mhurhangee/patent-ind-claim-en huggingface dataset:
Three-way medical connector comprising a body having a tubular central part from which connection portions project radially, a first and a second input connection portion being able to receive fluids, at least one of these fluids being administered to a patient through a third, output connection portion , inside a cavity of said tubular central part there being disposed such as to rotate a tubular valve element with a perimetrical groove which can put at least one out of said first and second connection portions selectively into communication with the third connection portion , inside said second connection portion there being provided a washing bulkhead or flow deflector which can direct a washing fluid obtained from the first connection portion into said second connection portion , said washing bulkhead or deflector being an autonomous element relative to the body of the connector , characterised in that the deflector or washing bulkhead projects into the cavity of the tubular central part of the body of the connector where the rotary tubular valve element is present, said deflector comprising a body having a first end and a second end , said body being disposed inside said second connection portion and along the longitudinal axis of this second portion , the first end projecting into the cavity of the tubular central part of the body of the connector and into the perimetrical groove of the tubular valve element , the second end being at least partly resiliently deformable and connected to an inner wall of said second connection portion so as to allow the deflector member to move within the second connection portion .
A hearing system including at least one hearing aid and a personal communication device each including a respective short range radio transceiver for providing a short range radio communication link , - the personal communication device including application software providing a user interface for controlling the operation of said at least one hearing aid , characterized in - that the at least one hearing aid has a processor and a user operable control , wherein the processor , upon activation of the user operable control , is adapted for the sending of an activation signal to the personal communication device ; and - that the personal communication device has a processor adapted for opening the user interface upon reception of the activation signal from the at least one hearing aid . - the personal communication device including application software providing a user interface for controlling the operation of said at least one hearing aid , characterized in - that the at least one hearing aid has a processor and a user operable control , wherein the processor , upon activation of the user operable control , is adapted for the sending of an activation signal to the personal communication device ; and - that the personal communication device has a processor adapted for opening the user interface upon reception of the activation signal from the at least one hearing aid .
A load control device for controlling power delivered from a power source to an electrical load , the load control device configured to receive an input voltage from the power source, the load control device comprising: a power converter configured to generate a bus voltage; a load regulation circuit configured to receive the bus voltage and to control the power delivered to the electrical load ; a rectifier circuit configured to receive the input voltage from the power source, the rectifier circuit configured to rectify the input voltage to generate a rectified voltage when the input voltage is an AC voltage, the rectifier circuit configured to pass through the input voltage when the input voltage is a DC voltage, a control circuit configured to control the load regulation circuit to control the power delivered to the electrical load , the control circuit configured to operate in an AC mode when the input voltage is an AC voltage or in a DC mode when the input voltage is a DC voltage; characterized in that the rectifier circuit comprises first and second controllable switching circuits , the first and second controllable switching circuits arranged to be rendered non-conductive when the input voltage is an AC voltage and arranged to be rendered conductive when the input voltage is a DC voltage; and wherein the control circuit , when operating in the DC mode during normal operation, is further configured to disable the power converter when a power required by the electrical load is less than or equal to a pre-determined threshold amount. a power converter configured to generate a bus voltage; a load regulation circuit configured to receive the bus voltage and to control the power delivered to the electrical load ; a rectifier circuit configured to receive the input voltage from the power source, the rectifier circuit configured to rectify the input voltage to generate a rectified voltage when the input voltage is an AC voltage, the rectifier circuit configured to pass through the input voltage when the input voltage is a DC voltage, a control circuit configured to control the load regulation circuit to control the power delivered to the electrical load , the control circuit configured to operate in an AC mode when the input voltage is an AC voltage or in a DC mode when the input voltage is a DC voltage; characterized in that the rectifier circuit comprises first and second controllable switching circuits , the first and second controllable switching circuits arranged to be rendered non-conductive when the input voltage is an AC voltage and arranged to be rendered conductive when the input voltage is a DC voltage; and wherein the control circuit , when operating in the DC mode during normal operation, is further configured to disable the power converter when a power required by the electrical load is less than or equal to a pre-determined threshold amount.
An aerosol-generating article comprising: a liquid storage portion containing a liquid aerosol-forming substrate ; and a hydrochromic material provided on the liquid storage portion , wherein the hydrochromic material has a first colour when in contact with the liquid aerosol-forming substrate and a second colour in the absence of the liquid aerosol-forming substrate . a liquid storage portion containing a liquid aerosol-forming substrate ; and a hydrochromic material provided on the liquid storage portion , wherein the hydrochromic material has a first colour when in contact with the liquid aerosol-forming substrate and a second colour in the absence of the liquid aerosol-forming substrate .
