mhurhangee/patent-ind-claim-en huggingface dataset:
A variable vane mechanism comprising : a casing ; an actuator ring having an annular body defined around a main axis , the actuator ring being rotationally mounted to the casing for rotation around the main axis ; a set of vanes including a plurality of vanes circumferentially distributed around the main axis , each vane of the set of vanes having a vane axis extending from an inner end to an outer end , the inner end and the outer end being rotationally mounted to the casing to allow rotation of the corresponding vane around the vane axis , the vane axes extending non-parallel to the main axis , each vane having a vane arm with a vane arm length extending transversally to the vane axis ; a first one of the actuator ring and the vane arms having a plurality of pins circumferentially distributed around the main axis , each pin extending along a pin axis ; a plurality of slide blocks , each slide block rotationally mounted to a corresponding one of said pins for rotation around the pin axis , each slide block having two slide block faces facing transversally opposite sides relative the pin axis ; and a second one of the actuator ring and the vane arms having a plurality of guide slots , each guide slot having a length extending away from a corresponding vane axis , each guide slot slidingly receiving a corresponding one of the slide blocks with each one of the two slide block faces slidingly received by a corresponding guide slot face of the corresponding guide slot , characterised in that : the pin axes intersect the vane axes along the main axis . a casing ; an actuator ring having an annular body defined around a main axis , the actuator ring being rotationally mounted to the casing for rotation around the main axis ; a set of vanes including a plurality of vanes circumferentially distributed around the main axis , each vane of the set of vanes having a vane axis extending from an inner end to an outer end , the inner end and the outer end being rotationally mounted to the casing to allow rotation of the corresponding vane around the vane axis , the vane axes extending non-parallel to the main axis , each vane having a vane arm with a vane arm length extending transversally to the vane axis ; a first one of the actuator ring and the vane arms having a plurality of pins circumferentially distributed around the main axis , each pin extending along a pin axis ; a plurality of slide blocks , each slide block rotationally mounted to a corresponding one of said pins for rotation around the pin axis , each slide block having two slide block faces facing transversally opposite sides relative the pin axis ; and a second one of the actuator ring and the vane arms having a plurality of guide slots , each guide slot having a length extending away from a corresponding vane axis , each guide slot slidingly receiving a corresponding one of the slide blocks with each one of the two slide block faces slidingly received by a corresponding guide slot face of the corresponding guide slot ,
A protective arrangement for a portable electronic device comprising a female socket , the arrangement comprising: a flexible cover comprising a panel and a skirt surrounding the panel, wherein the panel and skirt form an interior cavity therebetween, and the skirt forming a mouth opening that communicates with the interior cavity, wherein the interior cavity is configured and arranged to receive the electronic device; an adapter fixedly positioned in the flexible cover, the adapter comprising a male plug comprising a plurality of connectors extending into the interior cavity of the flexible cover in an arrangement for mating with the female socket of the electronic device, and a contactor comprising a plurality of contacts positioned adjacent to the exterior of the flexible cover and electrically coupled to one or more of the connectors of the male plug; characterized by a positioning interface formed in the flexible cover and defining a rim around the contactor of the adapter, wherein the positioning interface and the contactor form a male structure extending from the adjacent exterior portion of the flexible cover; and a hard shell configured and arranged to be disposed around at least a portion of the flexible cover and comprising an opening through which the contactor of the adapter protrudes, when the hard shell is disposed around the portion of the flexible cover. a flexible cover comprising a panel and a skirt surrounding the panel, wherein the panel and skirt form an interior cavity therebetween, and the skirt forming a mouth opening that communicates with the interior cavity, wherein the interior cavity is configured and arranged to receive the electronic device; an adapter fixedly positioned in the flexible cover, the adapter comprising a male plug comprising a plurality of connectors extending into the interior cavity of the flexible cover in an arrangement for mating with the female socket of the electronic device, and a contactor comprising a plurality of contacts positioned adjacent to the exterior of the flexible cover and electrically coupled to one or more of the connectors of the male plug; characterized by a positioning interface formed in the flexible cover and defining a rim around the contactor of the adapter, wherein the positioning interface and the contactor form a male structure extending from the adjacent exterior portion of the flexible cover; and a hard shell configured and arranged to be disposed around at least a portion of the flexible cover and comprising an opening through which the contactor of the adapter protrudes, when the hard shell is disposed around the portion of the flexible cover.
