mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: receiving a data signal modulating a first navigation signal received at a reference location transmitted according to a first format by a first space vehicle SV; determining timing of transitions in an alternating viterbi encoded signal modulating a second navigation signal received at said reference location transmitted according to a second format different from said first format by a second SV; and performing pre-detection integration over a portion of said first navigation signal between bit edges of said data signal to acquire said first navigation signal comprising associating a timing of a bit edge of said data signal with said timing of said transitions based, at least in part, on an estimated difference between a first range to said first SV from said reference location and a second range to a second SV from said reference location, bounded by an uncertainty based on the uncertainty in the timing of the clock at the receiver, location of the SVs relative to the reference location, and uncertainty in the reference location to determine timing of said bit edge of said data signal , wherein the first and second navigation signals are synchronized. receiving a data signal modulating a first navigation signal received at a reference location transmitted according to a first format by a first space vehicle SV; determining timing of transitions in an alternating viterbi encoded signal modulating a second navigation signal received at said reference location transmitted according to a second format different from said first format by a second SV; and performing pre-detection integration over a portion of said first navigation signal between bit edges of said data signal to acquire said first navigation signal comprising associating a timing of a bit edge of said data signal with said timing of said transitions based, at least in part, on an estimated difference between a first range to said first SV from said reference location and a second range to a second SV from said reference location, bounded by an uncertainty based on the uncertainty in the timing of the clock at the receiver, location of the SVs relative to the reference location, and uncertainty in the reference location to determine timing of said bit edge of said data signal , wherein the first and second navigation signals are synchronized.
An in-vitro method of producing a kidney organoid, the method comprising, swirling a population of intermediate mesoderm (IM) cells in a cell culture medium comprising fibroblast growth factor (FGF), wherein the kidney organoid comprises NPHS1+ podocytes, LTL+ proximal segments, ECAD+ distal segments and ECAD+/GATA3+ collecting duct, wherein the IM cells are swirled in culture for at least 5 days, wherein the first 24 hours comprise swirling cells in a cell culture medium comprising FGF, heparin, CHIR99021 (CHIR) and Rho kinase (ROCK) inhibitor and the next four days comprise culturing cells in a cell culture medium comprising FGF, heparin and CHIR.
A power inverter system , comprising: a DC to AC inverter comprising a plurality of power semiconductor switching devices ; and a DC link selectively coupling DC power to the inverter ; characterized by a controller configured to increase a gate turn off resistance for each of the power semiconductor switching devices during starting up periods of the inverter system such that the DC link voltage does not exceed the power semiconductor switching device blocking voltage ratings during the corresponding switching turn-off periods, wherein the starting up period is the time required to bring a corresponding DC power source voltage from an open circuit voltage to a predetermined voltage which constitutes a safe operating condition for the plurality of power semiconductor switching devices . a DC to AC inverter comprising a plurality of power semiconductor switching devices ; and a DC link selectively coupling DC power to the inverter ; characterized by a controller configured to increase a gate turn off resistance for each of the power semiconductor switching devices during starting up periods of the inverter system such that the DC link voltage does not exceed the power semiconductor switching device blocking voltage ratings during the corresponding switching turn-off periods, wherein the starting up period is the time required to bring a corresponding DC power source voltage from an open circuit voltage to a predetermined voltage which constitutes a safe operating condition for the plurality of power semiconductor switching devices .
Window or door having a casement/leaf frame and an outer frame , and also having a rebate region between the casement/leaf frame and the outer frame , and also having a drainage from said rebate region into the surroundings (U) through the outer frame , wherein the outer frame has an outer-frame plastic hollow-chamber profile , characterized in that the drainage, from the outer frame , opens out above an external web on the side facing towards the surroundings (U), and the outer-frame plastic hollow-chamber profile and the external web are in one piece, wherein both are preferably produced as a one-piece, extruded profile.
