mhurhangee/patent-ind-claim-en huggingface dataset:
A central locking system for locking a vehicle , comprising • a central locking unit , • at least one vehicle lock of the vehicle , wherein the vehicle lock is connected to the central locking unit and arranged to be regulated by the central locking unit between a locked and unlocked position (L1, U1), • a mobile device configured to wirelessly connect to the central locking unit and to control the central locking unit to regulate the vehicle lock between the locked and unlocked position (L1, U1), wherein the central locking system comprises at least one remote lock for locking a remote unit configured to be detachably connected to the vehicle , wherein the remote lock is configured to be connected to the central locking unit and arranged to be regulated by the central locking unit between a locked and unlocked position (L2, U2), and the mobile device is configured to control the central locking unit to regulate the remote lock between the locked and unlocked position (L,2 U2), characterized in that the remote lock is configured to lock and unlock any of a trailer, cargos, a roof box, a cycle carrier, a padlock, a bike lock and a caravan. • a central locking unit , • at least one vehicle lock of the vehicle , wherein the vehicle lock is connected to the central locking unit and arranged to be regulated by the central locking unit between a locked and unlocked position (L1, U1), • a mobile device configured to wirelessly connect to the central locking unit and to control the central locking unit to regulate the vehicle lock between the locked and unlocked position (L1, U1), wherein the central locking system comprises at least one remote lock for locking a remote unit configured to be detachably connected to the vehicle , wherein the remote lock is configured to be connected to the central locking unit and arranged to be regulated by the central locking unit between a locked and unlocked position (L2, U2), and the mobile device is configured to control the central locking unit to regulate the remote lock between the locked and unlocked position (L,2 U2), characterized in that the remote lock is configured to lock and unlock any of a trailer, cargos, a roof box, a cycle carrier, a padlock, a bike lock and a caravan.
An optical system , comprising: a plurality of light fibers , each light fiber receiving light from a light source; at least one collimating lens , the at least one collimating lens receiving light from the plurality of light fibers; a diffuser , the diffuser receiving light from the at least one collimating lens; a lens assembly , the lens assembly receiving light from the diffuser; and an optical element , the optical element providing at least one aperture to receive light from the lens assembly to input light into an integrating rod . a plurality of light fibers , each light fiber receiving light from a light source; at least one collimating lens , the at least one collimating lens receiving light from the plurality of light fibers; a diffuser , the diffuser receiving light from the at least one collimating lens; a lens assembly , the lens assembly receiving light from the diffuser; and an optical element , the optical element providing at least one aperture to receive light from the lens assembly to input light into an integrating rod .
A cannula comprising: a first circumferential portion ; a second circumferential portion ; and a seal with a first clamping surface ; wherein the first circumferential portion and the second circumferential portion are configured to mutually cooperate to support a circumference of vasculature, and form a second clamping surface ; and the first clamping surface and the second clamping surface are configured to cooperate to secure an end of the vasculature between the first clamping surface and the second clamping surface wherein the cannula comprises an optically clear portion configured to allow a user to view at least one of an interior of the vasculature and the seal when the cannula is in a position in which the end of the vasculature is secured wherein the optically clear portion provides optical magnification. a first circumferential portion ; a second circumferential portion ; and a seal with a first clamping surface ; wherein the first circumferential portion and the second circumferential portion are configured to mutually cooperate to support a circumference of vasculature, and form a second clamping surface ; and support a circumference of vasculature, and form a second clamping surface ; and the first clamping surface and the second clamping surface are configured to cooperate to secure an end of the vasculature between the first clamping surface and the second clamping surface wherein the cannula comprises an optically clear portion configured to allow a user to view at least one of an interior of the vasculature and the seal when the cannula is in a position in which the end of the vasculature is secured wherein the optically clear portion provides optical magnification.
Rotor for a reluctance machine , comprising conductor layers and insulation layers arranged in alternation in the axial direction (A), wherein the conductor layers have magnetic-flux-conducting conductor regions and the insulation layers are electrically insulating, wherein at least one conductor layer has at least one non-magnetic-flux-conducting insulation region which is arranged at least partially between conductor regions , characterised in that the rotor is produced at least partially by additive manufacturing, wherein at least one insulation region has an in-layer insulating rib (14a-14i, 24a, 24b) which is made from non-magnetic-flux-conducting material by means of additive manufacturing and which connects two conductor regions .