A method for manufacturing a fiber preform filled with particles, the method comprising at least the following step: - forming the filled preform by compacting a stack of a plurality of fiber plies impregnated with a suspension of particles of ceramic oxide in a liquid medium, the method being characterized in that the liquid medium includes at least one compound having a saturation vapor pressure less than 2.3 kPa at 20°C, this compound being present at a mass content greater than or equal to 30% relative to the total weight of the suspension, the particles being present at a mass content, relative to the total weight of the suspension, of between 40% and 70%. - forming the filled preform by compacting a stack of a plurality of fiber plies impregnated with a suspension of particles of ceramic oxide in a liquid medium,
A rapid connect coupler for use with a receptacle having a lip , the rapid connect coupler comprising: a coupler body ; a coupling head arranged at a first end of, and communicating with, the coupler body; a cage (825; 1325) defining a coupling orifice ; a probe assembly (815; 1230) slidably disposed in the cage (825; 1325); a poppet assembly ; a sleeve (805; 1305) coupled to the probe assembly (815; 1230) and slidably disposed about the cage (825; 1325); and a latch supported by the cage (825; 1325) such that the sleeve (805; 1305) causes the latch to move from a coupled configuration to a decoupled configuration as the sleeve (805; 1305) retracts along the latch , wherein the sleeve (805; 1305) holds the latch down in the coupled configuration while the probe assembly (815; 1230) is in a semi-coupled configuration , wherein the latch is configured to rotate downwards as the sleeve (805; 1305) slides forward over the latch to move from the decoupled configuration to the coupled configuration , wherein in the coupled configuration , the coupler couples with the receptacle by the latch hooking with the lip on the receptacle , and wherein in the semi-coupled configuration , the sleeve (805; 1305) partially retracts along with the poppet assembly and the probe assembly (815; 1230), and the sleeve (805; 1305) holds the latch down such that the latch remains hooked with the lip and the coupler remains coupled with the receptacle . a coupler body ; a coupling head arranged at a first end of, and communicating with, the coupler body; a cage (825; 1325) defining a coupling orifice ; a probe assembly (815; 1230) slidably disposed in the cage (825; 1325); a poppet assembly ; a sleeve (805; 1305) coupled to the probe assembly (815; 1230) and slidably disposed about the cage (825; 1325); and a latch supported by the cage (825; 1325) such that the sleeve (805; 1305) causes the latch to move from a coupled configuration to a decoupled configuration as the sleeve (805; 1305) retracts along the latch , wherein the sleeve (805; 1305) holds the latch down in the coupled configuration while the probe assembly (815; 1230) is in a semi-coupled configuration , wherein the latch is configured to rotate downwards as the sleeve (805; 1305) slides forward over the latch to move from the decoupled configuration to the coupled configuration , wherein in the coupled configuration , the coupler couples with the receptacle by the latch hooking with the lip on the receptacle , and wherein in the semi-coupled configuration , the sleeve (805; 1305) partially retracts along with the poppet assembly and the probe assembly (815; 1230), and the sleeve (805; 1305) holds the latch down such that the latch remains hooked with the lip and the coupler remains coupled with the receptacle .
A method for communicating with implantable medical devices, the method comprising: sensing, by a first medical device , a noise signal delivered into a patient's body by a second medical device; delivering, by the first medical device , a cancelling signal into the patient's body, wherein the cancelling signal is an inverse signal of the noise signal; and while delivering the cancelling signal into the patient's body, delivering a conducted communication signal into the patient's body for reception by a second medical device . sensing, by a first medical device , a noise signal delivered into a patient's body by a second medical device; delivering, by the first medical device , a cancelling signal into the patient's body, wherein the cancelling signal is an inverse signal of the noise signal; and while delivering the cancelling signal into the patient's body, delivering a conducted communication signal into the patient's body for reception by a second medical device .
