mhurhangee/patent-ind-claim-en huggingface dataset:
A wheel comprising a. a rim i. that is at least partially made from a fiber reinforced plastic; ii. the rim having an inner side directed to the hub region of the wheel ; and iii. an outer side directed centrifugally away from the hub region of the wheel whereby 1. the outer side comprises a well which is interconnected with 2. an outer shoulder by means of a 3. transition area ; and b. a wheel center interconnected with the inner side of the rim by means of at least one fastening means ; i. the at least one fastening means penetrating the rim via at least one opening that extends from the inner side of the rim to the outer side of the rim ; and c. at least one annular cover means which is arranged at the outer side of the rim in circumferential direction around the wheel and thereby covering the at least one fastening means and/or the at least one opening , characterized in that the at least one annular cover means comprises at least one recess cavity to receive at least part of the fastening means . a. a rim i. that is at least partially made from a fiber reinforced plastic; ii. the rim having an inner side directed to the hub region of the wheel ; and iii. an outer side directed centrifugally away from the hub region of the wheel whereby 1. the outer side comprises a well which is interconnected with 2. an outer shoulder by means of a 3. transition area ; and i. that is at least partially made from a fiber reinforced plastic; ii. the rim having an inner side directed to the hub region of the wheel ; and iii. an outer side directed centrifugally away from the hub region of the wheel whereby 1. the outer side comprises a well which is interconnected with 2. an outer shoulder by means of a 3. transition area ; and 1. the outer side comprises a well which is interconnected with 2. an outer shoulder by means of a 3. transition area ; and b. a wheel center interconnected with the inner side of the rim by means of at least one fastening means ; i. the at least one fastening means penetrating the rim via at least one opening that extends from the inner side of the rim to the outer side of the rim ; and i. the at least one fastening means penetrating the rim via at least one opening that extends from the inner side of the rim to the outer side of the rim ; and c. at least one annular cover means which is arranged at the outer side of the rim in circumferential direction around the wheel and thereby covering the at least one fastening means and/or the at least one opening ,
An ActRII-binding protein comprising: (i) a VH having the sequence of SEQ ID NO:165, and (ii) a VL having the sequence of SEQ ID NO:172, wherein the ActRII-binding protein is an antibody that specifically binds ActRIIA and ActRIIB. (i) a VH having the sequence of SEQ ID NO:165, and (ii) a VL having the sequence of SEQ ID NO:172,
Method for controlling an adaptive light function of a motor vehicle headlamp cooperating with a motor vehicle, wherein, starting from a total light distribution of the adaptive light function, a segment of the overall light distribution in which an object to be protected from glare is located is controlled is darkened by dimming at least one light element corresponding to said segment of a light unit of the motor vehicle headlamp which provides the adaptive light function and has a plurality of light elements, wherein the dimming is carried out in coordination with analysis data of an optical detection of contour edges of the object, the dimming being carried out in accordance with at least one control data set of a self-correcting algorithm, wherein the algorithm comprises at least a first correction element which is fed back to the analysis data of the optical detection and a modification of the first correction element is made when an illumination error is detected, characterized in that a modification of the first correction element is made when based on the optical detection of contour edges of objects in a determined detection period, an illumination error is detected with respect to at least 5% to 15%, preferably 10%, of the number of optically detected objects .
An agglutinant suitable for a pellicle comprising a pellicle frame having two frame faces and a pellicle film adhered to one of said frame faces with said agglutinant being suitable for being applied to the other one of said frame faces; said agglutinant being characterized by that it contains a luminescence material, wherein said luminescence material is an oxazole-based material.
Device with a hoisting frame , for detecting a position of the hoisting frame , wherein the hoisting frame is elongate and has two mutually opposite short sides, wherein each of the short sides has two mutually opposite ends with couplings arranged on or close to these ends, and wherein each short side of the hoisting frame is formed by an end beam , and the hoisting frame further comprises at least one longitudinal beam , the device comprising at least one sensor which is connected movably to the hoisting frame and protrudes outside a periphery thereof in a position of use and which is movable between the position of use and a protected position lying within the periphery of the hoisting frame , wherein the at least one sensor is an image sensor , characterized in that the at least one image sensor is arranged on each of the short sides at a position lying between the ends thereof, the at least one image sensor being arranged on the end beam substantially in line with the at least one longitudinal beam .