Depilating device , comprising: - a depilating body which is rotatable about a rotation axis (R) extending in a longitudinal direction (L) with respect to the depilating body and which is provided with at least one hair-catching space , wherein the size of the at least one hair-catching space in the longitudinal direction (L) is variable through compression and extension of the depilating body in the longitudinal direction (L), and - an actuating mechanism configured to act on the depilating body so as to cause compression and extension of the depilating body in the longitudinal direction (L) during rotational movement of the depilating body about the rotation axis (R), wherein the actuating mechanism includes a force-inducing member which is compressible and extensible in the longitudinal direction (L) and which is configured to determine the level of a force exerted by the actuating mechanism on the depilating body in the longitudinal direction (L) when the size of the force-inducing member in the longitudinal direction (L) is varied while the at least one hair-catching space of the depilating body is in a closed condition; wherein a force-displacement characteristic of compression and extension of the force-inducing member in the longitudinal direction (L) is significantly stronger than a force-displacement characteristic of compression and extension of the depilating body in the longitudinal direction (L). - a depilating body which is rotatable about a rotation axis (R) extending in a longitudinal direction (L) with respect to the depilating body and which is provided with at least one hair-catching space , wherein the size of the at least one hair-catching space in the longitudinal direction (L) is variable through compression and extension of the depilating body in the longitudinal direction (L), and - an actuating mechanism configured to act on the depilating body so as to cause compression and extension of the depilating body in the longitudinal direction (L) during rotational movement of the depilating body about the rotation axis (R), wherein the actuating mechanism includes a force-inducing member which is compressible and extensible in the longitudinal direction (L) and which is configured to determine the level of a force exerted by the actuating mechanism on the depilating body in the longitudinal direction (L) when the size of the force-inducing member in the longitudinal direction (L) is varied while the at least one hair-catching space of the depilating body is in a closed condition;
A cationic polyoxometalate-coated alumina trihydrate dispersant (Cationic POM Dispersant), wherein the polyoxometalate is polyaluminum chloride, said Cationic POM Dispersant comprising a reaction product of: a. a polyaluminum chloride having a basicity of about 20 % to about 40 % and an Al 2 O 3 content of about 10 wt.% to about 17 wt.%; and b. crystalline alumina trihydrate (ATH) particles; wherein the cationic POM dispersant has a pH of ≤ 2.5. a. a polyaluminum chloride having a basicity of about 20 % to about 40 % and an Al 2 O 3 content of about 10 wt.% to about 17 wt.%; and b. crystalline alumina trihydrate (ATH) particles;
A natural fibrous acoustic coating, characterized in comprising: - 50-90 wt-% natural fibres - 10-30 wt-% binder - 5-25 wt-% fire retardant and/or anti-rot agent - 5-20 wt-% zeolite, and - 0-10 wt-% pigments - 50-90 wt-% natural fibres - 10-30 wt-% binder - 5-25 wt-% fire retardant and/or anti-rot agent - 5-20 wt-% zeolite, and - 0-10 wt-% pigments
A display device comprising: a hinge module comprising a pair of hinge shafts arranged side by side, wherein the hinge shafts are configured to be rotated in opposite directions; a pair of hinge brackets each having one end that is coupled to a respective one of the hinge shafts and each having another end in which a slide slot is formed; a pair of slide brackets coupled to the slide slots , the slide brackets being horizontally movable along a longitudinal direction of the slide slots ; and a pair of bodies coupled to the slide brackets , respectively; characterised by further comprising: a pair of rotary plates , each rotary plate being rotatable along a respective one of the hinge shafts , each of the rotary plates comprising a respective guide projection , the guide projections being projected in parallel; and a guide plate comprising a guide slot formed longitudinally with respect to the guide plate , wherein the guide projections are inserted in the guide slot and wherein when the rotary plates rotate the guide projections slide along the guide slot . a hinge module comprising a pair of hinge shafts arranged side by side, wherein the hinge shafts are configured to be rotated in opposite directions; a pair of hinge brackets each having one end that is coupled to a respective one of the hinge shafts and each having another end in which a slide slot is formed; a pair of slide brackets coupled to the slide slots , the slide brackets being horizontally movable along a longitudinal direction of the slide slots ; and a pair of bodies coupled to the slide brackets , respectively; characterised by further comprising: a pair of rotary plates , each rotary plate being rotatable along a respective one of the hinge shafts , each of the rotary plates comprising a respective guide projection , the guide projections being projected in parallel; and a guide plate comprising a guide slot formed longitudinally with respect to the guide plate , wherein the guide projections are inserted in the guide slot and wherein when the rotary plates rotate the guide projections slide along the guide slot . a pair of rotary plates , each rotary plate being rotatable along a respective one of the hinge shafts , each of the rotary plates comprising a respective guide projection , the guide projections being projected in parallel; and a guide plate comprising a guide slot formed longitudinally with respect to the guide plate , wherein the guide projections are inserted in the guide slot and wherein when the rotary plates rotate the guide projections slide along the guide slot .
