mhurhangee/ep-ind-claims huggingface dataset:
A leisure chair with a footrest unit, comprising: a base adapted to be placed on a ground, with the base including a horizontal rod having two ends spaced from each other in a width direction, with the horizontal rod including a front supporting portion extending forwards from the horizontal rod and located between the two ends of the horizontal rod, and with an armrest adapted to be mounted to each of the two ends of the horizontal rod; a seat mounted on top of the base and including a front side and a rear side, with the seat including two lateral rods (22, 31) spaced from each other in the width direction and a front rod extending between the two lateral rods (22, 31), and with the seat movable relative to the base in a forward/rearward direction perpendicular to the width direction between a front position and a rear position; a backrest connected to the rear side of the seat; a footrest unit movable between a storage position and an extended position spaced from the storage position in the forward/rearward direction, with the footrest unit including at least one first link, at least one second link, a first pivotal frame, a third link, a second pivotal frame, at least one fourth link, and at least one connection frame, with each of the at least one first link and the at least one second link pivotably connected to a front end of the front supporting portion, with a front side of the first pivotal frame in the storage position pivotably connected to the at least one first link, the at least one second link, and the front side of the seat, with a front end of the third link in the storage position pivotably connected to the front side of the seat, with a rear side of the second pivotal frame in the storage position pivotably connected to a rear side of the first pivotal frame and a rear end of the third link, with a rear end of the at least one fourth link in the storage position pivotably connected to the rear side of the fist pivotal frame, with a front side of the at least one connection frame in the storage position pivotably connected to a front side of the second pivotal frame, and with a rear side of the at least one connection frame in the storage position pivotably connected to a front end of the at least one fourth link; wherein forward movement of the seat causes the at least one first link and the at least one second link to pivot and causes the footrest unit to fold and move to the storage position below the seat, and the at least one first link and the at least one second link form a folded part of the footrest unit, and wherein rearward movement of the seat causes the at least one first link and the at least one second link to pivot and extend and causes the footrest to extend and move to the extended position in front of the seat.
An information display device for a movable body, comprising: a display unit for displaying, on a display screen, a first range and a second range having a display reference position same as that of the first range and being adjacent to the first range in a display area, wherein the first range and the second range indicate a first range of near distances from the display reference position and a second range of far distances from the display reference position, the display reference position representing the position of the movable body, and a controller for setting different scales within the first range and the second range and performing a control to display perimeter information of the movable body at a position in the display area which corresponds to a position of the perimeter information, wherein the perimeter information is information about the objects around the movable body, and wherein the scale within the first range is constant, and wherein at least in the second range the controller determines whether to display the perimeter information based on predetermined display conditions, such that at least in the second range display of an excessive number of the perimeter information is prevented. a display unit for displaying, on a display screen, a first range and a second range having a display reference position same as that of the first range and being adjacent to the first range in a display area, wherein the first range and the second range indicate a first range of near distances from the display reference position and a second range of far distances from the display reference position, the display reference position representing the position of the movable body, and a controller for setting different scales within the first range and the second range and performing a control to display perimeter information of the movable body at a position in the display area which corresponds to a position of the perimeter information, wherein the perimeter information is information about the objects around the movable body, and wherein the scale within the first range is constant, and wherein at least in the second range the controller determines whether to display the perimeter information based on predetermined display conditions, such that at least in the second range display of an excessive number of the perimeter information is prevented.