A method for controlling a power transfer rate in to and/or out of a vehicle energy storage device, during a power transfer opportunity, for a vehicle, wherein the vehicle is a locomotive, the method comprising: adjusting the power transfer rate based on a predetermination of a duration of the power transfer opportunity to match a duration of power transfer to the duration of the opportunity and achieve a specified state of charge, determining whether the current power transfer opportunity results in overcharging by comparing the sum of the current state of charge and the maximum change in the state of charge (ΔQ) with the desired state of charge, and if overcharging is determined, adjusting the power transfer rate by reducing the power transfer rate while increasing the duration of power transfer to substantially fill the predetermined duration of the power transfer opportunity as the duration of the power transfer opportunity increases, increasing the power transfer rate while decreasing the duration of power transfer to substantially fill the predetermined duration of the power transfer opportunity as the duration of the power transfer opportunity decreases.
A fluorine-free fire extinguishing formulation comprising: - a fire retardant agent chosen from the group of ammonium phosphates, phosphate esters, halogenated phosphates, phosphonates, red phosphorus, calcium silicate, sodium silicate, aluminium trihydroxide, magnesium dihydroxide, melamine, polybrominated diphenyl ethers (PBDE), tetrabromobisphenol A (TBBPA), hexabromocyclododecane (HBCD), brominated phenol, or combinations thereof, - a mixture of at least two different amphoteric surfactants, - a mixture of at least two different anionic surfactants, - an organic solvent, and - water, characterized in that , said mixture of amphoteric surfactants and said mixture of anionic surfactants are respectively present in a concentration of between 0,10 and 5,00 wt.% and of between 0,10 and 5,00 wt.% based on the total weight of the fire extinguishing formulation. - a fire retardant agent chosen from the group of ammonium phosphates, phosphate esters, halogenated phosphates, phosphonates, red phosphorus, calcium silicate, sodium silicate, aluminium trihydroxide, magnesium dihydroxide, melamine, polybrominated diphenyl ethers (PBDE), tetrabromobisphenol A (TBBPA), hexabromocyclododecane (HBCD), brominated phenol, or combinations thereof, - a mixture of at least two different amphoteric surfactants, - a mixture of at least two different anionic surfactants, - an organic solvent, and - water,
A series resonance oscillator circuit comprising: a first tank circuit (T1) comprising an inductive element (L) and a capacitive element (C) coupled in series between a voltage rail and a first drive node ; and a feedback stage (F) coupled to a first tank output of the first tank circuit (T1) and to the first drive node , wherein the first tank output is a node located between the inductive element (L) and the capacitive element (C); wherein the feedback stage (F) is arranged to generate, responsive to a first oscillating tank voltage present at the first tank output , a first oscillating drive voltage at the first drive node in-phase with an oscillating tank current flowing in the inductive element (L) and the capacitive element (C), thereby causing the series resonance oscillator circuit to oscillate in a series resonance mode of the inductive element (L) and the capacitive element (C), where the first tank output voltage has a quadrature phase relationship with the drive node voltage . a first tank circuit (T1) comprising an inductive element (L) and a capacitive element (C) coupled in series between a voltage rail and a first drive node ; and a feedback stage (F) coupled to a first tank output of the first tank circuit (T1) and to the first drive node , wherein the first tank output is a node located between the inductive element (L) and the capacitive element (C); wherein the feedback stage (F) is arranged to generate, responsive to a first oscillating tank voltage present at the first tank output , a first oscillating drive voltage at the first drive node in-phase with an oscillating tank current flowing in the inductive element (L) and the capacitive element (C), thereby causing the series resonance oscillator circuit to oscillate in a series resonance mode of the inductive element (L) and the capacitive element (C), where the first tank output voltage has a quadrature phase relationship with the drive node voltage .
A light modulation device comprising a first polymer film substrate having an adhesive layer or pressure-sensitive adhesive layer formed on a first surface of the first polymer film substrate ; a second polymer film substrate having a liquid crystal alignment film formed on a first surface of the second polymer film substrate ; and a light modulation layer containing a liquid crystal compound, wherein the first and second polymer film substrates are disposed so that their first surfaces face each other, the light modulation layer is present between the oppositely disposed first and second polymer film substrates , a -C plate is included in at least one position between the light modulation layer and the first polymer film substrate or between the light modulation layer and the second polymer film substrate , and conductive layers are each formed between the adhesive layer or pressure-sensitive adhesive layer and the first polymer film substrate and between the liquid crystal alignment film and the second polymer film substrate . the first and second polymer film substrates are disposed so that their first surfaces face each other, the light modulation layer is present between the oppositely disposed first and second polymer film substrates , a -C plate is included in at least one position between the light modulation layer and the first polymer film substrate or between the light modulation layer and the second polymer film substrate , and conductive layers are each formed between the adhesive layer or pressure-sensitive adhesive layer and the first polymer film substrate and between the liquid crystal alignment film and the second polymer film substrate .
