mhurhangee/patent-ind-claim-en huggingface dataset:
A suture device comprising: a mounting structure adapted to be secured relative to a distal end of an endoscope ; a suture ring secured relative to the mounting structure, the suture ring defining an arcuate channel extending within the suture ring ; a first arcuate needle passer slidingly disposed within a first side of the arcuate channel , the first arcuate needle passer including a working end and a control end ; a first control element operably coupled to the control end of the first arcuate needle passer ; an arcuate needle releasably securable to the first arcuate needle passer , a second arcuate needle passer slidingly disposed within a second side of the arcuate channel , the second arcuate needle passer including a working end and a control end ; a second control element operably coupled to the control end of the second arcuate needle passer ; wherein the arcuate needle is passable between the first arcuate needle passer and the second arcuate needle passer and includes a first latching feature adapted to releasably secure the arcuate needle to the first arcuate needle passer and a second latching feature adapted to releasably secure the arcuate needle to the second arcuate needle passer ; characterized in that the first control element and the second control element cross over each other upon entering the arcuate channel of the suture ring . a mounting structure adapted to be secured relative to a distal end of an endoscope ; a suture ring secured relative to the mounting structure, the suture ring defining an arcuate channel extending within the suture ring ; a first arcuate needle passer slidingly disposed within a first side of the arcuate channel , the first arcuate needle passer including a working end and a control end ; a first control element operably coupled to the control end of the first arcuate needle passer ; an arcuate needle releasably securable to the first arcuate needle passer , a second arcuate needle passer slidingly disposed within a second side of the arcuate channel , the second arcuate needle passer including a working end and a control end ; a second control element operably coupled to the control end of the second arcuate needle passer ; wherein the arcuate needle is passable between the first arcuate needle passer and the second arcuate needle passer and includes a first latching feature adapted to releasably secure the arcuate needle to the first arcuate needle passer and a second latching feature adapted to releasably secure the arcuate needle to the second arcuate needle passer ; characterized in that the first control element and the second control element cross over each other upon entering the arcuate channel of the suture ring .
A method comprising: providing a layer of ceramic precursor material supported on a carrier, wherein the layer of ceramic precursor material comprises a ceramic precursor and free water; and cutting through the layer of ceramic precursor material using a laser beam to provide shaped ceramic precursor particles; or scoring the layer of ceramic precursor material using a laser beam to provide a scored layer of ceramic precursor material. providing a layer of ceramic precursor material supported on a carrier, wherein the layer of ceramic precursor material comprises a ceramic precursor and free water; and cutting through the layer of ceramic precursor material using a laser beam to provide shaped ceramic precursor particles; or scoring the layer of ceramic precursor material using a laser beam to provide a scored layer of ceramic precursor material.
A cooling and/or heating system comprising: a package air conditioning unit configured to operate in at least one of a heating mode and a cooling mode, comprising: a housing having at least two airflow outlets; a condenser portion including a condenser disposed in the housing ; an evaporator portion disposed in the housing including: an evaporator in fluid communication with the condenser ; and a vane-axial flow fan rotatable about a fan axis to power airflow from a conditioned space , across the evaporator and back toward the conditioned space via the at least two airflow outlets in the housing ; and a heating element disposed downstream of the vane-axial flow fan to heat the airflow when the package air conditioning unit is operating in the heating mode; wherein the at least two airflow outlets in the housing constitute at least two alternate housing outlets through which the airflow may be directed toward the conditioned space . a housing having at least two airflow outlets; a condenser portion including a condenser disposed in the housing ; an evaporator portion disposed in the housing including: an evaporator in fluid communication with the condenser ; and a vane-axial flow fan rotatable about a fan axis to power airflow from a conditioned space , across the evaporator and back toward the conditioned space via the at least two airflow outlets in the housing ; and an evaporator in fluid communication with the condenser ; and a vane-axial flow fan rotatable about a fan axis to power airflow from a conditioned space , across the evaporator and back toward the conditioned space via the at least two airflow outlets in the housing ; and a heating element disposed downstream of the vane-axial flow fan to heat the airflow when the package air conditioning unit is operating in the heating mode; wherein the at least two airflow outlets in the housing constitute at least two alternate housing outlets through which the airflow may be directed toward the conditioned space .
