mhurhangee/patent-ind-claim-en huggingface dataset:
A powder bed additive manufacturing apparatus comprising a build sleeve, a build platform for supporting a powder bed and object during a build, the build platform lowerable in the build sleeve, and at least one acoustic sensing system comprising an acoustic emission sensor and an acoustic waveguide , the acoustic waveguide extending through a channel in the build platform that is open at an upper surface of the build platform such that a receiving end of the acoustic waveguide distal from the acoustic emission sensor is configured to abut a lower surface of a build substrate /top plate releasably mounted to the build platform to transmit structure-borne acoustic waves from the build substrate /top plate to the acoustic emission sensor .
A plastic exhaust sleeve pipe for the exhaust gas routing of building heating installations, the plastic exhaust sleeve pipe having a pipe body , preferably realized as a plastic injection-molded part, and a sleeve section at the end for receiving a pipe section of another exhaust pipe to establish an exhaust sleeve pipe connection, wherein, in the sleeve section , a ring seal realized as a lip seal is received in an inner circumferential groove which is open toward the radial inside for sealing contact with the outer circumference of the pipe section which is insertable into the sleeve section in an insertion direction (E), wherein said inner circumferential groove has a groove base formed by a groove base section of the pipe body and a first and a second groove wall extending angularly thereto, wherein the inner circumferential groove is limited against the insertion direction (E) by a fastening ring of the plastic exhaust sleeve pipe disposed coaxially to the pipe body , wherein the fastening ring is locked with the pipe body , wherein the first groove wall is formed by an annular groove wall section of the fastening ring , wherein the fastening ring comprises an annular circumferential wall section extending axially to the groove wall section and being disposed radially outside the groove base section of the pipe body forming the groove base when the fastening ring is locked with the pipe body , the groove base section abutting on the radial outside against the circumferential wall section of the fastening ring , wherein the lip seal forms at least one ledge for the contact of the lip seal with a profile of a recess which is formed according to a ledge and is in the sleeve section on the pipe body , wherein the fastening ring is realized as an open ring provided with a securing means by means of which the ring can be transferred from a circumferentially open state to a circumferentially closed state such that the ring is securable against displacements in an axial and radial direction in the circumferentially closed state.
An article comprising: a chassis having a topsheet , backsheet and an absorbent core disposed between the topsheet and backsheet; and an ear joined to the chassis, the ear comprising: an elastomeric laminate having a first nonwoven web and an elastomeric layer ; wherein the first nonwoven web comprises a crimped spunbond fiber nonwoven web ; and wherein the laminate comprises a ring-rolled activated laminate or an ultrasonically bonded laminate. a chassis having a topsheet , backsheet and an absorbent core disposed between the topsheet and backsheet; and an ear joined to the chassis, the ear comprising: an elastomeric laminate having a first nonwoven web and an elastomeric layer ; wherein the first nonwoven web comprises a crimped spunbond fiber nonwoven web ; and wherein the laminate comprises a ring-rolled activated laminate or an ultrasonically bonded laminate. an elastomeric laminate having a first nonwoven web and an elastomeric layer ; wherein the first nonwoven web comprises a crimped spunbond fiber nonwoven web ; and wherein the laminate comprises a ring-rolled activated laminate or an ultrasonically bonded laminate.
A semiconductor device having outside electrode terminals on its lower surface, wherein said semiconductor device has: a semiconductor substrate ; circuit elements formed at a first main surface side of said semiconductor substrate ; a multilayer wiring part formed on said circuit elements configured by wiring electrically connected with said circuit elements and an insulating layer being alternately stacked; a first insulating layer for covering said insulating layer of the uppermost layer configuring said multilayer wiring part , said first insulating layer being provided all over said multilayer wiring part and serving as a supporting member of said semiconductor substrate ; a second insulating layer for covering a second main surface to become an opposite face against the first main surface of said semiconductor substrate ; a plurality of post electrodes formed on respective specified wiring of said multilayer wiring part to be exposed in a surface of said first insulating layer ; a plurality of through-type electrodes provided to pierce through said semiconductor substrate and said second insulating layer from specified depth of said multilayer wiring part , brought into contact to said semiconductor substrate through an insulating film and connected with specified wiring of said multilayer wiring part respectively; and said outside electrode terminals connected to said through-type electrodes . a semiconductor substrate ; circuit elements formed at a first main surface side of said semiconductor substrate ; a multilayer wiring part formed on said circuit elements configured by wiring electrically connected with said circuit elements and an insulating layer being alternately stacked; a first insulating layer for covering said insulating layer of the uppermost layer configuring said multilayer wiring part , said first insulating layer being provided all over said multilayer wiring part and serving as a supporting member of said semiconductor substrate ; a second insulating layer for covering a second main surface to become an opposite face against the first main surface of said semiconductor substrate ; a plurality of post electrodes formed on respective specified wiring of said multilayer wiring part to be exposed in a surface of said first insulating layer ; a plurality of through-type electrodes provided to pierce through said semiconductor substrate and said second insulating layer from specified depth of said multilayer wiring part , brought into contact to said semiconductor substrate through an insulating film and connected with specified wiring of said multilayer wiring part respectively; and said outside electrode terminals connected to said through-type electrodes .
