mhurhangee/patent-ind-claim-en huggingface dataset:
A sensor device for insertion and for measuring tension within a braided, plaited and/or laid line , characterized in that the sensor device is shaped as a prolate spheroid and comprises; - an elongated sensor housing having an outer housing surface and an inner housing surface , the outer housing surface having a substantially elliptic or circular cross sectional area around the longitudinal centre axis of the sensor housing , and at least part of the maximum diameter D of the elongated sensor housing measured in direction perpendicular to a centreline C of the housing's longitudinal direction is constant along at least a portion of the housing's longitudinal length L, - at least one pressure sensor arranged inside the elongated sensor housing , the at least one pressure sensor being configured to measure, at least indirectly, a pressure exerted on the outer housing surface , - wherein the elongated sensor housing comprises a middle part and two end parts that are removably connected to the sensor housing by fixing means such that the removal of at least one end part of the elongated sensor housing allows free access to the internally arranged at least one pressure sensor , and the fixing means comprises screw threads on the detachable end parts and middle part , configured to engage with each other, thereby allowing the detachable end parts to be screwed on to the middle part . - an elongated sensor housing having an outer housing surface and an inner housing surface , the outer housing surface having a substantially elliptic or circular cross sectional area around the longitudinal centre axis of the sensor housing , and at least part of the maximum diameter D of the elongated sensor housing measured in direction perpendicular to a centreline C of the housing's longitudinal direction is constant along at least a portion of the housing's longitudinal length L, - at least one pressure sensor arranged inside the elongated sensor housing , the at least one pressure sensor being configured to measure, at least indirectly, a pressure exerted on the outer housing surface , - wherein the elongated sensor housing comprises a middle part and two end parts that are removably connected to the sensor housing by fixing means such that the removal of at least one end part of the elongated sensor housing allows free access to the internally arranged at least one pressure sensor , and the fixing means comprises screw threads on the detachable end parts and middle part , configured to engage with each other, thereby allowing the detachable end parts to be screwed on to the middle part .
A tissue anchoring system comprising: a tissue anchor member that is configured for being anchored against tissue ; a tensioning member operatively connected to the anchor member such that the anchor member can slide relative to the tensioning member , the tensioning member capable of being pulled to cause the anchor member to change a position thereof; and a hand operated deployment catheter operable to extend and deploy the anchor member therefrom, the deployment catheter including: a spool assembly including a spool rotatable member about which the tensioning member is routed; and a deployable pusher assembly for controllably deploying a portion of the anchor member ; characterized in that the deployment catheter has a proximal handle and includes: a slip clutch assembly for limiting tension within the tensioning member , and wherein the spool is contained within a housing ; and the pusher assembly includes a slideable pusher actuator that is coupled to and accessible along the handle and is moveable between a retracted position and an extended position in which the pusher assembly deploys at least a portion of the anchor member . a tissue anchor member that is configured for being anchored against tissue ; a tensioning member operatively connected to the anchor member such that the anchor member can slide relative to the tensioning member , the tensioning member capable of being pulled to cause the anchor member to change a position thereof; and a hand operated deployment catheter operable to extend and deploy the anchor member therefrom, the deployment catheter including: a spool assembly including a spool rotatable member about which the tensioning member is routed; and a deployable pusher assembly for controllably deploying a portion of the anchor member ; characterized in that the deployment catheter has a proximal handle and includes: a slip clutch assembly for limiting tension within the tensioning member , and wherein the spool is contained within a housing ; and the pusher assembly includes a slideable pusher actuator that is coupled to and accessible along the handle and is moveable between a retracted position and an extended position in which the pusher assembly deploys at least a portion of the anchor member . a spool assembly including a spool rotatable member about which the tensioning member is routed; and a deployable pusher assembly for controllably deploying a portion of the anchor member ; a slip clutch assembly for limiting tension within the tensioning member , and wherein the spool is contained within a housing ; and the pusher assembly includes a slideable pusher actuator that is coupled to and accessible along the handle and is moveable between a retracted position and an extended position in which the pusher assembly deploys at least a portion of the anchor member .