A bathtub hoist comprising a bottom plate , a seat plate , the distance of which from the bottom plate is variable, and a back plate that is separably arranged on the seat plate and movable relative thereto, wherein the back plate has a driven adjustment device for adjusting the distance between the bottom plate and the seat plate and a locking device for releasing the back plate is provided, wherein the locking device is not arranged on the surface of the seat plate facing away from the bottom plate and only allows a release of the back plate in an end position of the seat plate on the side of the bottom plate, and wherein the locking device comprises at least two form-fitting components , the form fit of which can be produced and released by the adjustment device , characterized in that one form-fitting component is a locking bolt , which is arranged on the seat plate , and another form-fitting component is a through-opening , which is arranged on the back plate and intended for being penetrated by the locking bolt , wherein the adjustment device varies the position of the two form-fitting parts relative to one another, wherein the back plate laterally encompasses the seat plate with two arms , and wherein the through-opening is arranged in one arm .
Hydraulic pump for branching off a fluidic partial flow from a main flow, operating according to the displacement principle and comprising individual main chambers which are sealed from one another and divided into functional groups, by means of which a fluid coming from at least one main flow inlet can be transported from an intake or suction side to an outlet or pressure side of the hydraulic pump and beyond via at least one main flow outlet , for the purpose of transporting the partial flow at least one independent partial chamber being provided in addition to the main chambers , which is part of the pressure side of the hydraulic pump and connected to an independent partial flow outlet , which is separate from the respective main flow inlet and the respective main flow outlet , and the hydraulic pump being a vane pump, characterised in that the individual vanes of the vane pump are guided in a longitudinally displaceable manner in a drivable rotor between an end position in the rotor and a surrounding wall of a stator , said wall restricting the displaceability of the vanes to the outside, such that two respective opposite fluid spaces are formed between said vanes and the rotor and also the stator for at least some of the vanes ; in that , on the suction and pressure side of the hydraulic pump , at least two chambers are respectively arranged in a chamber block of the device; and in that some of the chambers can be assigned to one fluid space and the other chambers can be assigned to the other fluid space of each vane .
A steering column for a steer-by-wire steering system of a motor vehicle, comprising a steering shaft which can be connected to a steering wheel, which steering shaft is rotatably mounted about a longitudinal axis in a casing unit , wherein a feedback actuator is provided, which is operatively coupled to the steering shaft , wherein the casing unit has a length L2 in the direction of the longitudinal axis and the steering shaft projects into the casing unit by a length L1, wherein the length L1 is less than the length L2, wherein the feedback actuator has a drive means for driving the steering shaft , wherein in an assembled state of the steering column the drive means is arranged outside the casing unit , and wherein the feedback actuator comprises a gearing for operatively connecting the drive means to the steering shaft , characterized in that in that the casing unit has at least one recess , wherein the steering shaft is accessible via the recess to a transmission element of the gearing .
Particles having an antimicrobial surface, wherein the particles are equipped with a layer which contains both antimony-tin oxide and manganese oxide, wherein the particles have the form of flakes and/or platelets and/or needles and wherein the layer consists of an inner sublayer of antimony-tin oxide and a porous outer sublayer of manganese oxide. wherein the particles are equipped with a layer which contains both antimony-tin oxide and manganese oxide, wherein the particles have the form of flakes and/or platelets and/or needles and wherein the layer consists of an inner sublayer of antimony-tin oxide and a porous outer sublayer of manganese oxide.
A process for the preparation of Ivacaftor of Formula I or a pharmaceutically acceptable salt thereof: comprising: a1) reacting a compound of Formula VI with dimethyl formamide - dimethyl amine complex to obtain a compound of Formula VII, wherein 'X' represents halo and 'R 1 ' represents either hydrogen or a suitable protecting group; b1) reacting the compound of Formula VII with a source of ammonia to obtain a compound of Formula VIII, and c1) cyclizing the compound of Formula VIII to obtain Ivacaftor, when R 1 is hydrogen, or to obtain a compound of Formula IX, when R 1 is a protecting group and deprotecting the Formula IX in presence of a suitable deprotecting agent to obtain Ivacaftor. a1) reacting a compound of Formula VI with dimethyl formamide - dimethyl amine complex to obtain a compound of Formula VII, wherein 'X' represents halo and 'R 1 ' represents either hydrogen or a suitable protecting group; b1) reacting the compound of Formula VII with a source of ammonia to obtain a compound of Formula VIII, and c1) cyclizing the compound of Formula VIII to obtain Ivacaftor, when R 1 is hydrogen, or to obtain a compound of Formula IX, when R 1 is a protecting group and deprotecting the Formula IX in presence of a suitable deprotecting agent to obtain Ivacaftor.