A surgical specimen retrieval assembly , comprising: a hollow housing ; a deployment rod that has a proximal end out of the housing and a distal end within the housing , which distal end is configured to slide from a retracted position within the hollow of the hollow housing to an extended position to at least partially project out of the hollow housing ; a flexible support ring having two portions movable between a folded position that fits within the hollow of the housing and an unfolded position clear of the hollow of the housing , the flexible support ring being connected to the deployment rod so as to move in unison with movement of the deployment rod from the retracted position to the extended position, the two portions of the flexible support ring being movable from the folded position to the unfolded position under spring bias as the flexible support ring clears the hollow of the housing and the distal end of the deployment rod enters the extended position from the retracted position; a specimen bag removably connected to the flexible support ring and movable from a stowed position within the hollow of the hollow housing to a deployed position fully clear of the hollow housing as the distal end of the deployment rod moves from the retracted position into the extended position, said specimen bag having a mouth, the mouth being configured to be selectively opened and closed; characterised by a self-inserting distal end tip connected to a distal end of the flexible support ring , said distal end tip having a region that is non-blunt shaped to sufficiently insert into skin. a hollow housing ; a deployment rod that has a proximal end out of the housing and a distal end within the housing , which distal end is configured to slide from a retracted position within the hollow of the hollow housing to an extended position to at least partially project out of the hollow housing ; a flexible support ring having two portions movable between a folded position that fits within the hollow of the housing and an unfolded position clear of the hollow of the housing , the flexible support ring being connected to the deployment rod so as to move in unison with movement of the deployment rod from the retracted position to the extended position, the two portions of the flexible support ring being movable from the folded position to the unfolded position under spring bias as the flexible support ring clears the hollow of the housing and the distal end of the deployment rod enters the extended position from the retracted position; a specimen bag removably connected to the flexible support ring and movable from a stowed position within the hollow of the hollow housing to a deployed position fully clear of the hollow housing as the distal end of the deployment rod moves from the retracted position into the extended position, said specimen bag having a mouth, the mouth being configured to be selectively opened and closed; characterised by a self-inserting distal end tip connected to a distal end of the flexible support ring , said distal end tip having a region that is non-blunt shaped to sufficiently insert into skin.
A recombinant staphylococcal fibrinogen binding protein selected from clumping factor A (ClfA) or an immunogenic fragment thereof, wherein the fragment comprises subregions N2 and N3 of the fibrinogen binding region of ClfA, corresponding to amino acids 220 to 559, and comprising at least one amino acid residue substitution at amino acid residue Tyr256, Pro336, Tyr338, Lys389, Glu526 and/or Val527, wherein the at least one amino acid residue substitution at residue Pro336 and/or Tyr338 is substitution with either Ala and/or Ser, to result in a recombinant fibrinogen binding protein lacking the ability to bind fibrinogen, for use in therapy.
A device for vaporizing tissue, comprising: an array of vaporizing elements comprised on a plate , said array of vaporizing elements formed of a first material of high thermal conductivity, said first material having a thermal conduction coefficient greater than 80 Watts per degree Kelvin per meter; characterized in that said device further comprises: at least one middle layer coating said first material for maintaining said high thermal conductivity; and a biocompatible titanium layer coating said at least one middle layer which remains biocompatible at a temperature of between 300-600 degrees Celsius, wherein said biocompatible titanium layer reduces diffusion of said first material and said at least one middle layer when said array of vaporizing elements is heated to a temperature of at least 300 degrees Celsius. an array of vaporizing elements comprised on a plate , said array of vaporizing elements formed of a first material of high thermal conductivity, said first material having a thermal conduction coefficient greater than 80 Watts per degree Kelvin per meter; characterized in that said device further comprises: at least one middle layer coating said first material for maintaining said high thermal conductivity; and a biocompatible titanium layer coating said at least one middle layer which remains biocompatible at a temperature of between 300-600 degrees Celsius, wherein said biocompatible titanium layer reduces diffusion of said first material and said at least one middle layer when said array of vaporizing elements is heated to a temperature of at least 300 degrees Celsius. at least one middle layer coating said first material for maintaining said high thermal conductivity; and a biocompatible titanium layer coating said at least one middle layer which remains biocompatible at a temperature of between 300-600 degrees Celsius, wherein said biocompatible titanium layer reduces diffusion of said first material and said at least one middle layer when said array of vaporizing elements is heated to a temperature of at least 300 degrees Celsius.
