mhurhangee/ep-ind-claims huggingface dataset:
A turbine blade (1400, 2400, 3400) comprising: an airfoil (1410, 2410, 3410) having a suction side and a pressure side; a platform coupled to a bottom of the airfoil (1410, 2410, 3410); a root protruding downward from the platform and configured to be coupled to a rotor disk; and a tip plate (1430, 2430, 3430) connected to the suction side and the pressure side and disposed at a radially outer end of thereof; wherein the airfoil (1410, 2410, 3410) comprises a cooling passage formed therein and a discharge hole (1460, 2460, 3460) connected to an upper portion of the cooling passage to discharge cooling air; wherein the discharge hole (1460, 2460, 3460) is inclined toward a tip of the turbine blade (1400, 2400, 3400) while extending from an inside to an outside thereof; and wherein the cooling passage is provided with a flow guide connected to the discharge hole, the flow guide being formed to protrude into the cooling passage; characterized in that: the flow guide comprises a first guide protruding from a lower surface of the tip plate and the suction side to be connected to the discharge hole, the first guide being formed of a curved surface, and a second guide projecting from the pressure side to be connected to the discharge hole. an airfoil (1410, 2410, 3410) having a suction side and a pressure side; a platform coupled to a bottom of the airfoil (1410, 2410, 3410); a root protruding downward from the platform and configured to be coupled to a rotor disk; and a tip plate (1430, 2430, 3430) connected to the suction side and the pressure side and disposed at a radially outer end of thereof; wherein the airfoil (1410, 2410, 3410) comprises a cooling passage formed therein and a discharge hole (1460, 2460, 3460) connected to an upper portion of the cooling passage to discharge cooling air; wherein the discharge hole (1460, 2460, 3460) is inclined toward a tip of the turbine blade (1400, 2400, 3400) while extending from an inside to an outside thereof; and wherein the cooling passage is provided with a flow guide connected to the discharge hole, the flow guide being formed to protrude into the cooling passage;
A sealing assembly, comprising: a plurality of first sealing members configured to be located adjacent one another between adjacent rotating blade stages in a turbine (100, 111), wherein each first sealing member includes: a first seal base including a first securing mechanism operative to secure the first sealing member to an inter-stage support structure; a first axially extending sealing portion coupled to the first seal base, the first axially extending sealing portion having a first axial end and an opposing, second axial end, and a first slash face and an opposing second slash face, wherein each slash face (170, 172) extends between the first axial end and the opposing, second axial end; a first spline seal slot defined in the first slash face, the first spline seal slot including a first spline seal-entry opening defined through the first axial end of the first axially extending sealing portion; and a second spline seal slot defined in the second slash face, the second spline seal slot including a second spline seal-entry opening defined through the first axial end of the first axially extending sealing portion, wherein the first spline seal slot and the second spline seal slot of adjacent first sealing members cooperate to retain a spline seal therein in an operating position, characterised in that the first spline seal-entry opening is at a first radial position that is different than a second radial position of the second spline seal-entry opening a first seal base including a first securing mechanism operative to secure the first sealing member to an inter-stage support structure; a first axially extending sealing portion coupled to the first seal base, the first axially extending sealing portion having a first axial end and an opposing, second axial end, and a first slash face and an opposing second slash face, wherein each slash face (170, 172) extends between the first axial end and the opposing, second axial end; a first spline seal slot defined in the first slash face, the first spline seal slot including a first spline seal-entry opening defined through the first axial end of the first axially extending sealing portion; and a second spline seal slot defined in the second slash face, the second spline seal slot including a second spline seal-entry opening defined through the first axial end of the first axially extending sealing portion, wherein the first spline seal slot and the second spline seal slot of adjacent first sealing members cooperate to retain a spline seal therein in an operating position, characterised in that the first spline seal-entry opening is at a first radial position that is different than a second radial position of the second spline seal-entry opening
A smart cell, comprising: a positive terminal; a negative terminal; a switching circuit which is arranged to select between a first switching state in which an energy storage device is connected between the positive terminal and the negative terminal and a second switching state which bypasses said energy storage device; an inductor provided between the positive terminal and the negative terminal; and a controller arranged to monitor the voltage across the inductor, wherein the controller is arranged to control a duty cycle of the switching circuit and characterised in that the controller is arranged to control the duty cycle of the switching circuit based on magnitudes of voltage changes detected across the inductor. a positive terminal; a negative terminal; a switching circuit which is arranged to select between a first switching state in which an energy storage device is connected between the positive terminal and the negative terminal and a second switching state which bypasses said energy storage device; an inductor provided between the positive terminal and the negative terminal; and a controller arranged to monitor the voltage across the inductor, wherein the controller is arranged to control a duty cycle of the switching circuit and characterised in that the controller is arranged to control the duty cycle of the switching circuit based on magnitudes of voltage changes detected across the inductor.