A handlebar for controlling a travelling direction of a vehicle, the handlebar comprising: a transverse support for mounting to a vehicle, the transverse support extending substantially along a first axial direction ; a first grippable element extending from a first end of the transverse support , the first grippable element including a free end ; and a mounting arrangement for mounting an attachment to the handlebar , wherein the mounting arrangement comprises a mounting plate arranged to at least partially abut a surface of the transverse support or the first grippable element , the mounting plate having a first face , wherein the first face includes a hole for receiving a fastener for mounting an attachment , wherein the mounting plate is at least partially located within a cavity formed in the transverse support or the first grippable element , wherein the first face is at least partially accessible via an opening in an external surface of the transverse support or the first grippable element , wherein the mounting plate includes a second face opposite to the first face , characterised in that the second face is accessible via a cavity entrance in the transverse support or the first grippable element, the cavity entrance leading to the cavity , wherein the cavity entrance is spaced from the opening . a transverse support for mounting to a vehicle, the transverse support extending substantially along a first axial direction ; a first grippable element extending from a first end of the transverse support , the first grippable element including a free end ; and a mounting arrangement for mounting an attachment to the handlebar , wherein the mounting arrangement comprises a mounting plate arranged to at least partially abut a surface of the transverse support or the first grippable element , the mounting plate having a first face , wherein the first face includes a hole for receiving a fastener for mounting an attachment , wherein the mounting plate is at least partially located within a cavity formed in the transverse support or the first grippable element , wherein the first face is at least partially accessible via an opening in an external surface of the transverse support or the first grippable element , wherein the mounting plate includes a second face opposite to the first face , characterised in that the second face is accessible via a cavity entrance in the transverse support or the first grippable element, the cavity entrance leading to the cavity , wherein the cavity entrance is spaced from the opening .
A drainage system for a gas turbine, comprising at least one inflow pipe , a first outflow pipe , and a pressure vessel connected to the inflow pipe and the first outflow pipe separately, wherein a check valve , a first throttle orifice plate and at least one first switching valve are connected in series on each said inflow pipe , and a second throttle orifice plate and at least one second switching valve are connected in series on the first outflow pipe , and comprising a pressure release device and a pressure measurement device connected to the pressure vessel , wherein the pressure release device is an automatic pressure control valve , characterized by further comprising another pressure release device, which is a safety valve with a manual function connected to the pressure vessel .
A spray arm assembly comprising: a rotatably spray arm , the spray arm having a body defining: an inlet opening and an outlet opening spaced along the body from each other, wherein the body is configured to receive washing fluid through the inlet opening and direct at least a portion of the washing fluid to the outlet opening ; and one or more fluid supply channels extending between and fluidly communicating the inlet opening and the outlet opening within the body ; and a satellite arm rotatably coupled to the spray arm at the outlet opening ; wherein at least a portion of the one or more fluid supply channels extends past the outlet opening relative to the inlet opening such that the one or more fluid supply channels are configured to direct at least a portion of washing fluid flowing from the inlet opening to the outlet opening radially past the outlet opening and at least partially back towards the inlet opening before entering the outlet opening and the satellite arm , characterized in that the body further comprises a flow-directing element disposed between the inlet opening and the outlet opening , the flow-directing element dividing one of the one or more fluid supply channels into two fluid supply channels each located along opposite sides of flow-directing element to separate the washing fluid flowing through the spray arm . a rotatably spray arm , the spray arm having a body defining: an inlet opening and an outlet opening spaced along the body from each other, wherein the body is configured to receive washing fluid through the inlet opening and direct at least a portion of the washing fluid to the outlet opening ; and one or more fluid supply channels extending between and fluidly communicating the inlet opening and the outlet opening within the body ; and an inlet opening and an outlet opening spaced along the body from each other, wherein the body is configured to receive washing fluid through the inlet opening and direct at least a portion of the washing fluid to the outlet opening ; and one or more fluid supply channels extending between and fluidly communicating the inlet opening and the outlet opening within the body ; and a satellite arm rotatably coupled to the spray arm at the outlet opening ; wherein at least a portion of the one or more fluid supply channels extends past the outlet opening relative to the inlet opening such that the one or more fluid supply channels are configured to direct at least a portion of washing fluid flowing from the inlet opening to the outlet opening radially past the outlet opening and at least partially back towards the inlet opening before entering the outlet opening and the satellite arm , characterized in that the body further comprises a flow-directing element disposed between the inlet opening and the outlet opening , the flow-directing element dividing one of the one or more fluid supply channels into two fluid supply channels each located along opposite sides of flow-directing element to separate the washing fluid flowing through the spray arm .