A printing apparatus, connectable to a sheet processing apparatus including a plurality of paper discharge destinations, comprising: storage means ; storage control means for storing, in the storage means, information for determining a paper discharge destination to which a sheet is to be discharged from among the plurality of paper discharge destinations; and control means for: determining whether a sheet processing apparatus is connected to the printing apparatus, determining, based on the information stored in the storage means, whether a newly connected sheet processing apparatus is a sheet processing apparatus of the same type as a last connected sheet processing apparatus, in a case where the newly connected sheet processing apparatus is a sheet processing apparatus of the same type as the last connected sheet processing apparatus, not changing the information stored in the storage means, and in a case where the newly connected sheet processing apparatus is a sheet processing apparatus of a different type, updating the information stored in the storage means. storage means ; storage control means for storing, in the storage means, information for determining a paper discharge destination to which a sheet is to be discharged from among the plurality of paper discharge destinations; and control means for: determining whether a sheet processing apparatus is connected to the printing apparatus, determining, based on the information stored in the storage means, whether a newly connected sheet processing apparatus is a sheet processing apparatus of the same type as a last connected sheet processing apparatus, in a case where the newly connected sheet processing apparatus is a sheet processing apparatus of the same type as the last connected sheet processing apparatus, not changing the information stored in the storage means, and in a case where the newly connected sheet processing apparatus is a sheet processing apparatus of a different type, updating the information stored in the storage means. determining whether a sheet processing apparatus is connected to the printing apparatus, determining, based on the information stored in the storage means, whether a newly connected sheet processing apparatus is a sheet processing apparatus of the same type as a last connected sheet processing apparatus, in a case where the newly connected sheet processing apparatus is a sheet processing apparatus of the same type as the last connected sheet processing apparatus, not changing the information stored in the storage means, and in a case where the newly connected sheet processing apparatus is a sheet processing apparatus of a different type, updating the information stored in the storage means.
An ophthalmic composition comprising a near-isotonic solution of virus-like particle (VLP) drug conjugates comprising photosensitive molecules conjugated to capsid proteins of a VLP, wherein the VLP drug conjugates are in suspension, and wherein the near-isotonic solution comprises 2-(N-morpholino)ethanesulfonic acid (MES) and has an isotonicity of 255-345 mOsm/L.
A method of improving the quality of at least a portion, y , of an image comprising the steps of: approximating a sparse code, α*, using the minimisation: α ∗ = arg min α ‖ D l α − y ‖ 2 2 where D l is a dictionary of previously acquired low resolution image portions having a corresponding dictionary of previously acquired high resolution image portions, D h , wherein each low resolution image portion within D l corresponds with a high resolution image portion within D h ; and determining a high resolution image portion x * of the image to be improved from the approximated sparse code, α*, according to: x ∗ = D h α ∗ wherein approximating the sparse code, α*, further comprises using the approximation of: α ∗ = arg min α ‖ D l α − y ‖ 2 2 ≈ D l − 1 y where D l − 1 is a pseudo inverse of D l so that x * can be found from: x ∗ = D h D l − 1 y and further wherein the pseudo inverse of D l is a Moore-Penrose pseudo inverse. approximating a sparse code, α*, using the minimisation: α ∗ = arg min α ‖ D l α − y ‖ 2 2 where D l is a dictionary of previously acquired low resolution image portions having a corresponding dictionary of previously acquired high resolution image portions, D h , wherein each low resolution image portion within D l corresponds with a high resolution image portion within D h ; and determining a high resolution image portion x * of the image to be improved from the approximated sparse code, α*, according to: x ∗ = D h α ∗ wherein approximating the sparse code, α*, further comprises using the approximation of: α ∗ = arg min α ‖ D l α − y ‖ 2 2 ≈ D l − 1 y where D l − 1 is a pseudo inverse of D l so that x * can be found from: x ∗ = D h D l − 1 y and further wherein the pseudo inverse of D l is a Moore-Penrose pseudo inverse.
