mhurhangee/ep-ind-claims huggingface dataset:
Injector cup assembly, comprising an injector cup and further comprising at least one bolt and an elastic element for mechanically coupling the injector cup to a cylinder head of a combustion engine, wherein - the injector cup has a longitudinal axis, - the bolt is arranged through a penetrating first opening of the injector cup and arrangeable in an opening of the cylinder head to fasten the injector cup to the cylinder head, and - the elastic element is mechanically coupled to the injector cup at a given position and configured to act against a tilt of the injector cup relative to the cylinder head by means of mechanical interaction with the bolt to generate a torque on the injector cup for pressing the injector cup to the cylinder head at a side opposite of the given position with respect to the penetrating first opening, - the elastic element comprises a first section, a second section adjacent to the first section and a third section adjacent to the second section, - the first section of the elastic element comprises a penetrating opening through which the bolt is arranged, - the first section is positioned at a distance from and substantially parallel to the third section and the second section is substantially perpendicular to the first and third section (13, 17) respectively, - the third section, for effecting said torque, comprises a spring area to generate an elastic force, is positioned to be arranged between the injector cup and the cylinder head, contacts the injector cup at said given position, and is configured and positioned to be elastically deformed for generating the elastic force by means of fastening the injector cup to the cylinder head with the bolt. - the injector cup has a longitudinal axis, - the bolt is arranged through a penetrating first opening of the injector cup and arrangeable in an opening of the cylinder head to fasten the injector cup to the cylinder head, and - the elastic element is mechanically coupled to the injector cup at a given position and configured to act against a tilt of the injector cup relative to the cylinder head by means of mechanical interaction with the bolt to generate a torque on the injector cup for pressing the injector cup to the cylinder head at a side opposite of the given position with respect to the penetrating first opening, - the elastic element comprises a first section, a second section adjacent to the first section and a third section adjacent to the second section, - the first section of the elastic element comprises a penetrating opening through which the bolt is arranged, - the first section is positioned at a distance from and substantially parallel to the third section and the second section is substantially perpendicular to the first and third section (13, 17) respectively, - the third section, for effecting said torque, comprises a spring area to generate an elastic force, is positioned to be arranged between the injector cup and the cylinder head, contacts the injector cup at said given position, and is configured and positioned to be elastically deformed for generating the elastic force by means of fastening the injector cup to the cylinder head with the bolt.
A binaural cochlear implant system comprising: - an implantable stimulator; - an ipsilateral cochlear implant electrode array connected to the stimulator and - a lead connected to the stimulator at a first end of the lead and provided with a contralateral binaural cochlear implant electrode array at a second end of the lead, - a fixation member at the second end of the lead, the fixation member being configured to allow through-passage of the contralateral binaural cochlear implant electrode array, the lead being configured to be implanted beneath the skin above the skull of a hearing aid user, wherein the lead comprises at least one electrical wire connecting the contralateral binaural cochlear implant electrode array with the stimulator, and a reinforcement fiber (50, 50') running along the length of the at least one electrical wire, and characterized in that the lead comprises a multi-lumen tubing provided with a plurality of separated through-going canals configured to allow passage of the at least one electrical wire and the reinforcement fiber from the stimulator to at least to the fixation member. - an implantable stimulator; - an ipsilateral cochlear implant electrode array connected to the stimulator and - a lead connected to the stimulator at a first end of the lead and provided with a contralateral binaural cochlear implant electrode array at a second end of the lead, - a fixation member at the second end of the lead, the fixation member being configured to allow through-passage of the contralateral binaural cochlear implant electrode array, the lead being configured to be implanted beneath the skin above the skull of a hearing aid user, wherein the lead comprises at least one electrical wire connecting the contralateral binaural cochlear implant electrode array with the stimulator, and a reinforcement fiber (50, 50') running along the length of the at least one electrical wire, and characterized in that the lead comprises a multi-lumen tubing provided with a plurality of separated through-going canals configured to allow passage of the at least one electrical wire and the reinforcement fiber from the stimulator to at least to the fixation member.
