mhurhangee/patent-ind-claim-en huggingface dataset:
A cylinder head of a dual fuel internal combustion engine, comprising: - a first injector mounting opening extending through the cylinder head along a first axis and adapted to receive a first fuel injector and comprising a first injector tip section ; - a second injector mounting opening extending through the cylinder head along a second axis and adapted to receive a second fuel injector and comprising a second injector tip section , the second axis and the first axis confining an angle within the range of 10° to 25°; - a combustion zone face , the combustion zone face having a first injector tip outlet in a plane perpendicular to the first axis and second injector tip outlet in a plane perpendicular to the second axis ; wherein the first injector tip outlet extends around a first centre point and the second injector tip outlet extends around a second centre point , and the first centre point and the second centre point are spaced from each other in a direction perpendicular to the first axis within the range of 40 mm to 60 mm, and in a direction of the first axis within the range of 10 mm to 20 mm; - a cooling chamber , the first injector mounting opening and the second injector mounting opening intersecting the cooling chamber ; and - a cooling channel , the first injector mounting opening and the second injector mounting opening intersecting the cooling channel , the first injector tip section and the second injector tip section intersecting the cooling channel , - a first injector mounting opening extending through the cylinder head along a first axis and adapted to receive a first fuel injector and comprising a first injector tip section ; - a second injector mounting opening extending through the cylinder head along a second axis and adapted to receive a second fuel injector and comprising a second injector tip section , the second axis and the first axis confining an angle within the range of 10° to 25°; - a combustion zone face , the combustion zone face having a first injector tip outlet in a plane perpendicular to the first axis and second injector tip outlet in a plane perpendicular to the second axis ; - a cooling chamber , the first injector mounting opening and the second injector mounting opening intersecting the cooling chamber ; and - a cooling channel , the first injector mounting opening and the second injector mounting opening intersecting the cooling channel , the first injector tip section and the second injector tip section intersecting the cooling channel ,
A method of treating liquid sulfur containing polysulfides and hydrogen sulfide, comprising: contacting the liquid sulfur with a decomposition catalyst under conditions effective to convert polysulfides to hydrogen sulfide to thereby generate a hydrogen sulfide enriched liquid sulfur stream; and stripping the hydrogen sulfide enriched liquid sulfur stream with a stripping gas as a continuous phase to so generate an acid gas stream and a liquid sulfur product stream, wherein the step of contacting the liquid sulfur is performed in a decomposition section and the step of stripping is performed in a stripping section of a common vessel, and wherein the decomposition section is above the stripping section. contacting the liquid sulfur with a decomposition catalyst under conditions effective to convert polysulfides to hydrogen sulfide to thereby generate a hydrogen sulfide enriched liquid sulfur stream; and stripping the hydrogen sulfide enriched liquid sulfur stream with a stripping gas as a continuous phase to so generate an acid gas stream and a liquid sulfur product stream, wherein the step of contacting the liquid sulfur is performed in a decomposition section and the step of stripping is performed in a stripping section of a common vessel, and wherein the decomposition section is above the stripping section.
A method for an eUICC embedded into a machine type communication device to trigger the download of a subscription profile from a first network operator, MNO1, the eUICC being provisioned with an eUICC identifier, EID, and a pre-loaded data set memorizing a range of International Mobile Subscription Identifiers, IMSI, associated to a second network operator, MNO2, the method comprising the steps of: - selecting randomly by the eUICC an IMSI number in the range memorized in the pre-loaded data set; - sending an attachment request comprising the randomly selected IMSI, R-IMSI, for it to be received by a discovery server associated to the second network operator , MNO2, the discovery server being adapted to generate a request for getting the eUlCC identifier, EID; - receiving in an authentication request message the request for getting the eUICC identifier, EID; - as a response, sending to the discovery server a authentication failure message comprising an indication of a synchronisation failure and the eUICC identifier, EID, so that the discovery server is able to identify the first network operator, MNO1, as a provider of a subscription profile for this eUICC; - receiving in an authentication request message a temporary IMSI, t-IMSI, from the discovery server so that the machine type communication device is able to attach to the first network operator, MNO1, and download the pending subscription profile, said temporary IMSI, t-IMSI, belonging to the first network operator and being allocated temporarily to the eUICC for enabling the download of the subscription profile. - selecting randomly by the eUICC an IMSI number in the range memorized in the pre-loaded data set; - sending an attachment request comprising the randomly selected IMSI, R-IMSI, for it to be received by a discovery server associated to the second network operator , MNO2, the discovery server being adapted to generate a request for getting the eUlCC identifier, EID; - receiving in an authentication request message the request for getting the eUICC identifier, EID; - as a response, sending to the discovery server a authentication failure message comprising an indication of a synchronisation failure and the eUICC identifier, EID, so that the discovery server is able to identify the first network operator, MNO1, as a provider of a subscription profile for this eUICC; - receiving in an authentication request message a temporary IMSI, t-IMSI, from the discovery server so that the machine type communication device is able to attach to the first network operator, MNO1, and download the pending subscription profile, said temporary IMSI, t-IMSI, belonging to the first network operator and being allocated temporarily to the eUICC for enabling the download of the subscription profile.
