mhurhangee/ep-ind-claims huggingface dataset:
Dosing device, comprising a storage container with a storage chamber and a dosing container with a dosing chamber, a dosing connection between the dosing chamber and the storage chamber through which filling material comes from the storage chamber into the dosing chamber when the dosing device Is pivoted around a pivot axis, wherein the dosing container comprises a filling level Indicator with at least one curved marking line which indicates a certain filling level of the filling material in the dosing chamber at different pivot angles, characterized in that the dosing chamber has an axisymmetrical basic shape and the axis of symmetry of the basic shape of the dosing chamber Is parallel to the pivot axis, that the filling level indicator comprises several marking lines and the marking lines are configured in the form of circle segments, wherein the circles associated with the circle segments are disposed concentrically, and that the center of the concentric circles lies on the axis of symmetry.
A light emitting device (200, 300) comprising: at least one light emitting diode chip; a wavelength converting member having a lower surface, an upper surface and lateral surfaces, containing a fluorescent substance, and being placed on the at least one light emitting diode chip; a light transmissive cover member covering the upper surface of the wavelength converting member; a light transmissive adhesive member interposed between the light emitting diode chip and the wavelength converting member, covering the lower surface of the wavelength converting member; and a light reflective member, wherein the adhesive member does not extend onto the lower surface or the lateral surfaces of the light transmissive cover member, wherein the light transmissive cover member continuously covers the upper surface and the lateral surfaces of the wavelength converting member, wherein the light reflective member covers the lateral surfaces of the wavelength converting member indirectly via the light transmissive cover member, and wherein the lateral surfaces of the light transmissive cover member are smoother than the lateral surfaces of the wavelength converting member. at least one light emitting diode chip; a wavelength converting member having a lower surface, an upper surface and lateral surfaces, containing a fluorescent substance, and being placed on the at least one light emitting diode chip; a light transmissive cover member covering the upper surface of the wavelength converting member; a light transmissive adhesive member interposed between the light emitting diode chip and the wavelength converting member, covering the lower surface of the wavelength converting member; and a light reflective member, wherein the adhesive member does not extend onto the lower surface or the lateral surfaces of the light transmissive cover member, wherein the light transmissive cover member continuously covers the upper surface and the lateral surfaces of the wavelength converting member, wherein the light reflective member covers the lateral surfaces of the wavelength converting member indirectly via the light transmissive cover member, and wherein the lateral surfaces of the light transmissive cover member are smoother than the lateral surfaces of the wavelength converting member.
A monolithic organic porous body comprising a co-continuous structure that includes a three-dimensional continuous rod-like skeleton having a thickness of 0.8 to 40 μm, and a three-dimensional continuous pore defined by the skeleton having a diameter of 8 to 80 μm, the skeleton being formed of an aromatic vinyl polymer that has a crosslinking unit content of 0.3 to 5.0 mol%, the monolithic organic porous body having a total pore volume of 0.5 to 5 ml/g.
A message forwarding method, comprising: receiving, by a Dynamic Host Configuration Protocol for Internet Protocol version 6, DHCPv6, layer-3 agent, a first DHCPv6 message from a DHCPv6 client through a layer-3 interface of the DHCPv6 layer-3 relay agent; generating, by the DHCPv6 layer-3 relay agent, a Relay-forward message, wherein the first DHCPv6 message is encapsulated into a Relay-message Option field of the Relay-forward message, a link-local address of a lower-level device is encapsulated into a peer-address field of the Relay-forward message, a link-address field of the Relay-forward message is filled with an unspecified address, an interface-ID Option field of the Relay-forward message is filled with an identifier of a user port for connecting the DHCPv6 relay agent to the lower-level device, and an identifier of the layer-3 interface is added to the peer-address field of the Relay-forward message; wherein the identifier of the layer-3 interface is a Virtual Local Area Network identifier, VLAN ID corresponding to the layer-3 interface, or is a specified link-local address of the layer-3 interface; and sending, by the DHCPv6 layer-3 relay agent, the Relay-forward message to a DHCPv6 server. receiving, by a Dynamic Host Configuration Protocol for Internet Protocol version 6, DHCPv6, layer-3 agent, a first DHCPv6 message from a DHCPv6 client through a layer-3 interface of the DHCPv6 layer-3 relay agent; generating, by the DHCPv6 layer-3 relay agent, a Relay-forward message, wherein the first DHCPv6 message is encapsulated into a Relay-message Option field of the Relay-forward message, a link-local address of a lower-level device is encapsulated into a peer-address field of the Relay-forward message, a link-address field of the Relay-forward message is filled with an unspecified address, an interface-ID Option field of the Relay-forward message is filled with an identifier of a user port for connecting the DHCPv6 relay agent to the lower-level device, and an identifier of the layer-3 interface is added to the peer-address field of the Relay-forward message; wherein the identifier of the layer-3 interface is a Virtual Local Area Network identifier, VLAN ID corresponding to the layer-3 interface, or is a specified link-local address of the layer-3 interface; and sending, by the DHCPv6 layer-3 relay agent, the Relay-forward message to a DHCPv6 server.
