mhurhangee/ep-ind-claims huggingface dataset:
A seal of a tool of a breaking hammer, wherein the seal is a ring-shaped piece having an inner periphery, an outer periphery and an axial length; the inner periphery is serving as a sealing surface and is intended to be arranged against the tool to be sealed; the outer periphery is intended to be facing a sealing housing; and the sealing ring is made of resilient material; characterized in that the outer periphery of the sealing ring is provided with several projecting elements, and the projecting elements are slanted relative to normal of the outer periphery when seen in an axial direction of the sealing ring.
Apparatus for filling under gravity from a hopper, a storage device (2, 14, 15, 16) for articles that has the form of a columnar cavity between opposed side walls (5, 6, 56, 58), with a mass flow of mutually parallel rod-shaped articles descending from the hopper, comprising a cavity-filling device for filing the cavity (2, 14, 15, 54) that alternates in use between a closed configuration that blocks a downward flow of the said articles through the cavity-filling device and an open configuration that allows flow of the articles through the cavity-filling device, and characterized in that: the cavity-filling device being movable in translation, in alternate upward and downward strokes within the cavity (2, 14, 15, 54), being in the closed configuration on the downward stroke and in the open configuration on the upward stroke. the cavity-filling device being movable in translation, in alternate upward and downward strokes within the cavity (2, 14, 15, 54), being in the closed configuration on the downward stroke and in the open configuration on the upward stroke.
A method in a network node of mapping one or more Downlink Control Information, DCI, messages onto available Resource Element, RE, groups for transmitting to a wireless device, wherein the one or more DCI messages are processed by the network node, the network node and the wireless device being adapted to be comprised in a wireless communications network, the method comprising: mapping the one or more processed messages onto the available RE groups, according to indexing information comprised in the one or more DCI messages, and to a precalculated mapping table, wherein the precalculated mapping table is calculated prior to obtaining the one or more DCI messages to be mapped, wherein according to the indexing information, a quadruplet is assigned a certain index in the mapping table, wherein the certain index in the mapping table corresponds to a particular location in the available RE groups, wherein the available RE groups comprises one or more RE groups in one or more Orthogonal Frequency Division Multiplexing, OFDM, symbols, and wherein each RE group in each OFDM symbol corresponds to a different index in the mapping table, wherein the mapping is performed using a frequency-first algorithm, whereby the mapping is to available RE groups units, and the mapping is done, for each OFDM symbol, by frequency carrier, in a determined order.
A pressure sensitive label including a facestock layer and an adhesive layer against one side of the facestock layer, wherein the facestock layer is non-oriented and comprises a plastic film comprising low density polyethylene (LDPE), high density polyethylene (HDPE) and an additive of hydrocarbon resin, wherein the plastic film comprises: - at most 20 wt-% high density polyethylene (HDPE) and - an additive of hydrocarbon resin between 5 and 40 wt-% and having M n below 2000 g/mol. - at most 20 wt-% high density polyethylene (HDPE) and - an additive of hydrocarbon resin between 5 and 40 wt-% and having M n below 2000 g/mol.
A portable communication device comprising: a housing at least partially including a metal portion; a buffer member disposed on at least one portion of the metal portion of the housing, a glass plate forming at least one portion of an outer surface of the portable communication device, a seating groove formed on a portion of the housing adjacent to at least a portion of an edge area of the glass plate, and a binding groove (133a, 133b) formed in the seating groove, wherein the at least one portion of the edge area of the glass plate is positioned adjacent to the buffer member, wherein a portion of the buffer member is formed in and fixedly engaged with the binding groove (133a, 133b) and another portion of the buffer member is at least partially accommodated in at least a portion of the seating groove. a housing at least partially including a metal portion; a buffer member disposed on at least one portion of the metal portion of the housing, a glass plate forming at least one portion of an outer surface of the portable communication device, a seating groove formed on a portion of the housing adjacent to at least a portion of an edge area of the glass plate, and a binding groove (133a, 133b) formed in the seating groove, wherein the at least one portion of the edge area of the glass plate is positioned adjacent to the buffer member, wherein a portion of the buffer member is formed in and fixedly engaged with the binding groove (133a, 133b) and another portion of the buffer member is at least partially accommodated in at least a portion of the seating groove.
