mhurhangee/ep-ind-claims huggingface dataset:
A surgical device, comprising: a housing; an outer shaft coupled to the housing and extending distally therefrom, the outer shaft having a sidewall, a proximal portion, a distal portion, and an inner lumen extending between the proximal and distal portions, each of the proximal and distal portions having at least one opening formed in the sidewall; a port coupled to the proximal portion of the outer shaft, the port having a relief channel formed therein, the relief channel having a valve associated therewith and the relief channel being in fluid communication with the at least one opening formed in the sidewall of the proximal portion of the outer shaft; an end effector receiver removably coupled to the distal portion of the outer shaft, the end effector receiver having a sidewall with one or more openings formed therein and an inner lumen, the inner lumen being in fluid communication with the inner lumen of the outer shaft; a first fluid seal disposed on and around the outer shaft and disposed proximal of the at least one opening formed in the sidewall of the proximal portion of the outer shaft; a second fluid seal disposed on and around the outer shaft and disposed distal of the at least one opening formed in the sidewall of the proximal portion of the outer shaft; and a third fluid seal disposed on and around the distal portion of the outer shaft. a housing; an outer shaft coupled to the housing and extending distally therefrom, the outer shaft having a sidewall, a proximal portion, a distal portion, and an inner lumen extending between the proximal and distal portions, each of the proximal and distal portions having at least one opening formed in the sidewall; a port coupled to the proximal portion of the outer shaft, the port having a relief channel formed therein, the relief channel having a valve associated therewith and the relief channel being in fluid communication with the at least one opening formed in the sidewall of the proximal portion of the outer shaft; an end effector receiver removably coupled to the distal portion of the outer shaft, the end effector receiver having a sidewall with one or more openings formed therein and an inner lumen, the inner lumen being in fluid communication with the inner lumen of the outer shaft; a first fluid seal disposed on and around the outer shaft and disposed proximal of the at least one opening formed in the sidewall of the proximal portion of the outer shaft; a second fluid seal disposed on and around the outer shaft and disposed distal of the at least one opening formed in the sidewall of the proximal portion of the outer shaft; and a third fluid seal disposed on and around the distal portion of the outer shaft.
Mobile waste shredding device comprising: at least one shredding shaft (90, 91); an internal combustion engine; a first and a second powertrain between the internal combustion engine and the shredding shaft; at least one energy converter (20, 22, 23, 73) coupled to the internal combustion engine in the first powertrain for converting mechanical energy of the internal combustion engine into storable energy; at least one auxiliary motor (23, 71, 72, 73) supplied with the storable energy in the first powertrain for introducing mechanical energy into the first powertrain; an energy store (50, 52) for storing at least part of the storable energy and for at least partially supplying the at least one additional motor with the storable energy, in particular for storing storable energy in the event of periods of low power demand and for delivering energy in the event of periods of high power demand; and a control unit; wherein the second powertrain comprises a clutch for coupling the internal combustion engine to the at least one shredding shaft; characterized in that the control unit is adapted to control the mobile waste shredding device so that a reversing operation of the least one shredding shaft (90, 91) is carried out with the clutch open and the direction of rotation of the at least one shredding shaft reversed with the auxiliary motor (23, 71, 72, 73) with the energy supply from the energy storage device (50, 52). at least one shredding shaft (90, 91); an internal combustion engine; a first and a second powertrain between the internal combustion engine and the shredding shaft; at least one energy converter (20, 22, 23, 73) coupled to the internal combustion engine in the first powertrain for converting mechanical energy of the internal combustion engine into storable energy; at least one auxiliary motor (23, 71, 72, 73) supplied with the storable energy in the first powertrain for introducing mechanical energy into the first powertrain; an energy store (50, 52) for storing at least part of the storable energy and for at least partially supplying the at least one additional motor with the storable energy, in particular for storing storable energy in the event of periods of low power demand and for delivering energy in the event of periods of high power demand; and a control unit; wherein the second powertrain comprises a clutch for coupling the internal combustion engine to the at least one shredding shaft; characterized in that the control unit is adapted to control the mobile waste shredding device so that a reversing operation of the least one shredding shaft (90, 91) is carried out with the clutch open and the direction of rotation of the at least one shredding shaft reversed with the auxiliary motor (23, 71, 72, 73) with the energy supply from the energy storage device (50, 52).