Method to secure an alarm system, which method is meant especially for securing the forwarding of an alarm of an abnormal action or situation in a site, detected by an alarm arrangement, such as one or more burglary or motion detectors, window sensors and/or the like, of the alarm system monitoring the site, out of the site from the alarm system, when the alarm system's readiness for forwarding an alarm out of the site is being monitored with a control arrangement belonging thereto, by which at least alarm transmission connections of the alarm system to outside the site are being repetitively checked in order to enable sending the alarm via an other alarm transmission connection, in case one alarm transmission connection is prevented, characterized in that, in order to eliminate obstruction or blocking operations or malfunctioning situations, the control arrangement comprises at least two separate controlling devices (1, 1'), being coupled with each other at least in a data transmitting manner and between which mutual connection/state checks are being made, wherein each controlling device by its data processing unit (a), such as one or more microprocessors, logical circuits and/or the like, through sensor elements (b) coupled thereto monitors continuously the site's electric connection/readiness to at least two of the following: -: a data transmission route working on a free frequency (ISM-bands), such as to a WLAN-, Bluetooth-, ZigBee-network and/or the like, -: a mobile phone network, such as to a NMT-, GSM-, GPRS-, 3G-, 4G-net and/or the like, -: an electricity grid, -: the internet, -: one or several other controlling devices (1, 1'), -: a communication connection working on a free frequency (ISM-bands), such as a 902 - 928 MHz, 2,4000 - 2,4835 Ghz, 5,728 - 5,850 Ghz frequency route and/or the like, -: an alarm arrangement belonging to the alarm system, -: a wired connection, such as a landline phone network, a landline network between the controlling devices and/or the like, wherein, when a data processing unit (a) of one or more controlling devices (1, 1') detects a faulty connection/state of one or more sensor elements (b), the alarm to outside the site is being forwarded by the controlling device (1, 1') through an alarm transmission connection that has been ascertained available for its one or more sensor elements (b; b1, b2, b3, b4, b5, b6, b7, b8). -: a data transmission route working on a free frequency (ISM-bands), such as to a WLAN-, Bluetooth-, ZigBee-network and/or the like, -: a mobile phone network, such as to a NMT-, GSM-, GPRS-, 3G-, 4G-net and/or the like, -: an electricity grid, -: the internet, -: one or several other controlling devices (1, 1'), -: a communication connection working on a free frequency (ISM-bands), such as a 902 - 928 MHz, 2,4000 - 2,4835 Ghz, 5,728 - 5,850 Ghz frequency route and/or the like, -: an alarm arrangement belonging to the alarm system, -: a wired connection, such as a landline phone network, a landline network between the controlling devices and/or the like,
A method for connecting two opposing components of a material garment, the method comprising: attaching a strap (200, 400) at a point of attachment to a first component on one side of the material garment, the strap comprising a billet portion that extends from the point of attachment, wherein the billet portion comprises a first affixing area (202, 402) on a bottom side thereof and a second affixing area (204, 404) on a top side thereof, the bottom side being opposite the top first side; passing the billet portion through an aperture (206, 406) formed in a second component on an opposing side of the material garment, then reversing the strap back towards the point of attachment while pulling against an integrated rigid tensioning element (208, 408) in the second component adjacent to said aperture and proximate to the point of attachment; affixing the first affixing area (202. 402) on the bottom side of said billet portion to a bottom affixing mechanism (210, 410) located on the first component of the material garment aft of the point of attachment, wherein the first component further comprises a hinged material panel (212, 412) positioned to overlap with the bottom affixing mechanism (210, 410); and affixing the second affixing area (204, 404) on the top side of said billet portion to a top affixing mechanism (214, 414) located on the underside of the hinged material panel, whereby said billet portion is interposed between both the top and bottom affixing mechanisms (210, 214; 410, 414) resulting in a secure, protected material closure which can be engaged and disengaged repeatedly and adjusted for fit. attaching a strap (200, 400) at a point of attachment to a first component on one side of the material garment, the strap comprising a billet portion that extends from the point of attachment, wherein the billet portion comprises a first affixing area (202, 402) on a bottom side thereof and a second affixing area (204, 404) on a top side thereof, the bottom side being opposite the top first side; passing the billet portion through an aperture (206, 406) formed in a second component on an opposing side of the material garment, then reversing the strap back towards the point of attachment while pulling against an integrated rigid tensioning element (208, 408) in the second component adjacent to said aperture and proximate to the point of attachment; affixing the first affixing area (202. 402) on the bottom side of said billet portion to a bottom affixing mechanism (210, 410) located on the first component of the material garment aft of the point of attachment, wherein the first component further comprises a hinged material panel (212, 412) positioned to overlap with the bottom affixing mechanism (210, 410); and affixing the second affixing area (204, 404) on the top side of said billet portion to a top affixing mechanism (214, 414) located on the underside of the hinged material panel, whereby said billet portion is interposed between both the top and bottom affixing mechanisms (210, 214; 410, 414) resulting in a secure, protected material closure which can be engaged and disengaged repeatedly and adjusted for fit.
