mhurhangee/patent-ind-claim-en huggingface dataset:
A nozzle box assembly, comprising: a plurality of steam inlets operable to supply working steam therethrough; a torus part coupled to the steam inlets so as to form an annular steam path and having an opening portion in which a part of the annular steam path is opened; and a steam path ring coupled to the opening portion so as to provide a path, which is configured to be coupled to a stage of a steam turbine, and provided with a plurality of vanes (110; 410), wherein the steam path ring is directly connected to the opening portion at a front surface of the torus part , wherein the torus part includes the front surface , an upper inner surface , a lower inner surface and a rear surface with respect to a cross-section of the annular steam path, upper and lower referring to radially outward and radially inward, respectively, with respect to the annular steam path, and the upper inner surface and the lower inner surface include curved surfaces and straight sections, said straight sections being arranged between curved surfaces respectively, wherein the front surface includes an upper joint surface (S1) and a lower joint surface (S2), wherein the upper joint surface (S1) and the lower joint surface (S2) are coupled with the steam path ring , characterised in that an end portion of the upper joint surface (S1) is disposed closer to the rear surface than an end portion of the lower joint surface (S2). a plurality of steam inlets operable to supply working steam therethrough; a torus part coupled to the steam inlets so as to form an annular steam path and having an opening portion in which a part of the annular steam path is opened; and a steam path ring coupled to the opening portion so as to provide a path, which is configured to be coupled to a stage of a steam turbine, and provided with a plurality of vanes (110; 410), wherein the steam path ring is directly connected to the opening portion at a front surface of the torus part , wherein the torus part includes the front surface , an upper inner surface , a lower inner surface and a rear surface with respect to a cross-section of the annular steam path, upper and lower referring to radially outward and radially inward, respectively, with respect to the annular steam path, and the upper inner surface and the lower inner surface include curved surfaces and straight sections, said straight sections being arranged between curved surfaces respectively, wherein the front surface includes an upper joint surface (S1) and a lower joint surface (S2), wherein the upper joint surface (S1) and the lower joint surface (S2) are coupled with the steam path ring , characterised in that an end portion of the upper joint surface (S1) is disposed closer to the rear surface than an end portion of the lower joint surface (S2).
Turbine wheel meter for measuring the flow rate of a liquid, with a measuring device , with an inlet and an outlet for the liquid to be measured, with a flow channel provided between the inlet and outlet and with a turbine , which has a turbine wheel with curved blades arranged in the flow channel , and wherein the turbine wheel interacts with the measuring device for measuring the flow rate of the liquid, wherein the turbine is designed as a radial turbine (5.1) with single-curved blades on the turbine wheel , characterized in that the blades extend curved forwards at their leading edges (8.1) and thus extend curved forwards in the direction of rotation of the turbine wheel .
A cutting device for use with a powered surgical tool, comprising: an outer blade having a distal end having an end cap , wherein the end cap is planar and perpendicular to cylindrical sides of the outer blade, wherein a distal cutting window is formed in the end cap and the cylindrical sides, and wherein the distal cutting window is defined by edges having protrusions and window teeth ; and an inner blade having a distal portion including a cutting tip , wherein the cutting tip includes teeth configured in pairs that extend radially toward one another across a first opening ; wherein the inner blade is disposed coaxially within the outer blade along a longitudinal axis with the cutting tip aligned within the cutting window, and wherein the window teeth of the cutting window are longitudinally offset from the teeth of the cutting tip; and characterised by castellations that extend parallel to a longitudinal axis of the inner blade toward the end cap of the outer blade, wherein the castellations extend along the distal portion between the first opening and a second opening formed by a notch, and wherein the second opening is circumferentially spaced from the first opening. an outer blade having a distal end having an end cap , wherein the end cap is planar and perpendicular to cylindrical sides of the outer blade, wherein a distal cutting window is formed in the end cap and the cylindrical sides, and wherein the distal cutting window is defined by edges having protrusions and window teeth ; and an inner blade having a distal portion including a cutting tip , wherein the cutting tip includes teeth configured in pairs that extend radially toward one another across a first opening ; wherein the inner blade is disposed coaxially within the outer blade along a longitudinal axis with the cutting tip aligned within the cutting window, and wherein the window teeth of the cutting window are longitudinally offset from the teeth of the cutting tip; and characterised by castellations that extend parallel to a longitudinal axis of the inner blade toward the end cap of the outer blade, wherein the castellations extend along the distal portion between the first opening and a second opening formed by a notch, and wherein the second opening is circumferentially spaced from the first opening.