A gasket for forming a flexible watertight seal between two sections of pipe (3, 7), the gasket comprising: (a) a sealing member having a core; (b) a first portion of said sealing member being adapted to engage a sealing surface of one of the sections of pipe; (c) a second portion of said sealing member being adapted to engage a sealing surface of the other section of pipe; characterized in that: the sections of pipe (3, 7) are telescoping; the gasket is annular in shape; the core of the sealing member is formed at least in part of a generally flexible and stretchable elastomeric material; at least a portion of said first and/or said second portions of said sealing member is formed of a material that is compatibly heat-fusible with at least one of the sections of pipe (3, 7) upon application of localized heat thereto; and said compatibly heat-fusible material is of a different material composition than said core. (a) a sealing member having a core; (b) a first portion of said sealing member being adapted to engage a sealing surface of one of the sections of pipe; (c) a second portion of said sealing member being adapted to engage a sealing surface of the other section of pipe; the sections of pipe (3, 7) are telescoping; the gasket is annular in shape; the core of the sealing member is formed at least in part of a generally flexible and stretchable elastomeric material; at least a portion of said first and/or said second portions of said sealing member is formed of a material that is compatibly heat-fusible with at least one of the sections of pipe (3, 7) upon application of localized heat thereto; and said compatibly heat-fusible material is of a different material composition than said core.
Roller lever module for a grinding roller of a roller mill, which comprises a rotating grinding table and grinding rollers rolling thereon, with a roller lever, at the end of which on the grinding table side a grinding roller can be attached, a guide and support unit, with a guide axis, wherein the roller lever is coupled by its side facing away from the grinding table to the guide and support unit, wherein the guide and support unit is formed as a linear guide for moving the roller lever axially along the guide axis, characterized in that the guide and support unit comprises a central body that is elongated in the direction of the guide axis, that an outer sleeve enclosing the central body is provided, which sleeve is arranged movably in the direction of the guide axis, that at least one linear guide bearing is provided between the outer sleeve and the central body, that a unit is provided between the outer sleeve and the central body for transmitting a torque from the roller lever to the central body. with a roller lever, at the end of which on the grinding table side a grinding roller can be attached, a guide and support unit, with a guide axis, wherein the roller lever is coupled by its side facing away from the grinding table to the guide and support unit, wherein the guide and support unit is formed as a linear guide for moving the roller lever axially along the guide axis, characterized in that the guide and support unit comprises a central body that is elongated in the direction of the guide axis, that an outer sleeve enclosing the central body is provided, which sleeve is arranged movably in the direction of the guide axis, that at least one linear guide bearing is provided between the outer sleeve and the central body, that a unit is provided between the outer sleeve and the central body for transmitting a torque from the roller lever to the central body.
A method for notifying, by a mission critical service, MCX, server, a state of a plurality of members of one or more MCX groups to an MCX user equipment, UE, in a mission critical, MC, communication system, the method comprising: receiving a session initiation protocol, SIP, SUBSCRIBE request message for conference event from the MCX UE; identifying a plurality of members of the one or more MCX groups in response to the SIP SUBSCRIBE request message; identifying the state of each member of the one or more groups; categorizing the plurality of members of the one or more groups based on the identified state of each member; and notifying the state of the plurality of members of the one or more groups to the MCX UE based on the categorization, wherein the categorizing step comprises: configuring a first set of members of the one or more groups, wherein a first state of the first set of the members of the one or more groups is connected state; configuring a second set of members of the one or more groups, wherein a second state of the second set of the members of the one or more groups is disconnected state; and configuring a third set of members of the one or more groups, wherein a third state of the third set of the members of the one or more groups is pending state.. receiving a session initiation protocol, SIP, SUBSCRIBE request message for conference event from the MCX UE; identifying a plurality of members of the one or more MCX groups in response to the SIP SUBSCRIBE request message; identifying the state of each member of the one or more groups; categorizing the plurality of members of the one or more groups based on the identified state of each member; and notifying the state of the plurality of members of the one or more groups to the MCX UE based on the categorization, wherein the categorizing step comprises: configuring a first set of members of the one or more groups, wherein a first state of the first set of the members of the one or more groups is connected state; configuring a second set of members of the one or more groups, wherein a second state of the second set of the members of the one or more groups is disconnected state; and configuring a third set of members of the one or more groups, wherein a third state of the third set of the members of the one or more groups is pending state.. configuring a first set of members of the one or more groups, wherein a first state of the first set of the members of the one or more groups is connected state; configuring a second set of members of the one or more groups, wherein a second state of the second set of the members of the one or more groups is disconnected state; and configuring a third set of members of the one or more groups, wherein a third state of the third set of the members of the one or more groups is pending state..
Method of producing a workpiece having a modified gearing geometry by a generating method, wherein the workpiece is generating machined in at least one machining stroke by means a tool having a modified gearing geometry, wherein the tool has a topological modification, characterized in that the contact path with the workpiece is not shifted on the tool during the machining stroke.