Professional work shoe , comprising an upper and a layered sole associated with said upper , said layered sole comprising a lower layer adapted to come into contact with the ground, an intermediate layer associated with said upper and with said lower layer , respectively, and an upper layer , characterized in that said intermediate layer is made of polyurethane having a resilience greater than 41% measured according to the measurement standard DIN 53512 characterized in that said intermediate layer extends over the entire support surface of the foot and is completely and exclusively made of said polyurethane having a resilience greater than 41%, and characterised in that said intermediate layer has a thickness of about 13 mm at the rear zone (P) of said professional work shoe , and a thickness of about 3,5 mm at the central zone (C) of said professional work shoe , and a thickness of about 6 mm at the front zone (A) of said professional work shoe . characterized in that said intermediate layer extends over the entire support surface of the foot and is completely and exclusively made of said polyurethane having a resilience greater than 41%, and characterised in that said intermediate layer has a thickness of about 13 mm at the rear zone (P) of said professional work shoe , and a thickness of about 3,5 mm at the central zone (C) of said professional work shoe , and a thickness of about 6 mm at the front zone (A) of said professional work shoe .
A wireless multiple-input and multiple-output, MIMO, device , comprising: an array of multiple antennas; and a circuitry configured to: receive, using the array of multiple antennas, a plurality of calibration signals from a plurality of proximate wireless MIMO devices , calibrate the wireless MIMO device based on the received calibration signals and based on known directions from the wireless MIMO device to each of the proximate wireless MIMO devices, and drive the array of multiple antennas to emit a beam-formed calibration signal to each of the proximate wireless devices in order to enable each of the proximate wireless MIMO devices to calibrate itself. an array of multiple antennas; and a circuitry configured to: receive, using the array of multiple antennas, a plurality of calibration signals from a plurality of proximate wireless MIMO devices , calibrate the wireless MIMO device based on the received calibration signals and based on known directions from the wireless MIMO device to each of the proximate wireless MIMO devices, and drive the array of multiple antennas to emit a beam-formed calibration signal to each of the proximate wireless devices in order to enable each of the proximate wireless MIMO devices to calibrate itself. receive, using the array of multiple antennas, a plurality of calibration signals from a plurality of proximate wireless MIMO devices , calibrate the wireless MIMO device based on the received calibration signals and based on known directions from the wireless MIMO device to each of the proximate wireless MIMO devices, and drive the array of multiple antennas to emit a beam-formed calibration signal to each of the proximate wireless devices in order to enable each of the proximate wireless MIMO devices to calibrate itself.
A positive type planographic printing plate precursor, comprising: a support; and an image recording layer provided on the support, wherein the image recording layer comprises: a phenol compound comprising a phenolic hydroxyl group and a substituent A represented by -CH 2 OR in a molecule thereof, and having a molecular weight of from 200 to 2,000; a polymer comprising at least one selected from the group consisting of a urea bond and a urethane bond in a main chain thereof; and an infrared absorbent; and wherein R represents a hydrogen atom, an alkyl group, or an acyl group, and in a case in which a plurality of the substituents A are present, a plurality of R's may be the same as or different from each other. a support; and an image recording layer provided on the support, wherein the image recording layer comprises: a phenol compound comprising a phenolic hydroxyl group and a substituent A represented by -CH 2 OR in a molecule thereof, and having a molecular weight of from 200 to 2,000; a polymer comprising at least one selected from the group consisting of a urea bond and a urethane bond in a main chain thereof; and an infrared absorbent; and wherein R represents a hydrogen atom, an alkyl group, or an acyl group, and in a case in which a plurality of the substituents A are present, a plurality of R's may be the same as or different from each other.
Apparatus for identifying a smoke event (SE) in an electron beam melting installation , comprising a current measuring device configured for detecting a grounding current (IG), and an evaluation unit configured for identifying a smoke event (SE) by evaluating the grounding current (IG).