A method for controlling a hub apparatus , the method comprising: receiving a service request (S2010); determining at least one sensor acquiring sensing information for the received service request (S2020); receiving state information of a plurality of devices from the plurality of devices including the determined sensor (S2030); selecting at least one device (300-1, 300-2, ... 300-n) from among the plurality of devices (300-1, 300-2, ... 300-n) based on the received state information of the plurality of devices, grouping the at least one device to a group for performing a service corresponding to the service request; and based on the receiving the sensing information from the at least one device in the group, performing the service corresponding to the service request; wherein the state information of the plurality of devices (300-1, 300-2, ... 300-n) comprises at least one of location information, battery information, and use history information, of the plurality of devices. receiving a service request (S2010); determining at least one sensor acquiring sensing information for the received service request (S2020); receiving state information of a plurality of devices from the plurality of devices including the determined sensor (S2030); selecting at least one device (300-1, 300-2, ... 300-n) from among the plurality of devices (300-1, 300-2, ... 300-n) based on the received state information of the plurality of devices, grouping the at least one device to a group for performing a service corresponding to the service request; and based on the receiving the sensing information from the at least one device in the group, performing the service corresponding to the service request; wherein the state information of the plurality of devices (300-1, 300-2, ... 300-n) comprises at least one of location information, battery information, and use history information, of the plurality of devices.
A semiconducting structure intended to receive electromagnetic radiation in a first range of wavelengths, a so-called operating range, which is centered around a wavelengths λ 0 , including: - a first semiconducting area of a first type of conductivity, - a second semiconducting area of a second type of conductivity opposed to the first type of conductivity, the second semiconducting area being in contact with the first semiconducting area so as to form a semiconducting junction, the structure being characterized in that the second semiconducting area has a portion for which the concentration of majority carries is at least ten times less than the concentration of majority carriers of the first semiconducting area , said portion being in contact with the first semiconducting area , and in that said portion of the second semiconducting area is essentially made in a first cavity adapted for focusing in the first cavity at least a part of the received electromagnetic radiation , wherein the first cavity is a cavity of the Fabry-Perot type, the first cavity having along at least one confinement direction an average dimension substantially equal to λ 0 /2n eff with n eff being the average effective index in the second area, and wherein the electromagnetic radiation is received in a medium of optical index n i , a so-called incident index, the ratio between the effective index and the incident index n eff /n i being greater than 1, preferentially substantially greater that 1.5 and even more preferentially greater than 2. - a first semiconducting area of a first type of conductivity, - a second semiconducting area of a second type of conductivity opposed to the first type of conductivity, the second semiconducting area being in contact with the first semiconducting area so as to form a semiconducting junction,
Single serve capsule for preparing a beverage with the aid of a beverage preparation machine, the single serve capsule having a base element with a cavity for receiving a beverage raw material, and a capsule lid which closes the cavity ; the base element comprising a capsule base , an encircling flange and a capsule wall which extends from the capsule base to the encircling flange ; the capsule lid being fastened to the flange ; the single serve capsule having in particular a feature which is optically detectable by a detector of the beverage preparation machine, characterized in that the flange is configured to be optically transparent, and in that the optically detectable feature is disposed in the region of the optically transparent flange .
Apparatus comprising: a first radiation source configured to output radiation at a first waveband a second radiation source configured to output radiation at a second waveband, different from the first waveband; wherein the apparatus is configured to receive a medium having marked thereon a first colorant and a second colorant; and wherein the first and second wavebands are selected such that an energy absorbance efficiency of the first colorant is higher than that of the second colorant at the first waveband and an energy absorbance efficiency of the second colorant is higher than that of the first colorant at the second waveband; and characterised in that : an energy dose output from the first and second radiation sources is selected to maintain a difference in energy absorption between the first and second colorants to be within a threshold difference. a first radiation source configured to output radiation at a first waveband a second radiation source configured to output radiation at a second waveband, different from the first waveband; wherein the apparatus is configured to receive a medium having marked thereon a first colorant and a second colorant; and wherein the first and second wavebands are selected such that an energy absorbance efficiency of the first colorant is higher than that of the second colorant at the first waveband and an energy absorbance efficiency of the second colorant is higher than that of the first colorant at the second waveband; and characterised in that : an energy dose output from the first and second radiation sources is selected to maintain a difference in energy absorption between the first and second colorants to be within a threshold difference.