A method of providing security for data being transferred over a Universal Serial Bus, USB, connection, the method comprising the steps of: setting an IPsec policy configuration on a host device and a client device, the IPsec policy configuration including a first loopback interface and an IP address for the host device and a second loopback interface and an IP address for the client device; sending a packet to the first loopback interface on the host device, wherein the first loopback interface configures the packet to be routed to the second loopback interface; sending the packet from the first loopback interface to an IPsec module on the host device for encryption; filtering the packet received from first loopback interface; sending the packet to the client device over the USB connection; injecting the packet into the second loopback interface on the client device; sending the packet from the second loopback interface on the client device to the IPsec module on the client device for decryption; and sending the decrypted packet to the second loopback interface on the client device, wherein the packet is received on the client device. setting an IPsec policy configuration on a host device and a client device, the IPsec policy configuration including a first loopback interface and an IP address for the host device and a second loopback interface and an IP address for the client device; sending a packet to the first loopback interface on the host device, wherein the first loopback interface configures the packet to be routed to the second loopback interface; sending the packet from the first loopback interface to an IPsec module on the host device for encryption; filtering the packet received from first loopback interface; sending the packet to the client device over the USB connection; injecting the packet into the second loopback interface on the client device; sending the packet from the second loopback interface on the client device to the IPsec module on the client device for decryption; and sending the decrypted packet to the second loopback interface on the client device, wherein the packet is received on the client device.
Polyalkylene oxide particles that satisfy a viscosity ratio A (%) of 66% or more and 150% or less, wherein the viscosity ratio A is represented by the following formula: A = A 1 / A 2 × 100 wherein A1 is the 1 mass% aqueous solution viscosity (mPa·s) of particles having a particle size of 150 μm or more, and A2 is the 1 mass% aqueous solution viscosity (mPa·s) of particles having a particle size of less than 150 μm, and wherein the viscosity and the particle size are measured as indicated in the description. wherein A1 is the 1 mass% aqueous solution viscosity (mPa·s) of particles having a particle size of 150 μm or more, and A2 is the 1 mass% aqueous solution viscosity (mPa·s) of particles having a particle size of less than 150 μm, and wherein the viscosity and the particle size are measured as indicated in the description.
A sink (100, 1500, 1800, 1900) incorporating dishwasher functionalities, the sink (100, 1500, 1800, 1900) comprising a basin (112, 1512) and a cover allowing to fluidly seal said basin (112, 1512) from a top thereof; characterized in that at least one portion of walls (122, 1522) of said basin (112, 1512), extending along two peripheral directions, is double walled, having an outer wall and an inner wall, such as to define an inner chamber there between, said inner chamber being controllably fluidly coupled to a pressurized fluid source and having chamber apertures (132, 140, 142) on said inner wall; and wherein during a washing cycle, said cover seals said basin (112, 1512) and fluid jets are ejected via said chamber apertures (132, 140, 142) into said basin (112, 1512).
An apparatus for forming a package from a flat-folded rigid or semi-rigid container portion and a polymeric header, including: a source of flat, folded rigid or semi-rigid container portions; a source of web material; a source of reclosure material (24;202); a device for attaching the web material, including the reclosure material (24;202) attached thereto, to the top of the flat-folded rigid or semi-rigid container portions thereby forming a header; wherein the reclosure material is zipper material with first and second interlockable profiles (25,27) and further including a cross-sealer for creating cross-seals (21,23) in the web material between successive packages. a source of flat, folded rigid or semi-rigid container portions; a source of web material; a source of reclosure material (24;202); a device for attaching the web material, including the reclosure material (24;202) attached thereto, to the top of the flat-folded rigid or semi-rigid container portions thereby forming a header; wherein the reclosure material is zipper material with first and second interlockable profiles (25,27) and further including a cross-sealer for creating cross-seals (21,23) in the web material between successive packages.