A refrigerator comprising: a main body; a storage compartment provided inside the main body and having an open front side of the storage compartment; a door rotatably coupled to the main body to open or close the open front side of the storage compartment; and a gasket coupled to a rear side of the door to maintain a seal between the main body and the door when the door is closed, wherein the gasket comprises a first gasket coupled to the rear side of the door to absorb an impact generated between the door and the main body when the door is closed, and a second gasket provided as an integrated injection molded product and coupled to a rear side of the first gasket to maintain the seal between the door and the main body when the door is closed, characterized in that the first gasket is formed by bonding to have a square shape corresponding to the edges of the rear side of the door and has a bonding trace, and the second gasket is coupled to the rear side of the first gasket such that exposure of the bonding trace of the first gasket to the outside is prevented. a main body; a storage compartment provided inside the main body and having an open front side of the storage compartment; a door rotatably coupled to the main body to open or close the open front side of the storage compartment; and a gasket coupled to a rear side of the door to maintain a seal between the main body and the door when the door is closed, wherein the gasket comprises a first gasket coupled to the rear side of the door to absorb an impact generated between the door and the main body when the door is closed, and a second gasket provided as an integrated injection molded product and coupled to a rear side of the first gasket to maintain the seal between the door and the main body when the door is closed, characterized in that the first gasket is formed by bonding to have a square shape corresponding to the edges of the rear side of the door and has a bonding trace, and the second gasket is coupled to the rear side of the first gasket such that exposure of the bonding trace of the first gasket to the outside is prevented.
A can comprising: - a flange part; - a bottom; - a side wall that can be arranged in a gap in the mounted status of the can, said side wall consisting at least partially of a material containing a nickel constituent, characterized in that the material is a nickel-chromium alloy which contains at least 50 percent by weight of nickel and 17 to 21 percent by weight of chromium. - a flange part; - a bottom; - a side wall that can be arranged in a gap in the mounted status of the can, said side wall consisting at least partially of a material containing a nickel constituent,
A method of calibrating a sensor array, the array comprising a plurality of sensor elements spaced from one another in a first direction, the array defining an array spatial response function of the form f ( x) = A sin 2 ( x), where x represents the position in the X direction, and f(x) represents the magnitude of the signal for a given sized defect at position X, the spatial response function defining a position (x max) in the X direction having a maximum signal amplitude and a position (x min) in the X direction having a minimum signal amplitude, the distance in the X direction between successive array response function minima (x min) being half a channel width of the array, the channel width being a distance between centres of each sensor element, the calibration method comprising the following steps: providing a test workpiece comprising at least first and second calibrated defects (114, 116) spaced apart in the first direction by a characteristic distance such that when the first calibrated defect is located at the position x max corresponding to the maximum of the array response function, the second calibrated defect is located at the position x min corresponding to the minimum of the array response function; characterised in that, the method comprises passing the array across the first and second calibrated defects (114, 116) in a direction normal to the first direction and determining a peak sensor signal (A, B) from at least two of the sensor elements in the array to determine a root mean squared average of the array spatial response function; and setting a rejection threshold as a predetermined proportion of the root mean squared average of the array spatial response function. providing a test workpiece comprising at least first and second calibrated defects (114, 116) spaced apart in the first direction by a characteristic distance such that when the first calibrated defect is located at the position x max corresponding to the maximum of the array response function, the second calibrated defect is located at the position x min corresponding to the minimum of the array response function; characterised in that, the method comprises passing the array across the first and second calibrated defects (114, 116) in a direction normal to the first direction and determining a peak sensor signal (A, B) from at least two of the sensor elements in the array to determine a root mean squared average of the array spatial response function; and setting a rejection threshold as a predetermined proportion of the root mean squared average of the array spatial response function.
A target designator for a guided weapon, the designator having a sight arranged to display, in operation, a reticule superimposed upon a field of view, the reticule being moveable relative to the field of view; the designator further comprising an eye tracker operable to track the gaze of the operator whilst the operator uses the sight; and the eye tracker being in communication with the sight such that the reticule moves so as to be aligned with the direction of the gaze of the operator, wherein the eye tracker is associated with a processor configured to recognise one or more eye gestures, and to control the sight such that the field of view displayed by the sight is altered in response to the one or more eye gestures, and characterised in that one of the one or more eye gestures causes the sight to zoom in on a portion of the field of view.