A multi-outlet channel combination gas valve, comprising: a valve body , a solenoid valve, and a flow regulating mechanism , wherein the valve body comprises a gas inlet and a plurality of gas outlets (12-14, 18, 19, 112, 113), and at least two outlet channels are formed between the plurality of gas outlets and the gas inlet , and a regulating port is formed in the at least two outlet channels, and each regulating port is disposed around the flow regulating mechanism , and the flow regulating mechanism is capable of controlling the gas flow of each regulating port at the same time, characterized in that the valve body further comprises a valve sealing opening disposed at the gas inlet , and a gas has to pass through at least one valve sealing opening in order to flow from the gas inlet to each gas outlet, and the solenoid valve is provided for opening and closing a gas intake of the valve sealing opening, and the valve sealing opening comes with a quantity of one or more, and the solenoid valve also comes with a quantity of one or more, and the configuration and assembly of the solenoid valve in the valve body is capable of controlling the opening and closing of the gas intake of various different outlet channels in the valve body .
A build module comprising: a housing ; a build material chamber in the housing to hold build material , wherein the build material chamber comprises a support member to hold the build material ; and a build chamber in the housing, the build chamber comprising a moveable support member to receive successive layers of the build material from a build material distributor ; the build module being removably insertable into a receiving volume of an additive manufacturing system to allow the additive manufacturing system to solidify a portion of the successive layers to be received onto the movable support member of the build module , characterized in that the build material chamber is beneath the build chamber , and wherein the support member is angled to allow build material to slide down by the force of gravity. a housing ; a build material chamber in the housing to hold build material , wherein the build material chamber comprises a support member to hold the build material ; and a build chamber in the housing, the build chamber comprising a moveable support member to receive successive layers of the build material from a build material distributor ; the build module being removably insertable into a receiving volume of an additive manufacturing system to allow the additive manufacturing system to solidify a portion of the successive layers to be received onto the movable support member of the build module , characterized in that the build material chamber is beneath the build chamber , and wherein the support member is angled to allow build material to slide down by the force of gravity.
A wind turbine rotor blade , comprising a rotor blade root region , a rotor blade tip region , a pressure side , a suction side , a leading edge , a trailing edge at least one flange , which extends between the pressure side and the suction side and along a longitudinal direction (L) of the rotor blade , a deflecting unit , which is provided between one end of the at least one flange and the rotor blade tip region and is configured to deflect heated air which flows from the rotor blade root region along the at least one flange (210-212) and at least one air scoop on one of the at least one flange , and further comprising a boundary-layer extraction unit , which adjoins the rotor-blade-tip-side ends of a first and second flange for extracting a turbulent boundary layer of an air flow, wherein the boundary-layer extraction unit (280 comprises a plurality of recesses .
A method comprising measuring , in a network apparatus, Vehicle-to-X, V2X, transport communications signalling transmitted from vehicle devices, to obtain status of road traffic in proximity of the network apparatus, wherein the network apparatus is a roadside unit; if a pre-defined triggering event is detected in the status of the road traffic in the proximity of the network apparatus, the method comprises transmitting , from the network apparatus to a serving network node, a status report in order to report the obtained road traffic status to the serving network node, wherein the serving network node is a macro cell base station; receiving , in the network apparatus from the serving network node, control signalling indicating at least one selected network apparatus operation mode for communication, wherein the operation mode for the communication comprises a user-equipment-type operation mode, base-station-type operation mode, small-cell base station operation mode, or any combination thereof; and setting , in the network apparatus, the operation mode of the network apparatus to correspond to the at least one selected network apparatus operation mode for the communication.