A method for producing a molded article, the molded article comprising a thermoplastic resin and reinforcing fibers having a number-average fiber length of 1 mm or longer, the method comprising: molding a material containing the thermoplastic resin and reinforcing fibers having a number-average fiber length of less than 30 mm, using a first closed mold; and then molding only the molded material once again using a second closed mold; wherein either the shape of the second closed mold differs from the shape of the first closed mold and the material temperature when the material is applied to the second closed mold is from 0.1 to 7°C lower than a material temperature when the material is applied to the first closed mold, or the shape of the second closed mold is identical to the shape of the first closed mold and the material temperature when the material is applied to the second closed mold is from 0.1 to 20°C lower than a material temperature when the material is applied to the first closed mold. molding a material containing the thermoplastic resin and reinforcing fibers having a number-average fiber length of less than 30 mm, using a first closed mold; and then molding only the molded material once again using a second closed mold; wherein either the shape of the second closed mold differs from the shape of the first closed mold and the material temperature when the material is applied to the second closed mold is from 0.1 to 7°C lower than a material temperature when the material is applied to the first closed mold, or the shape of the second closed mold is identical to the shape of the first closed mold and the material temperature when the material is applied to the second closed mold is from 0.1 to 20°C lower than a material temperature when the material is applied to the first closed mold.
A method for producing a joint sealing between prefabricated panels (1, 2), the joint sealing being suitable for applications in the field of prefabricated elements, wherein a joint enlargement which essentially extends in the horizontal direction is carried out on the free upper edges pointing towards each other of adjacent prefabricated panels (1, 2) and the joint is filled with a joint sealing compound till reaching the joint enlargement to be flush with the surface, wherein a free portion is formed in the area of the joint enlargement of each one of the two prefabricated panels (1, 2), in which free portion no direct connection between the joint sealing compound and the prefabricated panels (1, 2) will be formed, which is mechanically achieved by interposing a sliding strip or chemically by applying a separating agent.
A process for thermal oxidation of combustible materials comprising the steps of: a) gasification of combustible materials in two or more gasification chambers, b) transferring syngas from the two or more gasification chambers to a combustion unit, and c) combustion of syngas from the two or more gasification chambers in the combustion unit, wherein external air, recirculated flue-gas from the combustion unit or a mixture thereof is blown under a batch of the combustible material via nozzles in separated nozzle areas in a hearth at the bottom of each of the two or more gasification chambers, said nozzle areas corresponding to plenum sections under the hearth of the bottom of each of the two or more gasification chambers, and wherein the flow of the external air and the recirculated flue-gas in each plenum section area is regulated independently at different times of a gasification cycle. a) gasification of combustible materials in two or more gasification chambers, b) transferring syngas from the two or more gasification chambers to a combustion unit, and c) combustion of syngas from the two or more gasification chambers in the combustion unit,
A composition comprising: a. an effective amount of a zinc containing material having an aqueous solubility within the composition of less than 25% by weight at 25°C; b. from 5% to 50% of a surfactant; and c. from 0.1% to 5% of a zinc ionophoric material; d. from 40% to 95% water; and wherein the pH of the composition is greater than 7; and wherein the zinc containing material is zinc oxide; and wherein the composition further comprises a component selected from the group consisting of sodium bicarbonate, sources of carbonate anions and mixtures thereof. a. an effective amount of a zinc containing material having an aqueous solubility within the composition of less than 25% by weight at 25°C; b. from 5% to 50% of a surfactant; and c. from 0.1% to 5% of a zinc ionophoric material; d. from 40% to 95% water; and
A foam detection device for a beverage dispensing system comprising: a chamber comprising a fluid inlet, a fluid outlet, and a fluid flow path passing from the fluid inlet, into and through the chamber, and out of the fluid outlet of the chamber; a flow path interrupter disposed in the fluid flow path within the chamber and configured to interrupt the fluid flow path from the fluid inlet to the fluid outlet of the chamber upon detection of foam in the chamber; and a cooling fluid flow path passing at least partially through the chamber and configured to permit heat transfer between the fluid flow path and the cooling fluid flow path. a chamber comprising a fluid inlet, a fluid outlet, and a fluid flow path passing from the fluid inlet, into and through the chamber, and out of the fluid outlet of the chamber; a flow path interrupter disposed in the fluid flow path within the chamber and configured to interrupt the fluid flow path from the fluid inlet to the fluid outlet of the chamber upon detection of foam in the chamber; and a cooling fluid flow path passing at least partially through the chamber and configured to permit heat transfer between the fluid flow path and the cooling fluid flow path.