A method for quenching a steel pipe where movements of a heated steel pipe in a direction parallel to and in a direction perpendicular to a pipe axis of the steel pipe are stopped, characterized in that : cooling water is jetted onto an outer surface of the steel pipe from six or more spray nozzles arranged helically at equal intervals outside the steel pipe while rotating the steel pipe about the pipe axis.
Suction unit for an ECG apparatus, the suction unit comprising a housing in which a vacuum pump is arranged and the housing comprising an interface for transmitting measurement signals to a data receiver unit of the ECG apparatus, characterized in that the suction unit is designed as a separate apparatus, in that the housing comprises a plurality of connectors for electrode cables , each with at least one measuring line and one suction line and one vacuum electrode to which the vacuum can be applied, and in that the housing comprises an ECG apparatus-side connector for a connection plug of a connecting line of the ECG apparatus.
A shisha device comprising: a first device inlet ; a device outlet ; an aerosol chamber configured to house a consumable comprising an aerosol-generating substrate , wherein the aerosol chamber comprises a chamber inlet and a chamber outlet ; and a vessel comprising an interior configured to contain liquid when the device is in use, wherein the vessel comprises a vessel inlet and a vessel outlet , wherein the device is configured such that, in use, airflow through the aerosol chamber that exits the chamber outlet exits the device outlet bypassing the liquid stored in the vessel , wherein the device comprises an airflow path from the first device inlet to the vessel inlet to the vessel outlet to the chamber inlet to the chamber outlet and then to the device outlet . a first device inlet ; a device outlet ; an aerosol chamber configured to house a consumable comprising an aerosol-generating substrate , wherein the aerosol chamber comprises a chamber inlet and a chamber outlet ; and a vessel comprising an interior configured to contain liquid when the device is in use, wherein the vessel comprises a vessel inlet and a vessel outlet , wherein the device is configured such that, in use, airflow through the aerosol chamber that exits the chamber outlet exits the device outlet bypassing the liquid stored in the vessel , wherein the device comprises an airflow path from the first device inlet to the vessel inlet to the vessel outlet to the chamber inlet to the chamber outlet and then to the device outlet .
A cosmetic puff produced using a membrane film, the cosmetic puff including: an inner skin of which at least one surface forms a liquid cosmetic material storage part made of a membrane film; a porous cushion material which entirely or partially covers the outer surface of the inner skin ; an outer skin which covers the inner skin and the cushion material to block penetration of an external makeup cosmetic material or external bacteria; a liquid cosmetic material which is stored in the liquid cosmetic material storage part; and a coating film which is coated on a portion of the inner side of the inner skin , wherein the membrane film of the inner skin is porous with numerous pores having sizes approximately between 0.025 to 0.2 μ m, the stored liquid cosmetic material is discharged to the outside through the numerous pores of the membrane film by a predetermined pressurization force F. an inner skin of which at least one surface forms a liquid cosmetic material storage part made of a membrane film; a porous cushion material which entirely or partially covers the outer surface of the inner skin ; an outer skin which covers the inner skin and the cushion material to block penetration of an external makeup cosmetic material or external bacteria; a liquid cosmetic material which is stored in the liquid cosmetic material storage part; and a coating film which is coated on a portion of the inner side of the inner skin , wherein the membrane film of the inner skin is porous with numerous pores having sizes approximately between 0.025 to 0.2 μ m, the stored liquid cosmetic material is discharged to the outside through the numerous pores of the membrane film by a predetermined pressurization force F.
A method for indexing an asset, the method comprising: generating for display a progress bar for the asset; skipping a first portion of the asset; playing the asset from a first point corresponding substantially to the end of the skipped portion to a second point, later than the first point; storing a played-from index corresponding to the first point and a first video clip of the asset around the first point; storing a played-to index corresponding to the second point and a second video clip of the asset around the second point; generating for display a marker overlaid on the progress bar from the first point corresponding to the played-from index to the second point corresponding to the played-to index; and generating, for display with the progress bar and the marker , the first video clip and the second video clip. generating for display a progress bar for the asset; skipping a first portion of the asset; playing the asset from a first point corresponding substantially to the end of the skipped portion to a second point, later than the first point; storing a played-from index corresponding to the first point and a first video clip of the asset around the first point; storing a played-to index corresponding to the second point and a second video clip of the asset around the second point; generating for display a marker overlaid on the progress bar from the first point corresponding to the played-from index to the second point corresponding to the played-to index; and generating, for display with the progress bar and the marker , the first video clip and the second video clip.