A wet wipe product consisting of a substrate and an oil-in-water emulsion composition comprising (i) at least 70%w/w water, (ii) a polysaccharide polymer being an alginate, an alginate salt, or mixtures thereof, (iii) from 0.01 to 0.03 w/w% calcium cation, and (iv) an oil, a fat or a lipid in an amount of from 0.5% to 20% w/w, the wet wipe product being characterized in that the substrate is impregnated with the composition and the composition becomes a high viscous cream having a viscosity of at least 1000mPas after from 3 hours to 24 hours, as a result of a ionic bonding reaction between said polysaccharide polymer and said cation.
A method of providing a ringtone uploading service, including the following steps: step A: a ringtone system receiving a ringtone uploaded by a ringtone uploading terminal and uploading the uploaded ringtone to all ringtone servers; and step B: the ringtone system sending a response message about the successful or failed uploading to the ringtone uploading terminal according to a result of uploading the ringtone to the ringtone servers; wherein step B includes the following steps: step B1: the ringtone system sends a message about the successful uploading to the ringtone uploading terminal according to the result of successful uploading the ringtone to all ringtone servers; step B2: the ringtone system sends a message about the failed uploading to the ringtone uploading terminal according to the result of failed uploading the ringtone to all ringtone servers; and step B3: according to the result of successfully uploading the ringtone to at least one but not all ringtone servers, the ringtone system records the ringtone uploading information, sends a message about the successful uploading the ringtone to the ringtone uploading terminal, and re-uploads the ringtone to the ringtone servers to which the ringtone has not been successfully uploaded. step A: a ringtone system receiving a ringtone uploaded by a ringtone uploading terminal and uploading the uploaded ringtone to all ringtone servers; and step B: the ringtone system sending a response message about the successful or failed uploading to the ringtone uploading terminal according to a result of uploading the ringtone to the ringtone servers; step B1: the ringtone system sends a message about the successful uploading to the ringtone uploading terminal according to the result of successful uploading the ringtone to all ringtone servers; step B2: the ringtone system sends a message about the failed uploading to the ringtone uploading terminal according to the result of failed uploading the ringtone to all ringtone servers; and step B3: according to the result of successfully uploading the ringtone to at least one but not all ringtone servers, the ringtone system records the ringtone uploading information, sends a message about the successful uploading the ringtone to the ringtone uploading terminal, and re-uploads the ringtone to the ringtone servers to which the ringtone has not been successfully uploaded.
A method of processing audio data, the method comprising: receiving a block of audio data, the block including N pulse code modulated audio channels, including audio samples for each of the N channels; receiving metadata associated with the block of audio data, the metadata including an expected value of a specific one of the audio samples; obtaining an actual value of the specific one of the audio samples; determining whether the expected value is substantially the same as the actual value; and determining that the block of audio data is synchronized with the metadata if the actual value is determined to be substantially the same as the expected value. receiving a block of audio data, the block including N pulse code modulated audio channels, including audio samples for each of the N channels; receiving metadata associated with the block of audio data, the metadata including an expected value of a specific one of the audio samples; obtaining an actual value of the specific one of the audio samples; determining whether the expected value is substantially the same as the actual value; and determining that the block of audio data is synchronized with the metadata if the actual value is determined to be substantially the same as the expected value.
A method for producing a corneal implant, comprising: providing donor corneal tissue extracted from a donor cornea, the donor corneal tissue having an anterior surface and a posterior surface; forming an interior channel in the donor corneal tissue at a depth below the anterior surface, the channel having a channel shape; and positioning a supporting structure formed from non-tissue material in the channel of the donor corneal tissue, the supporting structure having a supporting-structure shape and providing support to resist deformation of the donor corneal tissue. providing donor corneal tissue extracted from a donor cornea, the donor corneal tissue having an anterior surface and a posterior surface; forming an interior channel in the donor corneal tissue at a depth below the anterior surface, the channel having a channel shape; and positioning a supporting structure formed from non-tissue material in the channel of the donor corneal tissue, the supporting structure having a supporting-structure shape and providing support to resist deformation of the donor corneal tissue.
A sealant for insulating glass units (IGUs) or solar panels, comprising polyisobutylene and a polymer having the formula: wherein: Q represents a straight or branched chain polymer backbone which is a copolymer obtained from the polymerisation of at least one ethylenically-unsaturated aliphatic hydrocarbon monomer and at least one monomer containing a maleic anhydride moiety; Y is selected from -O- or -NR 1 -, wherein R 1 is H or C 1-4 alkyl; R is an amphiphilic polymer side chain; and x is 1 to 5000. Q represents a straight or branched chain polymer backbone which is a copolymer obtained from the polymerisation of at least one ethylenically-unsaturated aliphatic hydrocarbon monomer and at least one monomer containing a maleic anhydride moiety; Y is selected from -O- or -NR 1 -, wherein R 1 is H or C 1-4 alkyl; R is an amphiphilic polymer side chain; and x is 1 to 5000.
