mhurhangee/patent-ind-claim-en huggingface dataset:
A membrane electrode assembly of an electrochemical device, the membrane electrode assembly comprising: a proton conductive solid electrolyte membrane ; and an electrode including Ni and an electrolyte material which contains as a primary component, at least one of a first compound having a composition represented by BaZr 1 . x1 M 1 x1 O 3 (M 1 represents at least one element selected from Sc, Lu, and Yb, and 0<x 1 <1 holds) and a second compound having a composition represented by BaZr 1-x2 Tm x2 O 3 (0<x 2 <0.3 holds), wherein the solid electrolyte membrane includes a first solid electrolyte membrane which includes an electrolyte material containing as a primary component, at least one of a fourth compound having a composition represented by BaZr 1-x4 M 4 x4 O 3 (M 4 represents at least one element selected from Sc, Lu, and Yb and 0<x 4 <1 holds) and a fifth compound having a composition represented by BaZr 1-x5 Tm x5 O 3 , (0<x 5 <0.3 holds), and the electrode is in contact with the first solid electrolyte membrane . a proton conductive solid electrolyte membrane ; and an electrode including Ni and an electrolyte material which contains as a primary component, at least one of a first compound having a composition represented by BaZr 1 . x1 M 1 x1 O 3 (M 1 represents at least one element selected from Sc, Lu, and Yb, and 0<x 1 <1 holds) and a second compound having a composition represented by BaZr 1-x2 Tm x2 O 3 (0<x 2 <0.3 holds), wherein the solid electrolyte membrane includes a first solid electrolyte membrane which includes an electrolyte material containing as a primary component, at least one of a fourth compound having a composition represented by BaZr 1-x4 M 4 x4 O 3 (M 4 represents at least one element selected from Sc, Lu, and Yb and 0<x 4 <1 holds) and a fifth compound having a composition represented by BaZr 1-x5 Tm x5 O 3 , (0<x 5 <0.3 holds), and the electrode is in contact with the first solid electrolyte membrane .
Active humidifier comprising a disposable cartridge provided with a humidification chamber adapted to contain a volume of water and a residual volume of gas to be heated for air humidification of the inspiratory gases traversing the disposable cartridge , with an inlet mouth for air to be introduced in the chamber by a ventilation device and with an outlet mouth for conditioned air exiting the chamber to a patient, the humidification chamber being a sealed casing entirely made of plastic material, the humidification chamber comprising a bottom with a plurality of support pegs, wherein said cartridge comprises a disposable heating element comprising an electrical resistor , said cartridge comprising also an electrical connector for the electrical connection of the disposable heating element , characterised in that the disposable heating element is positioned on the plurality of support pegs , such that the plurality of support pegs keep it distanced from the bottom inside the humidification chamber , immersed in the water and lapped on all sides by water.
A vehicle rear portion structure comprising: a rear pillar extending in a vehicle vertical direction; a framework member that has a front end portion joined to an upper portion of the rear pillar and that has a rear portion that extends towards a vehicle lower side; a barrier wall at a vehicle inner side of the rear pillar , the barrier wall being joined to the rear pillar and the framework member so as to be watertight, and the barrier wall dividing the vehicle inner side from the vehicle outer side; and a side panel provided at the vehicle outer side of the rear pillar , the framework member and the barrier wall , the side panel structuring a design surface of a vehicle side portion. a rear pillar extending in a vehicle vertical direction; a framework member that has a front end portion joined to an upper portion of the rear pillar and that has a rear portion that extends towards a vehicle lower side; a barrier wall at a vehicle inner side of the rear pillar , the barrier wall being joined to the rear pillar and the framework member so as to be watertight, and the barrier wall dividing the vehicle inner side from the vehicle outer side; and a side panel provided at the vehicle outer side of the rear pillar , the framework member and the barrier wall , the side panel structuring a design surface of a vehicle side portion.