A method of producing markings on a web, the method comprising: - forming a first base portion in a primary web by locally altering at least one optical property of the primary web with a first laser beam, and - forming a covered web by covering and/or impregnating the primary web with an additive after the first base portion has been formed, wherein the primary web comprises cellulose fibers, the covered web comprises an optically detectable first altered portion, the first altered portion comprises the first base portion and an amount of additive bound to the first base portion, and the composition of the additive has been selected such that exposing the covered web to a second laser beam causes an optically detectable alteration of the additive contained in the covered web in a situation where the intensity of the second laser beam is equal to a minimum threshold intensity (I MIN,1) needed to cause optically detectable alteration of the primary web contained in the covered web. - forming a first base portion in a primary web by locally altering at least one optical property of the primary web with a first laser beam, and - forming a covered web by covering and/or impregnating the primary web with an additive after the first base portion has been formed,
A welding system, comprising: a pair of torches positioned in an other than opposing arrangement to weld a substantially circular component therebetween; means for rotating the substantially circular component and the pair of torches relative to one another, allowing welding of the substantially circular component by the pair of torches, the pair of torches including a lead torch and a trail torch, the trail torch following the lead torch by less than approximately 180 degrees relative to a circumference of the substantially circular component; and a control system coupled to the pair of torches, the control system being configured to control an ignition of each of the pair of torches during welding of the substantially circular component; characterized in that the control system is configured to: allow simultaneous ignition of the lead torch and the trail torch, and allow the lead torch to weld a first length of the substantially circular component and extinguish the lead torch prior to the trail torch welding a second length of the substantially circular component, wherein the second length of the substantially circular component is greater than the first length of the substantially circular component. a pair of torches positioned in an other than opposing arrangement to weld a substantially circular component therebetween; means for rotating the substantially circular component and the pair of torches relative to one another, allowing welding of the substantially circular component by the pair of torches, the pair of torches including a lead torch and a trail torch, the trail torch following the lead torch by less than approximately 180 degrees relative to a circumference of the substantially circular component; and a control system coupled to the pair of torches, the control system being configured to control an ignition of each of the pair of torches during welding of the substantially circular component; characterized in that the control system is configured to: allow simultaneous ignition of the lead torch and the trail torch, and allow the lead torch to weld a first length of the substantially circular component and extinguish the lead torch prior to the trail torch welding a second length of the substantially circular component, wherein the second length of the substantially circular component is greater than the first length of the substantially circular component.
A bi-directional suture passer, comprising: a proximal portion for holding a portion of a suture, therein; a distal tip coupled to the proximal portion and defining a tissue receiving gap there-between; a reciprocally moveable suture passing member,,,,,, housed within the proximal portion for translating the suture portion, between the proximal portion and the distal tip; characterized by a suture trap,,,, operable to be detachably coupled to the distal tip for capturing the suture passed by the suture passing member,,,,,,. a proximal portion for holding a portion of a suture, therein; a distal tip coupled to the proximal portion and defining a tissue receiving gap there-between; a reciprocally moveable suture passing member,,,,,, housed within the proximal portion for translating the suture portion, between the proximal portion and the distal tip; characterized by a suture trap,,,, operable to be detachably coupled to the distal tip for capturing the suture passed by the suture passing member,,,,,,.
A method for denoxifying gases from an incineration or combustion boiler, in a catalytic reactor comprising at least two modules (231a, 231b) containing a catalyst capable of denoxifying said gases, said process comprising - a treatment phase consisting of introducing the gases to be treated from the said boiler into the inlet of the catalytic reactor, passing them through the said at least two modules (231a, 231b), and then discharging the treated gases at the outlet of the catalytic reactor; - a regeneration phase for the regeneration of one module of said at least two modules (231a, 231b) consisting of introducing regeneration gases into the inlet of the catalytic reactor, passing them into the said module to be regenerated and separately discharging the gases resulting from the regeneration at the outlet of the catalytic reactor; the method being characterized in that the gases from the regeneration are returned to the boiler, the boiler has at least one economiser and the gases from the regeneration are reintroduced upstream of the at least one economizer; and the process includes a step of recovering energy from the regeneration gases via the economizer of the boiler. - a treatment phase consisting of introducing the gases to be treated from the said boiler into the inlet of the catalytic reactor, passing them through the said at least two modules (231a, 231b), and then discharging the treated gases at the outlet of the catalytic reactor; - a regeneration phase for the regeneration of one module of said at least two modules (231a, 231b) consisting of introducing regeneration gases into the inlet of the catalytic reactor, passing them into the said module to be regenerated and separately discharging the gases resulting from the regeneration at the outlet of the catalytic reactor; the method being characterized in that the gases from the regeneration are returned to the boiler, the boiler has at least one economiser and the gases from the regeneration are reintroduced upstream of the at least one economizer; and the process includes a step of recovering energy from the regeneration gases via the economizer of the boiler.