Assembly process of lower structural parts (PSI) and upper structural parts (PSS) of a motor vehicle, the lower structural part (PSI) consisting of two front side walls (PL1) facing each other, defining two wheel passages and on internal faces (FI1), of which two reinforcement side elements (ELR), each of which has a free end (ELE), and the said upper structural part (PSS) having two seconds Rear side walls (PL2) facing intended to be joined together fixed and respectively to the upper parts of the said first rear side walls (PL1), characterized in that it includes (i) a first step (10-20) in which one attaches to the said free end (ELE) of each side reinforcement element (ELR) a first part (P1) dedicated to the anchoring of a gasket (GV) locking a rear seat back, and an inner side (FI2) of each of the second rear side walls (PL2), a second part (P2) dedicated to the anchoring of a seat belt reference part (PR), and ii) a second stage (30-40) in which the said lower and upper structural parts (PSI) and PSS are assembled together by welding the said first parts (P1) to the said second parts (P2) and the said first rear side walls (PL1) to the said second rear side walls (PL2).
A method of controlling bondline separation between a composite stiffener and a composite structure , the method comprising: providing a composite stiffener comprising a web and a base flange , wherein the web terminates at a web termination point , wherein the base flange terminates at a flange termination point forward of the web termination point , and wherein the base flange comprises rounded corners ; trimming the web from a full height at a location prior to the web termination point to a reduced height at the web termination point , wherein trimming the web from the full height to the reduced height comprises forming a leading edge of the web with a curved configuration; providing a recessed notch within the base flange at the flange termination point such that the web termination point is positioned substantially at a center of the recessed notch , wherein the recessed notch comprises an arcuate edge such that the web termination point is located on the arcuate edge; and bonding a bottom surface of the base flange to a top surface of the composite structure . providing a composite stiffener comprising a web and a base flange , wherein the web terminates at a web termination point , wherein the base flange terminates at a flange termination point forward of the web termination point , and wherein the base flange comprises rounded corners ; trimming the web from a full height at a location prior to the web termination point to a reduced height at the web termination point , wherein trimming the web from the full height to the reduced height comprises forming a leading edge of the web with a curved configuration; providing a recessed notch within the base flange at the flange termination point such that the web termination point is positioned substantially at a center of the recessed notch , wherein the recessed notch comprises an arcuate edge such that the web termination point is located on the arcuate edge; and bonding a bottom surface of the base flange to a top surface of the composite structure .
A method for processing network congestion, comprising: obtaining , by a first switch, total traffic that is received by a receiving port communicating with a third switch, wherein the total traffic comprises traffic that is occupied by a data flow sent by a second switch, and the first switch and the second switch are located at a lower level of the third switch; and being characterized by : when the first switch determines , according to the total traffic, that a sending port of the third switch is congested, determining, by the first switch, a target port, wherein the target port is another port that can receive the data flow and that is selected from receiving ports of the first switch; and sending , by the first switch, an adjustment message to the second switch, wherein the adjustment message carries an identifier of the data flow and an identifier of the target port, and the adjustment message is used by the second switch to send the data flow to the target port. when the first switch determines , according to the total traffic, that a sending port of the third switch is congested, determining, by the first switch, a target port, wherein the target port is another port that can receive the data flow and that is selected from receiving ports of the first switch; and sending , by the first switch, an adjustment message to the second switch, wherein the adjustment message carries an identifier of the data flow and an identifier of the target port, and the adjustment message is used by the second switch to send the data flow to the target port.
A method, comprising: interrogating a patient medical device using a first processor associated with a first medical practice; uploading, from the first processor to a remote server, first data and a first sharing key acquired from the patient medical device; interrogating the patient medical device using a second processor associated with a second medical practice; uploading, from the second processor to the remote server, second data and a second sharing key acquired from the patient medical device; comparing, by the remote server, the first sharing key to the second sharing key; granting, to the first and second processors by the remote server, access to the first and second data stored in the remote server in response to a successful comparison of the first and second sharing keys; and sharing, by the remote server, the first and second data with the first and second processors in response to the grant of access. interrogating a patient medical device using a first processor associated with a first medical practice; uploading, from the first processor to a remote server, first data and a first sharing key acquired from the patient medical device; interrogating the patient medical device using a second processor associated with a second medical practice; uploading, from the second processor to the remote server, second data and a second sharing key acquired from the patient medical device; comparing, by the remote server, the first sharing key to the second sharing key; granting, to the first and second processors by the remote server, access to the first and second data stored in the remote server in response to a successful comparison of the first and second sharing keys; and sharing, by the remote server, the first and second data with the first and second processors in response to the grant of access.