A method for joining panels comprising the steps of abutting two panels together about their end faces and externally bridging at least part of the interface between the two panels on both opposing main planar surfaces of the panels using mechanical coupling means , the mechanical coupling being possible without the use of an interior intermediate joining member, the mechanical coupling means comprising two or more flat plate members , characterized in that the panels are structural insulated panels , and wherein each of the flat plate members comprises spikes, the method further comprising the step of spiking one of the flat plate members onto the main planar surface of one of the structural insulated panels on either or both sides of the interface and spiking another of the flat plate members onto the opposing main planar surface of one of the structural insulated panels on either or both sides of the interface .
A computing system configured to detect and handle malicious network tunneling, the computing system comprising: a computer processor; and a non-transitory computer readable storage medium storing program instructions configured for execution by the computer processor in order to cause the computing system to: access a VPN log including a listing of one or more client IP addresses assigned to a corresponding one or more remote users granted access to a network via virtual private network, VPN, connections; access a data connection log including a listing of one or more remote IP addresses requested via the network; identify a first IP address included in the VPN log and in the data connection log; generate a risk score based on at least traffic data associated with the first IP address, the traffic data including information regarding any connections from the network initiated by the first IP address, the risk score at least partly indicative of a likelihood that the traffic data includes one or more malicious tunneling connections; and terminate a first connection if the risk score exceeds a threshold value. a computer processor; and a non-transitory computer readable storage medium storing program instructions configured for execution by the computer processor in order to cause the computing system to: access a VPN log including a listing of one or more client IP addresses assigned to a corresponding one or more remote users granted access to a network via virtual private network, VPN, connections; access a data connection log including a listing of one or more remote IP addresses requested via the network; identify a first IP address included in the VPN log and in the data connection log; generate a risk score based on at least traffic data associated with the first IP address, the traffic data including information regarding any connections from the network initiated by the first IP address, the risk score at least partly indicative of a likelihood that the traffic data includes one or more malicious tunneling connections; and terminate a first connection if the risk score exceeds a threshold value. access a VPN log including a listing of one or more client IP addresses assigned to a corresponding one or more remote users granted access to a network via virtual private network, VPN, connections; access a data connection log including a listing of one or more remote IP addresses requested via the network; identify a first IP address included in the VPN log and in the data connection log; generate a risk score based on at least traffic data associated with the first IP address, the traffic data including information regarding any connections from the network initiated by the first IP address, the risk score at least partly indicative of a likelihood that the traffic data includes one or more malicious tunneling connections; and terminate a first connection if the risk score exceeds a threshold value.
A passive NO x adsorber effective to adsorb NO x at or below a low temperature and release the adsorbed NO x at temperatures above the low temperature, said passive NO x adsorber comprising a first noble metal and a molecular sieve having a MAZ Framework Type, and further comprising a flow-through substrate or filter substrate; wherein the low temperature is 250°C; and wherein the first noble metal is palladium.
Printer for printing a printing medium comprising a holder for the printing medium wound into a roll, a print head for printing the printing medium during a printing operation, a print roller to guide the printing medium past the print head during the printing operation, and a cutting device for severing a printed part of the printing medium, wherein the cutting device comprises a stationary blade and a blade that can be moved against the stationary blade , wherein the cutting device comprises a drive motor, by means of which the movable blade can be moved from a rest position into a cutting position and back, and wherein a rotational movement of the drive motor is converted into a linear movement of the movable blade by means of a gear mechanism and at least one drive pin , wherein the movement path of the at least one drive pin is circular or elliptical and wherein the movable blade comprises a slotted guide , in which the drive pin engages, characterized in that the slotted guide extends in a first section from one edge of the movable blade, which is opposite a cutting edge of the movable blade, parallel to the direction of movement of the movable blade, and in that the gear mechanism is configured in such a way that, by means of a rotational movement of the drive motor, the at least one drive pin can be moved into a removal position, wherein, in the removal position, the at least one drive pin engages in the first section of the slotted guide. a print head for printing the printing medium during a printing operation, a print roller to guide the printing medium past the print head during the printing operation, and a cutting device for severing a printed part of the printing medium, wherein the cutting device comprises a stationary blade and a blade that can be moved against the stationary blade , wherein the cutting device comprises a drive motor, by means of which the movable blade can be moved from a rest position into a cutting position and back, and wherein a rotational movement of the drive motor is converted into a linear movement of the movable blade by means of a gear mechanism and at least one drive pin , wherein the movement path of the at least one drive pin is circular or elliptical and wherein the movable blade comprises a slotted guide , in which the drive pin engages, characterized in that the slotted guide extends in a first section from one edge of the movable blade, which is opposite a cutting edge of the movable blade, parallel to the direction of movement of the movable blade, and in that the gear mechanism is configured in such a way that, by means of a rotational movement of the drive motor, the at least one drive pin can be moved into a removal position, wherein, in the removal position, the at least one drive pin engages in the first section of the slotted guide.