A thermal management system for a gas turbine engine comprising: a first coolant medium and a second coolant medium that is different than the first coolant medium; a heat exchanger including a first coolant passage for the first coolant medium, a second coolant passage for the second coolant medium, a first hot flow passage in thermal communication with the first coolant passage and a second hot flow passage in thermal communication with the second coolant passage all defined within a common housing; a first valve controlling a flow of a hot medium into at least one of the first hot flow passage or the second hot flow passage; a controller configured to operate the first valve to direct the flow of hot medium into one of the first hot flow passage and the second hot flow passage for transferring thermal energy from the flow of hot medium into one of the first coolant medium and the second coolant medium; characterised in that the first coolant medium comprises a hydraulic fluid, the second coolant medium comprises a fuel and the hot medium comprises a lubricant. a first coolant medium and a second coolant medium that is different than the first coolant medium; a heat exchanger including a first coolant passage for the first coolant medium, a second coolant passage for the second coolant medium, a first hot flow passage in thermal communication with the first coolant passage and a second hot flow passage in thermal communication with the second coolant passage all defined within a common housing; a first valve controlling a flow of a hot medium into at least one of the first hot flow passage or the second hot flow passage; a controller configured to operate the first valve to direct the flow of hot medium into one of the first hot flow passage and the second hot flow passage for transferring thermal energy from the flow of hot medium into one of the first coolant medium and the second coolant medium; characterised in that the first coolant medium comprises a hydraulic fluid, the second coolant medium comprises a fuel and the hot medium comprises a lubricant.
A method of air carbon arc cutting (CAC-A) comprising the steps of: providing a welding-type power supply to provide an output, selecting a CAC-A mode by a user select means among a plurality of modes comprising stick with stick droop, and providing current in a CAC-A mode at a selected current setpoint, characterised by further comprising disabling stick droop in the output for the selected CAC-A mode. providing a welding-type power supply to provide an output, selecting a CAC-A mode by a user select means among a plurality of modes comprising stick with stick droop, and providing current in a CAC-A mode at a selected current setpoint, characterised by further comprising disabling stick droop in the output for the selected CAC-A mode.
A vitrectomy apparatus, comprising: a pressure source; a cut valve connected to the pressure source, the cut valve configured to be turned on and off to provide pressure to selectively extend and retract a vitrectomy cutting device; a sensor configured to sense pressure provided from the cut valve; and a controller configured to control operation of the cut valve based on pressure sensed by the sensor; wherein the cut valve is pneumatically connected to the sensor and electronically connected to the controller, wherein the controller is configured to monitor pressures encountered and alter cut valve timing based on pressure conditions previously encountered, and characterised in that the controller is configured to monitor and maintain a peak pressure value and trough pressure value encountered, wherein peak pressure encountered represents a maximum pressure encountered and trough pressure comprises a minimum pressure encountered.
A developing cartridge comprising: a casing configured to accommodate therein developer; a developer-carrying member configured to rotate about a rotational axis extending in an axial direction and carry the developer thereon; a supply member configured to supply the developer to the developer-carrying member; a developing electrode configured to be electrically connected to the developer-carrying member; a supply electrode configured to be electrically connected to the supply member and arranged to confront the developing electrode in the axial direction with a gap therebetween; characterised by an insulating member insulating the developing electrode and the supply electrode with each other and arranged between the developing electrode and the supply electrode and by further comprising a screw in common for fixing the developing electrode, the insulating member, and the supply electrode to the casing. a casing configured to accommodate therein developer; a developer-carrying member configured to rotate about a rotational axis extending in an axial direction and carry the developer thereon; a supply member configured to supply the developer to the developer-carrying member; a developing electrode configured to be electrically connected to the developer-carrying member; a supply electrode configured to be electrically connected to the supply member and arranged to confront the developing electrode in the axial direction with a gap therebetween; characterised by an insulating member insulating the developing electrode and the supply electrode with each other and arranged between the developing electrode and the supply electrode and by further comprising a screw in common for fixing the developing electrode, the insulating member, and the supply electrode to the casing.
An organic light emitting device comprising an emitter layer comprising a host and a dopant, wherein the dopant comprises a phosphorescent molecule of the formula L 2 MX, wherein L and X are inequivalent bidentate ligands, M is a metal that forms octahedral complexes, X is a monoanionic bidentate ligand; and the L ligands are monoanionic bidentate ligands each coordinated to M through an sp 2 hybridized carbon and a heteroatom.