A method of wireless communication, comprising: transmitting data comprising three or more transport blocks, TBs, in a narrow band, NB, communications system including: based on a coverage level of a receiving user equipment, UE, selecting between repetition patterns, wherein the repetition patterns are: a first pattern which includes transmitting each of the three or more TBs without repetition for a first time and then transmitting each of the three or more TBs without repetition a second time; a second pattern which includes repeating the transmission of a first TB from the three or more TBs a number of times prior to transmitting the remaining TBs of the three or more TBs; and a combination of the first pattern and the second pattern; and transmitting the three or more TBs in an NB using the selected repetition pattern. transmitting data comprising three or more transport blocks, TBs, in a narrow band, NB, communications system including: based on a coverage level of a receiving user equipment, UE, selecting between repetition patterns, wherein the repetition patterns are: a first pattern which includes transmitting each of the three or more TBs without repetition for a first time and then transmitting each of the three or more TBs without repetition a second time; a second pattern which includes repeating the transmission of a first TB from the three or more TBs a number of times prior to transmitting the remaining TBs of the three or more TBs; and a combination of the first pattern and the second pattern; and a first pattern which includes transmitting each of the three or more TBs without repetition for a first time and then transmitting each of the three or more TBs without repetition a second time; a second pattern which includes repeating the transmission of a first TB from the three or more TBs a number of times prior to transmitting the remaining TBs of the three or more TBs; and a combination of the first pattern and the second pattern; and transmitting the three or more TBs in an NB using the selected repetition pattern.
A moisture-curable composition comprising a polymer [A] having a reactive hydrolyzable silicon-containing group and a curing catalyst [B] used for curing the polymer [A], wherein the curing catalyst [B] contains a reaction product between a metal alkoxide [B1] and an ammonium hydroxide [B2], the metal alkoxide [B1] contains a titanium compound [B1a] represented by Chemical Formula , and the ammonium hydroxide [B2] is represented by Chemical Formula , (R 1 -O) n Ti-A 4-n in Chemical Formula , R 1 is a substituted or unsubstituted hydrocarbon group having 1 to 10 carbon atoms, n is an integer of 1 to 4, and A is a β-diketone group, in Chemical Formula , R 2 , R 3 , R 4 and R 5 represent substituted or unsubstituted hydrocarbon groups having 1 to 8 carbon atoms, which are the same as or different from each other, and X represents a hydroxy group. the curing catalyst [B] contains a reaction product between a metal alkoxide [B1] and an ammonium hydroxide [B2], the metal alkoxide [B1] contains a titanium compound [B1a] represented by Chemical Formula , and the ammonium hydroxide [B2] is represented by Chemical Formula , (R 1 -O) n Ti-A 4-n in Chemical Formula , R 1 is a substituted or unsubstituted hydrocarbon group having 1 to 10 carbon atoms, n is an integer of 1 to 4, and A is a β-diketone group, in Chemical Formula , R 2 , R 3 , R 4 and R 5 represent substituted or unsubstituted hydrocarbon groups having 1 to 8 carbon atoms, which are the same as or different from each other, and X represents a hydroxy group.
A process for producing chlorinated propanes by reacting carbon tetrachloride with ethylene within a tank reactor that includes a liquid reaction mixture and a headspace above the reaction mixture wherein ethylene gas diffuses from the liquid reaction mixture into the headspace while agitating the reaction mixture, the process comprising transferring ethylene within the headspace back into the reaction mixture through a conduit within the mixing device that agitates the reaction mixture.
A sealed bearing assembly comprising: a bearing defining a bearing interior space ; a seal member separating the bearing interior space from an exterior of the bearing, and including a seal lip ; a seal sliding surface configured to slide relative to the seal lip in a circumferential direction; and a plurality of protrusions formed in a dispersed manner on a plurality of circumferential portions of the seal lip , and defining oil passages extending between the seal sliding surface and the seal lip , and communicating with the bearing interior space and the exterior of the bearing; wherein wedge-shaped gaps are defined between each of the plurality of protrusions and the seal sliding surface such that each of the wedge-shaped gaps is larger on a side of a corresponding one of the oil passages than on a side of the protrusion ; characterized in that the protrusions are shaped and arranged in a dispersed manner and in such a manner that fluid lubricating condition can be created between the seal lip and the seal sliding surface . a bearing defining a bearing interior space ; a seal member separating the bearing interior space from an exterior of the bearing, and including a seal lip ; a seal sliding surface configured to slide relative to the seal lip in a circumferential direction; and a plurality of protrusions formed in a dispersed manner on a plurality of circumferential portions of the seal lip , and defining oil passages extending between the seal sliding surface and the seal lip , and communicating with the bearing interior space and the exterior of the bearing; wherein wedge-shaped gaps are defined between each of the plurality of protrusions and the seal sliding surface such that each of the wedge-shaped gaps is larger on a side of a corresponding one of the oil passages than on a side of the protrusion ; characterized in that the protrusions are shaped and arranged in a dispersed manner and in such a manner that fluid lubricating condition can be created between the seal lip and the seal sliding surface .
