mhurhangee/ep-ind-claims huggingface dataset:
A packaged catheter assembly comprising: a catheter assembly comprising a catheter shaft and a catheter sleeve mounted on said catheter shaft; and packaging for said catheter assembly, in which said catheter assembly is packaged, said packaging being openable from one end thereof, said catheter sleeve being mounted towards a distal end of said catheter shaft, said distal end of said catheter shaft and said catheter sleeve being disposed at or towards said openable end of said packaging, characterised in that: said catheter shaft extends through said catheter sleeve; and said catheter sleeve is formed from a compressible resilient material and can be compressed by a user to indirectly engage said catheter shaft without physical contact between said user and said catheter shaft, thereby facilitating insertion of the distal end of said catheter shaft into said user. a catheter assembly comprising a catheter shaft and a catheter sleeve mounted on said catheter shaft; and packaging for said catheter assembly, in which said catheter assembly is packaged, said packaging being openable from one end thereof, said catheter sleeve being mounted towards a distal end of said catheter shaft, said distal end of said catheter shaft and said catheter sleeve being disposed at or towards said openable end of said packaging, said catheter shaft extends through said catheter sleeve; and said catheter sleeve is formed from a compressible resilient material and can be compressed by a user to indirectly engage said catheter shaft without physical contact between said user and said catheter shaft, thereby facilitating insertion of the distal end of said catheter shaft into said user.
Method for installing a single power cable span in a tunnel having an entrance and an exit, the method comprising the steps of: - positioning the head portion of the single cable span near the tunnel entrance; - laying the single cable span in the tunnel past the tunnel exit, wherein the step of laying the single cable span in the tunnel comprises repeating the following sub-steps until the cable head portion reaches an endpoint outside the tunnel: - at the tunnel entrance connecting a trolley in a slidable manner on a rail longitudinally extending along the tunnel between the tunnel entrance and the tunnel exit; - joining the trolley to a pulling rope and to the single cable span; - moving the trolley along the rail by pulling the pulling rope; - after a predetermined length connecting another trolley to the rail at the tunnel entrance and joining said other trolley to the pulling rope and to the single cable span; - at the tunnel exit disconnecting the trolley from the pulling rope and from the single cable span and removing it from the rail; - when the cable head portion reached the endpoint, locking at least the trolley nearest to the tunnel exit on the rail inside the tunnel. - positioning the head portion of the single cable span near the tunnel entrance; - laying the single cable span in the tunnel past the tunnel exit, wherein the step of laying the single cable span in the tunnel comprises repeating the following sub-steps until the cable head portion reaches an endpoint outside the tunnel: - at the tunnel entrance connecting a trolley in a slidable manner on a rail longitudinally extending along the tunnel between the tunnel entrance and the tunnel exit; - joining the trolley to a pulling rope and to the single cable span; - moving the trolley along the rail by pulling the pulling rope; - after a predetermined length connecting another trolley to the rail at the tunnel entrance and joining said other trolley to the pulling rope and to the single cable span; - at the tunnel exit disconnecting the trolley from the pulling rope and from the single cable span and removing it from the rail; - at the tunnel entrance connecting a trolley in a slidable manner on a rail longitudinally extending along the tunnel between the tunnel entrance and the tunnel exit; - joining the trolley to a pulling rope and to the single cable span; - moving the trolley along the rail by pulling the pulling rope; - after a predetermined length connecting another trolley to the rail at the tunnel entrance and joining said other trolley to the pulling rope and to the single cable span; - at the tunnel exit disconnecting the trolley from the pulling rope and from the single cable span and removing it from the rail; - when the cable head portion reached the endpoint, locking at least the trolley nearest to the tunnel exit on the rail inside the tunnel.
Process for preparation of microfibre webs or papery products from reactive thermoplastic low molecular weight resin melts, characterized in that the resin melts are formed in gas media having a gas velocity in the range from 0.2 < Ma < 1.0 at a gas medium temperature above the melting temperature of the low molecular weight resin used, wherein a spinning beam is used and wherein the blowing stream of gas builds up an inhomogeneous field of flow whereby the resin melts emerging from the nozzle are initially attenuated into microfibrous structures which split into flocs, the flocs are laid down as a microfibre web or as papery products and the thermoplastic low molecular weight resins are converted into thermoset resins by curing.