A method for removing one or more control lines in a well, the control lines running in an annulus behind a tubular in the wellbore, during a well abandonment procedure comprising the steps: (a) perforating the tubular at a location adjacent the one or more control lines; (b) displacing a self-supporting settable composition through the perforations into the annulus to secure the one or more control lines in place; (c) cutting the tubular and the one or more control lines at the location of the self-supporting settable composition; (d) washing away the self-supporting settable composition; and (e) removing at least a portion of the one or more control lines from the wellbore. (a) perforating the tubular at a location adjacent the one or more control lines; (b) displacing a self-supporting settable composition through the perforations into the annulus to secure the one or more control lines in place; (c) cutting the tubular and the one or more control lines at the location of the self-supporting settable composition; (d) washing away the self-supporting settable composition; and (e) removing at least a portion of the one or more control lines from the wellbore.
A lubricating pinion for a lubricating device for applying a lubricant onto at least one gear wheel, wherein the lubricating pinion has an external tooth system into which at least one lubricant outlet opens out, wherein the lubricating pinion is constructed from at least two lubricating pinion parts (1a, 1b) that can be connected to one another along a preferably radial parting plane, wherein at least one lubricant channel runs in the parting plane and can be connected to the at least one lubricant outlet, characterized in that the at least two lubricating pinion parts (1a, 1b) are molded and/or injection-molded plastic moldings.
An insulation circuit for insulating between a signal ground and a frame ground, comprising: a board having a first layer and a second layer that is different from the first layer; a first pattern formed on the first layer of the board, the first pattern having a first end and a second end, the first end being configured to receive an RF signal, the second end being an open end; a second pattern formed on the first layer next to the first pattern, the second pattern having a third end and a fourth end, the third end being an open end, the fourth end being configured to output the RF signal received by the first pattern; a third pattern formed on the second layer so as to overlap the first and second patterns (11, 12) respectively when seen in a plan view manner, the third pattern connecting to the signal ground; and a fourth pattern formed on the second layer next to the third pattern so as to overlap the first and second patterns (11, 12) respectively when seen in a plan view manner, the fourth pattern connecting to the frame ground, wherein a first slit extending in the direction in which the first and second patterns (11, 12) extend is formed in the third pattern, when seen in a plan view manner, between the overlapping part with the first pattern and the overlapping part with the second pattern; and a second slit extending in the direction in which the first and second patterns (11, 12) extend is formed in the fourth pattern, when seen in a plan view manner, between the overlapping part with the first pattern and the overlapping part with the second pattern. a board having a first layer and a second layer that is different from the first layer; a first pattern formed on the first layer of the board, the first pattern having a first end and a second end, the first end being configured to receive an RF signal, the second end being an open end; a second pattern formed on the first layer next to the first pattern, the second pattern having a third end and a fourth end, the third end being an open end, the fourth end being configured to output the RF signal received by the first pattern; a third pattern formed on the second layer so as to overlap the first and second patterns (11, 12) respectively when seen in a plan view manner, the third pattern connecting to the signal ground; and a fourth pattern formed on the second layer next to the third pattern so as to overlap the first and second patterns (11, 12) respectively when seen in a plan view manner, the fourth pattern connecting to the frame ground, wherein a first slit extending in the direction in which the first and second patterns (11, 12) extend is formed in the third pattern, when seen in a plan view manner, between the overlapping part with the first pattern and the overlapping part with the second pattern; and a second slit extending in the direction in which the first and second patterns (11, 12) extend is formed in the fourth pattern, when seen in a plan view manner, between the overlapping part with the first pattern and the overlapping part with the second pattern.