A method for manufacturing a bioprosthetic heart valve comprising treating a fully assembled bioprosthetic heart valve including fixed-tissue leaflets in a solution containing an aldehyde capping agent and a reducing agent; and dehydrating the capped tissue with a non-aqueous solution, wherein the fixed tissue of the leaflets is tissue treated with glutaraldehyde or other aldehyde-containing agents.
Method of laser treatment of a metal substrate for a watch component, by means of a laser source intended to emit pulses with durations equal to or less than one picosecond and arranged to define an incident laser beam which is mobile relative to said substrate and to carry out a treatment of the latter in order to selectively blacken at least one portion (A) thereof, comprising the steps consisting of: - providing a metal substrate comprising a portion to be treated, - implementing a first laser treatment operation aimed at scanning said portion (A) to be treated with an incident laser beam , in accordance with a first set of predefined parameters, adapted to blacken said portion (A) to be treated by creating microstructures and nanostructures over essentially its entire surface, characterized in that the method further comprises the steps consisting of: - implementing a second laser treatment operation aimed at scanning said portion (A) to be treated with an incident laser beam , in accordance with a second set of predefined parameters, different from said first set of predefined parameters and adapted to smooth the surface of said portion (A) to be treated, by reducing the roughness of said portion (A) to be treated by at least 40%, preferably by at least 50%, - implementing a third laser treatment operation aimed at scanning said portion (A) to be treated with an incident laser beam , according to a third set of predefined parameters, similar to said first set of predefined parameters and adapted to blacken said portion (A) to be treated by recreating microstructures and nanostructures over substantially its entire surface. - providing a metal substrate comprising a portion to be treated, - implementing a first laser treatment operation aimed at scanning said portion (A) to be treated with an incident laser beam , in accordance with a first set of predefined parameters, adapted to blacken said portion (A) to be treated by creating microstructures and nanostructures over essentially its entire surface, - implementing a second laser treatment operation aimed at scanning said portion (A) to be treated with an incident laser beam , in accordance with a second set of predefined parameters, different from said first set of predefined parameters and adapted to smooth the surface of said portion (A) to be treated, by reducing the roughness of said portion (A) to be treated by at least 40%, preferably by at least 50%, - implementing a third laser treatment operation aimed at scanning said portion (A) to be treated with an incident laser beam , according to a third set of predefined parameters, similar to said first set of predefined parameters and adapted to blacken said portion (A) to be treated by recreating microstructures and nanostructures over substantially its entire surface.
A turbine with variable turbine geometry for an internal combustion engine comprising a bearing housing ; a turbine housing ; and a cartridge which has a blade bearing ring for mounting a plurality of adjustable blades , wherein the cartridge is fixed on the bearing housing via at least three bolts , and, wherein the bearing housing has first holes and the blade bearing ring has second holes , in each case corresponding to the number of bolts , and in each case a first end of the bolt is arranged in one of the corresponding first holes and a second end of the bolt is arranged in one of the corresponding second holes , characterized in that a press fit is provided between the first ends of the bolts and the first holes and/or between the second ends of the bolts and the second holes . a bearing housing ; a turbine housing ; and a cartridge which has a blade bearing ring for mounting a plurality of adjustable blades , wherein the cartridge is fixed on the bearing housing via at least three bolts , and, wherein the bearing housing has first holes and the blade bearing ring has second holes , in each case corresponding to the number of bolts , and in each case a first end of the bolt is arranged in one of the corresponding first holes and a second end of the bolt is arranged in one of the corresponding second holes , characterized in that a press fit is provided between the first ends of the bolts and the first holes and/or between the second ends of the bolts and the second holes .