An electrical resistor comprising: - a resistance conductor , which is applied to a carrier layer , and - two connection elements , which are electrically conductively connected to the resistance conductor , wherein the two connection elements are configured to each be weldable or solderable to an electrical contact, and in that the resistance conductor for each connection element has a region overlapping the corresponding connection element, which region electrically conductively connects the corresponding connection element , characterized in that the electrical resistor has a first and a second insulation layer on a first side of the carrier layer and on a second side of the carrier layer facing away from the first side , respectively, wherein the connection elements protrude between the two insulation layers . - a resistance conductor , which is applied to a carrier layer , and - two connection elements , which are electrically conductively connected to the resistance conductor , wherein the two connection elements are configured to each be weldable or solderable to an electrical contact, and in that the resistance conductor for each connection element has a region overlapping the corresponding connection element, which region electrically conductively connects the corresponding connection element , characterized in that the electrical resistor has a first and a second insulation layer on a first side of the carrier layer and on a second side of the carrier layer facing away from the first side , respectively, wherein the connection elements protrude between the two insulation layers .
An apparatus for transmitting a broadcast signal, comprising: a packetizer for generating at least one Layered Coding Transport, LCT, packet, wherein the at least one LCT packet is used to transport at least one delivery object and signaling data, wherein each of the at least one delivery object is a part of a file, wherein the at least one delivery object is carried in a transport session; and a transmitter for transmitting the broadcast signal comprising the at least one LCT packet, characterized in that the signaling data includes a real-time attribute indicating whether or not the transport session carries a real-time media content, a header of the LCT packet includes a 32 bit field for supporting a real-time transmission, and the 32 bit field for supporting the real-time transmission includes information indicating a starting position of a fragment of the delivery object carried in the LCT packet. a packetizer for generating at least one Layered Coding Transport, LCT, packet, wherein the at least one LCT packet is used to transport at least one delivery object and signaling data, wherein each of the at least one delivery object is a part of a file, wherein the at least one delivery object is carried in a transport session; and a transmitter for transmitting the broadcast signal comprising the at least one LCT packet, characterized in that the signaling data includes a real-time attribute indicating whether or not the transport session carries a real-time media content, a header of the LCT packet includes a 32 bit field for supporting a real-time transmission, and the 32 bit field for supporting the real-time transmission includes information indicating a starting position of a fragment of the delivery object carried in the LCT packet.
A method of wireless communication at a transmitting device, comprising: receiving one or more quality of service, QoS, flows from a protocol layer; mapping the one or more QoS flows to one or more data radio bearers, DRBs, established between the transmitting device and a receiving device; and transmitting a plurality of media access control, MAC, protocol data units, PDUs, corresponding to the one or more DRBs, each MAC protocol data unit, PDU, comprising: a packet data convergence protocol, PDCP, PDU comprising a PDCP header and a partially ciphered PDCP payload, wherein the PDCP payload comprises a service data adaptation protocol, SDAP, PDU comprising an SDAP header and an SDAP payload corresponding to the one or more DRBs, wherein the SDAP header is not ciphered. receiving one or more quality of service, QoS, flows from a protocol layer; mapping the one or more QoS flows to one or more data radio bearers, DRBs, established between the transmitting device and a receiving device; and transmitting a plurality of media access control, MAC, protocol data units, PDUs, corresponding to the one or more DRBs, each MAC protocol data unit, PDU, comprising: a packet data convergence protocol, PDCP, PDU comprising a PDCP header and a partially ciphered PDCP payload, wherein the PDCP payload comprises a service data adaptation protocol, SDAP, PDU comprising an SDAP header and an SDAP payload corresponding to the one or more DRBs, wherein the SDAP header is not ciphered.
Method for manufacturing an OxRAM type resistive memory cell comprising a silicon oxide layer , said method comprising the following steps: - determining values (t TE_opt , t OX_opt , x opt ) of manufacturing parameters (t TE , t OX , x) enabling the resistive memory cell to have an initial resistance (R i ) before a conductive filament is formed for the first time comprised between 10 7 Ω to 3·10 9 Ω, preferably between 3·10 7 Ω and 10 9 Ω; - forming on a substrate a stack successively comprising a first electrode , the silicon oxide layer and a second electrode , by applying said manufacturing parameter values. - determining values (t TE_opt , t OX_opt , x opt ) of manufacturing parameters (t TE , t OX , x) enabling the resistive memory cell to have an initial resistance (R i ) before a conductive filament is formed for the first time comprised between 10 7 Ω to 3·10 9 Ω, preferably between 3·10 7 Ω and 10 9 Ω; - forming on a substrate a stack successively comprising a first electrode , the silicon oxide layer and a second electrode , by applying said manufacturing parameter values.