A dual-mass flywheel having a primary side and a secondary side , which are rotatable relative to one another against a restoring torque of an energy storage device , comprising a slip clutch which serves as a secondary-side torque limiter , comprising two counter disks riveted to one another, which are in frictional contact with a secondary flange , and an output hub , which is coupled to the counter disks for transmitting a torque, and wherein the secondary flange forms the slip clutch with the two counter disks , wherein the primary mass comprises a motor-side primary mass plate , which is connectable to a crankshaft by means of crankshaft screws via drilled holes , wherein the output hub has drilled holes through which the crankshaft screws are accessible in an installation situation of the dual-mass flywheel , wherein the output hub has a toothing , via which the output hub is coupled to the counter disks for transmitting the torque, and wherein the output hub is axially acted upon by a plate spring with a pressure force acting against a stop , characterized in that the toothing is in engagement with a toothing of one of the counter disks , wherein the output hub is axially acted upon by the plate spring with a pressure force acting in the direction of the primary side and in that the plate spring is supported on a retaining plate , wherein the retaining plate is fastened to the counter disks .
A surgical suturing device for repair of tricuspid regurgitation, comprising: a first tissue gap configured to have a side of a tricuspid annulus placed within; a second tissue gap configured to have a side of the tricuspid annulus placed within; a first plurality of needles configured to be movable across the first tissue gap ; a second plurality of needles configured to be movable across the second tissue gap ; a plurality of sutures each having first and second ends ; a first plurality of ferrules coupled to each of the first ends of the plurality of sutures ; a second plurality of ferrules coupled to each of the second ends of the plurality of sutures ; a first needle actuator configured to engage the first plurality of needles to drive them through the first tissue gap and into communication with the first ends of the plurality of sutures to couple the first plurality of needles with the first plurality of ferrules, and then retract the first plurality of needles to pull the sutures through the first tissue gap; a second needle actuator configured to engage the second plurality of needles to drive them through the second tissue gap and into communication with the second ends of the plurality of sutures to couple the second plurality of needles with the second plurality of ferrules, and then retract the second plurality of needles to pull the sutures through the second tissue gap; and a selector switch to configure the surgical suturing device for selectively coupling the first pair of needles or the second pair of needles . a first tissue gap configured to have a side of a tricuspid annulus placed within; a second tissue gap configured to have a side of the tricuspid annulus placed within; a first plurality of needles configured to be movable across the first tissue gap ; a second plurality of needles configured to be movable across the second tissue gap ; a plurality of sutures each having first and second ends ; a first plurality of ferrules coupled to each of the first ends of the plurality of sutures ; a second plurality of ferrules coupled to each of the second ends of the plurality of sutures ; a first needle actuator configured to engage the first plurality of needles to drive them through the first tissue gap and into communication with the first ends of the plurality of sutures to couple the first plurality of needles with the first plurality of ferrules, and then retract the first plurality of needles to pull the sutures through the first tissue gap; a second needle actuator configured to engage the second plurality of needles to drive them through the second tissue gap and into communication with the second ends of the plurality of sutures to couple the second plurality of needles with the second plurality of ferrules, and then retract the second plurality of needles to pull the sutures through the second tissue gap; and a selector switch to configure the surgical suturing device for selectively coupling the first pair of needles or the second pair of needles .
A method of fabricating a ferrite for use in a resistivity logging tool, comprising: pressing a mixture of a ferrite powder and a binder into a mold having a geometry corresponding to a channel defined on an inner surface of a bobbin associated with the resistivity logging tool , wherein the channel is arcuate and extends at an angle offset from a central axis of the bobbin; and adjusting at least one of a length, a width, and a thickness of the ferrite to manipulate a magnetic permeability of the ferrite in a direction of a magnetic field passing through the ferrite. pressing a mixture of a ferrite powder and a binder into a mold having a geometry corresponding to a channel defined on an inner surface of a bobbin associated with the resistivity logging tool , wherein the channel is arcuate and extends at an angle offset from a central axis of the bobbin; and adjusting at least one of a length, a width, and a thickness of the ferrite to manipulate a magnetic permeability of the ferrite in a direction of a magnetic field passing through the ferrite.