A distractor comprising: an actuator including a sleeve and a screw that extends into the sleeve such that the screw is rotatable relative to the sleeve about a central axis that is oriented along a longitudinal direction; a first footplate; a first hinge connecting the first footplate to the actuator such that the first footplate is rotatable relative to the actuator about a first axis (P'); a second footplate spaced from the first footplate in the longitudinal direction; and a second hinge connecting the second footplate to the actuator such that the second footplate is rotatable relative to the actuator about a second axis (P") that is parallel to the first axis (P'); wherein the first footplate is configured to be attached to a first bone portion, and the second footplate is configured to be attached to a second bone portion; wherein rotation of the screw with respect to the sleeve about the central axis causes the second footplate to translate with respect to the first footplate along the longitudinal direction, characterized in that the central axis is substantially perpendicular to both the first axis (P') and the second axis (P"). an actuator including a sleeve and a screw that extends into the sleeve such that the screw is rotatable relative to the sleeve about a central axis that is oriented along a longitudinal direction; a first footplate; a first hinge connecting the first footplate to the actuator such that the first footplate is rotatable relative to the actuator about a first axis (P'); a second footplate spaced from the first footplate in the longitudinal direction; and a second hinge connecting the second footplate to the actuator such that the second footplate is rotatable relative to the actuator about a second axis (P") that is parallel to the first axis (P');
A method comprising: receiving a control command from a cell transceiver associated with a control area with a mobile phone having a plurality of features; determining if the control command requests the alteration of the behaviour of a requested one of the plurality of features under a predetermined policy corresponding to the mobile phone, wherein the policy is based on user information as indicated by an identification device external to the mobile phone and a location of the mobile phone; if the mobile phone is not authorized to use the requested feature within the control area, requesting, by the cell transceiver, that operation of the requested feature be altered until the mobile phone receives a predetermined trigger resetting the requested feature back to normal operation. receiving a control command from a cell transceiver associated with a control area with a mobile phone having a plurality of features; determining if the control command requests the alteration of the behaviour of a requested one of the plurality of features under a predetermined policy corresponding to the mobile phone, wherein the policy is based on user information as indicated by an identification device external to the mobile phone and a location of the mobile phone; if the mobile phone is not authorized to use the requested feature within the control area, requesting, by the cell transceiver, that operation of the requested feature be altered until the mobile phone receives a predetermined trigger resetting the requested feature back to normal operation.
Device for mixing an exhaust gas stream with an additive, in particular a reducing agent, comprising: a mixing tube for mixing the exhaust gas stream with the additive; and a first deflection tube for deflecting the exhaust gas stream, in particular by 180°, wherein the exhaust gas stream can be fed to the mixing tube on an end side via the first deflection tube; the first deflection tube has a fastening portion for attaching an additive injector to the first deflection tube; the first deflection tube has a swirl-generating wall portion arranged at an end side to the mixing tube and configured for imparting a swirl to the exhaust gas flow, the swirl-generating wall portion is configured as a helical ramp, characterized in that the fastening portion and/or the additive injector is arranged centrally with respect to a helical central axis about which the swirl-generating wall portion extends helically. a mixing tube for mixing the exhaust gas stream with the additive; and a first deflection tube for deflecting the exhaust gas stream, in particular by 180°, wherein the exhaust gas stream can be fed to the mixing tube on an end side via the first deflection tube; the first deflection tube has a fastening portion for attaching an additive injector to the first deflection tube; the first deflection tube has a swirl-generating wall portion arranged at an end side to the mixing tube and configured for imparting a swirl to the exhaust gas flow, the swirl-generating wall portion is configured as a helical ramp, characterized in that the fastening portion and/or the additive injector is arranged centrally with respect to a helical central axis about which the swirl-generating wall portion extends helically.
Synthetic grass broom, comprising a handle and a bristle part from fibres or bristles from a synthetic material, wherein the bristle part comprises at least one bristle carpet from fibres which are disposed in parallel beside one another and which are connected to one another along a linear or tape-shaped connection region, wherein the bristle carpet is wound in a helical manner, characterized in that the fibres are connected to one another in a peripheral region and in the peripheral region are held by a U-profile extruded thereon.