A method of determining a position estimate for a mobile device, the method comprising: receiving a first position estimate for a mobile device; and receiving an acoustic signal at the mobile device, wherein the acoustic signal is transmitted by one of a plurality of acoustic transmitter units (2, 3, 4, 5) of known location that are each transmitting respective acoustic signals at intervals; characterised in that the method further comprises: for each of the plurality of acoustic transmitter units (2, 3, 4, 5), determining spatial likelihood data representative of a likelihood of the received acoustic signal having been transmitted by the respective acoustic transmitter unit (2, 3, 4, 5) by comparing i) a time-of-flight range value, determined from a time of arrival of the received acoustic signal at the mobile device and scheduling data representative of a time of transmission of an acoustic signal by the respective acoustic transmitter unit (2, 3, 4, 5), with ii) a geometric distance value, representative of a distance between the respective acoustic transmitter unit (2, 3, 4, 5) and the first position estimate; using the spatial likelihood data to identify a strict subset of one or more of the plurality of acoustic transmitter units (2, 3, 4, 5); and using information relating to the positions of the acoustic transmitter units (2, 3, 4, 5) in the identified subset and/or relating to the acoustic signals transmitted by the acoustic transmitter units (2, 3, 4, 5) in the identified subset when determining a second position estimate for the mobile device. receiving a first position estimate for a mobile device; and receiving an acoustic signal at the mobile device, wherein the acoustic signal is transmitted by one of a plurality of acoustic transmitter units (2, 3, 4, 5) of known location that are each transmitting respective acoustic signals at intervals; characterised in that the method further comprises: for each of the plurality of acoustic transmitter units (2, 3, 4, 5), determining spatial likelihood data representative of a likelihood of the received acoustic signal having been transmitted by the respective acoustic transmitter unit (2, 3, 4, 5) by comparing i) a time-of-flight range value, determined from a time of arrival of the received acoustic signal at the mobile device and scheduling data representative of a time of transmission of an acoustic signal by the respective acoustic transmitter unit (2, 3, 4, 5), with ii) a geometric distance value, representative of a distance between the respective acoustic transmitter unit (2, 3, 4, 5) and the first position estimate; using the spatial likelihood data to identify a strict subset of one or more of the plurality of acoustic transmitter units (2, 3, 4, 5); and using information relating to the positions of the acoustic transmitter units (2, 3, 4, 5) in the identified subset and/or relating to the acoustic signals transmitted by the acoustic transmitter units (2, 3, 4, 5) in the identified subset when determining a second position estimate for the mobile device.
A white-light LED red phosphor, characterized by the following chemical structural formula: Ca 1-y-m-e-r Y y M m X x-p P p Z z N n: Eu e, R r Wherein, 0.001≤y≤0.2, 0.001≤m≤0.2, 0.5≤x,z≤1.5, 0.001≤p≤0.1, 2≤n≤4, 0.001≤e≤0.2, 0.001≤r≤0.1, M is selected from at least one of Sr, Ba, Sc, Li, Na and K; X is selected from at least one of B, Al and Ga, wherein Al is must; Z is selected from Si, V and Nb, wherein Si is must; R is selected from at least one of Dy, Er, Tm and Lu, wherein Dy is must.
Apparatus to administer drugs to mechanically ventilated patients, comprising: a mechanical ventilator; an artificial airway to be associated to a patient; a ventilation circuit connecting the mechanical ventilator to the artificial airway; wherein the ventilation circuit comprises: an inspiratory line; a dry powder inhaler disposed in line on the inspiratory line; a connector operatively connected to the dry powder inhaler and to the inspiratory line; wherein the connector comprises: a first duct facing an outlet port of the dry powder inhaler and connected or configured to be connected to a tube section of the inspiratory line placed downstream the dry powder inhaler; a second duct facing an air inlet port of the dry powder inhaler and connected or configured to be connected to a tube section of the inspiratory line placed upstream the dry powder inhaler; characterised in that the connector comprises a connector body; wherein the first duct and the second duct of the connector present respectively a first opening and a second opening placed side by side on the connector body. a mechanical ventilator; an artificial airway to be associated to a patient; a ventilation circuit connecting the mechanical ventilator to the artificial airway; wherein the ventilation circuit comprises: an inspiratory line; a dry powder inhaler disposed in line on the inspiratory line; a connector operatively connected to the dry powder inhaler and to the inspiratory line; an inspiratory line; a dry powder inhaler disposed in line on the inspiratory line; a connector operatively connected to the dry powder inhaler and to the inspiratory line; wherein the connector comprises: a first duct facing an outlet port of the dry powder inhaler and connected or configured to be connected to a tube section of the inspiratory line placed downstream the dry powder inhaler; a second duct facing an air inlet port of the dry powder inhaler and connected or configured to be connected to a tube section of the inspiratory line placed upstream the dry powder inhaler; a first duct facing an outlet port of the dry powder inhaler and connected or configured to be connected to a tube section of the inspiratory line placed downstream the dry powder inhaler; a second duct facing an air inlet port of the dry powder inhaler and connected or configured to be connected to a tube section of the inspiratory line placed upstream the dry powder inhaler; characterised in that the connector comprises a connector body; wherein the first duct and the second duct of the connector present respectively a first opening and a second opening placed side by side on the connector body.