A copper electrode material, the copper electrode material comprising: 99.9999% by mass or more of Cu; 0.1 ppm by mass or less of S; 0.1 ppm by mass or less of P; 0.1 ppm by mass or less of Fe; 0.1 ppm by mass or less of Al; gas components C and O in a total amount of 5 ppm by mass or less; Co of less than 0.05 ppm by mass; Ni of less than 0.1 ppm by mass; As of less than 0.005 ppm by mass; Rh of less than 1 ppm by mass; Ag of less than 1 ppm by mass; Sn of less than 0.5 ppm by mass; Sb of less than 0.005 ppm by mass; Te of less than 0.05 ppm by mass; TI of less than 3 ppm by mass; and Pb of less than 0.05 ppm by mass; wherein an average crystal grain diameter of Cu is 100 μm or less, wherein the copper electrode material has a number of pores having a pore diameter of 10 μm or more of less than 1 pore/cm 2 as observed by an optical microscope, wherein the copper electrode material has a number of particles (LPC) of 1000 [pieces/g] or less. 99.9999% by mass or more of Cu; 0.1 ppm by mass or less of S; 0.1 ppm by mass or less of P; 0.1 ppm by mass or less of Fe; 0.1 ppm by mass or less of Al; gas components C and O in a total amount of 5 ppm by mass or less; Co of less than 0.05 ppm by mass; Ni of less than 0.1 ppm by mass; As of less than 0.005 ppm by mass; Rh of less than 1 ppm by mass; Ag of less than 1 ppm by mass; Sn of less than 0.5 ppm by mass; Sb of less than 0.005 ppm by mass; Te of less than 0.05 ppm by mass; TI of less than 3 ppm by mass; and Pb of less than 0.05 ppm by mass; wherein the copper electrode material has a number of pores having a pore diameter of 10 μm or more of less than 1 pore/cm 2 as observed by an optical microscope, wherein the copper electrode material has a number of particles (LPC) of 1000 [pieces/g] or less.
Kitchen appliance for processing food, with an electric motor for driving a tool of the kitchen appliance, with a switch for switching the electric motor on and off and with a control and regulation unit , which is configured in such a manner that a rotary speed of the tool actively connected to the electric motor is set as a function of an actuating intensity of a manual actuation element of the switch, and with a safety facility for preventing an accidental actuation of the switch, wherein the safety facility has a manual safety element , which is to be moved in the same direction as the actuation element in order to release the actuation element , wherein the safety element , in its locked position, protrudes over an actuation area of the actuation element , wherein the safety element , in its released position, terminates flush or almost flush with the actuation area .
A device for converting a liquid into vapor , operating at constant pressure, said device comprising: - an enclosure ; - a heating surface with a downward slope arranged in said enclosure and defining a liquid flow path ; - a liquid inlet port connected to an upper portion of said heating surface so that the liquid introduced from said liquid inlet flows on said slope of the heating surface ; and - a vapor outlet port formed through a wall of the enclosure ; characterized in that the heating surface comprises: - a heat transfer pipe configured to allow the flowing of a heat transfer fluid to heat said heating surface ; and - a corner piece comprising a U-shaped cross-section with a semi-circular portion arranged around said heat transfer pipe and an upper portion forming an opening on said enclosure . - an enclosure ; - a heating surface with a downward slope arranged in said enclosure and defining a liquid flow path ; - a liquid inlet port connected to an upper portion of said heating surface so that the liquid introduced from said liquid inlet flows on said slope of the heating surface ; and - a vapor outlet port formed through a wall of the enclosure ; - a heat transfer pipe configured to allow the flowing of a heat transfer fluid to heat said heating surface ; and - a corner piece comprising a U-shaped cross-section with a semi-circular portion arranged around said heat transfer pipe and an upper portion forming an opening on said enclosure .
