at the front end of the adjusting nut, the adjusting nut guide is fixedly installed at the rear end of the adjusting nut, the guiding sleeve and the sliding shaft are fixedly installed at the adjusting nut guide, the sliding shaft is sheathed in the guiding sleeve and the guiding sleeve is fixed on the adjusting nut guide, the sliding shaft is also sheathed in the nut mounting plate which can slide on the sliding shaft, the nut mounting plate is fixedly connected to the casing, a compression spring in which the sliding shaft is sheathed is disposed between the nut mounting plate and the adjusting nut guide, one end of the guiding tube is connected to the adjusting nut, the flange plate is fixedly installed at the other end of the guiding tube, the sliding shaft is sheathed in the flange plate, a lock nut is disposed at the end of the sliding shaft and the outside of the flange plate.
A system for transferring a fluid between a first surface installation and a second surface installation comprising a tubular transfer conduit that can be deployed between the two surface facilities, the first end of which is connected to a piping of the first surface installation while the second end is designed to be connected to a manifold of the second surface installation, the tubular transfer conduit being suspended below a support and guide structure by a link, in which the tubular transfer conduit consists of: - a first flexible section; - a second flexible section, the free end of which emerging downward is provided with a connection device designed to be connected to the manifold of the second surface installation, and - an elbow connection positioned between the first and second flexible sections, the tubular transfer conduit being suspended below the support and guide structure by a link linking the support structure and a point of the elbow connection, characterized in that the first flexible section 30) extends as a catenary, the second flexible section extending substantially vertically, the support and guide structure being a hinged arm rotatably mounted around a horizontal axis on the first surface installation and bears a winch to deploy a given link length between the hinged arm and the point of the elbow connection. - a first flexible section; - a second flexible section, the free end of which emerging downward is provided with a connection device designed to be connected to the manifold of the second surface installation, and - an elbow connection positioned between the first and second flexible sections,
An anvil delivery system comprising: a delivery assembly (52, 62); an anvil assembly selectively securable to the delivery assembly (52, 62), the anvil assembly including: a center rod assembly; a head assembly pivotally secured to the anvil center rod about a pivot axis and movable between a first tilted position, an operative position, and a second tilted position, the head assembly including a housing, a cutting ring, and an anvil plate, the housing defining at least one throughbore (219a, 219b) passing through the housing and between the cutting ring and the anvil plate; a retaining suture selectively secured between the head assembly and the delivery assembly (52, 62) for retaining the head assembly in the first tilted position; and a retrieval suture having first and second ends (S2a, S2b), at least one end (S2a, S2b) extending distally from the anvil assembly, wherein first and second ends (S2a, S2b) are received through the throughbore (219a, 219b) of the housing, or wherein a first end (S2a, S2b) is received through the throughbore and a second end (S2a, S2b) is received through a second throughbore (219a, 219b) passing through the housing and between the cutting ring and the anvil plate. a delivery assembly (52, 62); an anvil assembly selectively securable to the delivery assembly (52, 62), the anvil assembly including: a center rod assembly; a head assembly pivotally secured to the anvil center rod about a pivot axis and movable between a first tilted position, an operative position, and a second tilted position, the head assembly including a housing, a cutting ring, and an anvil plate, the housing defining at least one throughbore (219a, 219b) passing through the housing and between the cutting ring and the anvil plate; a center rod assembly; a head assembly pivotally secured to the anvil center rod about a pivot axis and movable between a first tilted position, an operative position, and a second tilted position, the head assembly including a housing, a cutting ring, and an anvil plate, the housing defining at least one throughbore (219a, 219b) passing through the housing and between the cutting ring and the anvil plate; a retaining suture selectively secured between the head assembly and the delivery assembly (52, 62) for retaining the head assembly in the first tilted position; and a retrieval suture having first and second ends (S2a, S2b), at least one end (S2a, S2b) extending distally from the anvil assembly, wherein first and second ends (S2a, S2b) are received through the throughbore (219a, 219b) of the housing, or wherein a first end (S2a, S2b) is received through the throughbore and a second end (S2a, S2b) is received through a second throughbore (219a, 219b) passing through the housing and between the cutting ring and the anvil plate.