Method for measuring the earth loop impedance in two-phase or multi-phase low-voltage or medium-voltage networks having a non-rigidly earthed neutral point , characterised in that , in the event of an earth fault of a defective phase during the charging oscillation, the current and voltage values of one phase are sampled over at least one period of the mains frequency at at least twice the frequency of the charging oscillation, and in that the signal frequencies with the highest amplitude which deviate from the mains frequency are determined from the sampled voltage or current values as the natural frequency of the series oscillating circuit which can be measured from the measuring point, whereupon the earth loop impedance is ascertained from the natural frequency components of the current and voltage values of the defective phase .
A rotor assembly for a wind turbine , the rotor assembly comprising: a rotor blade extending between a blade root and a blade tip ; a rotatable hub ; a pitch bearing arranged between the rotor blade and the rotatable hub , the pitch bearing comprising an outer race , an inner race rotatable relative to the outer race , and a plurality of roller elements arranged between the outer race and the inner race ; and, a stiffener ring arranged between one of the inner race or the outer race of the pitch bearing and the blade root , the stiffener ring comprising a symmetrical shape so as to provide a uniform stiffness to the pitch bearing , wherein the stiffener ring comprises an outer diameter and an inner diameter, the outer diameter being equal to or less than an outer diameter of the inner race , the inner diameter being less than an inner diameter of the inner race of the pitch bearing , the inner diameter defining a central opening of the stiffener ring, wherein the stiffener ring further comprises a first circumferential flange positioned at and circumferentially surrounding the central opening . a rotor blade extending between a blade root and a blade tip ; a rotatable hub ; a pitch bearing arranged between the rotor blade and the rotatable hub , the pitch bearing comprising an outer race , an inner race rotatable relative to the outer race , and a plurality of roller elements arranged between the outer race and the inner race ; and, a stiffener ring arranged between one of the inner race or the outer race of the pitch bearing and the blade root , the stiffener ring comprising a symmetrical shape so as to provide a uniform stiffness to the pitch bearing , wherein the stiffener ring comprises an outer diameter and an inner diameter, the outer diameter being equal to or less than an outer diameter of the inner race , the inner diameter being less than an inner diameter of the inner race of the pitch bearing , the inner diameter defining a central opening of the stiffener ring, wherein the stiffener ring further comprises a first circumferential flange positioned at and circumferentially surrounding the central opening .
A method for cross-linking biological tissue comprising: contacting the biological tissue with an anchor compound, the anchor compound comprising first and second functional groups, the first functional group coupling a tissue functional group associated with the biological tissue and the second functional group being one of a bio-orthogonal binding pair, wherein the bio-orthogonal binding pair comprises an azide and an acetylene; and exposing the biological tissue to a linking compound, the linking compound comprising at least two functional groups, the two functional groups each comprising the other one of the bio-orthogonal binding pair. contacting the biological tissue with an anchor compound, the anchor compound comprising first and second functional groups, the first functional group coupling a tissue functional group associated with the biological tissue and the second functional group being one of a bio-orthogonal binding pair, wherein the bio-orthogonal binding pair comprises an azide and an acetylene; and exposing the biological tissue to a linking compound, the linking compound comprising at least two functional groups, the two functional groups each comprising the other one of the bio-orthogonal binding pair.
Household appliance for dispensing liquid, with a dispensing unit for dispensing the liquid, with a cooled water system , with which a water supplied by the water network external to the appliance can be cooled, and with a disinfection device, which is embodied to disinfect at least subareas of at least the cooled water system , wherein the household appliance has a hot water system which is separate from the cooled water system , with which a water supplied by the water network external to the appliance can be heated and can be provided for dispensing on the dispensing unit , wherein the hot water system operates as the disinfection device in a disinfection mode of the household appliance , which differs from a dispensing mode, characterised in that the household appliance has a connection apparatus for connecting the household appliance to a water network external to the appliance, wherein the heated water is provided as a disinfection medium for disinfecting at least subareas of the cooled water system and a line device which is separate from the cooled water system , wherein the household appliance has the line device , with which the water of the water network external to the appliance can be guided directly from the connection apparatus to the dispensing unit , wherein the hot water system is connected to the line device with at least one disinfection coupling line , by means of which water heated in the disinfection mode can be guided as a disinfection medium to the line device in order to disinfect at least subareas of the line device .