A communication device for receiving system information in a wireless communication system, comprising: a storage unit for storing instructions; and a processing means, coupled to the storage unit with the following instructions stored in the storage unit, and the processing means adapted to perform the instructions of: receiving a master information block, MIB, indicating that an access for enhanced coverage is supported from a cell; characterised by starting acquiring at least one system information block, SIB, for enhanced coverage, when the communication device does not receive a SIB Type 1, SIB1, and a SIB Type 2, SIB2. a storage unit for storing instructions; and a processing means, coupled to the storage unit with the following instructions stored in the storage unit, and the processing means adapted to perform the instructions of: receiving a master information block, MIB, indicating that an access for enhanced coverage is supported from a cell; characterised by starting acquiring at least one system information block, SIB, for enhanced coverage, when the communication device does not receive a SIB Type 1, SIB1, and a SIB Type 2, SIB2. receiving a master information block, MIB, indicating that an access for enhanced coverage is supported from a cell; characterised by starting acquiring at least one system information block, SIB, for enhanced coverage, when the communication device does not receive a SIB Type 1, SIB1, and a SIB Type 2, SIB2.
A method for preparing superabsorbent polymer comprising the steps of: (a) conducting crosslinking polymerization of a monomer mixture comprising a water soluble ethylenically unsaturated monomer having an acid group of which at least a part is neutralized, in the presence of an internal crosslinking agent, to form a hydrogel polymer; (b) drying, grinding and sieving the hydrogel polymer to form a base resin powder; (c) mixing the base resin powder with a surface crosslinking solution comprising a first inorganic material and a surface crosslinking agent to form a surface crosslinked layer, wherein the first inorganic material comprises one or more selected from the group consisting of silica, clay, alumina, silica-alumina composite, titania, and zinc oxide; and (d) adding a second inorganic material to the base resin powder on which the surface crosslinked layer is formed, wherein the second inorganic material comprises alumina having a BET specific surface area of 50 m 2 /g to 200 m 2 /g. (a) conducting crosslinking polymerization of a monomer mixture comprising a water soluble ethylenically unsaturated monomer having an acid group of which at least a part is neutralized, in the presence of an internal crosslinking agent, to form a hydrogel polymer; (b) drying, grinding and sieving the hydrogel polymer to form a base resin powder; (c) mixing the base resin powder with a surface crosslinking solution comprising a first inorganic material and a surface crosslinking agent to form a surface crosslinked layer, wherein the first inorganic material comprises one or more selected from the group consisting of silica, clay, alumina, silica-alumina composite, titania, and zinc oxide; and (d) adding a second inorganic material to the base resin powder on which the surface crosslinked layer is formed,
A method for generating a single-stranded DNA circle from a linear DNA, the method comprising: (a) providing the linear DNA; (b) incubating the linear DNA with a polynucleotide kinase in presence of a phosphate donor to generate a ligatable DNA sequence having a phosphate group at a 5' terminal end and a hydroxyl group at a 3' terminal end; and (c) incubating the ligatable DNA sequence with a ligase that is capable of template-independent, intra-molecular ligation of a single-stranded DNA sequence to generate the single-stranded DNA circle, wherein all the steps of the method are performed in a single reaction vessel without any intervening isolation or purification steps and wherein step (b) is performed using a phosphate donor other than adenosine triphosphate or deoxyadenosine triphosphate. (a) providing the linear DNA; (b) incubating the linear DNA with a polynucleotide kinase in presence of a phosphate donor to generate a ligatable DNA sequence having a phosphate group at a 5' terminal end and a hydroxyl group at a 3' terminal end; and (c) incubating the ligatable DNA sequence with a ligase that is capable of template-independent, intra-molecular ligation of a single-stranded DNA sequence to generate the single-stranded DNA circle,
A surgical system comprising: a first rod member; a second rod member; and a transverse connector operably attached to the first rod member and the second rod member, wherein the transverse connector comprises a cross rod, a first sub-assembly (110a, 130a, 150a) for gripping onto the first rod member 10 and a second sub-assembly (110b, 130b, 150b) for gripping onto the second rod member, wherein the first rod member is bottom loaded onto the first sub-assembly (110a, 130a, 150a) and the second rod member is bottom loaded onto the second sub-assembly (110b, 130b, 150b), wherein the first sub-assembly (110a, 130a, 150a) comprises a first inner clamp and a first outer clamp and a first nut that extends around the upper threaded portion of the first inner clamp, wherein a lower surface of the first nut includes a star grind; wherein the first inner clamp comprises an upper threaded portion and a lower portion 111b comprising a first pair of fingers (112,114), wherein a slit separates the first pair of fingers (112, 114) and extends into the upper threaded portion of the first inner clamp and wherein the star grind is so configured that when the first nut is fully tightened, the star grind provides resistance against an upper surface of the cross rod. a first rod member; a second rod member; and a transverse connector operably attached to the first rod member and the second rod member, wherein the transverse connector comprises a cross rod, a first sub-assembly (110a, 130a, 150a) for gripping onto the first rod member 10 and a second sub-assembly (110b, 130b, 150b) for gripping onto the second rod member, wherein the first rod member is bottom loaded onto the first sub-assembly (110a, 130a, 150a) and the second rod member is bottom loaded onto the second sub-assembly (110b, 130b, 150b), wherein the first sub-assembly (110a, 130a, 150a) comprises a first inner clamp and a first outer clamp and a first nut that extends around the upper threaded portion of the first inner clamp, wherein a lower surface of the first nut includes a star grind; wherein the first inner clamp comprises an upper threaded portion and a lower portion 111b comprising a first pair of fingers (112,114), wherein a slit separates the first pair of fingers (112, 114) and extends into the upper threaded portion of the first inner clamp and wherein the star grind is so configured that when the first nut is fully tightened, the star grind provides resistance against an upper surface of the cross rod.