An apparatus for applying compression to the limb of a patient, the apparatus comprising a sleeve having at least three chambers, a distal chamber, a central chamber and a proximal chamber, means for inflating the chambers (3,4,5) and control means (2,7) for inflating the chambers (3,4,5) in a predetermined sequence and each at a predetermined pressure characterized in that the distal chamber is inflated to a pressure to prevent backflow of fluid in the limb, the central chamber is inflated next to a pressure to drive the fluid in the limb upwards and the proximal chamber is subsequently inflated to a pressure that supports a proximal fluid column and lastly the distal and central chambers are deflated to create a negative pressure gradient downstream in the limb and cause the fluid to be drawn up the limb.
An operating unit for a vehicle, comprising - a touchscreen, - an actuator for mechanically exciting the touchscreen upon detection of a valid manual actuation of the touchscreen when an operating command is input, and - a counterweight, - wherein the actuator as a drive unit is configured with a stator and a translator which, upon actuation of the drive unit, move in opposite directions either away from each other or towards each other starting from a rest position, namely up to an end position, and which in particular automatically move back from the end position into the rest position when the actuation has been ended, and - wherein the stator is coupled to the touchscreen and the translator is coupled to the counterweight, or vice versa, - wherein the translator and the stator each have connected thereto a coupling element assembly (24, 26), wherein the one coupling element assembly is coupled to the touchscreen and the other coupling element assembly is coupled to the counterweight, wherein the counterweight is arranged behind the touchscreen, characterized in that - the actuator is arranged behind the counterweight and thus the counterweight is arranged between the touchscreen and the actuator, and that the counterweight has a through-going opening through which the coupling element assembly connected to the touchscreen extends. - a touchscreen, - an actuator for mechanically exciting the touchscreen upon detection of a valid manual actuation of the touchscreen when an operating command is input, and - a counterweight, - wherein the actuator as a drive unit is configured with a stator and a translator which, upon actuation of the drive unit, move in opposite directions either away from each other or towards each other starting from a rest position, namely up to an end position, and which in particular automatically move back from the end position into the rest position when the actuation has been ended, and - wherein the stator is coupled to the touchscreen and the translator is coupled to the counterweight, or vice versa, - wherein the translator and the stator each have connected thereto a coupling element assembly (24, 26), wherein the one coupling element assembly is coupled to the touchscreen and the other coupling element assembly is coupled to the counterweight, wherein the counterweight is arranged behind the touchscreen, characterized in that - the actuator is arranged behind the counterweight and thus the counterweight is arranged between the touchscreen and the actuator, and that the counterweight has a through-going opening through which the coupling element assembly connected to the touchscreen extends.
Processing machine having a drying device, wherein the drying device comprises a radiation source accommodated in a housing, wherein shutters are provided adjacent to the radiation source in the housing, wherein the housing has at least one air inlet opening for ambient air so that, once the ambient air has entered the housing, it flows around the radiation source, wherein the housing has an air outlet opening for exhaust air (11, 17) and wherein associated with the drying device is a blower air system, by means of which the ambient air flowing into the air inlet opening is and/or can be actively influenced at a distance from the radiation source, characterized in that the blower air system can be controlled by a control device based on the current emitter output of the radiation source or can be regulated by a control device based on the current emitter output of the radiation source, which is determined by a sensor system. wherein the drying device comprises a radiation source accommodated in a housing, wherein shutters are provided adjacent to the radiation source in the housing, wherein the housing has at least one air inlet opening for ambient air so that, once the ambient air has entered the housing, it flows around the radiation source, wherein the housing has an air outlet opening for exhaust air (11, 17) and wherein associated with the drying device is a blower air system, by means of which the ambient air flowing into the air inlet opening is and/or can be actively influenced at a distance from the radiation source, characterized in that the blower air system can be controlled by a control device based on the current emitter output of the radiation source or can be regulated by a control device based on the current emitter output of the radiation source, which is determined by a sensor system.
A cleaning composition consisting of water, at least one corrosion inhibitor, at least one quaternary base, and at least one organic amine, wherein the corrosion inhibitor consists of a species selected from the group consisting of: glucuronic acid; squaric acid; adenosine and derivatives thereof; phenanthroline in combination with ascorbic acid; flavonols and derivatives thereof; anthocyanins and derivatives thereof; flavonols in combination with anthocyanins; quercitin and derivatives thereof; quercitin in combination with anthocyanins; and combinations thereof, wherein the cleaning composition is effective for the removal of residue from a microelectronic device having said residue thereon.