An antiviral uridine phosphoramide compound 01, optical isomers thereof, pharmaceutically acceptable salts thereof, or solvates of compound 01, the optical isomers thereof, or the pharmaceutically acceptable salts thereof, wherein compound 01 is of the formula:
A medium discharging apparatus comprising: a first tray in which a medium is received and placed; a second tray in which the medium discharged from the first tray is received; a discharging mechanism that discharges the medium from the first tray toward the second tray; and a first curl suppressing member that is located above a rear end region of the medium in a discharge direction; characterized in that said first curl supressing member moves so as to follow movement of the rear end region while maintaining attitude until the medium placed on the first tray is discharged from the first tray to the second tray by the discharging mechanism and placed on the second tray. a first tray in which a medium is received and placed; a second tray in which the medium discharged from the first tray is received; a discharging mechanism that discharges the medium from the first tray toward the second tray; and a first curl suppressing member that is located above a rear end region of the medium in a discharge direction;
Tool-holder unit of a machine for machining block or slab materials, said tool-holder unit being moveable above a working plane of said machine on which the block or slab material to be machined is laid, wherein the tool-holder unit comprises: - a spindle on which a circular blade is mounted, and - a coupling assembly for removably coupling a second machining tool to a front free end of the spindle, comprising a tool-holder associated to the second machining tool and at least one mechanical coupling device provided with elements cooperating in abutment relationship (58, 68) to make the tool-holder and the spindle rotationally integral with each other, characterised in that said coupling assembly further comprises: - at least two first magnets with north polarity and at least two second magnets with south polarity, associated to the front free end of the spindle and circumferentially arranged alternating with each other at said front free end, - at least two third magnets with south polarity and at least two fourth magnets with north polarity, associated to a free end of said tool-holder and circumferentially arranged alternating with each other at said free end of the tool-holder. - a spindle on which a circular blade is mounted, and - a coupling assembly for removably coupling a second machining tool to a front free end of the spindle, comprising a tool-holder associated to the second machining tool and at least one mechanical coupling device provided with elements cooperating in abutment relationship (58, 68) to make the tool-holder and the spindle rotationally integral with each other, - at least two first magnets with north polarity and at least two second magnets with south polarity, associated to the front free end of the spindle and circumferentially arranged alternating with each other at said front free end, - at least two third magnets with south polarity and at least two fourth magnets with north polarity, associated to a free end of said tool-holder and circumferentially arranged alternating with each other at said free end of the tool-holder.
A method for sealing a gap between adjoining or connected solid surfaces on an aircraft, comprising applying a polysulfide or polythioether rubber to the gap to form an uncured seal over the gap, and contacting the uncured seal with a composition comprising a polysulfide rubber curing agent, a metal cation, an ionic liquid, and a liquid carrier.
A percutaneous trans-luminal catheter delivery system for an implant, the system comprising: a catheter shaft with a proximal end and a distal end to carry the implant, and an elongate housing at the proximal end that an operator can grasp when deploying the implant, the shaft having an inner push component which can push on the implant in a distal direction and an outer sheath component which radially surrounds the implant until said deployment of the implant into the bodily lumen, the outer sheath component being capable of being pulled proximally, from the housing, to deploy the implant, the housing being mounted on a proximal end portion of the push component and defining a channel, the housing containing a sheath slitter that is fixedly mounted relative to the length of the channel and that can slit the outer sheath as the outer sheath is caused to move proximally in the channel relative to the slitter, the system being characterized in that: the housing is slidable on the push component, the housing includes a clamp that can be actuated to clamp the housing to the push component to fix the housing lengthwise on the push component at any desired location along the push component, and the housing defines an off-axis side channel for the slitted outer sheath proximal of the slitter, the side channel terminating at a pull aperture where the slitted sheath can be grasped and pulled whereby, with the housing clamped to the push element, the sheath can be pulled proximally, relative to the push component, thereby to deploy the implant. a catheter shaft with a proximal end and a distal end to carry the implant, and an elongate housing at the proximal end that an operator can grasp when deploying the implant, the housing is slidable on the push component, the housing includes a clamp that can be actuated to clamp the housing to the push component to fix the housing lengthwise on the push component at any desired location along the push component, and the housing defines an off-axis side channel for the slitted outer sheath proximal of the slitter, the side channel terminating at a pull aperture where the slitted sheath can be grasped and pulled whereby, with the housing clamped to the push element, the sheath can be pulled proximally, relative to the push component, thereby to deploy the implant.
