mhurhangee/ep-ind-claims huggingface dataset:
An annular gas turbine combustor comprising: a plurality of fuel nozzle assemblies disposed on a circumference; and a flow guide mounted on a downstream side of each of the fuel nozzle assemblies and each flow guide having a sectional area of a passage for an air and an air-fuel mixture from the fuel nozzle assemblies, which sectional area is gradually increased towards the downstream side; wherein each of the fuel nozzle assemblies includes a first fuel injection unit to spray a fuel from a spraying nozzle into a combustion chamber, a second fuel injection unit provided so as to surround the first fuel injection unit and operable to spray a fuel, the second fuel injection unit comprises an outer shroud, the outer shroud having an inner periphery, a downstream portion of the inner periphery forming a main outlet flare which forms an outlet of the fuel nozzle assembly, the main outlet flare flaring outwardly toward the downstream side of the fuel nozzle assembly, the flow guide being disposed radially outwardly of the main outlet flare; wherein the flow guide has a conical portion of a shape flared in a conical shape from the upstream side towards the downstream side; and characterized in that the flow guide also has a cylindrical portion continued with a downstream end of the conical portion. a plurality of fuel nozzle assemblies disposed on a circumference; and a flow guide mounted on a downstream side of each of the fuel nozzle assemblies and each flow guide having a sectional area of a passage for an air and an air-fuel mixture from the fuel nozzle assemblies, which sectional area is gradually increased towards the downstream side; wherein each of the fuel nozzle assemblies includes a first fuel injection unit to spray a fuel from a spraying nozzle into a combustion chamber, a second fuel injection unit provided so as to surround the first fuel injection unit and operable to spray a fuel, the second fuel injection unit comprises an outer shroud, the outer shroud having an inner periphery, a downstream portion of the inner periphery forming a main outlet flare which forms an outlet of the fuel nozzle assembly, the main outlet flare flaring outwardly toward the downstream side of the fuel nozzle assembly, the flow guide being disposed radially outwardly of the main outlet flare; wherein the flow guide has a conical portion of a shape flared in a conical shape from the upstream side towards the downstream side; and characterized in that the flow guide also has a cylindrical portion continued with a downstream end of the conical portion.
A filter bag through which water may flow, comprising: a. means for attachment to a portion of a swimming pool cleaner; b. a divider defining, at least in part, a flow path for debris-laden water entering the filter bag; characterized in that the filter bag comprises: c. at least first and second pockets (114, 118) configured to receive debris too large to exit the filter bag when in use; wherein each of the first and second pocket (114, 118) defines part of a respective first and second lobe, with each lobe configured for opening at a rear margin thereof independent of the other lobe so as to facilitate emptying debris from its respective pocket. a. means for attachment to a portion of a swimming pool cleaner; b. a divider defining, at least in part, a flow path for debris-laden water entering the filter bag; c. at least first and second pockets (114, 118) configured to receive debris too large to exit the filter bag when in use;
Method for the manufacturing of EPP molded parts, comprising the following steps a) Making available of EPP particles, b) Wetting of EPP particles with an aqueous emulsion, at least with a polyolefin that is modified with chlorine and a maleic acid anhydride, and thus obtaining of functionalizable EPP particles, e) Shaping of the functionalizable EPP particles, f) Heating of the shaped, functionalizable EPP particles to a temperature below the melding point of the EPP particles, and in that way, functionalizing of the shaped, functionalizable EPP particles, where the EPP particles are connected to each other, and g) Cooling down and thus obtaining of the EPP molded part. a) Making available of EPP particles, b) Wetting of EPP particles with an aqueous emulsion, at least with a polyolefin that is modified with chlorine and a maleic acid anhydride, and thus obtaining of functionalizable EPP particles, e) Shaping of the functionalizable EPP particles, f) Heating of the shaped, functionalizable EPP particles to a temperature below the melding point of the EPP particles, and in that way, functionalizing of the shaped, functionalizable EPP particles, where the EPP particles are connected to each other, and g) Cooling down and thus obtaining of the EPP molded part.