A linear acoustic liner for an aircraft, the liner comprising: (a) a cellular core having a first surface and an opposed second surface; (b) an imperforate back skin covering the first surface of the core ; (c) a perforate face skin covering the second surface of the core , the face skin comprising: (i) an outer face skin layer having a first plurality of spaced openings extending therethrough; (ii) an inner face skin layer having a second plurality of spaced openings extending therethrough; (iii) wherein each of the first plurality of spaced openings aligns with one of the second plurality of spaced openings; and (iv) a porous layer disposed between the outer face skin layer and the inner face skin layer ; and characterised in that the inner face skin layer is bonded via an adhesive material to the core . (a) a cellular core having a first surface and an opposed second surface; (b) an imperforate back skin covering the first surface of the core ; (c) a perforate face skin covering the second surface of the core , the face skin comprising: (i) an outer face skin layer having a first plurality of spaced openings extending therethrough; (ii) an inner face skin layer having a second plurality of spaced openings extending therethrough; (iii) wherein each of the first plurality of spaced openings aligns with one of the second plurality of spaced openings; and (iv) a porous layer disposed between the outer face skin layer and the inner face skin layer ; and characterised in that the inner face skin layer is bonded via an adhesive material to the core . (i) an outer face skin layer having a first plurality of spaced openings extending therethrough; (ii) an inner face skin layer having a second plurality of spaced openings extending therethrough; (iii) wherein each of the first plurality of spaced openings aligns with one of the second plurality of spaced openings; and (iv) a porous layer disposed between the outer face skin layer and the inner face skin layer ; and characterised in that the inner face skin layer is bonded via an adhesive material to the core .
A vehicular lamp comprising: a light source configured to emit light; a projection optical system configured to have a rear focal point (fp) in a rear thereof so as to project light emitted from the light source forward; a liquid crystal element which is arranged at the rear focal point of the projection optical system and configured to control an image of the light projected by the projection optical system ; a condensing optical system configured to condense the light emitted from the light source toward the liquid crystal element ; a polarizing beam splitter configured to transmit first light (L1) including one polarization component of the light emitted from the light source and reflect and separate second light (L2) including the other polarization component of the light emitted from the light source ; a reflective optical system configured to reflect the first light (L1) toward the liquid crystal element ; and a polarization rotation element which is disposed in an optical path between the polarizing beam splitter and the liquid crystal element , and configured to rotate a polarization direction of one of the first light (L1) and the second light (L2) so that it coincide with the other light in terms of a polarization direction thereof; characterized by further comprising a first polarizing plate which is disposed in an optical path between the liquid crystal element and the projection optical system and configured to transmit light of a specific polarization component; and wherein the first light (L1) and the second light (L2) are condensed at a shared condensing point. a light source configured to emit light; a projection optical system configured to have a rear focal point (fp) in a rear thereof so as to project light emitted from the light source forward; a liquid crystal element which is arranged at the rear focal point of the projection optical system and configured to control an image of the light projected by the projection optical system ; a condensing optical system configured to condense the light emitted from the light source toward the liquid crystal element ; a polarizing beam splitter configured to transmit first light (L1) including one polarization component of the light emitted from the light source and reflect and separate second light (L2) including the other polarization component of the light emitted from the light source ; a reflective optical system configured to reflect the first light (L1) toward the liquid crystal element ; and a polarization rotation element which is disposed in an optical path between the polarizing beam splitter and the liquid crystal element , and configured to rotate a polarization direction of one of the first light (L1) and the second light (L2) so that it coincide with the other light in terms of a polarization direction thereof; characterized by further comprising a first polarizing plate which is disposed in an optical path between the liquid crystal element and the projection optical system and configured to transmit light of a specific polarization component; and wherein the first light (L1) and the second light (L2) are condensed at a shared condensing point.
Arrangement of a wheel and wheel clevis for a waste collection bin , preferably for a bin having four wheels, the wheel being mounted in the wheel clevis and inserted between two flanks of the clevis , this wheel comprising a sheath which forms a bearing for a wheel axle, and said flanks being mounted co-axially with respect to this sheath , the wheel further comprising a rim and a tread , the tread being integral with a flank extending radially from a central portion , the rim comprising two flanges which sandwich the flank and allow axial compression of this flank , the flank being subjected to axial compression by and between the two flanges which are themselves subjected to axial compression by and between the two flanks of the clevis , characterized in that: - the wheel is a solid elastomer wheel, - the tread is made of elastomer, - at least one, or each of the two flanges , can be axially deformed under stress, such that the axial length of this flange is shorter when subjected to axial compression by a flank of the clevis in the mounted wheel than when not compressed in the unmounted wheel. - the wheel is a solid elastomer wheel, - the tread is made of elastomer, - at least one, or each of the two flanges , can be axially deformed under stress, such that the axial length of this flange is shorter when subjected to axial compression by a flank of the clevis in the mounted wheel than when not compressed in the unmounted wheel.