A gas turbine engine induction system for inductively heating a component of a gas turbine engine comprising: a gas turbine engine having a longitudinal axis extending lengthwise through the center of the gas turbine engine, wherein the gas turbine engine comprising a compressor, a combustor and an engine control system; an induction heater located proximate to a static component of the gas turbine engine; a rotating component located radially inward from the static component, wherein there is a clearance space between the rotating component and the static component; and wherein the induction heater is adapted to heat the static component during a transient condition of the gas turbine engine to maintain the clearance space between the static component and the rotating component, wherein the induction heater comprises at least one induction coil and an electric component, wherein the electric component comprises a power source and signal generator, wherein the power source and the signal generator provide electric current to the at least one induction coil, wherein the engine control system is connected to the electric component, wherein when the control system detects the need for a transient condition the electric component transmits current to the at least one induction coil, wherein transient conditions are ignition, acceleration, deceleration and cooling, characterised in that the induction heater is adapted to maintain substantially the same clearance space between the static component and the rotating component during the transient condition and a steady-state condition throughout operation of the gas turbine engine. a gas turbine engine having a longitudinal axis extending lengthwise through the center of the gas turbine engine, wherein the gas turbine engine comprising a compressor, a combustor and an engine control system; an induction heater located proximate to a static component of the gas turbine engine; a rotating component located radially inward from the static component, wherein there is a clearance space between the rotating component and the static component; and wherein the induction heater is adapted to heat the static component during a transient condition of the gas turbine engine to maintain the clearance space between the static component and the rotating component, wherein the induction heater comprises at least one induction coil and an electric component, wherein the electric component comprises a power source and signal generator, wherein the power source and the signal generator provide electric current to the at least one induction coil, wherein the engine control system is connected to the electric component, wherein when the control system detects the need for a transient condition the electric component transmits current to the at least one induction coil, wherein transient conditions are ignition, acceleration, deceleration and cooling, characterised in that the induction heater is adapted to maintain substantially the same clearance space between the static component and the rotating component during the transient condition and a steady-state condition throughout operation of the gas turbine engine.
A method for assigning aircraft to routes, the method comprising: receiving at a ground based computer system information related to: fuel efficiency for each aircraft of a fleet of aircraft obtained during flights of the fleet of aircraft transmitted wirelessly from each of a plurality of aircraft; fuel efficiency for each aircraft engine of the fleet of aircraft transmitted wirelessly from each of a plurality of aircraft; and routes serviced by the fleet of aircraft; storing in a datastore information related to fuel efficiency of each aircraft and aircraft engine of the fleet of aircraft and information related to routes serviced by the fleet of aircraft; and determining an assignment of aircraft and engine combinations to the routes serviced by the fleet of aircraft based on the received information related to fuel efficiency for each aircraft and aircraft engine of the fleet of aircraft. receiving at a ground based computer system information related to: fuel efficiency for each aircraft of a fleet of aircraft obtained during flights of the fleet of aircraft transmitted wirelessly from each of a plurality of aircraft; fuel efficiency for each aircraft engine of the fleet of aircraft transmitted wirelessly from each of a plurality of aircraft; and routes serviced by the fleet of aircraft; fuel efficiency for each aircraft of a fleet of aircraft obtained during flights of the fleet of aircraft transmitted wirelessly from each of a plurality of aircraft; fuel efficiency for each aircraft engine of the fleet of aircraft transmitted wirelessly from each of a plurality of aircraft; and routes serviced by the fleet of aircraft; storing in a datastore information related to fuel efficiency of each aircraft and aircraft engine of the fleet of aircraft and information related to routes serviced by the fleet of aircraft; and determining an assignment of aircraft and engine combinations to the routes serviced by the fleet of aircraft based on the received information related to fuel efficiency for each aircraft and aircraft engine of the fleet of aircraft.