A resonant inverter, comprising: an input node for receiving an input (Vm) for conversion; a switch network, connected to the input node, comprising at least a first and second switch , wherein the switch network is controlled by a switching signal, and wherein a switch network output is defined at a node located between the first and second switches, wherein the switch network is adapted to provide a feedback signal comprising a phase signal (vy) representing the phase of the switching signal; and characterised by comprising: a resonant tank circuit coupled to the switch network output, wherein the resonant tank circuit is adapted to provide a second feedback signal comprising a resonance voltage (vC) across a circuit element of the resonant tank circuit; a current setting unit , for setting a reference current (im_ref) to be drawn from the input node; a phase setting unit , for setting a reference phase (phi_ref), based on the reference current (im_ref); and a phase control circuit for generating the switching signal for the switch network, based on a phase difference between the resonance voltage (vC) and the phase signal (vy) and based on the reference phase (phi_ref). an input node for receiving an input (Vm) for conversion; a switch network, connected to the input node, comprising at least a first and second switch , wherein the switch network is controlled by a switching signal, and wherein a switch network output is defined at a node located between the first and second switches, wherein the switch network is adapted to provide a feedback signal comprising a phase signal (vy) representing the phase of the switching signal; and characterised by comprising: a resonant tank circuit coupled to the switch network output, wherein the resonant tank circuit is adapted to provide a second feedback signal comprising a resonance voltage (vC) across a circuit element of the resonant tank circuit; a current setting unit , for setting a reference current (im_ref) to be drawn from the input node; a phase setting unit , for setting a reference phase (phi_ref), based on the reference current (im_ref); and a phase control circuit for generating the switching signal for the switch network, based on a phase difference between the resonance voltage (vC) and the phase signal (vy) and based on the reference phase (phi_ref). a resonant tank circuit coupled to the switch network output, wherein the resonant tank circuit is adapted to provide a second feedback signal comprising a resonance voltage (vC) across a circuit element of the resonant tank circuit; a current setting unit , for setting a reference current (im_ref) to be drawn from the input node; a phase setting unit , for setting a reference phase (phi_ref), based on the reference current (im_ref); and a phase control circuit for generating the switching signal for the switch network, based on a phase difference between the resonance voltage (vC) and the phase signal (vy) and based on the reference phase (phi_ref).
Make-up product comprising a transfer surface , characterized by at least a part of said transfer surface having a surface finish with parallel grooves (S), the grooves (S) defining a plurality of elements (P) in relief, each element (P) having at least a first (A) and a second face (B) facing the free surface of said part of the transfer surface, each first face (A) facing in a direction substantially opposite to the direction in which each second face (B) is facing, at least some of the first faces (A) presenting cavities or reliefs arranged so as to form a first figure , at least some of the second faces (B) presenting cavities or reliefs so as to form a second figure so that, by tilting the make-up product so that the first faces (A) are mainly visible, the first figure is visible, while tilting the make-up product so that the second faces (B) are mainly visible, the second figure is visible.
Fuel-tank filler neck , which is arranged at the upper end of a filling pipe leading to a fuel tank, the filler neck comprising a liquid separator fastened to the upper end of the filling pipe , which separator has a separating chamber in flow connection with the filling pipe , to which chamber a vent line of the fuel tank is connected, the separating chamber of the liquid separator being annular cylindrical and having a lateral off-center connection for the vent line, so that a vortex flow (T) can form in the annular cylindrical separating chamber , characterized in that the liquid separator has a separator housing which is fastened to the filling pipe and which comprises a cup-shaped outer housing having a base and a cylindrical outer casing wall and an inner housing that is arranged concentrically in the outer housing and has a cylindrical inner casing wall , the annular cylindrical separating chamber extending between the outer casing wall and the inner casing wall . the separating chamber of the liquid separator being annular cylindrical and having a lateral off-center connection for the vent line, so that a vortex flow (T) can form in the annular cylindrical separating chamber , characterized in that the liquid separator has a separator housing which is fastened to the filling pipe and which comprises a cup-shaped outer housing having a base and a cylindrical outer casing wall and an inner housing that is arranged concentrically in the outer housing and has a cylindrical inner casing wall , the annular cylindrical separating chamber extending between the outer casing wall and the inner casing wall .
A hand dishwashing cleaning composition comprising: a) from 5% to 50%, preferably from 8% to 45%, more preferably from 15% to 40% by weight of the total composition of a surfactant system comprising: (i) from 70% to 80%, by weight of the surfactant system of an alkyl ethoxy sulfate; (ii) from 18% to 26%, by weight of the surfactant system of an amine oxide surfactant; and (iii) from 1% to 5% by weight of the surfactant system of an alkyl polyglucoside surfactant; and b) from 50% to 85%, preferably from 50% to 75% by weight of the total composition of water. a) from 5% to 50%, preferably from 8% to 45%, more preferably from 15% to 40% by weight of the total composition of a surfactant system comprising: (i) from 70% to 80%, by weight of the surfactant system of an alkyl ethoxy sulfate; (ii) from 18% to 26%, by weight of the surfactant system of an amine oxide surfactant; and (iii) from 1% to 5% by weight of the surfactant system of an alkyl polyglucoside surfactant; and (i) from 70% to 80%, by weight of the surfactant system of an alkyl ethoxy sulfate; (ii) from 18% to 26%, by weight of the surfactant system of an amine oxide surfactant; and (iii) from 1% to 5% by weight of the surfactant system of an alkyl polyglucoside surfactant; and b) from 50% to 85%, preferably from 50% to 75% by weight of the total composition of water.