A container produced from a plastic material, especially in extrusion blow molds, comprising - a container body having a first end , a second end substantially opposite the first end, and a jacket , - a filling opening having a first and a second sealing surface formed on the inner wall of the first end , wherein the first and second sealing surfaces can be connected to one another in a fluidtight manner, - a container base having a standing surface formed at the second end and a pouring opening formed at the first end , wherein the filling opening has a first center axis and the pouring opening has a second center axis , characterized in that the first and second center axes are substantially parallel to one another. - a container body having a first end , a second end substantially opposite the first end, and a jacket , - a filling opening having a first and a second sealing surface formed on the inner wall of the first end , wherein the first and second sealing surfaces can be connected to one another in a fluidtight manner, - a container base having a standing surface formed at the second end and a pouring opening formed at the first end , wherein the filling opening has a first center axis and the pouring opening has a second center axis , characterized in that the first and second center axes are substantially parallel to one another.
A cap for the fermentation in bottles of sparkling wines, comprising a metal capsule and a sealing element , which is situated inside the concavity of the capsule and is cup-shaped for collecting the sediments of the wine during the fermentation step in the bottle; the sealing element being shaped and constrained on the capsule for inserting and moulding a plastic material directly inside the concavity of the capsule ; the sealing element being shaped according to a disc-shaped base , adhering to and integral with the bottom of the concavity of the capsule , and according to an annular collar , which rises from the base for engaging in a sealed fashion with the neck of a bottle, wherein the annular collar is defined by a single annular panel which rises from the base , between a first annular end of the panel which is located on the base and a second annular end of the panel which is located in a position distal from the base ; the cap being characterised in that the second annular end faces in the shape of a 'U' towards the outer periphery of the base and with the concavity facing towards the base .
A P-glycoprotein inhibitor for use in a method of treating rhinosinusitis in a subject, the method comprising identifying a subject having rhinosinusitis; administering to the subject an effective amount of said P-glycoprotein inhibitor, wherein the P-glycoprotein inhibitor is verapamil, PSC 833, R-verapamil, GF120918, VX-710, MS-209, LY335979, OC144093, R101933, XR9051, or XR9576 and the P-glycoprotein inhibitor inhibits P-glycoprotein expression and/or inhibits P-glycoprotein activity in the subject's sinonasal epithelial cells.
A method for feeding back channel state information, wherein the method comprises: receiving (S101) a reference signal sent by a base station; selecting (S102) a precoding matrix W based on the reference signal, wherein the selected precoding matrix W is a matrix in a matrix set; and sending (S103) a precoding matrix indicator, PMI, to the base station, wherein the PMI is corresponding to the selected precoding matrix W, wherein the matrix set satisfies: 1 2 1 e jθ 1 e jθ , 1 2 1 e jθ j je jθ , 1 2 1 e jθ − 1 − e jθ , 1 2 1 e jθ − j − je jθ wherein θ ∈ 0 , π 16 , 2 π 16 , ... , 33 π 16 . receiving (S101) a reference signal sent by a base station; selecting (S102) a precoding matrix W based on the reference signal, wherein the selected precoding matrix W is a matrix in a matrix set; and sending (S103) a precoding matrix indicator, PMI, to the base station, wherein the PMI is corresponding to the selected precoding matrix W, wherein the matrix set satisfies: 1 2 1 e jθ 1 e jθ , 1 2 1 e jθ j je jθ , 1 2 1 e jθ − 1 − e jθ , 1 2 1 e jθ − j − je jθ wherein θ ∈ 0 , π 16 , 2 π 16 , ... , 33 π 16 .
A probe for insertion into a pipe or into a duct, wherein the probe has - at least one motor , - at least one motor shaft , - at least one working means (30, 30', 30") connected to the motor shaft , - a connecting device for connecting the motor to a cable , - at least one housing , and - at least one centering device connected to the housing , wherein the motor is located in the housing and is a DC motor, characterized in that the centering device is formed by a plurality of springy elements which are arranged uniformly spaced apart in the circumferential direction of the housing , wherein the springy elements are of a turbine-blade design. the probe has - at least one motor , - at least one motor shaft , - at least one working means (30, 30', 30") connected to the motor shaft , - a connecting device for connecting the motor to a cable , - at least one housing , and - at least one centering device connected to the housing , wherein - at least one motor , - at least one motor shaft , - at least one working means (30, 30', 30") connected to the motor shaft , - a connecting device for connecting the motor to a cable , - at least one housing , and - at least one centering device connected to the housing , wherein the motor is located in the housing and is a DC motor, characterized in that the centering device is formed by a plurality of springy elements which are arranged uniformly spaced apart in the circumferential direction of the housing , wherein the springy elements are of a turbine-blade design.