Method for manufacturing a metal alloy part by spark plasma sintering, comprising the simultaneous application of a uniaxial pressure and of an electric current to an equipment containing a powder component material that has the following composition in atomic percentages: - 42 to 49 % aluminum, - 0.05 to 1.5% boron, - at least 0.2% of at least one element selected from tungsten, rhenium and zirconium, - optionally 0 to 5 % of one or more elements selected from chromium, niobium, molybdenum, silicon and carbon, - the balance being titanium and the total of the elements without aluminum and titanium being between 0.25 and 12 %. - 42 to 49 % aluminum, - 0.05 to 1.5% boron, - at least 0.2% of at least one element selected from tungsten, rhenium and zirconium, - optionally 0 to 5 % of one or more elements selected from chromium, niobium, molybdenum, silicon and carbon, - the balance being titanium and the total of the elements without aluminum and titanium being between 0.25 and 12 %.
A program for planning the positioning of an implant relative to a body part, which, when it is running on a computer or is loaded on a computer, causes the computer to perform a method comprising the following steps: - identifying, for a first posture of the patient, at least one reference feature of the body part in one or more images of the body part, obtained by means of imaging methods and determining a biunique positional and/or orientational relationship between the at least one reference feature and at least one adjustment parameter defined for the first posture, for positioning the implant; - identifying the at least one reference feature of the body part in a second, different posture of the patient, wherein the at least one reference feature has been palpated in the second posture of the patient, characterized in that the method further comprises the step of - deriving at least one corresponding adjustment parameter defined for the second posture from the position and/or orientation of the at least one reference feature in the second posture and the positional and/or orientational relationship between the at least one reference feature in the first posture and the at least one adjustment parameter defined for the first posture. - identifying, for a first posture of the patient, at least one reference feature of the body part in one or more images of the body part, obtained by means of imaging methods and determining a biunique positional and/or orientational relationship between the at least one reference feature and at least one adjustment parameter defined for the first posture, for positioning the implant; - identifying the at least one reference feature of the body part in a second, different posture of the patient, wherein the at least one reference feature has been palpated in the second posture of the patient, characterized in that the method further comprises the step of - deriving at least one corresponding adjustment parameter defined for the second posture from the position and/or orientation of the at least one reference feature in the second posture and the positional and/or orientational relationship between the at least one reference feature in the first posture and the at least one adjustment parameter defined for the first posture.
A method for transmitting a physical layer convergence procedure, PLCP, protocol data unit, PPDU, the method comprising: generating, by a station, STA, (1500, 1550), the PPDU including a legacy part and a High Efficiency Wireless, HEW, part, wherein the legacy part includes a legacy short training field, STF, and a legacy long training field, LTF, wherein the HEW part includes a HEW STF and a HEW LTF; and transmitting, by the STA (1500, 1550), the PPDU, wherein the legacy part is generated by performing an inverse fast Fourier transform, IFFT, in a given channel bandwidth based on a first fast Fourier transform, FFT, size, wherein the HEW part is generated by performing an IFFT in the given channel bandwidth based on a second FFT size, and wherein the first FFT size is different from the second FFT size. generating, by a station, STA, (1500, 1550), the PPDU including a legacy part and a High Efficiency Wireless, HEW, part, wherein the legacy part includes a legacy short training field, STF, and a legacy long training field, LTF, wherein the HEW part includes a HEW STF and a HEW LTF; and transmitting, by the STA (1500, 1550), the PPDU, wherein the legacy part is generated by performing an inverse fast Fourier transform, IFFT, in a given channel bandwidth based on a first fast Fourier transform, FFT, size, wherein the HEW part is generated by performing an IFFT in the given channel bandwidth based on a second FFT size, and wherein the first FFT size is different from the second FFT size.