A method for producing a membrane assembly as roll material, in particular a membrane electrode assembly (MEA), comprising: - providing a first laminated material as roll material comprising a first frame material and a protective film , wherein contour cuts which sever the first frame material are made into the first frame material from a side of the laminated material opposite the protective film , with formation of punching residues , and wherein the contour cuts are made without severing the protective film , and - constructing the membrane assembly as roll material, wherein membrane blanks are laminated with the first frame material , wherein the first laminated material is transferred onto a vacuum transport device , characterized in that , during or after transfer of the first laminated material onto the vacuum transport device , the protective film with the punching residues is delaminated from the first frame material , and, before or when leaving the vacuum transport device , the membrane assembly is laminated with a closed backing sheet . - providing a first laminated material as roll material comprising a first frame material and a protective film , wherein contour cuts which sever the first frame material are made into the first frame material from a side of the laminated material opposite the protective film , with formation of punching residues , and wherein the contour cuts are made without severing the protective film , and - constructing the membrane assembly as roll material, wherein membrane blanks are laminated with the first frame material , wherein the first laminated material is transferred onto a vacuum transport device , characterized in that , during or after transfer of the first laminated material onto the vacuum transport device , the protective film with the punching residues is delaminated from the first frame material , and, before or when leaving the vacuum transport device , the membrane assembly is laminated with a closed backing sheet .
Device for coupling to a spindle of a machine tool comprising a holder for coupling to the spindle of the machine tool , a conveyor element and a material machining unit, wherein the material machining unit comprises a gear, which comprises a force-receiving element and a force-delivery element , wherein the force-receiving element is embodied to receive a mechanical force from the spindle , wherein the force-delivery element is embodied to deliver a mechanical force to a conveyor element , wherein the conveyor element is embodied to convey a filament , wherein the transmission of the force absorbed by the force-receiving element to the force-delivery element takes place purely mechanically, wherein the force-receiving element is embodied separately from the force-delivery element and wherein an axis of rotation of the torque absorbed by the force-receiving element is substantially orthogonal to an axis of rotation of the conveyor element supplied by the force-delivery element , wherein the gear is embodied as a combination gear, which combines a gear train comprising a first gear wheel and a second gear wheel with a worm gear comprising a worm shaft and a worm wheel , wherein the conveyor element has two opposing pressure rollers, wherein one of the two opposing pressure rollers is designed as a worm wheel of the worm gear. wherein the material machining unit comprises a gear, which comprises a force-receiving element and a force-delivery element , wherein the force-receiving element is embodied to receive a mechanical force from the spindle , wherein the force-delivery element is embodied to deliver a mechanical force to a conveyor element , wherein the conveyor element is embodied to convey a filament , wherein the transmission of the force absorbed by the force-receiving element to the force-delivery element takes place purely mechanically, wherein the force-receiving element is embodied separately from the force-delivery element and wherein an axis of rotation of the torque absorbed by the force-receiving element is substantially orthogonal to an axis of rotation of the conveyor element supplied by the force-delivery element , wherein the gear is embodied as a combination gear, which combines a gear train comprising a first gear wheel and a second gear wheel with a worm gear comprising a worm shaft and a worm wheel , wherein the conveyor element has two opposing pressure rollers, wherein one of the two opposing pressure rollers is designed as a worm wheel of the worm gear.
A cabinet , comprising a pull-out part, preferably a drawer , which can be pulled out of the cabinet body, wherein the pull-out part is provided with at least one pivotable storage part which is displaceable relative to the pull-put part , whereby, when the pull-out part is pushed in, is situated completely within the inner space of the cabinet which accommodates the pull-out part , and whereby, when the pull-out part is pulled out protrudes beyond a boundary of the cabinet , characterized in that and the storage part is pressurised by an energy storage unit in the outward pivoting direction or that the storage part is forcibly actuated along a guide direction, whereby a displacement of the additional storage part when the pull-out part is pulled out occurs in a self-actuating manner.
