mhurhangee/patent-ind-claim-en huggingface dataset:
Device for filtering water having a filter assembly made from different filter arrangements and with UV-emitters for UV-sterilisation of the water, for the provision of high-quality water, wherein the contaminated water can be introduced into a first chamber through an inlet opening , wherein, downstream of a perforated plate of the first chamber, as seen in the flow direction of the water, the filter assembly made from different filter arrangements is provided in a housing , and wherein, downstream of the filter assembly, as seen in the flow direction of the water, a second chamber is provided, to which an outlet opening for purified water is allocated, and wherein at least one UV-light source is provided, characterised in that the first chamber is allocated at least one UV-light source and, in order to increase the performance of the UV-steriliser, two parallel reflection plates are provided in the first chamber, at least one of which reflection plates is perforated, thus forming a through-passage for the water through the plate, that the second chamber is in turn allocated at least one UV-light source and, in order to increase the performance of the UV-steriliser, two parallel reflection plates are likewise provided in the second chamber, at least one of which reflection plates is perforated, thus forming a through-passage for the water through the plate, through which perforated reflection plate water can be introduced into the second chamber from the filter assembly, wherein the filter assembly comprises a plurality of filtration media , , , , , , between which are disposed intermediate filters made from electro-positively charged nano-fibres , , , , , and wherein, from among the filtration media, the first and the last are based on oxidation-reduction, and that the other filtration media are adsorption filtration media.
A sensing assembly for an electrical switching apparatus , said electrical switching apparatus comprising a base having a pocket portion , and a bus bar coupled to said base, said sensing assembly comprising: a housing structured to be coupled to said pocket portion ; a power harvester coupled to said housing ; a current sensor coupled to said housing , characterised in that it further comprises: a voltage sensing circuit disposed internal with respect to said housing and being structured to be electrically connected to said bus bar . a housing structured to be coupled to said pocket portion ; a power harvester coupled to said housing ; a current sensor coupled to said housing , characterised in that it further comprises: a voltage sensing circuit disposed internal with respect to said housing and being structured to be electrically connected to said bus bar .
A method for producing a non-graphitizable carbon material, the method comprising a process of obtaining a cross-linked product by performing a cross-linking treatment on a raw material for the non-graphitizable carbon material, wherein the cross-linking treatment is a method utilizing an air blowing reaction being a liquid state reaction in which the softening point of the raw material is increased by heating the raw material and by blowing an oxidizing gas selected from the group consisting of air, oxygen, ozone, and a mixture of these gases into the raw material, and wherein the raw material is a pitch, a process of obtaining an infusibilized product by performing an infusibilizing treatment on the cross-linked product, wherein the infusibilizing treatment is an oxidizing treatment which is carried out in a solid state by a dry method using air or oxygen as an oxidative gas, and a process of obtaining a non-graphitizable carbon material by baking the infusibilized product, wherein a mechanochemical treatment is performed on the cross-linked product or the infusibilized product.
Endoprosthetic component, the component comprising a first outer region and a second inner region , the material of the first region having a greater strength than the material of the second region , the first outer region of the component partially enclosing the second inner region, the first region being designed to penetrate into adjacent bone material in a controlled manner when in the implanted state, characterized in that the second region has pores which have pore sizes of between 100 and 1000 μm, the porosity of the second region being interconnected, and at least part of the surface of the first region projecting beyond the surface of the second region .
A method of operating an optical system , the method comprising: receiving data from an eye tracker of the optical system , wherein the optical system includes a frame configured to be worn about a head of a user of the optical system and a dimming component carried by the frame and configured to be positioned between an eye of the user and an environment of the user; determining , based on the data received from the eye tracker , a location within the eye of the user at which a center of rotation of the eye of the user is positioned; identifying one or more points in three-dimensional space located within the environment of the user; for each of the one or more identified points within the environment of the user: identifying a set of one or more pixels of the dimming component based at least in part on the determined location of the center of rotation of the eye of the user and the respective point in three-dimensional space located within the environment of the user; and controlling the dimming component to dim the identified set of one or more pixels . receiving data from an eye tracker of the optical system , wherein the optical system includes a frame configured to be worn about a head of a user of the optical system and a dimming component carried by the frame and configured to be positioned between an eye of the user and an environment of the user; determining , based on the data received from the eye tracker , a location within the eye of the user at which a center of rotation of the eye of the user is positioned; identifying one or more points in three-dimensional space located within the environment of the user; for each of the one or more identified points within the environment of the user: identifying a set of one or more pixels of the dimming component based at least in part on the determined location of the center of rotation of the eye of the user and the respective point in three-dimensional space located within the environment of the user; and controlling the dimming component to dim the identified set of one or more pixels . identifying a set of one or more pixels of the dimming component based at least in part on the determined location of the center of rotation of the eye of the user and the respective point in three-dimensional space located within the environment of the user; and controlling the dimming component to dim the identified set of one or more pixels .