A container for storing and/or transporting spent nuclear fuel comprising: a body having an outer surface and an inner surface defining an internal cavity; a plurality of blind holes formed into the body, each of the blind holes defined by a floor and a sidewall extending from the floor to an opening in the outer surface of the body; a plurality of trunnions (120,220,180) coupled to the body, each of the trunnions comprising: a first component (130,181) located within one of the blind holes, the first component extending from a first end to a second end and having an inner surface defining a hollow interior; and a second component (150,190) at least partially located within the hollow interior of the first component, the second component extending from a first end to a second end along a longitudinal axis; and wherein for each of the plurality of trunnions, the second component is axially slidable relative to the first component between: a protruded state in which a portion of the second component protrudes from the outer surface of the body; and a retracted state in which the second component does not protrude from the outer surface of the body. a body having an outer surface and an inner surface defining an internal cavity; a plurality of blind holes formed into the body, each of the blind holes defined by a floor and a sidewall extending from the floor to an opening in the outer surface of the body; a plurality of trunnions (120,220,180) coupled to the body, each of the trunnions comprising: a first component (130,181) located within one of the blind holes, the first component extending from a first end to a second end and having an inner surface defining a hollow interior; and a second component (150,190) at least partially located within the hollow interior of the first component, the second component extending from a first end to a second end along a longitudinal axis; and a first component (130,181) located within one of the blind holes, the first component extending from a first end to a second end and having an inner surface defining a hollow interior; and a second component (150,190) at least partially located within the hollow interior of the first component, the second component extending from a first end to a second end along a longitudinal axis; and wherein for each of the plurality of trunnions, the second component is axially slidable relative to the first component between: a protruded state in which a portion of the second component protrudes from the outer surface of the body; and a retracted state in which the second component does not protrude from the outer surface of the body.
A method for coupling an ECG monitor with an incompatible ECG lead set (120, 130), comprising the steps of: providing an ECG adapter including an adapter body having at least one monitor connector adapted for coupling to an input of an ECG monitor and first and second lead set receptacles adapted for coupling to respective connectors (121, 131) of first and second ECG lead sets (120, 130) incompatible with the input of the ECG monitor; coupling the at least one monitor connector of the adapter body with the input of the ECG monitor; and coupling the connectors of the first and second ECG lead sets (120, 130) to the respective first and second lead set receptacles (112a, 112b) of the adapter body to thereby electrically couple the ECG lead set with the ECG monitor; wherein the adapter body comprising two opposing faces and side walls extending between the opposition faces, wherein said monitor connector is provided in one of the two opposing faces and the two lead set receptacles are provided in another one of the two opposing faces; and wherein the first lead set receptacle is different from the second lead set receptacle to permit coupling to different ECG lead sets (120, 130). providing an ECG adapter including an adapter body having at least one monitor connector adapted for coupling to an input of an ECG monitor and first and second lead set receptacles adapted for coupling to respective connectors (121, 131) of first and second ECG lead sets (120, 130) incompatible with the input of the ECG monitor; coupling the at least one monitor connector of the adapter body with the input of the ECG monitor; and coupling the connectors of the first and second ECG lead sets (120, 130) to the respective first and second lead set receptacles (112a, 112b) of the adapter body to thereby electrically couple the ECG lead set with the ECG monitor; wherein the adapter body comprising two opposing faces and side walls extending between the opposition faces, wherein said monitor connector is provided in one of the two opposing faces and the two lead set receptacles are provided in another one of the two opposing faces; and wherein the first lead set receptacle is different from the second lead set receptacle to permit coupling to different ECG lead sets (120, 130).
Use of patchouli oil, patchouli alcohol and/or esters and ethers of patchouli alcohol, patchoulenol, norpatchoulenol and seychellen for inhibiting the asexual reproduction of human-pathogenic fungi for non-medical purposes.