An aircraft propulsion system comprising: a boundary layer ingestion, BLI, fan system configured to be disposed at an aft end of an aircraft , the BLI fan system comprising a fan within an outer nacelle , the fan configured to rotate about an axial centerline of the BLI fan system in a first direction of rotation , the BLI fan system comprising blades positioned at a first pitch angle configured to rotate with the fan ; an electric motor operably coupled with the BLI fan system and configured to change a direction of rotation of the fan to a different, second direction of rotation ; and an actuator operably coupled with the BLI fan system and configured to change a position of the blades of the fan to be positioned at a different, second pitch angle ; characterised by a flare disposed at a rear end of the BLI fan system and extending around a perimeter of the outer nacelle, wherein the flare is configured to direct airflow into the BLI fan system . a boundary layer ingestion, BLI, fan system configured to be disposed at an aft end of an aircraft , the BLI fan system comprising a fan within an outer nacelle , the fan configured to rotate about an axial centerline of the BLI fan system in a first direction of rotation , the BLI fan system comprising blades positioned at a first pitch angle configured to rotate with the fan ; an electric motor operably coupled with the BLI fan system and configured to change a direction of rotation of the fan to a different, second direction of rotation ; and an actuator operably coupled with the BLI fan system and configured to change a position of the blades of the fan to be positioned at a different, second pitch angle ; characterised by a flare disposed at a rear end of the BLI fan system and extending around a perimeter of the outer nacelle, wherein the flare is configured to direct airflow into the BLI fan system .
A dampening valve unit for use in a liquid distribution system having a centrally located liquid source connected via at least one feeding conduit to at least one liquid tap unit , wherein at least one feeding conduit is evacuated of liquid after an associated tap unit is closed and refilled with liquid after the tap unit is opened, the dampening valve unit comprising a dampening chamber adapted to collect gas, and a liquid stop valve unit , which is connected, at an inlet end thereof, to an associated feeding conduit and which has an outlet end being connected in use to at least one associated liquid tap unit , wherein the dampening chamber is connected to said associated feeding conduit , via a passage of the dampening valve unit , said inlet end of said liquid stop valve unit also being connected to said passage , which passage is located before said liquid stop valve unit seen in a flow direction from inlet end to outlet end characterised in that during refilling of the feeding conduit with liquid the gas present in the feeding conduit is pushed in front of the refilling liquid into the dampening chamber .
An accessory cart, comprising: a base; an adjustable housing element connected to the base , the housing element extending upward from the base ; a work platform connected to the housing element 104); and an input device and a processor in communication with the input device; characterized in that said accessory cart has stored thereon a series of predetermined ergonomic positions, each of the stored predetermined ergonomic positions being associated with a user height; whereby said processor is configured to receive a user's height from the input device and to adjust automatically a height of the work platform to the predetermined ergonomic position associated with the received user's height. a base; an adjustable housing element connected to the base , the housing element extending upward from the base ; a work platform connected to the housing element 104); and an input device and a processor in communication with the input device; characterized in that said accessory cart has stored thereon a series of predetermined ergonomic positions, each of the stored predetermined ergonomic positions being associated with a user height; whereby said processor is configured to receive a user's height from the input device and to adjust automatically a height of the work platform to the predetermined ergonomic position associated with the received user's height.
A powder coating material comprising a powder of a resin composition, wherein the resin composition comprises the following fluorinated polymer (A), the following resin (B), a curing agent, a plasticizer having a melting point of from 50 to 150°C and the following core-shell particles, the absolute value of the difference between the melting point of the plasticizer and the glass transition temperature of a polymer of a shell portion in the core-shell particles is within 30°C; and the content of the plasticizer is from 5 to 25 parts by mass based on 100 parts by mass of the fluorinated polymer (A): fluorinated polymer (A): a fluorinated polymer having a number average molecular weight of from 10,000 to 50,000 and a fluorine content of at least 10 mass%, resin (B): a fluorinated polymer having a fluorine content of less than 10 mass% or a resin containing no fluorine atom, core-shell particles: particles having a core-shell structure comprising a core portion made of rubber particles and a shell portion made of a polymer having no rubber elasticity, and at least one of the core portion and the shell portion has hydroxy groups. fluorinated polymer (A): a fluorinated polymer having a number average molecular weight of from 10,000 to 50,000 and a fluorine content of at least 10 mass%, resin (B): a fluorinated polymer having a fluorine content of less than 10 mass% or a resin containing no fluorine atom, core-shell particles: particles having a core-shell structure comprising a core portion made of rubber particles and a shell portion made of a polymer having no rubber elasticity, and at least one of the core portion and the shell portion has hydroxy groups.