Computer-executed method for mapping a three-dimensional object to be examined, having the following steps: - defining a three-dimensional parameterised surface which is conformal with an anatomical structure of the three-dimensional object to be examined, - parameterising an environment of the three-dimensional parameterised surface , - volumetrically deforming the environment of the three-dimensional parameterised surface into an unfolded form, having a slice stack with a two-dimensional parameterised surface , - representing the three-dimensional object to be examined in an unfolded form by mapping image points associated with the parameterised environment of the three-dimensional parameterised surface onto the two-dimensional parameterised surface of the slice stack. - defining a three-dimensional parameterised surface which is conformal with an anatomical structure of the three-dimensional object to be examined, - parameterising an environment of the three-dimensional parameterised surface , - volumetrically deforming the environment of the three-dimensional parameterised surface into an unfolded form, having a slice stack with a two-dimensional parameterised surface , - representing the three-dimensional object to be examined in an unfolded form by mapping image points associated with the parameterised environment of the three-dimensional parameterised surface onto the two-dimensional parameterised surface of the slice stack.
An ejecting system for dispensing countermeasure comprising: - at least one magazine comprising at least one expendable cartridge , wherein the at least one magazine comprises a transporting rack extending in a first direction (D1); - a magazine feeding mechanism arranged to cooperate with said transporting rack to move each of the at least one magazines from a stored position to a loaded position; - a dispensing means arranged to hold said at least one magazine when said at least one magazine is in said loaded position, characterised in that the dispensing means comprises an electrical connector arrangement attachable to said magazine ; - a first positioning mechanism arranged to move said dispensing means and the at least one magazine from the loaded position to a protruding position allowing for dispensing countermeasures away from the ejecting system . - at least one magazine comprising at least one expendable cartridge , wherein the at least one magazine comprises a transporting rack extending in a first direction (D1); - a magazine feeding mechanism arranged to cooperate with said transporting rack to move each of the at least one magazines from a stored position to a loaded position; - a dispensing means arranged to hold said at least one magazine when said at least one magazine is in said loaded position, characterised in that the dispensing means comprises an electrical connector arrangement attachable to said magazine ; - a first positioning mechanism arranged to move said dispensing means and the at least one magazine from the loaded position to a protruding position allowing for dispensing countermeasures away from the ejecting system .
A method performed in a user equipment comprising a touch sensitive display , the method comprising: determining if a start call key button of said touch sensitive display is pressed by a user of said user equipment , and that being the case establishing a call connection with another user equipment; and activating said touch sensitive display , and displaying at least an end call key button of said touch sensitive display ; determining if said established call is answered by said another user equipment, and that being the case deactivating the touch sensitive display except for said end call key button of said touch sensitive display enabling the user of said user equipment to end or terminate the established call; the method further comprising: determining if said another user equipment requires the user of the user equipment to input at least one instruction on said touch sensitive display during the call; and that being the case activating and displaying at least a volume key button and a keypad of said touch sensitive display , enabling the user of said user equipment to input said at least one instruction. determining if said another user equipment requires the user of the user equipment to input at least one instruction on said touch sensitive display during the call; and that being the case activating and displaying at least a volume key button and a keypad of said touch sensitive display , enabling the user of said user equipment to input said at least one instruction.