An apparatus comprising: a liner configured to cover a frame element of an aircraft, the liner comprising: a first insulator having a first sidewall and a first distal end; a second insulator having a second sidewall and a second distal end; a lengthwise gap located between the first and second distal ends; a first waterproof lip that is attached to the first insulator at the first distal end, the first waterproof lip and the first sidewall forming a first drainage channel ; and a second waterproof lip that is attached to the second insulator at the second distal end, the second waterproof lip and the second sidewall forming a second drainage channel , wherein the first waterproof lip and the second waterproof lip each comprise a lengthwise fixation element that attaches the first waterproof lip to the second waterproof lip to seal at least a portion of the lengthwise gap ; wherein the drainage channels comprise arcuate pathways configured to follow a length of a frame element of an aircraft; and wherein the first waterproof lip and the second waterproof lip are configured to extend towards the frame element . a first insulator having a first sidewall and a first distal end; a second insulator having a second sidewall and a second distal end; a lengthwise gap located between the first and second distal ends; a first waterproof lip that is attached to the first insulator at the first distal end, the first waterproof lip and the first sidewall forming a first drainage channel ; and a second waterproof lip that is attached to the second insulator at the second distal end, the second waterproof lip and the second sidewall forming a second drainage channel , wherein the first waterproof lip and the second waterproof lip each comprise a lengthwise fixation element that attaches the first waterproof lip to the second waterproof lip to seal at least a portion of the lengthwise gap ; wherein the drainage channels comprise arcuate pathways configured to follow a length of a frame element of an aircraft; and wherein the first waterproof lip and the second waterproof lip are configured to extend towards the frame element .
A computer-implemented method for operating an Autonomous Driving Vehicle, ADV, to follow another ADV in a platoon manner, the method comprising: receiving , at a second ADV, a vehicle status and a first perception result from a first ADV over a Vehicle-to-Vehicle, V2V, link, the first perception result including one or more obstacles perceived by the first ADV; performing a perception process at the second ADV to perceive a driving environment associated with the second ADV, generating a second perception result; merging the first perception result and the second perception result performed by the second ADV to generate a third perception result; planning a second trajectory based on the vehicle status of the first ADV and the third perception result to cause the second ADV to follow the first ADV in a platoon manner; receiving a path planning result from the first ADV over the V2V link, the path planning result including a first trajectory planned by the first ADV to autonomously drive the first ADV; predicting movement of the first ADV based on the first trajectory provided by the path planning result of the first ADV and the third perception result; and generating a predicted trajectory based on the predicted movement of the first ADV, the predicted trajectory representing a trajectory of the first ADV predicted by the second ADV, wherein the second trajectory is planned in view of the predicted trajectory of the first ADV. receiving , at a second ADV, a vehicle status and a first perception result from a first ADV over a Vehicle-to-Vehicle, V2V, link, the first perception result including one or more obstacles perceived by the first ADV; performing a perception process at the second ADV to perceive a driving environment associated with the second ADV, generating a second perception result; merging the first perception result and the second perception result performed by the second ADV to generate a third perception result; planning a second trajectory based on the vehicle status of the first ADV and the third perception result to cause the second ADV to follow the first ADV in a platoon manner; receiving a path planning result from the first ADV over the V2V link, the path planning result including a first trajectory planned by the first ADV to autonomously drive the first ADV; predicting movement of the first ADV based on the first trajectory provided by the path planning result of the first ADV and the third perception result; and generating a predicted trajectory based on the predicted movement of the first ADV, the predicted trajectory representing a trajectory of the first ADV predicted by the second ADV, wherein the second trajectory is planned in view of the predicted trajectory of the first ADV.