A process for forming a ceramic coating on a substrate comprising the steps of: providing a substrate; creating a plasma which preheats said substrate; forming a ceramic coating by injecting a powder feedstock into said plasma; said ceramic coating forming step comprising depositing ceramic particles having a mean size in the range of from 100 to 150 microns, wherein said powder feedstock injecting step comprises injecting a powder having particles with a diameter in the range of from 50 to 300 microns, and wherein more than 50% of said particles have a diameter of at least 100 microns; and wherein said depositing step comprises depositing particles in a fully molten state. providing a substrate; creating a plasma which preheats said substrate; forming a ceramic coating by injecting a powder feedstock into said plasma; said ceramic coating forming step comprising depositing ceramic particles having a mean size in the range of from 100 to 150 microns, wherein said powder feedstock injecting step comprises injecting a powder having particles with a diameter in the range of from 50 to 300 microns, and wherein more than 50% of said particles have a diameter of at least 100 microns; and wherein said depositing step comprises depositing particles in a fully molten state.
An installation structure for mounted LED screens, comprising a LED screen and a vertical column ; the LED screen comprising a screen cabinet and a crossbeam , the crossbeam is arranged horizontally and firmly on the back of the screen cabinet; the vertical column is vertically arranged on the ground or other installation platform, characterized in that the installation structure for mounted LED screens further includes a hook profile , wherein a side of the hook profile is provided with a mount groove extending in the longitudinal direction of the hook profile and adapting to the crossbeam, wherein the opening of the mount groove is upward; the crossbeam is arranged in the mount groove, wherein the hook profile is connected horizontally and firmly to the vertical column. the installation structure for mounted LED screens further includes a hook profile , wherein a side of the hook profile is provided with a mount groove extending in the longitudinal direction of the hook profile and adapting to the crossbeam, wherein the opening of the mount groove is upward; the crossbeam is arranged in the mount groove, wherein the hook profile is connected horizontally and firmly to the vertical column.
A gate valve assembly (10/210/310) comprising: a valve body (12/212) having an inlet and an outlet ; a gate (18/218) disposed within the valve body (12/212) and slidably connected to the valve body (12/212) such that the gate (18/218) slides along a normal axis (N) between an open position to a closed position, wherein in the closed position the inlet is fluidly disconnected from the outlet ; a seal (34/234) having a longitudinal axis (L 1 /L 2 ) perpendicular to the normal axis (N) and extending along the gate (18/218) such that the gate (18/218) slides against a first seal surface (45/245) of the seal (34/234) when the gate (18/218) slides between the open position and the closed position; and a wedging element (36, 72/236, 272) abutting a second seal surface (56/256) of the seal (34/234) opposite the first seal surface (45/245); wherein the wedging element (36, 72/236, 272) comprises a front side for engaging the second seal surface (56/256) and a backside for engaging an opposite wedge surface such that movement of the wedging element (36, 72/236, 272) along the longitudinal axis (L 1 /L 2 ) causes the wedging element (36, 72/236, 272) to exert a force against the seal along a lateral axis (Z) perpendicular to the longitudinal axis (L 1 /L 2 ); and characterized in that the seal (34/234) is a low drag seal comprising a main body portion defining the second seal surface (56/256) and a first leg extends from the main body portion away from the second seal surface (56/256), wherein the first leg has a concave portion at an end of the first leg and opposite the second seal surface (56/256). a valve body (12/212) having an inlet and an outlet ; a gate (18/218) disposed within the valve body (12/212) and slidably connected to the valve body (12/212) such that the gate (18/218) slides along a normal axis (N) between an open position to a closed position, wherein in the closed position the inlet is fluidly disconnected from the outlet ; a seal (34/234) having a longitudinal axis (L 1 /L 2 ) perpendicular to the normal axis (N) and extending along the gate (18/218) such that the gate (18/218) slides against a first seal surface (45/245) of the seal (34/234) when the gate (18/218) slides between the open position and the closed position; and a wedging element (36, 72/236, 272) abutting a second seal surface (56/256) of the seal (34/234) opposite the first seal surface (45/245); wherein the wedging element (36, 72/236, 272) comprises a front side for engaging the second seal surface (56/256) and a backside for engaging an opposite wedge surface such that movement of the wedging element (36, 72/236, 272) along the longitudinal axis (L 1 /L 2 ) causes the wedging element (36, 72/236, 272) to exert a force against the seal along a lateral axis (Z) perpendicular to the longitudinal axis (L 1 /L 2 ); and characterized in that the seal (34/234) is a low drag seal comprising a main body portion defining the second seal surface (56/256) and a first leg extends from the main body portion away from the second seal surface (56/256), wherein the first leg has a concave portion at an end of the first leg and opposite the second seal surface (56/256).