A method performed by a communication node for transmission of a signal according to a single- or multiple carrier modulation scheme in a wireless communications network , the method comprising: modulating at least a first part of the signal into at least a first symbol with a shorter duration than a complete symbol according to the single- or multiple carrier modulation scheme; modulating at least a second part of the signal into at least a second symbol with a shorter duration than the complete symbol according to the single- or multiple carrier modulation scheme, wherein a duration of the at least first and second symbols is equal to a duration of the complete symbol according to the single- or multiple carrier modulation scheme, and transmitting the at least first and second symbols as the complete symbol according to the single- or multiple carrier modulation scheme without time domain separation, wherein no prefix or guard period is located between any of the at least first and second symbols and wherein the at least first and second symbols are transmitted adjacent in time as the complete symbol according to the single- or multiple carrier modulation scheme. modulating at least a first part of the signal into at least a first symbol with a shorter duration than a complete symbol according to the single- or multiple carrier modulation scheme; modulating at least a second part of the signal into at least a second symbol with a shorter duration than the complete symbol according to the single- or multiple carrier modulation scheme, wherein a duration of the at least first and second symbols is equal to a duration of the complete symbol according to the single- or multiple carrier modulation scheme, and transmitting the at least first and second symbols as the complete symbol according to the single- or multiple carrier modulation scheme without time domain separation, wherein no prefix or guard period is located between any of the at least first and second symbols and wherein the at least first and second symbols are transmitted adjacent in time as the complete symbol according to the single- or multiple carrier modulation scheme.
An axle assembly comprising: a first axle housing having first and second housing ends ; a second axle housing having first and second housing ends ; a first wheel end coupled to said first housing end of said first axle housing ; a second wheel end coupled to said first housing end of said second axle housing ; a first drive shaft at least partially housed within said first axle housing and coupled to said first wheel end ; a second drive shaft at least partially housed within said second axle housing and coupled to said second wheel end ; a gearbox having a body defining a perimeter with said body having first and second portions defining a cavity with said first axle housing coupled to said first portion and said second axle housing coupled to said second portion such that said first and second axle housings (102, 1 04) extend in opposing directions, and said first and second axle housings being aligned to define an axle axis, and said gearbox being cantilevered relative to said aligned first and second axle housings to define a gearbox axis transverse to said axle axis; and an electric motor coupled to said first portion of said body adjacent said first axle housing and extending away from said first portion to define a motor axis parallel to and offset from said axle axis and transverse to said gearbox axis; characterised in that said gearbox further includes a flange extending outwardly from said perimeter of said body with said electric motor coupled to said flange , and said gearbox further having a support rib directly coupling said flange to said body . a first axle housing having first and second housing ends ; a second axle housing having first and second housing ends ; a first wheel end coupled to said first housing end of said first axle housing ; a second wheel end coupled to said first housing end of said second axle housing ; a first drive shaft at least partially housed within said first axle housing and coupled to said first wheel end ; a second drive shaft at least partially housed within said second axle housing and coupled to said second wheel end ; a gearbox having a body defining a perimeter with said body having first and second portions defining a cavity with said first axle housing coupled to said first portion and said second axle housing coupled to said second portion such that said first and second axle housings (102, 1 04) extend in opposing directions, and said first and second axle housings being aligned to define an axle axis, and said gearbox being cantilevered relative to said aligned first and second axle housings to define a gearbox axis transverse to said axle axis; and an electric motor coupled to said first portion of said body adjacent said first axle housing and extending away from said first portion to define a motor axis parallel to and offset from said axle axis and transverse to said gearbox axis; characterised in that said gearbox further includes a flange extending outwardly from said perimeter of said body with said electric motor coupled to said flange , and said gearbox further having a support rib directly coupling said flange to said body .
A piece of hygiene equipment arranged to dispense or dispose of a consumable to or from a user comprising: a detector arranged to detect an observable from a surrounding of the piece of hygiene equipment and to provide a corresponding detector output; a processing unit arranged to receive the detector output, to process the detector output, and to generate information for determining a location of said piece of hygiene equipment, characterized in that said generating of information comprises determining a behavior pattern of said observable. a detector arranged to detect an observable from a surrounding of the piece of hygiene equipment and to provide a corresponding detector output; a processing unit arranged to receive the detector output, to process the detector output, and to generate information for determining a location of said piece of hygiene equipment, characterized in that said generating of information comprises determining a behavior pattern of said observable.