Axle body having a steerable wheel carrier connected via a swivel joint, the axle body has an axle stub rigidly connected thereto, a swivel bearing is formed respectively at the upper and lower end of the axle stub, the wheel carrier has a steering fork with an upper and a lower fork leg, the fork legs swivel on the respectively associated swivel bearing during a steering movement, the two swivel bearings define a swivel axis, around which the steering fork can swivel about the axle stub, a first part of each swivel bearing is configured as a part-spherical mushroom head and the second part of a respective swivel bearing is configured at least in part as a sliding surface shaped as the negative shape to the part-spherical shape of the mushroom head, which sliding surface swivels on the part-spherical surface of the mushroom head during a steering movement so that the part-spherical mushroom heads and the corresponding sliding surfaces formed on the second part of each swivel bearing in each case form a sliding surface pairing of a swivel bearing, the first part of a swivel bearing is the part of the swivel bearing on the axle stub side and the second part of a swivel bearing is the part on the fork leg side, and the mushroom heads are in each case screwed to the axle stub by a bolt in such a way as to swivel therewith, characterised in that the mushroom head is held in its installed position by a form fit by way of a shape that prevents a rotational movement of the mushroom head.
A system for maintaining performance of an electric toothbrush powered by a battery, comprising: a system for measuring the battery voltage (22, 27, 27A) of the electric toothbrush and the current value in a stator portion of the motor for the electric toothbrush from which current value the corresponding amplitude (24, 28, 29A) of movement of the workpiece of the toothbrush is then obtained; a circuit/program routine for changing the duty cycle or pulse width of the drive signal for the motor if the battery voltage (22, 27, 27A) drops below a first voltage threshold value and a circuit/program routine for changing the drive signal frequency if the amplitude (24, 28, 29A) falls below a first amplitude threshold value (26, 29), to increase the amplitude (24, 28, 29A) of movement of the workpiece; and a circuit/program routine for terminating the operation of the appliance if the battery voltage (22, 27, 27A) drops below a second voltage threshold value which is lower than the first voltage threshold value and if the workpiece amplitude (24, 28, 29A) drops below a second amplitude threshold value which is lower than the first amplitude threshold value (26, 29).
A device for packaging and applying a product, comprising: - a container containing the product and having a neck, - an applicator having an applicator member carried by a stem, and - a wiping device having: - a wiping part for wiping off the applicator member and the stem as they leave the container, and - a fastening part for fastening the wiping device in the neck of the container, one of the fastening part and the wiping part having an outer skirt and an inner skirt that define an annular groove between one another, the other of the fastening part and the wiping part having a mounting skirt fitted in said groove, the fastening part and wiping part being arranged so as to allow preassembly of the wiping device before it is mounted in the neck, wherein the outer skirt is being deformed radially inward by the neck while the wiping device is being mounted in the neck, and being pressed against the mounting skirt at least when the wiping device is in a configuration mounted in the neck, and wherein the outer skirt has a relief that engages with the mounting skirt in this configuration in order to prevent any detachment of the fastening part and the wiping part. - a container containing the product and having a neck, - an applicator having an applicator member carried by a stem, and - a wiping device having: - a wiping part for wiping off the applicator member and the stem as they leave the container, and - a fastening part for fastening the wiping device in the neck of the container, - a wiping part for wiping off the applicator member and the stem as they leave the container, and - a fastening part for fastening the wiping device in the neck of the container,
A method for communication implementation, comprising: enabling, by a network, a user equipment, UE, to report state information of in-device co-existence interference; receiving, by the network, the state information of in-device co-existence interference from the UE; and performing, by the network, radio resource management according to the received state information, wherein the enabling, by the network, the UE to report the state information of in-device co-existence interference comprises: sending, by the network, enabling information in a Radio Resource Control, RRC, connection reconfiguration message, wherein the enabling information is to instruct the UE to report the state information of other sub-devices inside the UE except a sub-device adopting the Long Term Evolution, LTE, technology, wherein the state information comprises information about on or off state of the other sub-devices. enabling, by a network, a user equipment, UE, to report state information of in-device co-existence interference; receiving, by the network, the state information of in-device co-existence interference from the UE; and performing, by the network, radio resource management according to the received state information, wherein the enabling, by the network, the UE to report the state information of in-device co-existence interference comprises: sending, by the network, enabling information in a Radio Resource Control, RRC, connection reconfiguration message, wherein the enabling information is to instruct the UE to report the state information of other sub-devices inside the UE except a sub-device adopting the Long Term Evolution, LTE, technology, wherein the state information comprises information about on or off state of the other sub-devices. sending, by the network, enabling information in a Radio Resource Control, RRC, connection reconfiguration message, wherein the enabling information is to instruct the UE to report the state information of other sub-devices inside the UE except a sub-device adopting the Long Term Evolution, LTE, technology, wherein the state information comprises information about on or off state of the other sub-devices.