A small motor having a polygonal external shape in which a field magnet having four or more poles is attached to an inner circumferential surface of a motor casing made of metal, the motor comprising: the motor casing having a side wall formed into a polygonal shape such that flat side portions equal in number to the poles and arcuate corner portions equal in number to the side portions and located at respective corners between the side portions are continuously joined together; and the field magnet which has an outer circumferential shape approximately coinciding with the inner circumferential shape of the motor casing, and magnet corner portions corresponding to the corner portions of the motor casing, characterized in that the field magnet has magnet side portions corresponding to the side portions of the motor casing, and ribs provided on outer circumferential surfaces of the magnet side portions, wherein the magnet is integrally formed into the overall shape of a ring from a magnetic plastic compound; and wherein the magnet is disposed, through press-fitting, within the motor casing such that the ribs come into contact with the inner circumferential surface of the motor casing, the magnet side portions, excluding the ribs, being formed such that small clearances are formed between the magnet side portions and the side portions of the motor casing, or at least such that no pressing force acts on the magnet side portions, excluding the ribs. the motor casing having a side wall formed into a polygonal shape such that flat side portions equal in number to the poles and arcuate corner portions equal in number to the side portions and located at respective corners between the side portions are continuously joined together; and the field magnet which has an outer circumferential shape approximately coinciding with the inner circumferential shape of the motor casing, and magnet corner portions corresponding to the corner portions of the motor casing, characterized in that the field magnet has magnet side portions corresponding to the side portions of the motor casing, and ribs provided on outer circumferential surfaces of the magnet side portions, wherein the magnet is integrally formed into the overall shape of a ring from a magnetic plastic compound; and wherein the magnet is disposed, through press-fitting, within the motor casing such that the ribs come into contact with the inner circumferential surface of the motor casing, the magnet side portions, excluding the ribs, being formed such that small clearances are formed between the magnet side portions and the side portions of the motor casing, or at least such that no pressing force acts on the magnet side portions, excluding the ribs.
Headlight for a motor vehicle with a housing , in which at least one light module is mounted in a specified position, where the light module is arranged by means of a mounting device in the housing of the headlight , and where the housing has at least one attachment point , in which the housing is connected to a frame element of the motor vehicle, where at least one extension bridge is provided for by means of which at least one mounting device is mechanically connected to at least one attachment point and the extension bridge is of a material with a thermal expansion coefficient that is lower than the thermal expansion coefficient of the housing , where the at least one mounting device is mounted in the housing such that it can be moved, where a movement can be executed by one area of the housing adjacent to or below the mounting device if there is a change in the shape of the housing caused by thermal influences, without the mounting device leaving its position relative to the frame element of the motor vehicle, characterized in that the extension bridge is implemented as a steel rail .
Combination of a metering device with a destination appliance, wherein the metering device is designed to meter and supply media to the destination appliance and is arranged separately from the destination appliance, wherein the metering device is connected to at least one container which is filled with a medium, characterised in that the metering device has a control unit which, after receiving a request signal from a control device of the destination appliance, carries out a metering process and to this end, with the aid of a pump , withdraws a predetermined volume of medium from the container and conveys said volume to the destination appliance, wherein the control unit is assigned a first communication interface which, after completion of the metering process, transmits information regarding the fact that the metering process has been carried out to a second communication interface of the control device of the destination appliance.
A monoclonal antibody binding to a peptide comprising an amino acid sequence represented by SEQ ID NO. 1; further comprising: in a variable region of a light chain an amino acid sequence represented by positions 21-131 of SEQ ID NO 6; and in a variable region of a heavy chain an amino acid sequence represented by positions 20-141 of SEQ ID NO 11. in a variable region of a light chain an amino acid sequence represented by positions 21-131 of SEQ ID NO 6; and in a variable region of a heavy chain an amino acid sequence represented by positions 20-141 of SEQ ID NO 11.
A computer-implemented method comprising: generating an anchor associated with a live stream and storing the anchor in an anchor list, each anchor in the anchor list specifying a timestamp of the live stream and a validity duration; receiving , from a viewer client device, a request to access the live stream, wherein the request is associated with a timestamp that corresponds to when the request was sent; determining (42 5) a validity of each anchor in the anchor list based on the timestamp associated with the request, and the timestamp and the validity duration specified by each anchor to generate a list of valid anchors; identifying an anchor from the list of valid anchors based, at least in part, on the timestamp specified by the identified anchor; and providing (43 5) to the client device, the live stream beginning at the timestamp specified by the identified anchor. generating an anchor associated with a live stream and storing the anchor in an anchor list, each anchor in the anchor list specifying a timestamp of the live stream and a validity duration; receiving , from a viewer client device, a request to access the live stream, wherein the request is associated with a timestamp that corresponds to when the request was sent; determining (42 5) a validity of each anchor in the anchor list based on the timestamp associated with the request, and the timestamp and the validity duration specified by each anchor to generate a list of valid anchors; identifying an anchor from the list of valid anchors based, at least in part, on the timestamp specified by the identified anchor; and providing (43 5) to the client device, the live stream beginning at the timestamp specified by the identified anchor.