An airfoil of a gas turbine engine comprising: an airfoil body having a leading edge and a trailing edge extending in a radial direction; a trailing edge cavity formed within the airfoil and proximate to the trailing edge of the airfoil, the trailing edge cavity extending from the trailing edge in a forward direction toward the leading edge; at least one set of blocking pedestals (240; 242) located within the trailing edge cavity, wherein each blocking pedestal has a length extending in an axial direction and a width in the radial direction, wherein the width is greater than the length; a set of circular pedestals located aftward from the at least one blocking set of pedestals; and a set of spear pedestals located aftward from the set of circular pedestals and closest to the trailing edge of the airfoil body; characterized in that each blocking pedestal has a racetrack geometry such that each blocking pedestal has a constant width and has curved ends and wherein the blocking pedestals, the circular pedestals, and the spear pedestals are integrally clocked with an adjacent set of pedestals. an airfoil body having a leading edge and a trailing edge extending in a radial direction; a trailing edge cavity formed within the airfoil and proximate to the trailing edge of the airfoil, the trailing edge cavity extending from the trailing edge in a forward direction toward the leading edge; at least one set of blocking pedestals (240; 242) located within the trailing edge cavity, wherein each blocking pedestal has a length extending in an axial direction and a width in the radial direction, wherein the width is greater than the length; a set of circular pedestals located aftward from the at least one blocking set of pedestals; and a set of spear pedestals located aftward from the set of circular pedestals and closest to the trailing edge of the airfoil body; characterized in that each blocking pedestal has a racetrack geometry such that each blocking pedestal has a constant width and has curved ends and wherein the blocking pedestals, the circular pedestals, and the spear pedestals are integrally clocked with an adjacent set of pedestals.
An inflatable medical device comprising: a balloon having a balloon length and comprising a constant-diameter section disposed between proximal and distal tapered sections arranged longitudinally along a longitudinal axis of the device; the balloon comprising a balloon wall comprising a first layer, wherein the first layer comprises first and second longitudinal reinforcement fibers (86b, 87b) having fiber lengths less than about 75% of the balloon length; and the first and the second reinforcement fibers are arranged such that they overlap in a reinforcement fiber overlap area. a balloon having a balloon length and comprising a constant-diameter section disposed between proximal and distal tapered sections arranged longitudinally along a longitudinal axis of the device; the balloon comprising a balloon wall comprising a first layer, wherein the first layer comprises first and second longitudinal reinforcement fibers (86b, 87b) having fiber lengths less than about 75% of the balloon length; and the first and the second reinforcement fibers are arranged such that they overlap in a reinforcement fiber overlap area.
A turbocompressor system comprising a high speed motor having a number of phases larger than one, said motor comprising a stator and a rotor mounted in a rotative manner relative to said stator, whereby on said rotor one or more impellers are directly fixed, said stator comprising active motor structures and a shell, said active motor structures comprising a ferromagnetic stator core and a winding, said winding being constructed as a series of coils which are toroidally wound around the stator core and which are physically separated as to form an open space, said shell being constructed in such a manner as to create additional open space between said stator core and said shell, said open space constituting a cooling channel confined on the inside by said rotor and the stator core and confined on the outside by said stator core and the shell, said cooling channel serving as a duct through which process gas is passed axially for directly cooling said active motor structures and the rotor, prior to compression by said one or more impellers.
A fuel distributor block for an internal combustion engine, having a belt arrangement, wherein the belt arrangement comprises a belt, which is operatively connected to a belt pulley coupled to a shaft, for the purpose of driving an assembly, in particular an assembly of an engine, via a further belt pulley which is operatively connected to the belt, characterized in that a belt diverting device for diverting the belt is arranged on the fuel distributor block in order to minimize the spatial extent of the belt arrangement.