A delivery conduit for supplying a flow of gases from a gases supply means to a patient, the delivery conduit comprising a part of an electrical circuit, wherein the part of an electrical circuit includes a heater wire (21,28) to heat to the gases flowing through the delivery conduit; and a temperature sensor connected in series with the heater wire (21,28), and positioned at or near the end of the delivery conduit nearest the patient, wherein the part of the electrical circuit is adapted to be used to provide measurements of a temperature of the flow of gases supplied to the patient through the delivery conduit, and wherein the part of an electrical circuit includes a diode in parallel with the temperature sensor. the delivery conduit comprising a part of an electrical circuit, wherein the part of an electrical circuit includes a heater wire (21,28) to heat to the gases flowing through the delivery conduit; and a temperature sensor connected in series with the heater wire (21,28), and positioned at or near the end of the delivery conduit nearest the patient, wherein the part of the electrical circuit is adapted to be used to provide measurements of a temperature of the flow of gases supplied to the patient through the delivery conduit, and wherein the part of an electrical circuit includes a diode in parallel with the temperature sensor.
A peripheral wireless communication device (201, 202, 401) comprising a processor (260, 270) configured to measure time, wherein the processor (260, 270) is configured to acquire time information from a central wireless communication device (100, 300) providing service to the peripheral wireless communication device (201, 202, 401) and correct the measured time; characterized in that the processor (260, 270) is further configured to send timing information presenting a timing of acquiring the time information to the central wireless communication device (100, 300); and when the peripheral wireless communication device (201, 202, 401) and another peripheral wireless communication device (201, 202, 401) other than the peripheral wireless communication device (201, 202, 401) overlap in the timing presented by the timing information, receive notice of change of the timing information from the central wireless communication device (100, 300) and change a setting of the timing information based on the notice of change. acquire time information from a central wireless communication device (100, 300) providing service to the peripheral wireless communication device (201, 202, 401) and correct the measured time; characterized in that the processor (260, 270) is further configured to send timing information presenting a timing of acquiring the time information to the central wireless communication device (100, 300); and when the peripheral wireless communication device (201, 202, 401) and another peripheral wireless communication device (201, 202, 401) other than the peripheral wireless communication device (201, 202, 401) overlap in the timing presented by the timing information, receive notice of change of the timing information from the central wireless communication device (100, 300) and change a setting of the timing information based on the notice of change.
A computer implemented method comprising: in response to a third party application changing application data, receiving identifiers of records changed in the application data and temporarily storing the identifiers in an update list, launching an application indexer to run in a process having privileges identical to privileges of a third party application executable on the processor, wherein the process is separate from other processes involving other third party applications executable on the processor; instantiating, by the application indexer, an instance of an application search bundle specific to the third party application that executes with privileges identical to the privileges of the third party application, the third party application search bundle specific to the third party application to access records of application data; passing, by the application indexer the updated identifications associated with records of application data in the update list to the application search bundle to request the records, from the instance of the application search bundle, the changed records corresponding to the updated identifiers, the application indexer indexing the records received from the instance of the application search bundle in a search database. in response to a third party application changing application data, receiving identifiers of records changed in the application data and temporarily storing the identifiers in an update list, launching an application indexer to run in a process having privileges identical to privileges of a third party application executable on the processor, wherein the process is separate from other processes involving other third party applications executable on the processor; instantiating, by the application indexer, an instance of an application search bundle specific to the third party application that executes with privileges identical to the privileges of the third party application, the third party application search bundle specific to the third party application to access records of application data; passing, by the application indexer the updated identifications associated with records of application data in the update list to the application search bundle to request the records, from the instance of the application search bundle, the changed records corresponding to the updated identifiers, the application indexer indexing the records received from the instance of the application search bundle in a search database.
A nozzle for a container for intranasal administration of a liquid formulation, comprising a nozzle body with an upper end and a lower end, a channel traversing the nozzle body and ending with an orifice in the upper end, and a nozzle cover covering an area of the outer surface of the nozzle body which is designed to be introduced into a user's nostril, wherein the nozzle body is made out of a first material, and the nozzle cover is made out of a second material, said first material being a rigid plastic material, and said second material being an elastic plastic material, and wherein the nozzle cover is not in contact with the orifice, wherein the nozzle, when introduced into a nostril, seals the nostril, and wherein a flow channel for the liquid formulation is formed in the nozzle, and wherein the flow channel is lined by the first material only, characterised in that the nozzle is produced by bi-injection moulding, and that the second material is a thermoplastic elastomer with a Shore A hardness of 20 - 40.