A method for location determination in beamformed communication, comprising: transmitting (320; 1505) from a first base station a first beamformed reference signal wherein the first beamformed reference signal and additional beamformed reference signals that are transmitted at different times in accordance to a coordinated time offset schedule by additional base stations are according to beam sweep cycles of neighboring base stations coordinated to minimize collision between the beams using the coordinated time offset schedule; receiving (330; 1510) a first measurement report from a user equipment, UE, the first measurement report indicating a measurement parameter associated with the first beamformed reference signal; receiving (345; 1515) additional measurement reports from the UE for additional base stations, the additional measurement reports each indicating measurement parameters associated with the additional beamformed reference signals; and identifying (350; 1520) a location of the UE based at least in part on the first measurement report and the additional measurement reports. transmitting (320; 1505) from a first base station a first beamformed reference signal wherein the first beamformed reference signal and additional beamformed reference signals that are transmitted at different times in accordance to a coordinated time offset schedule by additional base stations are according to beam sweep cycles of neighboring base stations coordinated to minimize collision between the beams using the coordinated time offset schedule; receiving (330; 1510) a first measurement report from a user equipment, UE, the first measurement report indicating a measurement parameter associated with the first beamformed reference signal; receiving (345; 1515) additional measurement reports from the UE for additional base stations, the additional measurement reports each indicating measurement parameters associated with the additional beamformed reference signals; and identifying (350; 1520) a location of the UE based at least in part on the first measurement report and the additional measurement reports.
A quick connector for connecting a tubular male part to a female part , comprising: sealing means adapted to be set within a mouth portion of the female part to form a seal between the male part and the female part ; and tubular retaining means adapted to be set within the mouth portion and having at least one first flexing member with a first tongue portion protruding radially inwards for snapping engagement with the male part and at least one second flexing member with a second tongue portion protruding radially outwards for snapping engagement with the female part , wherein the first and second flexing members are provided at circumferentially spaced portions of the retaining means , wherein the tubular retaining means has a ring-shaped base portion from which the first and second flexing members protrude in an axial direction with axial slits formed in-between, so that the first and second flexing members can be flexibly deformed in a radial direction orthogonal to the axial extension of the tubular retaining means , and wherein the first flexing member has a first ring segment axially protruding from the ring-shaped base portion , characterised in that the first tongue portion protrudes orthogonally and radially inwardly from the first ring segment . sealing means adapted to be set within a mouth portion of the female part to form a seal between the male part and the female part ; and tubular retaining means adapted to be set within the mouth portion and having at least one first flexing member with a first tongue portion protruding radially inwards for snapping engagement with the male part and at least one second flexing member with a second tongue portion protruding radially outwards for snapping engagement with the female part , wherein the first and second flexing members are provided at circumferentially spaced portions of the retaining means , wherein the tubular retaining means has a ring-shaped base portion from which the first and second flexing members protrude in an axial direction with axial slits formed in-between, so that the first and second flexing members can be flexibly deformed in a radial direction orthogonal to the axial extension of the tubular retaining means , and wherein the first flexing member has a first ring segment axially protruding from the ring-shaped base portion , characterised in that the first tongue portion protrudes orthogonally and radially inwardly from the first ring segment .
Heat-protective sheet comprising a first layer and a second layer coupled to one another, wherein said first layer comprises a microporous liquid-proof polymer matrix permeable to water vapor, and said second layer comprises a non-woven fabric made of synthetic fibers, wherein said first layer and said second layer are not metallized, wherein said first layer comprises mineral fillers dispersed in said polymer matrix, said polymer matrix comprising micro-pores at least next to said mineral fillers, said mineral fillers comprising particles of calcium carbonate, characterised in that said first layer comprises at least one substance with low-transmittance of the electromagnetic radiation with wavelength from about 7 μm and about 14 μm, wherein said sheet has a whole grammage equal to, or lower than, 60 g/m2.