Attic stairs comprising a box, a closing hatch for the box and a ladder (3, 4), wherein said ladder (3, 4) is suspended in the box using at least one flat bar (51, 52) attached to a support beam seated in an upper section of the ladder, wherein the support beam is a profile characterised in that each end of the support beam has an end cap inserted into the ends and in that in each end cap a locking pin is located wherein said locking pin is arranged to lock the end cap in the support beam and is arranged to lock the attachment between the flat bar (51, 52) and the support beam.
A method of cancelling inter-cell or intra-cell interference in a cellular communication network, the method being performed in an interfered terminal and comprising: • receiving a signal, wherein the received signal comprises an interfering signal destined to at least one further terminal different from the interfered terminal; • determining control information pertaining to the at least one further terminal; • decoding the interfering signal based on the control information so as to generate decoded information; • re-generating the interfering signal from the decoded information and based on the control information; and • cancelling the interfering signal from the received signal based on the re-generated signal characterized in that • at least a part of the control information is determined based on a priori knowledge available to the interfered terminal, wherein the a priori knowledge pertains to a subset of bits used to encode a cell-specific temporal identifier of the one or more further terminals; and • the control information is determined taking into account the known subset of bits. • receiving a signal, wherein the received signal comprises an interfering signal destined to at least one further terminal different from the interfered terminal; • determining control information pertaining to the at least one further terminal; • decoding the interfering signal based on the control information so as to generate decoded information; • re-generating the interfering signal from the decoded information and based on the control information; and • cancelling the interfering signal from the received signal based on the re-generated signal • at least a part of the control information is determined based on a priori knowledge available to the interfered terminal, wherein the a priori knowledge pertains to a subset of bits used to encode a cell-specific temporal identifier of the one or more further terminals; and • the control information is determined taking into account the known subset of bits.
Electrode arrangement of an electrosurgical instrument, comprising at least one conductive electrode portion and an electrically isolating carrier portion, wherein the electrode portion and the carrier portion are made from a ceramic material, and wherein a green body of the carrier portion together with a green body of the electrode portion are connected together to form a single composite green body and are sintered jointly, characterised in that the electrode portion and the carrier portion are made from ceramic material with substantially the same thermal expansion coefficient, in particular from silicon nitride, but with different dopings or admixtures of constituents generating conductivity.
A method comprising: defining a set of interpolation filters for use in connection with a type of motion compensated prediction; selecting an interpolation filter from said set to be used during motion compensated prediction of a picture block in dependence on the type of motion compensated prediction used for the picture block, wherein the type of motion compensated prediction is either a single-picture type, in which a prediction for the picture block is formed using a single reference picture, or a multi-picture prediction type, in which a prediction for the picture block is formed using more than one reference picture, and wherein the interpolation filter for the multi-picture prediction type has fewer coefficients than the interpolation filter for the single-picture prediction type; and providing an indication of the selected interpolation filter to be used in motion compensated prediction of the picture block. defining a set of interpolation filters for use in connection with a type of motion compensated prediction; selecting an interpolation filter from said set to be used during motion compensated prediction of a picture block in dependence on the type of motion compensated prediction used for the picture block, wherein the type of motion compensated prediction is either a single-picture type, in which a prediction for the picture block is formed using a single reference picture, or a multi-picture prediction type, in which a prediction for the picture block is formed using more than one reference picture, and wherein the interpolation filter for the multi-picture prediction type has fewer coefficients than the interpolation filter for the single-picture prediction type; and providing an indication of the selected interpolation filter to be used in motion compensated prediction of the picture block.