An improved lift for motor vehicles, comprising: - two parallel runways for supporting the wheels of a vehicle, each runway being provided with two devices for its raising from the floor , said two devices of each runway being spaced apart in a balanced manner along the direction of longitudinal extension of the runway itself, whereby each raising device comprises: - a first main arm and a second main arm of equal length, hinged together at one end and hinged at the other end respectively to the floor and to the runway about two vertically superposed axes, - a first and a second auxiliary arm hinged together at one end, the first auxiliary arm being hinged to said first main arm and also being provided at its other end with first means for its sliding along the floor , or along said runway , the second auxiliary arm being hinged to the second main arm , the lift being characterised in that each raising device comprises an actuator with a first end hinged to a main arm in proximity to the floor or to said runway , and with a second end hinged to one end of a lever , which is centrally hinged to the other main arm and is provided at its other end with second sliding means . - two parallel runways for supporting the wheels of a vehicle, each runway being provided with two devices for its raising from the floor , said two devices of each runway being spaced apart in a balanced manner along the direction of longitudinal extension of the runway itself, - a first main arm and a second main arm of equal length, hinged together at one end and hinged at the other end respectively to the floor and to the runway about two vertically superposed axes, - a first and a second auxiliary arm hinged together at one end, the first auxiliary arm being hinged to said first main arm and also being provided at its other end with first means for its sliding along the floor , or along said runway , the second auxiliary arm being hinged to the second main arm ,
A surface mounted light fitting having a light engine comprising a system of tunable colour correlated temperature white lighting using an incoherent light emitting semiconductor device as light source, the light fitting has a gear tray comprising an LED light engine, a power converter , and associated control gear, the gear tray comprises a mechanical mounting , characterised in that the mechanical mounting has a hinge mechanism, wherein the mechanical mounting includes one part of a hinge which is a thin cylindrical bar parallel to straight edge of or a tangent to the printed circuit board but displaced by some distance away from the printed circuit board, such that this bar may be inserted in a suitable, and already existing, receiving mechanism in the surface mounted light fitting, such that the printed circuit board may be rotated out of its mounting plane in the surface mounted light fitting about the said bar as fulcrum, the bar when inserted in the said receiving mechanism functioning together as a hinge.
Motorhome comprising a living area and/or sanitary area , wherein the living area and/or the sanitary area comprise(s), at least sectionally, a floor , wherein the floor comprises at least one first opening in the upper floor section and one second opening , connected to said first opening by a channel , in the lower floor section for discharge and/or feeding of supply media, in particular water, characterized in that the channel is in the form of a siphon and has over its course at least two successive, oppositely running curves , wherein the siphon is arranged exclusively and completely in the floor.
A surgery device for operating on the human knee, the surgery device comprising a guide component and a tensioning component , the guide component comprising a base body having a base surface for disposing on a tibial end face and comprising guide elements extending from the base surface , the tensioning component being configured for tensioning the guide component such that the ligaments of the knee are uniformly tensioned in a flexed state of the knee, wherein the surgery device comprises a truing and drilling component for truing and drilling a femoral end face , wherein the truing and drilling component can slide on the guide elements and can be fixed at various positions relative to the base surface , characterized in that the truing and drilling component comprises a gage fixture , the gage fixture comprises at least one groove for an upper femoral cut, the gage fixture comprises a plurality of pass-through openings and a guide element comprises a plurality of associated recesses , wherein pass-through openings and recesses associated with each other have the same orientation and wherein pass-through openings different from each other have orientations different from each other.
A recombinant binding protein comprising an ankyrin repeat domain, wherein the ankyrin domain binds VEGF-Axxx with a Kd below 10 7 M, for use in a method of inhibiting binding between VEGF-Axxx and VEGFR-2, wherein said recombinant binding protein is to be administered to a patient in need of such inhibition at a frequency between 8 weeks and 16 weeks, at a dose of 1 mg to 4 mg, wherein the use is for treating age-related macular degeneration, diabetic macular edema, pathological myopia, branch retinal vein occlusion, or central retinal vein occlusion in a patient having that condition, wherein the patient is refractory to ranibizumab, bevacizumab, aflibercept, or pegaptanib therapy.