A device for maintaining fluid flow through at least one passage in a human or animal body, the device (3 4) comprising: a tube that is made from a polymeric material; and a supporting structure, the supporting structure is in the form of at least one mesh or a laser-perforated metal tube; wherein the device comprises two end portions (12, 14) and an intermediate portion; the two end portions (12, 14) being configured to be diametrically expandable to anchor the device in position, and the intermediate portion is configured to be flexible to allow movement of the end portions (12, 14) relative to each other such that the two end portions (12, 14) are configured to be anchored in separate passages, and the two end portions (12, 14) and intermediate portion together defining a pathway for fluid flow through the device, the intermediate portion being diametrically expandable to dilate the pathway, wherein the supporting structure supports the two end portions (12, 14) and the intermediate portion; wherein the supporting structure is flexible within the intermediate portion; and wherein the two end portions (12, 14) have different diameters. a tube that is made from a polymeric material; and a supporting structure, the supporting structure is in the form of at least one mesh or a laser-perforated metal tube; wherein the device comprises two end portions (12, 14) and an intermediate portion; the two end portions (12, 14) being configured to be diametrically expandable to anchor the device in position, and the intermediate portion is configured to be flexible to allow movement of the end portions (12, 14) relative to each other such that the two end portions (12, 14) are configured to be anchored in separate passages, and the two end portions (12, 14) and intermediate portion together defining a pathway for fluid flow through the device, the intermediate portion being diametrically expandable to dilate the pathway, wherein the device comprises two end portions (12, 14) and an intermediate portion; the two end portions (12, 14) being configured to be diametrically expandable to anchor the device in position, and the intermediate portion is configured to be flexible to allow movement of the end portions (12, 14) relative to each other such that the two end portions (12, 14) are configured to be anchored in separate passages, and the two end portions (12, 14) and intermediate portion together defining a pathway for fluid flow through the device, the intermediate portion being diametrically expandable to dilate the pathway, wherein the supporting structure supports the two end portions (12, 14) and the intermediate portion; wherein the supporting structure is flexible within the intermediate portion; and wherein the two end portions (12, 14) have different diameters.
Folding top compartment lid for closing a folding top compartment opening of a convertible vehicle, wherein the folding top compartment lid consists at least of a bodyshell component and a self-supporting mounted part which is connected to the bodyshell component in such a way that the bodyshell component on its own closes a region of the folding top compartment opening and the mounted part on its own closes a region of the folding top compartment opening, wherein the mounted part is rigidly mounted on the bodyshell component, characterized in that the bodyshell component is formed with at least two shells, an inner shell and an outer shell, which form one or more cavities therebetween, and wherein the mounted part is formed from a composite material.
An apparatus for separating liquid and particles from a mixture, said apparatus comprising: a separation chamber having a cylindrical wall extending between a first end and a second end and about a longitudinal axis; an inlet, for receiving the mixture, which opens into the separation chamber substantially tangential to the cylindrical wall; a gas outlet in the first end of the separation chamber to enable gas separated from the mixture to exit through the gas outlet; a fluid outlet in the second end of the separation chamber to enable liquid to flow through from the separation chamber; a debris passage extending through the cylindrical wall and oriented such that a radial velocity of the particles within the separation chamber directs the particles through the debris passage; and a particle collection chamber into which the debris passage communicates to receive the particles; characterized in that the apparatus further comprises: a sensor for producing an first electrical signal indicating an amount of metallic and non-metallic debris in the particle collection chamber; and a magnetic probe extending into the particle collection chamber for gathering metal particles in the debris, wherein the magnetic probe is configured to produce a second electrical signal indicating an amount of metal particles that has been gathered. a separation chamber having a cylindrical wall extending between a first end and a second end and about a longitudinal axis; an inlet, for receiving the mixture, which opens into the separation chamber substantially tangential to the cylindrical wall; a gas outlet in the first end of the separation chamber to enable gas separated from the mixture to exit through the gas outlet; a fluid outlet in the second end of the separation chamber to enable liquid to flow through from the separation chamber; a debris passage extending through the cylindrical wall and oriented such that a radial velocity of the particles within the separation chamber directs the particles through the debris passage; and a particle collection chamber into which the debris passage communicates to receive the particles; characterized in that the apparatus further comprises: a sensor for producing an first electrical signal indicating an amount of metallic and non-metallic debris in the particle collection chamber; and a magnetic probe extending into the particle collection chamber for gathering metal particles in the debris, wherein the magnetic probe is configured to produce a second electrical signal indicating an amount of metal particles that has been gathered. a sensor for producing an first electrical signal indicating an amount of metallic and non-metallic debris in the particle collection chamber; and a magnetic probe extending into the particle collection chamber for gathering metal particles in the debris, wherein the magnetic probe is configured to produce a second electrical signal indicating an amount of metal particles that has been gathered.