System comprising - a high temperature electrolyser (HTE) , - a first supply line of the electrolyser configured to supply the electrolyser with steam, - a first discharge line of the electrolyser configured to discharge dihydrogen from the electrolyser , - a second discharge line of the electrolyser configured to discharge dioxygen from the electrolyser , - a first heat exchange module configured to ensure a heat exchange between the first steam supply line and the first dihydrogen discharge line , - a steam generator arranged on the first steam supply line , upstream from the first heat exchange module , and configured to produce steam from liquid water, characterised in that the system comprises a module for depressing a section of the first supply line , the module comprising an expansion device and a compressor , the expansion device being arranged, on the first steam supply line , upstream from the steam generator and the compressor being arranged, on the first steam supply line , downstream from the steam generator . - a high temperature electrolyser (HTE) , - a first supply line of the electrolyser configured to supply the electrolyser with steam, - a first discharge line of the electrolyser configured to discharge dihydrogen from the electrolyser , - a second discharge line of the electrolyser configured to discharge dioxygen from the electrolyser , - a first heat exchange module configured to ensure a heat exchange between the first steam supply line and the first dihydrogen discharge line , - a steam generator arranged on the first steam supply line , upstream from the first heat exchange module , and configured to produce steam from liquid water,
A method of improving the aesthetic appearance of skin comprising topically applying an extract of an Antidesma bunis leaf, extracted by an organic solvent extraction, as a MAGP-1 expression stimulating substance to an area of skin in need thereof in an amount effective to improve the appearance of skin, wherein the activity of said MAGP-1 stimulating substance has been identified by a MAGP-1 screening assay.
A biaxial birefringent component formed by oblique deposition of an inorganic material on a base plate , the inorganic material being a ZrO 2 -TiO 2 composition or Ta 2 O 5 , comprising: a principal refractive index n1 in a plane including a direction of said oblique deposition and a surface normal of said base plate , said principal refractive index n1 being tilted at an angle not less than 10° and not greater than 50° to said surface normal; a principal refractive index n2 parallel to a surface of said base plate ; a principal refractive index n3 perpendicular to said principal refractive indices n1 and n2, wherein said principal refractive indices n1, n2 and n3 satisfy relational expressions of n1>n3 and (n2-n3)/(n1-n3)>0.3; and a slow axis substantially parallel to said principal refractive index n2 when phase difference is measured from a direction of said surface normal. a principal refractive index n1 in a plane including a direction of said oblique deposition and a surface normal of said base plate , said principal refractive index n1 being tilted at an angle not less than 10° and not greater than 50° to said surface normal; a principal refractive index n2 parallel to a surface of said base plate ; a principal refractive index n3 perpendicular to said principal refractive indices n1 and n2, wherein said principal refractive indices n1, n2 and n3 satisfy relational expressions of n1>n3 and (n2-n3)/(n1-n3)>0.3; and a slow axis substantially parallel to said principal refractive index n2 when phase difference is measured from a direction of said surface normal.
A method for assessing polymeric additive content A in a polymeric particle mixture, the method comprising: determining a concentration B of a metal cation in a polymeric particle mixture comprising parent polymeric particles and polymeric additive particles, wherein the metal cation is selected from alkali earth metals and alkali metals, other than sodium (Na), and the metal cation is capable of forming a water-soluble base; wherein the polymeric particle mixture is a toner polymeric particle mixture and the parent polymeric particles are toner parent polymeric particles; wherein the water-soluble base is selected from LiOH, KOH, CsOH, Sr(OH) 2 , and Ba(OH) 2 ; determining a concentration C of the metal cation in the parent polymeric particles; determining a concentration D of the metal cation in the polymeric additive particles; and calculating a polymeric additive content, A using formula A = (B - C) / D; wherein determining the concentrations B, C, and D of the metal cation is carried out using ICP or XRF. determining a concentration B of a metal cation in a polymeric particle mixture comprising parent polymeric particles and polymeric additive particles, wherein the metal cation is selected from alkali earth metals and alkali metals, other than sodium (Na), and the metal cation is capable of forming a water-soluble base; wherein the polymeric particle mixture is a toner polymeric particle mixture and the parent polymeric particles are toner parent polymeric particles; wherein the water-soluble base is selected from LiOH, KOH, CsOH, Sr(OH) 2 , and Ba(OH) 2 ; determining a concentration C of the metal cation in the parent polymeric particles; determining a concentration D of the metal cation in the polymeric additive particles; and calculating a polymeric additive content, A using formula A = (B - C) / D; wherein determining the concentrations B, C, and D of the metal cation is carried out using ICP or XRF.