Time-domain or frequency domain, in particular swept-source, optical coherence tomography system comprising: a sample light path between a source interface and a detector interface , a reference light path between the source interface and the detector interface , and a photonic integrated circuit , wherein the reference light path is at least partially separate from the sample light path , wherein the sample light path comprises a forward sample light path between the source interface and a sample interface , and a backward sample light path between the sample interface and the detector interface , wherein the forward sample light path and the backward sample light path are at least partially provided by the photonic integrated circuit , characterized in that the photonic integrated circuit comprises an integrated sample-side polarization beam splitter arranged in the forward sample light path and the backward sample light path . a sample light path between a source interface and a detector interface , a reference light path between the source interface and the detector interface , and a photonic integrated circuit , wherein the reference light path is at least partially separate from the sample light path , wherein the sample light path comprises a forward sample light path between the source interface and a sample interface , and a backward sample light path between the sample interface and the detector interface , wherein the forward sample light path and the backward sample light path are at least partially provided by the photonic integrated circuit , characterized in that the photonic integrated circuit comprises an integrated sample-side polarization beam splitter arranged in the forward sample light path and the backward sample light path .
Cooking appliance, in particular a dry-cooking fryer, including a cooking chamber (1; 1'), a heating means (2; 2') designed to generate a heating flow (20; 20') in the cooking chamber (1; 1'), a receiving means (3; 3') for receiving the foods in the cooking chamber (1; 1'), a stirring means (4; 4') arranged within the receiving means (3; 3'), the receiving means (3; 3') having an upper opening (8; 8'), the heating flow (20; 20') entering in the receiving means (3; 3') through the upper opening (8; 8'), characterised in that a cooking holder (10; 10') that is separate from the stirring means (4; 4') is arranged in the cooking chamber (1; 1') and forms a cooking surface (11; 11') that is directly exposed to the heating flow (20; 20'), said cooking holder (10; 10') defining, together with the receiving means (3; 3'), a first cooking area (12; 12') that is at least partially protected from the heating flow (20; 20') and a second cooking area (13; 13') that is more exposed to the heating flow (20; 20') than the first cooking area (12; 12').
A continuous process for preparing a silica product, comprising: (a) continuously feeding an acidulating agent and an alkali metal silicate into a loop reaction zone comprising a stream of liquid medium; wherein at least a portion of the acidulating agent and the alkali metal silicate react to form a silica product in the liquid medium of the loop reaction zone; (b) continuously recirculating the liquid medium through the loop reaction zone; and (c) continuously discharging from the loop reaction zone a portion of the liquid medium comprising the silica product, and steps (a)-(c) are carried out simultaneously.
A method for the digital printing of a glass sheet, comprising the following steps: transporting the glass sheet in advancement on a mobile plane ; during advancement, heating the glass sheet to a predetermined temperature, while the glass sheet is transported in advancement on the mobile plane ; following the heating step and during advancement, applying a layer of ink to the glass sheet, according to a predetermined pattern, while the glass sheet is transported in advancement on the mobile plane ; during advancement, following the step of applying a layer of ink, drying the layer of ink while the glass sheet is transported in advancement on the mobile plane . transporting the glass sheet in advancement on a mobile plane ; during advancement, heating the glass sheet to a predetermined temperature, while the glass sheet is transported in advancement on the mobile plane ; following the heating step and during advancement, applying a layer of ink to the glass sheet, according to a predetermined pattern, while the glass sheet is transported in advancement on the mobile plane ; during advancement, following the step of applying a layer of ink, drying the layer of ink while the glass sheet is transported in advancement on the mobile plane .