A method performed by a user equipment, UE, the method comprising: when two channel state information, CSI, reports are to be transmitted on a physical uplink control channel, and each of the two of CSI reports relate to a respective one of a plurality of component carriers, and one of the two CSI reports is a CSI report containing a Rank Indicator, RI, and one of the two CSI reports is a CSI report containing a Channel Quality Indicator, CQI, transmitting only the CSI report containing the RI on the physical uplink control channel; and characterized in that when two CSI reports are to be transmitted on a physical uplink control channel and each of the two of CSI reports relate to a respective one of a plurality of component carriers, and each of the two CSI reports is a CSI report containing a Rank Indicator, RI, transmitting only the CSI report containing a RI associated with a highest priority component carrier. when two channel state information, CSI, reports are to be transmitted on a physical uplink control channel, and each of the two of CSI reports relate to a respective one of a plurality of component carriers, and one of the two CSI reports is a CSI report containing a Rank Indicator, RI, and one of the two CSI reports is a CSI report containing a Channel Quality Indicator, CQI, transmitting only the CSI report containing the RI on the physical uplink control channel; and characterized in that when two CSI reports are to be transmitted on a physical uplink control channel and each of the two of CSI reports relate to a respective one of a plurality of component carriers, and each of the two CSI reports is a CSI report containing a Rank Indicator, RI, transmitting only the CSI report containing a RI associated with a highest priority component carrier.
A cell-targeting construct comprising: (a) a cell-targeting scFv antibody domain; (b) an antibody heavy chain constant (Fc) domain; and (c) a truncated serine protease, wherein the polypeptide comprises from N- to C-terminus (c) a truncated serine protease; (b) a Fc domain; and (a) a scFv domain. (a) a cell-targeting scFv antibody domain; (b) an antibody heavy chain constant (Fc) domain; and (c) a truncated serine protease, wherein the polypeptide comprises from N- to C-terminus (c) a truncated serine protease; (b) a Fc domain; and (a) a scFv domain.
Resin-modifying particles, each of which comprises a glycidyl group-containing polymer (B) and a core-shell copolymer (C) at a composite state, wherein the resin-modifying particles are obtainable by mixing each of the glycidyl group-containing polymer and the core-shell copolymer in the state of latex, and coagulating the latexes, and wherein the glycidyl group-containing polymer (B) comprises a polymer obtainable by polymerizing 50 to 100 % by weight of a glycidyl group-containing ethylenically unsaturated monomer (B1) and 0 to 50 % by weight of an unsaturated monomer (B2) different from the glycidyl group-containing ethylenically unsaturated monomer (B1).
An ultrasonic diagnostic instrument comprising: a matching layer ; at least one transducer provided at a lower surface of the matching layer to generate ultrasonic waves; a first acoustic absorption layer provided at a lower surface of the transducer to transmit an ultrasonic wave generation signal to the transducer ; a controller provided at a lower surface of the first acoustic absorption layer to control operation of the transducer , the controller having a recess formed in a lower surface thereof; and a second acoustic absorption layer provided at a lower surface of the controller and having an insert formed at an upper surface thereof, the insert corresponding to the recess of the controller and absorbs ultrasonic waves moving rearward of the transducer , wherein the at least one transducer includes a plurality of transducers in the form of a matrix array, a linear array, a convex array, or a concave array, wherein the controller includes a plurality of switching elements to control the respective transducers , and the switching elements take the form of a matrix array, a linear array, a convex array, or a concave array and wherein a width of each switching element is equal to or greater than a width of a corresponding one of the transducers controlled by the switching element . a matching layer ; at least one transducer provided at a lower surface of the matching layer to generate ultrasonic waves; a first acoustic absorption layer provided at a lower surface of the transducer to transmit an ultrasonic wave generation signal to the transducer ; a controller provided at a lower surface of the first acoustic absorption layer to control operation of the transducer , the controller having a recess formed in a lower surface thereof; and a second acoustic absorption layer provided at a lower surface of the controller and having an insert formed at an upper surface thereof, the insert corresponding to the recess of the controller and absorbs ultrasonic waves moving rearward of the transducer , wherein the at least one transducer includes a plurality of transducers in the form of a matrix array, a linear array, a convex array, or a concave array, wherein the controller includes a plurality of switching elements to control the respective transducers , and the switching elements take the form of a matrix array, a linear array, a convex array, or a concave array and wherein a width of each switching element is equal to or greater than a width of a corresponding one of the transducers controlled by the switching element .