Device for maintaining and/or repairing a construction machine (2, 3), with a mobile maintenance station that can be placed at the jobsite of the construction machine, comprising a 3D printer for printing replacement parts for the construction machine (2, 3) on the basis of component data and/or a mobile display device for displaying repair information on the construction machine (2, 3) on the basis of component data, that comprises an augmented reality device that displays on a display an image of the component to be repaired and the mounting environment of the component to be repaired, and overlays a mounting position of the component to be repaired in the mounting environment onto the displayed image on the display, wherein a data supply station can be connected to the maintenance station by way of a communication link and is configured for providing the maintenance station with augmented reality data for overlaying the component information and/or position in the mounting environment, and the maintenance station is configured for overlaying the mounting position of the component to be repaired in the mounting environment onto the displayed image on the display, depending on the augmented reality and/or component data obtained from the data supply station, characterized in that the maintenance station and/or the data supply station comprises an identification device for identifying a component on the construction machine that requires to be repaired and/or maintained with an image evaluation device for evaluating images of the component to be repaired taken by a camera and identifying the component from these image data, wherein the image evaluation device comprises color evaluation means for identifying the component on the basis of a color of the component and/or geometry evaluation means for identifying the component on the basis of a diameter of the component and/or a dimension of at least one main axis of extension and/or a geometry dimension of the component.
A manufacturing method of decorated natural leather including the steps of: - attaching a crusted leather with its corium side by an adhesive to a temporary carrier; - inkjet printing the crusted leather with a decorative image on its grain side with one or more pigmented inkjet inks; wherein the surface area of the temporary carrier is larger than the surface area of the crusted leather; wherein a base coat is applied on the grain side of the crusted leather before the step of inkjet printing; and wherein the temporary carrier includes an identifier containing alphanumeric data or a machine readable code and/or one or more positioning markers. - attaching a crusted leather with its corium side by an adhesive to a temporary carrier; - inkjet printing the crusted leather with a decorative image on its grain side with one or more pigmented inkjet inks; wherein the surface area of the temporary carrier is larger than the surface area of the crusted leather; wherein a base coat is applied on the grain side of the crusted leather before the step of inkjet printing; and wherein the temporary carrier includes an identifier containing alphanumeric data or a machine readable code and/or one or more positioning markers.
A combination of a housing for an electronic device, in particular an amplifier housing, and an accommodation for the housing, wherein a latching spring comprising a spring arm and a latching end is provided at the accommodation, wherein the accommodation comprises two rails, the spring arm being connected to one of the rails and the latching end extending through a window in the rail, the latching spring engaging at the housing when the housing is in a mounted position by being pushed into place into the accommodation, wherein the latching end engages into a cut-out provided in the housing and the latching spring automatically latches the housing in the mounted position, characterized in that the housing comprises an opening in a front surface through which the latching spring is accessible so as to release the latching end from the cut-out.
A non-therapeutic method of inhibiting hair growth; or treating unwanted hair, the method comprising administering to a subject a safe and effective amount of at least one FP receptor antagonist, wherein the FP receptor antagonist is a compound of Formula I: wherein R is selected from the group consisting of CO 2 H, C NHOH, CO 2 R 1, CH 2 OH, S 2 R 1, C NHR 1, P (OR 1)R 2, C NHS 2 R 1, and tetrazolyl; R 1 and R 2 are independently selected from the group consisting of a hydrogen atom, monovalent hydrocarbon groups, aromatic groups, carbocyclic groups, heterocyclic groups, and heteroaromatic groups; W is -CH 2 -, -O-, or -S 2 -; and X is methoxy, methyl, or a halogen group. wherein R is selected from the group consisting of CO 2 H, C NHOH, CO 2 R 1, CH 2 OH, S 2 R 1, C NHR 1, P (OR 1)R 2, C NHS 2 R 1, and tetrazolyl; R 1 and R 2 are independently selected from the group consisting of a hydrogen atom, monovalent hydrocarbon groups, aromatic groups, carbocyclic groups, heterocyclic groups, and heteroaromatic groups; W is -CH 2 -, -O-, or -S 2 -; and X is methoxy, methyl, or a halogen group.
A polylactic acid composition comprising: i) polylactic acid, ii) mineral silicate compound, and iii) polylactic acid grafted with an acid- and/or acid anhydride-functional ethylenically unsaturated polymerizable monomer, wherein the composition comprises at least 7.5 % by weight of the mineral silicate compound component ii), wherein the % by weight is calculated on the sum of i), ii) and iii). i) polylactic acid, ii) mineral silicate compound, and iii) polylactic acid grafted with an acid- and/or acid anhydride-functional ethylenically unsaturated polymerizable monomer,