A method performed by a network node for reducing interference in neighboring cells, which network node operates in a communication network , which is adapted to wirelessly serve a User Equipment, UE, , via a serving Radio Access, RA, node , the method comprising: - obtaining a determination of Reference Signal Received Power, RSRP, from the serving RA node , as received by the UE and a determination of RSRP from a neighboring RA node , as received by the UE , when the UE is connected to the serving RA node , and - deciding to reduce a transmit power of the serving RA node , when the RSRP of the serving RA node is higher than the RSRP of the neighboring RA node , in order to reduce the interference in the neighboring cells caused by the serving RA node . - obtaining a determination of Reference Signal Received Power, RSRP, from the serving RA node , as received by the UE and a determination of RSRP from a neighboring RA node , as received by the UE , when the UE is connected to the serving RA node , and - deciding to reduce a transmit power of the serving RA node , when the RSRP of the serving RA node is higher than the RSRP of the neighboring RA node , in order to reduce the interference in the neighboring cells caused by the serving RA node .
An anchoring system for securing soft tissue to bone, comprising: an implant having an undeployed configuration and a deployed configuration, the implant securable to adjacent bone when in the deployed configuration; a wick connected to the implant , the wick comprising a first portion having an extended surface area which is movable between a retracted undeployed configuration and an extended deployed configuration and a second portion connecting the first portion to the implant , the wick first portion being comprised of a material adapted to provide a pathway for cells to travel from within the bone to an interface between the bone and soft tissue to promote healing at the bone and soft tissue interface; and a shielding structure disposed about and protecting the wick during insertion of the wick into a position adjacent to a desired bone and soft tissue interface; characterised in that the implant comprises an all-suture anchor. an implant having an undeployed configuration and a deployed configuration, the implant securable to adjacent bone when in the deployed configuration; a wick connected to the implant , the wick comprising a first portion having an extended surface area which is movable between a retracted undeployed configuration and an extended deployed configuration and a second portion connecting the first portion to the implant , the wick first portion being comprised of a material adapted to provide a pathway for cells to travel from within the bone to an interface between the bone and soft tissue to promote healing at the bone and soft tissue interface; and a shielding structure disposed about and protecting the wick during insertion of the wick into a position adjacent to a desired bone and soft tissue interface; characterised in that the implant comprises an all-suture anchor.
A connector comprising: a housing defining an insertion section into which a male connector is inserteable from the outside and a flow path communicating with the insertion section ; and an elastic valve body having a slit and blocking the insertion section , wherein the housing includes a tip receiving section formed on an inner wall defining the flow path , the tip receiving section configured to receive a tip of the male connector when inserted through the slit of the elastic valve body , and the tip receiving section is formed only on a part of the inner wall which defines the flow path in a circumferential direction (C), characterized in that the tip receiving section comprises projections projecting toward the flow path in a direction (B) perpendicular to an insertion direction (A) of the male connector and each of the projections becomes gradually slimmer from a base toward an apex when viewed in the insertion direction (A). a housing defining an insertion section into which a male connector is inserteable from the outside and a flow path communicating with the insertion section ; and an elastic valve body having a slit and blocking the insertion section , wherein the housing includes a tip receiving section formed on an inner wall defining the flow path , the tip receiving section configured to receive a tip of the male connector when inserted through the slit of the elastic valve body , and the tip receiving section is formed only on a part of the inner wall which defines the flow path in a circumferential direction (C), characterized in that the tip receiving section comprises projections projecting toward the flow path in a direction (B) perpendicular to an insertion direction (A) of the male connector and each of the projections becomes gradually slimmer from a base toward an apex when viewed in the insertion direction (A).