A method of controlling access by a program fragment to a resource within an aggregated web application runtime environment having a Document Object Model, DOM, structure, said resource associated with a DOM node within the DOM structure, characterised by: appending an access attribute to said DOM node, the access attribute associated with a plurality of access rights definitions, each access rights definition defining a set of access rights to said resource for program fragments having an originating domain with a specific access rights status; setting one or more access rights statuses of an originating domain of said program fragment; and granting or denying said program fragment access to said resource based upon the one or more sets of access rights defined for said program fragment according to the access rights statuses of its originating domain. appending an access attribute to said DOM node, the access attribute associated with a plurality of access rights definitions, each access rights definition defining a set of access rights to said resource for program fragments having an originating domain with a specific access rights status; setting one or more access rights statuses of an originating domain of said program fragment; and granting or denying said program fragment access to said resource based upon the one or more sets of access rights defined for said program fragment according to the access rights statuses of its originating domain.
Cleaning machine for medical instruments in which at least one spray arm is arranged in a washing chamber in order to spray a cleaning fluid, comprising an ultrasonic module, wherein the cleaning machine is designed to receive the ultrasonic module, which can be removed from the washing chamber, characterised in that the ultrasonic module comprises an ultrasonic bath which is coupled to at least one ultrasonic transformer by means of a partition wall, wherein the at least one ultrasonic transformer is arranged in a watertight enclosure, and that the ultrasonic module comprises a coupling element for transmitting energy from a corresponding coupling counter part of the cleaning machine.
A process for producing polyurethane coated fertilizer granules comprising core granules comprising at least 0.2 wt% of boron, the process comprising the step of applying a polyol and an isocyanate to the core granules, wherein an acidic component is applied to the core granules no later than the polyol, wherein the core granules further comprise superphosphate containing complex NPK's, wherein the acidic component comprises an amine catalyst and wherein the acidic component is applied at a ratio of 0.1-4.0 wt% of the polyol.
A abnormality detection apparatus for an electrically heated catalyst comprising: a heat generation element that is arranged in an exhaust passage of an internal combustion engine, and generates heat by electrical energization thereof; and an insulation part that provides electrical insulation so as to prevent electricity from flowing through said exhaust passage when said heat generation element is electrically energized, characterized in that provision is made for a determination unit which makes a determination that abnormality has occurred in said electrically heated catalyst in cases where said heat generation element is electrically energized from before starting of said internal combustion engine, and in cases where a value of an insulation resistance of said insulation part after a predetermined period of time has elapsed from the starting of said internal combustion engine is equal to or less than a threshold value. a heat generation element that is arranged in an exhaust passage of an internal combustion engine, and generates heat by electrical energization thereof; and an insulation part that provides electrical insulation so as to prevent electricity from flowing through said exhaust passage when said heat generation element is electrically energized, characterized in that provision is made for a determination unit which makes a determination that abnormality has occurred in said electrically heated catalyst in cases where said heat generation element is electrically energized from before starting of said internal combustion engine, and in cases where a value of an insulation resistance of said insulation part after a predetermined period of time has elapsed from the starting of said internal combustion engine is equal to or less than a threshold value.
A anaerobic bio-filter for the digestion of waste water which comprises an outer tank with an upper section a second section and a third section which is vaulted downwards or is an inverted frustum in its lower part which also has a cylindrical section at a bottom of the tank, wherein the tank also has a feeding duct which reaches up to a center of the tank passing through an inner upper tank with the shape of an inverted bucket closed on its upper and lower faces, with openings placed along a perimeter at a height lower than the feeding duct, a discharge tube whose diameter is smaller than the diameter of the feeding duct, and whose placement is at a lower height than that of the feeding duct, wherein the feeding duct in turn has a "T" shaped shunt in a horizontal position where an upper arm extends to a lid of the tank and the second arm of the "T" extends downwards to the third section with the lower conical section, going through a second inner and lower recipient where the second arm is poured and where the lower recipient is an object with the shape of an inverted bucket or inverted frustum, wherein an upper part of the recipient is closed, allowing only the second arm to pass, wherein the recipient has openings along a perimeter of an upper part of its wall to allow water to exit as well as openings in a perimeter of a lower part of its wall so that entering water touches and then breaks up a sludge at a bottom of the recipient, wherein the lower openings are the ones that allow the exchange of sludge to an outer part of the lower recipient, causing fragmenting and bio-feeding of the sludge, where the bio-filter has two packing bed sections (17, 23): a lower section with the packing bed distributed at random and an upper section formed by tubular bundles with corrugated surfaces, and wherein the bio-filter has air openings provided at an upper part of the tank.