A control arrangement for a mechanically controllable coolant pump of an internal combustion engine having an adjustable control slide by means of which a throughflow cross-section of an annular gap between an outlet of a coolant pump impeller and a surrounding delivery duct is controllable, a control pump by means of which a hydraulic pressure is adapted to be generated in a flow duct , a first pressure chamber of said control slide , which is formed on a first axial side of said control slide , an electromagnetic valve having two valve seats and three flow connections as well as a closing member which is connected to an armature of said electromagnetic valve and is adapted to be axially moved, wherein said first flow connection is fluidically connected to an outlet of said control pump and said second flow connection is fluidically connected to said first pressure chamber of said control slide , characterized in that said third flow connection is fluidically connected to an inlet of said coolant pump , wherein said first valve seat is formed between said first flow connection and said second flow connection and said second valve seat is formed between said second flow connection and said third flow connection .
A method of manufacturing a cooled gas turbine component for a gas turbine engine , the method comprising: forming a core with an outer surface , the outer surface including a core feature ; casting an outer wall of an airfoil about the core to form an exterior surface of the outer wall and an interior surface of the outer wall, the interior surface including a shaped inlet portion that is cast to inversely correspond to the core feature; and forming an outlet portion through the outer wall by progressively removing material from the outer wall in a direction from the exterior surface toward the interior surface and toward the shaped inlet portion to fluidly connect the outlet portion to the shaped inlet portion, the shaped inlet portion and the outlet portion cooperatively defining a cooling aperture through the outer wall; wherein the shaped inlet portion has a width . forming a core with an outer surface , the outer surface including a core feature ; casting an outer wall of an airfoil about the core to form an exterior surface of the outer wall and an interior surface of the outer wall, the interior surface including a shaped inlet portion that is cast to inversely correspond to the core feature; and forming an outlet portion through the outer wall by progressively removing material from the outer wall in a direction from the exterior surface toward the interior surface and toward the shaped inlet portion to fluidly connect the outlet portion to the shaped inlet portion, the shaped inlet portion and the outlet portion cooperatively defining a cooling aperture through the outer wall; wherein the shaped inlet portion has a width .
A solar tracking device comprising: a primary optical sensor ; at least two auxiliary optical sensors ; and a housing , having an upper surface layer with a central hole below which the primary sensor is disposed, and light wells disposed laterally around the central hole , in which each of the respective auxiliary sensors are disposed, wherein each light well comprises: a bottom surface on which the associated auxiliary sensor is disposed, sidewalls connecting the upper surface layer and the bottom surface, wherein one of the sidewalls is a light-reflective surface disposed parallel to a tangent of or being perpendicular to a radial connection to the central hole , all other sidewalls being light-absorbing, characterised in that each light well further comprises an aperture in the upper surface layer . a primary optical sensor ; at least two auxiliary optical sensors ; and a housing , having an upper surface layer with a central hole below which the primary sensor is disposed, and light wells disposed laterally around the central hole , in which each of the respective auxiliary sensors are disposed, wherein each light well comprises: a bottom surface on which the associated auxiliary sensor is disposed, sidewalls connecting the upper surface layer and the bottom surface, wherein one of the sidewalls is a light-reflective surface disposed parallel to a tangent of or being perpendicular to a radial connection to the central hole , all other sidewalls being light-absorbing, characterised in that each light well further comprises an aperture in the upper surface layer . a bottom surface on which the associated auxiliary sensor is disposed, sidewalls connecting the upper surface layer and the bottom surface, wherein one of the sidewalls is a light-reflective surface disposed parallel to a tangent of or being perpendicular to a radial connection to the central hole , all other sidewalls being light-absorbing, characterised in that each light well further comprises an aperture in the upper surface layer .