An icing composition preparable by mixing at least 70% sweetener solids, 7% to 12% water; 0.1 to 1.0% fat; 0.1% to 0.5% Gum Arabic and 0.1% to 0.5 % Carboxymethylcellulose, wherein the icing composition has a viscosity of 70 Pa·s to 90 Pa·s (70,000 centipoise to 90,000 centipoise) at ambient temperatures, is dippable at ambient temperature and when applied to a food product sets within 15 minutes at ambient temperature.
Descaling device for descaling a flow line system for fluids, comprising a storage container to which water can be admitted by means of a water inlet and which has a watersoluble descaling agent contained therein, the solution of which agent can be discharged through a mixture outlet of the storage container, a developing saturated solution of the originally solid, powdery or pasty descaling agent being introduced into the storage container that is filled with water, a preservative additionally being introduced into the descaling agent, which preservative dissolves, together with the descaling agent, when the water is added, and provides the active solution, characterised in that the preservative comprises perillic acid or derivatives of perillic acid, or consists of perillic acid or of derivatives of perillic acid.
A delaminatable container, comprising a container body having an outer shell and an inner bag, the inner bag to be shrunk with a decrease in contents, wherein the inner bag is composed of an inner layer including a mixed resin layer, an adhesion layer, and an EVOH layer in this order from inside of the container, the mixed resin layer is formed of a mixed resin containing a cycloolefin polymer and a styrene-based thermoplastic elastomer. the inner bag is composed of an inner layer including a mixed resin layer, an adhesion layer, and an EVOH layer in this order from inside of the container, the mixed resin layer is formed of a mixed resin containing a cycloolefin polymer and a styrene-based thermoplastic elastomer.
A nanoporous α-alumina powder comprising interconnected α-alumina primary particles having an average particle size of less than about 100 nm and an interpenetrated array of pores or voids, the interconnected α-alumina primary particles being connected by a neck.
A process for the production of α,β ethylenically unsaturated carboxylic acids or esters, by the liquid phase reaction of formaldehyde or a suitable source thereof with a non-cyclic carboxylic acid ester of formula R 3 -CH 2 -COOR 4 in the presence of a basic metal salt, wherein R 4 is an alkyl group, preferably a C 1 to C 4 -alkyl group and R 3 is methyl wherein the basic metal salt is a group I or group II metal salt.
An illumination device comprising: - a base; - a yoke connected to and rotatable relative to said base; - a head connected to and rotatable relative to said yoke, said head comprises at least one light source generating light; said yoke comprises at least one yoke shell part and at least one motor connected to a bearing through a belt characterized in that said at least one yoke shell part comprises belt tensioning means, said belt tensioning is integrated into said yoke shell part and is adapted to tighten said belt upon mounting of said yoke shell part to said yoke. - a base; - a yoke connected to and rotatable relative to said base; - a head connected to and rotatable relative to said yoke,
A machine gun for feeding an ammunition belt comprising a hollow frame body formed in one piece and comprising a minimum of lateral orifices, said machine gun comprising a feed channel and a cover disposed laterally, said feed channel and an inner surface of the cover being inclined relative to the vertical, said feed channel being inclined according to an angle of between 20° and 70°, preferably between 30° and 60°, said machine gun comprising, on its upper surface, a fixed accessory assembly interface, this interface preferably being able to comprise a rail of the Picatinny type.
A non-planar transistor, comprising: a substrate; a P-N junction superlattice on the substrate; a delta doped large bandgap stack on the P-N junction superlattice; and a multi-gate body on the delta doped large bandgap stack. a substrate; a P-N junction superlattice on the substrate; a delta doped large bandgap stack on the P-N junction superlattice; and a multi-gate body on the delta doped large bandgap stack.
An apparatus comprising means for configuring a delay for one or more synchronous transmission cycles, a transmission cycle corresponding to a process of transmitting a payload data packet from a transmitter and receiving an associated acknowledgement packet from a receiver at the transmitter, the apparatus further comprising means for providing information on the configured delay to the transmitter and/or to the receiver, the delay being between the transmitting of the payload data packet and the receiving of the associated acknowledgement packet, wherein transmissions are organized in repetitive radio frames, wherein each radio frame comprises a predetermined number of sub-frames, wherein the apparatus is further operable to configure the one or more synchronous transmission cycles, wherein for a synchronous transmission cycle a certain repetitive sub-frame for payload data transmission and an associated repetitive sub-frame, for the acknowledgement packet with the configured delay relative to the sub-frame for payload data transmission, are associated to the synchronous transmission cycle, characterized by the apparatus being operable to configure the delay by determining and configuring a number of the transmission cycles to be multiplexed based on a round trip time between the transmitter transmitting the payload data packet and receiving the acknowledgement data packet.