A rotary machine for hydraulic forming containers from preforms, comprising: - a rotatable forming wheel having a central axis of rotation and a plane of rotation perpendicular to the central axis of rotation, - a plurality of forming stations, each of the forming stations being supported by the forming wheel and operable to expand one of said preforms into a shaped container by forcing a liquid into the preform, characterized in that the longitudinal axis of each forming station forms an angle with the plane of rotation of the forming wheel of less than 25° while the preform is expanded, and in that the projection of the longitudinal axis of each forming stations onto the plane of rotation of the forming wheel forms an angle with the radial direction at the position of the forming station within the range of 5° to 25° while the preform is expanded. - a rotatable forming wheel having a central axis of rotation and a plane of rotation perpendicular to the central axis of rotation, - a plurality of forming stations, each of the forming stations being supported by the forming wheel and operable to expand one of said preforms into a shaped container by forcing a liquid into the preform,
An image sensor comprising: a sensor substrate comprising a plurality of light sensing cells a spacer layer provided on the sensor substrate, the spacer layer being transparent; and a color separation lens array provided on the spacer layer, wherein the color separation lens array comprises: a first lens layer comprising a first nanopost (NP1) having a sub-wavelength shape dimension and a first peripheral material (E1) provided around the first nanopost, wherein the first nanopost and the first peripheral material having different refraction indexes; and characterised in that a first chemical mechanical polishing (CMP) stop layer provided on an entire upper surface of the first peripheral material, wherein the first CMP stop layer is not provided on an upper surface of the first nanopost. a sensor substrate comprising a plurality of light sensing cells a spacer layer provided on the sensor substrate, the spacer layer being transparent; and a color separation lens array provided on the spacer layer, wherein the color separation lens array comprises: a first lens layer comprising a first nanopost (NP1) having a sub-wavelength shape dimension and a first peripheral material (E1) provided around the first nanopost, wherein the first nanopost and the first peripheral material having different refraction indexes; and characterised in that a first chemical mechanical polishing (CMP) stop layer provided on an entire upper surface of the first peripheral material, wherein the first CMP stop layer is not provided on an upper surface of the first nanopost. a first lens layer comprising a first nanopost (NP1) having a sub-wavelength shape dimension and a first peripheral material (E1) provided around the first nanopost, wherein the first nanopost and the first peripheral material having different refraction indexes; and characterised in that a first chemical mechanical polishing (CMP) stop layer provided on an entire upper surface of the first peripheral material, wherein the first CMP stop layer is not provided on an upper surface of the first nanopost.
A voltage regulator , comprising: a power supply input ; a regulated voltage output ; an output transistor coupled to the power supply input and the regulated voltage output; and a current amplifier coupled between the power supply input ; and the regulated voltage output ; wherein the current amplifier is configured to supply a second current from the power supply input to the regulated voltage output when a first current between the power supply input and the output transistor exceeds a threshold current. wherein the current amplifier includes first and second PMOS transistors configured as a current mirror and a parallel arrangement of a first resistor (R1) coupled between the source and the drain of the first PMOS transistor , wherein the parallel arrangement of the first resistor (R1) and the first PMOS transistor is configured to pass the first current and the second PMOS transistor is configured to pass the second current. wherein the output transistor is an NMOS transistor having a drain coupled to the drain and the gate of the first PMOS transistor and a source coupled to the regulated voltage output . a power supply input ; a regulated voltage output ; an output transistor coupled to the power supply input and the regulated voltage output; and a current amplifier coupled between the power supply input ; and the regulated voltage output ; wherein the current amplifier is configured to supply a second current from the power supply input to the regulated voltage output when a first current between the power supply input and the output transistor exceeds a threshold current. wherein the current amplifier includes first and second PMOS transistors configured as a current mirror and a parallel arrangement of a first resistor (R1) coupled between the source and the drain of the first PMOS transistor , wherein the parallel arrangement of the first resistor (R1) and the first PMOS transistor is configured to pass the first current and the second PMOS transistor is configured to pass the second current. wherein the output transistor is an NMOS transistor having a drain coupled to the drain and the gate of the first PMOS transistor and a source coupled to the regulated voltage output .
A cell-free protein synthesis system suitable for protein synthesis before and after freezing for a short- or long-term storage, wherein said system comprises a cryoprotectant, wherein said cell-free protein synthesis system is a tobacco BY-2 cell lysate, wherein said cryoprotectant is trehalose or dimethyl sulfoxide (DMSO), wherein the concentrations of trehalose is in a range between 1.25 and 2.5% w/v, and the concentration of DMSO is in a range between 1 and 4% v/v.